More sessions

This commit is contained in:
2026-02-24 18:03:22 +00:00
parent eb5bd4a929
commit 23cc78aa98
284 changed files with 129543 additions and 4 deletions

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@@ -2,7 +2,7 @@
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"projectHash": "339afc76af47b371967d297054abd01cf428d7a3e1dfe3a0d2324c45dae7dc42", "projectHash": "339afc76af47b371967d297054abd01cf428d7a3e1dfe3a0d2324c45dae7dc42",
"startTime": "2026-02-09T14:38:45.837Z", "startTime": "2026-02-09T14:38:45.837Z",
"lastUpdated": "2026-02-09T14:53:10.615Z", "lastUpdated": "2026-02-17T11:19:07.340Z",
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"id": "2f1ccbf8-971d-4aaa-a872-c8cacfa63c5a", "id": "2f1ccbf8-971d-4aaa-a872-c8cacfa63c5a",
@@ -1133,5 +1133,6 @@
}, },
"model": "gemini-3-flash-preview" "model": "gemini-3-flash-preview"
} }
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"summary": "Filter emails to LRB folder & update docs."
} }

View File

@@ -572,5 +572,40 @@
"type": "user", "type": "user",
"message": "commit these changes.", "message": "commit these changes.",
"timestamp": "2026-02-09T14:52:15.533Z" "timestamp": "2026-02-09T14:52:15.533Z"
},
{
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"messageId": 0,
"type": "user",
"message": "filter emails from bshg.com and domesticandgeneral.com to a folder called appliances",
"timestamp": "2026-02-17T11:19:49.416Z"
},
{
"sessionId": "84c8c57b-65c6-419b-aac1-7316f1aa124c",
"messageId": 1,
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"message": "make it to, from or CC",
"timestamp": "2026-02-17T11:21:32.878Z"
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{
"sessionId": "84c8c57b-65c6-419b-aac1-7316f1aa124c",
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"type": "user",
"message": "docker is now runnig",
"timestamp": "2026-02-17T11:23:36.976Z"
},
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"sessionId": "84c8c57b-65c6-419b-aac1-7316f1aa124c",
"messageId": 3,
"type": "user",
"message": "git st",
"timestamp": "2026-02-17T11:24:06.064Z"
},
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"messageId": 4,
"type": "user",
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"timestamp": "2026-02-17T11:24:18.360Z"
} }
] ]

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@@ -1,3 +1,3 @@
git mv .tests/test-address.sh .tests/manual-test-address.sh git mv .tests/test-address.sh .tests/manual-test-address.sh
git st
commit these changes. commit these changes.
git st

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@@ -0,0 +1 @@
/Users/bob/git/dxw/baspress

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@@ -0,0 +1,938 @@
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"text": "You are a code analysis tool. Your only job is to extract facts from the WordPress repository contents provided below.\nOutput a single JSON object. Do not output any prose, explanation, or markdown outside the JSON block.\nUse exactly this structure:\n{\n \"site_name\": \"string or null\",\n \"active_theme\": {\n \"name\": \"string\",\n \"is_child_theme\": true/false,\n \"parent_theme\": \"string or null\",\n \"version\": \"string or null\",\n \"is_custom\": true/false\n },\n \"plugins\": [\n {\n \"folder_name\": \"string\",\n \"display_name\": \"string or null\",\n \"version\": \"string or null\",\n \"confirmed_by\": \"file path that confirms this\"\n }\n ],\n \"page_builder\": \"elementor / divi / wpbakery / gutenberg / other / none / unknown\",\n \"woocommerce_present\": true/false,\n \"custom_post_types\": [\"list of CPT slugs found, or empty array\"],\n \"functions_php_customisations\": true/false,\n \"mu_plugins_present\": true/false,\n \"environment_variables_found\": [\"list of any non-default wp-config constants found\"],\n \"php_version_hint\": \"string or null\",\n \"mysql_version_hint\": \"string or null\",\n \"backup_plugin_detected\": \"string or null\",\n \"seo_plugin_detected\": \"string or null\",\n \"caching_plugin_detected\": \"string or null\",\n \"external_services_detected\": [\"e.g. Stripe, Mailchimp, Google Analytics - any found in config or plugin list\"],\n \"missing_information\": [\"list anything important you could not determine\"]\n}\nIf a value cannot be confirmed from the provided files, use null or false. Do not guess."
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"description": "Lists the names of files and subdirectories directly within a specified directory path. Can optionally ignore entries matching provided glob patterns.",
"renderOutputAsMarkdown": true
},
{
"id": "grep_search_1771848634604_6",
"name": "grep_search",
"args": {
"include": "wp-content/themes/baspress/functions.php",
"pattern": "register_post_type"
},
"result": [
{
"functionResponse": {
"id": "grep_search_1771848634604_6",
"name": "grep_search",
"response": {
"output": "No matches found for pattern \"register_post_type\" in path \".\" (filter: \"wp-content/themes/baspress/functions.php\")."
}
}
}
],
"status": "success",
"timestamp": "2026-02-23T12:10:34.729Z",
"resultDisplay": "No matches found",
"displayName": "SearchText",
"description": "Searches for a regular expression pattern within file contents. Max 100 matches.",
"renderOutputAsMarkdown": true
}
],
"thoughts": [
{
"subject": "Investigating WordPress Data",
"description": "I'm currently focused on the challenge of extracting facts from this WordPress repository. I'll need to locate the site name. My initial thought is to examine `config/application.json`, `README.md`, or potentially `wp-content/themes/baspress/style.css` to find it.",
"timestamp": "2026-02-23T12:10:30.531Z"
},
{
"subject": "Enumerating Data Extraction Points",
"description": "I've refined the extraction points to create a structured approach. I'm prioritizing the extraction of the site name, which I'll hunt for in the specified files. Following that, I'm setting up a plan to identify the active theme, including its name, version, and if it's a child theme. Next, I'll tackle plugins, and then determine if there are any page builders.",
"timestamp": "2026-02-23T12:10:32.868Z"
},
{
"subject": "Outlining Data Acquisition Strategy",
"description": "I've sketched out a strategy, including a planned file inspection order. My approach now begins with the site name, seeking it in specified files. Next, I'll identify the theme, version, and if it's a child. After this, I'm planning to enumerate plugins and detect the existence of a page builder.",
"timestamp": "2026-02-23T12:10:34.309Z"
}
],
"model": "gemini-3-flash-preview",
"tokens": {
"input": 16895,
"output": 119,
"cached": 3255,
"thoughts": 615,
"tool": 0,
"total": 17629
}
},
{
"id": "e9f160e2-2f7b-442c-9ccf-01e2d2365f9d",
"timestamp": "2026-02-23T12:10:47.761Z",
"type": "gemini",
"content": "",
"toolCalls": [
{
"id": "list_directory_1771848647564_0",
"name": "list_directory",
"args": {
"dir_path": "wp-content/themes/baspress"
},
"result": [
{
"functionResponse": {
"id": "list_directory_1771848647564_0",
"name": "list_directory",
"response": {
"output": "Directory listing for /Users/bob/git/dxw/baspress/wp-content/themes/baspress:\n[DIR] css\n[DIR] dist\n[DIR] favicons\n[DIR] flat\n[DIR] fonts\n[DIR] img\n[DIR] inc\n[DIR] js\n[DIR] languages\n[DIR] less\n[DIR] tribe-events\n.gitignore\n404.php\narchive.php\nattachment.php\nauthor.php\ncarousel.php\ncomments.php\ncomposer.json\nconfig.codekit3\ncontent-author.php\ncontent-blogpost.php\ncontent-news.php\ncontent-none.php\ncontent-page.php\ncontent-publication.php\ncontent-search.php\ncontent.php\nfooter.php\nfunctions.php\nGruntfile.js\nheader.php\nimagelibrary-ajax-images.php\nimagelibrary-ajax-maps.php\nimagelibrary-ajax-videos.php\nimagelibrary-ajax-webcams.php\nindex.php\njumbotron.php\npackage.json\npage-blogs.php\npage-events.php\npage-facility-atoz.php\npage-facility.php\npage-home.php\npage-imagelibrary.php\npage-jobsredirect.php\npage-landing.php\npage-medialibrary.php\npage-news.php\npage-people.php\npage-projects.php\npage-publications.php\npage-research-topics-auto.php\npage-research-topics.php\npage-vacancies.php\npage.php\npart-autorelated-all.php\npart-autorelated.php\npart-dailyimages.php\npart-discover.php\npart-headlines.php\npart-image-of-the-day.php\npart-latest.php\npart-minitron.php\npart-penguin-of-the-day.php\npart-peoplefinder.php\npart-section-levels-facilities.php\npart-section-levels.php\npart-sidebar.php\npart-social.php\npart-vacancies.php\npart-video-options.php\npart-videos.php\npart-webcams.php\nprepros.cfg\nprint.css\nREADME.md\nrtl.css\nscreenshot.png\nsearch.php\nsearchform.php\nsingle-bas_image_queue.php\nsingle-blogpost.php\nsingle-facility.php\nsingle-news.php\nsingle-project.php\nsingle-publication.php\nsingle-team.php\nsingle-vacancy.php\nsingle.php\nstyle.css\ntaxonomy-research-topic.php\ntemplates_includes.php\nTwitterAPIExchange.php"
}
}
}
],
"status": "success",
"timestamp": "2026-02-23T12:10:47.761Z",
"resultDisplay": "Listed 94 item(s).",
"displayName": "ReadFolder",
"description": "Lists the names of files and subdirectories directly within a specified directory path. Can optionally ignore entries matching provided glob patterns.",
"renderOutputAsMarkdown": true
},
{
"id": "read_file_1771848647629_1",
"name": "read_file",
"args": {
"file_path": "docker-compose.yml"
},
"result": [
{
"functionResponse": {
"id": "read_file_1771848647629_1",
"name": "read_file",
"response": {
"output": "volumes:\n mysql_data:\n\nservices:\n mailcatcher:\n image: schickling/mailcatcher\n ports:\n - \"1080:1080\"\n\n beanstalk:\n image: schickling/beanstalkd\n ports:\n - \"11300:11300\"\n\n beanstalkd_console:\n image: schickling/beanstalkd-console\n ports:\n - \"2080:80\"\n environment:\n BEANSTALKD_HOST: beanstalk\n BEANSTALKD_PORT: 11300\n\n mysql:\n image: mariadb:10\n ports:\n - \"3306:3306\"\n volumes:\n - mysql_data:/var/lib/mysql\n environment:\n MYSQL_DATABASE: wordpress\n MYSQL_ROOT_PASSWORD: foobar\n\n wordpress:\n image: thedxw/wpc-wordpress:php8.2\n ports:\n - \"80:80\"\n links:\n - mysql\n - mailcatcher\n - beanstalk\n - opensearch\n volumes:\n - .:/usr/src/app\n - ./wp-content:/var/www/html/wp-content\n\n opensearch:\n image: opensearchproject/opensearch\n ports:\n - \"9200:9200\"\n - \"9600:9600\"\n environment:\n - \"discovery.type=single-node\"\n - \"DISABLE_SECURITY_PLUGIN=true\"\n"
}
}
}
],
"status": "success",
"timestamp": "2026-02-23T12:10:47.761Z",
"resultDisplay": "",
"displayName": "ReadFile",
"description": "Reads and returns the content of a specified file. If the file is large, the content will be truncated. The tool's response will clearly indicate if truncation has occurred and will provide details on how to read more of the file using the 'offset' and 'limit' parameters. Handles text, images (PNG, JPG, GIF, WEBP, SVG, BMP), audio files (MP3, WAV, AIFF, AAC, OGG, FLAC), and PDF files. For text files, it can read specific line ranges.",
"renderOutputAsMarkdown": true
},
{
"id": "grep_search_1771848647692_2",
"name": "grep_search",
"args": {
"pattern": "register_post_type"
},
"result": [
{
"functionResponse": {
"id": "grep_search_1771848647692_2",
"name": "grep_search",
"response": {
"output": "Found 7 matches for pattern \"register_post_type\" in path \".\":\n---\nFile: wp-content/themes/baspress/inc/custom-post-types.php\nL54: \tregister_post_type( \"facility\", $args );\nL116: \tregister_post_type( \"blogpost\", $args );\nL155: \tregister_post_type( \"vacancy\", $args );\nL203: \tregister_post_type( \"team\", $args );\nL242: \tregister_post_type( \"publication\", $args );\nL289: \tregister_post_type( \"project\", $args );\nL351: \tregister_post_type( \"news\", $args );\n---"
}
}
}
],
"status": "success",
"timestamp": "2026-02-23T12:10:47.761Z",
"resultDisplay": "Found 7 matches",
"displayName": "SearchText",
"description": "Searches for a regular expression pattern within file contents. Max 100 matches.",
"renderOutputAsMarkdown": true
}
],
"thoughts": [
{
"subject": "Analyzing the Data",
"description": "I've successfully extracted the site name and current theme details. It appears the site is the \"British Antarctic Survey\", and the active theme is \"British Antarctic Survey\" itself, confirmed as not a child theme. My next step will be to explore other files to find more relevant details.",
"timestamp": "2026-02-23T12:10:36.707Z"
},
{
"subject": "Enumerating Key Findings",
"description": "I've got a comprehensive list of plugins now, gathered from multiple sources. I'm focusing on their versions and origins, noting any custom plugins. I'm also confirming plugin status via `whippet.json` and directory listings.",
"timestamp": "2026-02-23T12:10:39.175Z"
},
{
"subject": "Synthesizing the Findings",
"description": "Now, I've consolidated all the acquired data. I have a thorough overview of the site's components, including its theme, a child of the BAS theme, and a lengthy plugin list with versions, and confirmation sources. I'm focusing on the \"dxw\" authorship of the theme and custom plugin presence.",
"timestamp": "2026-02-23T12:10:41.956Z"
},
{
"subject": "Evaluating the Components",
"description": "I've now compiled an exhaustive list of plugins, confirmed by several sources. The theme is confirmed to be custom-built by \"dxw\". The site uses the Classic Editor and appears to use a number of custom post types related to publications, projects, facilities, and other content types. I'm moving on to reviewing the custom plugin code.",
"timestamp": "2026-02-23T12:10:44.501Z"
},
{
"subject": "Extrapolating Site Features",
"description": "I've detailed the plugins, confirming Classic Editor usage and a number of custom post types. The site employs Yoast SEO, caching via Redis Cache, and integrates Mailchimp and Google Analytics. I'm now drilling down into individual plugins to assess their impact.",
"timestamp": "2026-02-23T12:10:46.447Z"
},
{
"subject": "Summarizing Site Architecture",
"description": "I've got a comprehensive picture of the site now. Custom theme by \"dxw\" with specific CPTs, Classic Editor, and a long list of plugins. Key external services like Mailchimp and Google Analytics are confirmed. I am currently examining `functions.php` for custom CPT registrations and reviewing the `docker-compose.yml` for database details.",
"timestamp": "2026-02-23T12:10:47.473Z"
}
],
"model": "gemini-3-flash-preview",
"tokens": {
"input": 21140,
"output": 46,
"cached": 16456,
"thoughts": 1843,
"tool": 0,
"total": 23029
}
},
{
"id": "1ed0e598-bdd5-4caa-8ee6-6404a260d905",
"timestamp": "2026-02-23T12:10:55.321Z",
"type": "gemini",
"content": "",
"toolCalls": [
{
"id": "read_file_1771848655290_0",
"name": "read_file",
"args": {
"file_path": "wp-content/plugins/.gitignore"
},
"result": [
{
"functionResponse": {
"id": "read_file_1771848655290_0",
"name": "read_file",
"response": {
"output": ""
}
}
}
],
"status": "success",
"timestamp": "2026-02-23T12:10:55.320Z",
"resultDisplay": "",
"displayName": "ReadFile",
"description": "Reads and returns the content of a specified file. If the file is large, the content will be truncated. The tool's response will clearly indicate if truncation has occurred and will provide details on how to read more of the file using the 'offset' and 'limit' parameters. Handles text, images (PNG, JPG, GIF, WEBP, SVG, BMP), audio files (MP3, WAV, AIFF, AAC, OGG, FLAC), and PDF files. For text files, it can read specific line ranges.",
"renderOutputAsMarkdown": true
}
],
"thoughts": [
{
"subject": "Evaluating Core Data Points",
"description": "I'm now satisfied with the data I've gathered. I've focused on the British Antarctic Survey as my site name. I've also identified its active theme, noting its fundamental details.",
"timestamp": "2026-02-23T12:10:49.869Z"
},
{
"subject": "Consolidating Findings and Analysis",
"description": "I've just finalized the data extraction. I've populated the `plugins`, `custom_post_types`, and `external_services_detected` fields. Also, I have confirmed `classic-editor` as the page builder. I've noted environment variables and PHP and MySQL hints, as well.",
"timestamp": "2026-02-23T12:10:51.864Z"
},
{
"subject": "Summarizing the Current State",
"description": "I've just refined the plugin listing. I'll include all plugins from `whippet.json`, along with the `bas-ep-tweaks` found in the directory listing. The page builder is `classic-editor`, but ACF usage remains a possibility, so I'll denote it as 'other'. The site name is consistent. Furthermore, I've clarified the presence of environment variables and version hints.",
"timestamp": "2026-02-23T12:10:55.041Z"
},
{
"subject": "Concluding and Refining Details",
"description": "I have finalized the key data points, including the site name and theme details. The plugin list will comprise entries from `whippet.json` and directory listings. Confirmed `classic-editor`. I've added the custom post types, environment variables, and version hints. Also, I clarified external service detections. I'll note ACF usage as 'other'.",
"timestamp": "2026-02-23T12:10:55.085Z"
}
],
"model": "gemini-3-flash-preview",
"tokens": {
"input": 22357,
"output": 17,
"cached": 3109,
"thoughts": 731,
"tool": 0,
"total": 23105
}
},
{
"id": "203a1b31-23e8-4cbf-aa93-4c303ba032e2",
"timestamp": "2026-02-23T12:10:58.479Z",
"type": "gemini",
"content": "",
"toolCalls": [
{
"id": "grep_search_1771848658426_0",
"name": "grep_search",
"args": {
"include": "wp-content/themes/baspress/functions.php",
"pattern": "acf"
},
"result": [
{
"functionResponse": {
"id": "grep_search_1771848658426_0",
"name": "grep_search",
"response": {
"output": "Found 2 matches for pattern \"acf\" in path \".\" (filter: \"wp-content/themes/baspress/functions.php\"):\n---\nFile: wp-content/themes/baspress/functions.php\nL464: if ( function_exists( 'acf_add_options_page' ) ):\nL465: \tacf_add_options_page( 'BAS website options' );\n---"
}
}
}
],
"status": "success",
"timestamp": "2026-02-23T12:10:58.479Z",
"resultDisplay": "Found 2 matches",
"displayName": "SearchText",
"description": "Searches for a regular expression pattern within file contents. Max 100 matches.",
"renderOutputAsMarkdown": true
}
],
"thoughts": [
{
"subject": "Reviewing Plugin Configurations",
"description": "I'm currently reviewing plugin configurations, specifically focusing on how `.gitignore` handles `wp-content/plugins`. I noticed it was empty, and now I'm shifting my focus to `whippet.json` for the primary configurations. Furthermore, I'll be checking `functions.php` for `acf` usages to enhance the analysis.",
"timestamp": "2026-02-23T12:10:57.553Z"
},
{
"subject": "Examining Configuration Sources",
"description": "I'm now expanding my scope to include `config/application.json` if present, complementing the review of `whippet.json` and `functions.php` for `acf` integrations. Also, I've noted the `mysql_version_hint`: `mariadb:10` from somewhere. I think I'm done.",
"timestamp": "2026-02-23T12:10:58.331Z"
}
],
"model": "gemini-3-flash-preview",
"tokens": {
"input": 22374,
"output": 22,
"cached": 21221,
"thoughts": 115,
"tool": 0,
"total": 22511
}
},
{
"id": "7254ed37-46e4-4472-a354-c32d3cc2cc67",
"timestamp": "2026-02-23T12:11:06.589Z",
"type": "gemini",
"content": "```json\n{\n \"site_name\": \"British Antarctic Survey\",\n \"active_theme\": {\n \"name\": \"British Antarctic Survey\",\n \"is_child_theme\": false,\n \"parent_theme\": null,\n \"version\": \"1.7.0\",\n \"is_custom\": true\n },\n \"plugins\": [\n {\n \"folder_name\": \"bas-ep-tweaks\",\n \"display_name\": \"BAS ElasticPress Tweaks\",\n \"version\": \"1.0.0\",\n \"confirmed_by\": \"wp-content/plugins/bas-ep-tweaks/bas-ep-tweaks.php\"\n },\n {\n \"folder_name\": \"BAS-plugin\",\n \"display_name\": null,\n \"version\": \"v0.21.0\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"advanced-custom-fields-pro\",\n \"display_name\": null,\n \"version\": \"v6\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"elasticpress\",\n \"display_name\": null,\n \"version\": \"v5\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"classic-editor\",\n \"display_name\": null,\n \"version\": \"v1\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"wordpress-seo\",\n \"display_name\": \"Yoast SEO\",\n \"version\": \"v26\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"redis-cache\",\n \"display_name\": null,\n \"version\": \"v2\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"gravityforms\",\n \"display_name\": null,\n \"version\": \"v2\",\n \"confirmed_by\": \"whippet.json\"\n }\n ],\n \"page_builder\": \"none\",\n \"woocommerce_present\": false,\n \"custom_post_types\": [\n \"facility\",\n \"blogpost\",\n \"vacancy\",\n \"team\",\n \"publication\",\n \"project\",\n \"news\",\n \"bas_image_queue\"\n ],\n \"functions_php_customisations\": true,\n \"mu_plugins_present\": false,\n \"environment_variables_found\": [\n \"EP_HOST\",\n \"BEANSTALKD_HOST\",\n \"BEANSTALKD_PORT\",\n \"MYSQL_DATABASE\",\n \"MYSQL_ROOT_PASSWORD\"\n ],\n \"php_version_hint\": \"8.2\",\n \"mysql_version_hint\": \"mariadb:10\",\n \"backup_plugin_detected\": null,\n \"seo_plugin_detected\": \"wordpress-seo\",\n \"caching_plugin_detected\": \"redis-cache\",\n \"external_services_detected\": [\n \"OpenSearch\",\n \"Mailchimp\",\n \"Google Analytics\",\n \"Twitter\",\n \"Beanstalk\",\n \"Redis\"\n ],\n \"missing_information\": [\n \"Exact WordPress version (not specified in manifests, likely latest stable)\",\n \"Exact MariaDB minor version\"\n ]\n}\n```",
"thoughts": [
{
"subject": "Verifying Site Structure",
"description": "Okay, so I've just finalized the confirmation that \"British Antarctic Survey\" is present within both the style.css file and the active theme's folder name. I've also double-checked the custom post types, confirming their existence: facility, blogpost, vacancy, team, publication, project, news, and bas_image_queue.",
"timestamp": "2026-02-23T12:11:02.595Z"
},
{
"subject": "Analyzing Configuration Details",
"description": "Now I'm digging deeper. I'm taking a hard look at the environment variables: `EP_HOST`, `MYSQL_DATABASE`, and the rest. Services are next, confirming the setup of `OpenSearch`, `Mailchimp`, and all the others. Finally, the JSON output needs review.",
"timestamp": "2026-02-23T12:11:03.364Z"
}
],
"tokens": {
"input": 22489,
"output": 838,
"cached": 21145,
"thoughts": 138,
"tool": 0,
"total": 23465
},
"model": "gemini-3-flash-preview"
},
{
"id": "11851c16-4f6e-450c-9884-e2d43ac9c0c0",
"timestamp": "2026-02-23T12:11:38.318Z",
"type": "user",
"content": [
{
"text": "write that out"
}
]
},
{
"id": "b90ab0fd-f117-46e2-a8db-42ce01e12c62",
"timestamp": "2026-02-23T12:11:46.091Z",
"type": "gemini",
"content": "The repository for the **British Antarctic Survey** is a custom WordPress project built on **PHP 8.2** and **MariaDB 10**.\n\n### Core Architecture\n* **Active Theme:** `baspress` (v1.7.0), a custom theme developed by dxw. It includes extensive customizations in `functions.php` and defines several Custom Post Types (CPTs) including `facility`, `blogpost`, `vacancy`, `team`, `publication`, `project`, and `news`.\n* **Search Engine:** Powered by **OpenSearch** via the `elasticpress` and `elasticpress-on-opensearch` plugins.\n* **Tooling:** Uses **Whippet** for plugin and theme management.\n\n### Key Plugins\n* **Content & UI:** Advanced Custom Fields (ACF) Pro, Classic Editor, Gravity Forms, TablePress, and The Events Calendar.\n* **Search & Optimization:** ElasticPress, Yoast SEO (`wordpress-seo`), and Redis Cache.\n* **Integration:** Analytics with Consent (Google Analytics), Gravity Forms Mailchimp, and Twitter API Exchange.\n* **Custom Logic:** `bas-ep-tweaks` and `BAS-plugin`.\n\n### Environment & Infrastructure\n* **PHP Version:** 8.2 (build) / 8.3 (deploy).\n* **Database:** MariaDB 10 (via Docker).\n* **Services:** OpenSearch (search indexing), Redis (caching), MailCatcher (local email testing), and Beanstalk (queueing).\n* **Mu-Plugins:** Not detected in the standard directory.",
"thoughts": [
{
"subject": "Considering the Prompt's Intent",
"description": "I'm reflecting on the user's latest request to \"write that out.\" I recall the detailed JSON output concerning the WordPress repository from the previous turn, which adhered strictly to a JSON format per the system's instructions. Now I am trying to determine what 'writing it out' might entail this time.",
"timestamp": "2026-02-23T12:11:40.767Z"
},
{
"subject": "Interpreting User Intent",
"description": "I've been working through the user's \"write that out\" instruction. Initially, I considered several possibilities, including re-stating the JSON or writing to a file. Considering the prior JSON output and the system's persona as a code analysis tool, I've decided the best approach is to provide a concise, Markdown-formatted summary of the WordPress repository analysis, staying true to my role.",
"timestamp": "2026-02-23T12:11:42.951Z"
},
{
"subject": "Reframing the Request",
"description": "I've been evaluating the user's \"write that out\" instruction again. I analyzed the previous JSON output on WordPress and considered the system's role. I've decided that a concise, Markdown-formatted summary of the WordPress repository analysis is the best approach to ensure that the information is easily understood, remaining consistent with the user's intent to \"write that out\".",
"timestamp": "2026-02-23T12:11:44.760Z"
}
],
"tokens": {
"input": 23330,
"output": 349,
"cached": 17049,
"thoughts": 555,
"tool": 0,
"total": 24234
},
"model": "gemini-3-flash-preview"
},
{
"id": "3976b196-f21d-4b49-8440-fcf7d80dd709",
"timestamp": "2026-02-23T12:13:19.246Z",
"type": "user",
"content": [
{
"text": "You are a code analysis tool. Your only job is to extract facts from the WordPress repository contents provided below.\nOutput a single JSON object. Do not output any prose, explanation, or markdown outside the JSON block.\nUse exactly this structure:\n{\n \"site_name\": \"string or null\",\n \"active_theme\": {\n \"name\": \"string\",\n \"is_child_theme\": true/false,\n \"parent_theme\": \"string or null\",\n \"version\": \"string or null\",\n \"is_custom\": true/false\n },\n \"plugins\": [\n {\n \"folder_name\": \"string\",\n \"display_name\": \"string or null\",\n \"version\": \"string or null\",\n \"confirmed_by\": \"file path that confirms this\"\n }\n ],\n \"page_builder\": \"elementor / divi / wpbakery / gutenberg / other / none / unknown\",\n \"woocommerce_present\": true/false,\n \"custom_post_types\": [\"list of CPT slugs found, or empty array\"],\n \"functions_php_customisations\": true/false,\n \"mu_plugins_present\": true/false,\n \"environment_variables_found\": [\"list of any non-default wp-config constants found\"],\n \"php_version_hint\": \"string or null\",\n \"mysql_version_hint\": \"string or null\",\n \"backup_plugin_detected\": \"string or null\",\n \"seo_plugin_detected\": \"string or null\",\n \"caching_plugin_detected\": \"string or null\",\n \"external_services_detected\": [\"e.g. Stripe, Mailchimp, Google Analytics - any found in config or plugin list\"],\n \"missing_information\": [\"list anything important you could not determine\"]\n}\nIf a value cannot be confirmed from the provided files, use null or false. Do not guess."
}
]
},
{
"id": "160fa565-aefc-4d05-a4ee-78f13e1f19a2",
"timestamp": "2026-02-23T12:13:30.959Z",
"type": "gemini",
"content": "```json\n{\n \"site_name\": \"British Antarctic Survey\",\n \"active_theme\": {\n \"name\": \"British Antarctic Survey\",\n \"is_child_theme\": false,\n \"parent_theme\": null,\n \"version\": \"1.7.0\",\n \"is_custom\": true\n },\n \"plugins\": [\n {\n \"folder_name\": \"bas-ep-tweaks\",\n \"display_name\": \"BAS ElasticPress Tweaks\",\n \"version\": \"1.0.0\",\n \"confirmed_by\": \"wp-content/plugins/bas-ep-tweaks/bas-ep-tweaks.php\"\n },\n {\n \"folder_name\": \"BAS-plugin\",\n \"display_name\": null,\n \"version\": \"v0.21.0\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"advanced-custom-fields-pro\",\n \"display_name\": \"Advanced Custom Fields Pro\",\n \"version\": \"v6\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"elasticpress\",\n \"display_name\": \"ElasticPress\",\n \"version\": \"v5\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"wordpress-seo\",\n \"display_name\": \"Yoast SEO\",\n \"version\": \"v26\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"gravityforms\",\n \"display_name\": \"Gravity Forms\",\n \"version\": \"v2\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"redis-cache\",\n \"display_name\": \"Redis Object Cache\",\n \"version\": \"v2\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"the-events-calendar\",\n \"display_name\": \"The Events Calendar\",\n \"version\": \"v6\",\n \"confirmed_by\": \"whippet.json\"\n },\n {\n \"folder_name\": \"classic-editor\",\n \"display_name\": \"Classic Editor\",\n \"version\": \"v1\",\n \"confirmed_by\": \"whippet.json\"\n }\n ],\n \"page_builder\": \"none\",\n \"woocommerce_present\": false,\n \"custom_post_types\": [\n \"facility\",\n \"blogpost\",\n \"vacancy\",\n \"team\",\n \"publication\",\n \"project\",\n \"news\"\n ],\n \"functions_php_customisations\": true,\n \"mu_plugins_present\": false,\n \"environment_variables_found\": [\n \"EP_HOST\",\n \"BEANSTALKD_HOST\",\n \"BEANSTALKD_PORT\",\n \"MYSQL_DATABASE\",\n \"MYSQL_ROOT_PASSWORD\"\n ],\n \"php_version_hint\": \"8.2\",\n \"mysql_version_hint\": \"mariadb:10\",\n \"backup_plugin_detected\": null,\n \"seo_plugin_detected\": \"wordpress-seo\",\n \"caching_plugin_detected\": \"redis-cache\",\n \"external_services_detected\": [\n \"OpenSearch\",\n \"Mailchimp\",\n \"Google Analytics\",\n \"Twitter\",\n \"Beanstalk\"\n ],\n \"missing_information\": [\n \"WordPress Core version\",\n \"Presence of MU plugins in a non-standard location\"\n ]\n}\n```",
"thoughts": [
{
"subject": "Generating the JSON Output",
"description": "I'm now focusing on formatting the WordPress repository analysis data into a JSON object. I've compiled the information, and my next step is structuring it with appropriate keys and values for clarity and efficient parsing. The aim is to create a clean, usable output for the expert user.",
"timestamp": "2026-02-23T12:13:23.618Z"
},
{
"subject": "Creating the JSON Structure",
"description": "I'm currently working to arrange the collected data into the specified JSON format. I'm focusing on incorporating all the discovered elements, such as site name, active theme details (including version and custom status), and plugin listings, ensuring the structure is easily navigable. I'm also including information on custom post types and the presence of any environment variables.",
"timestamp": "2026-02-23T12:13:26.028Z"
},
{
"subject": "Refining JSON Data Structure",
"description": "My focus has shifted to the `plugins` key. I'm going to populate it based on the whippet.json data for more complete listing, and ensuring an accurate representation. I'll include the other information, such as the site name, active theme details, custom post types, and environment variables into the final JSON output.",
"timestamp": "2026-02-23T12:13:27.149Z"
}
],
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"id": "a36a454a-f88e-4f33-9005-93982cbc5b52",
"timestamp": "2026-02-23T12:13:53.019Z",
"type": "user",
"content": [
{
"text": "You are writing client-facing documentation for a WordPress website.\nUsing only the facts in the inventory JSON below, write an Executive Summary section.\nRules:\n- Write for a non-technical website owner as your primary audience\n- Use plain English. Do not use jargon without explaining it.\n- Do not invent features or plugins not listed in the inventory\n- If something is marked null or unknown in the inventory, say \"could not be confirmed\" rather than guessing\n- Length: 200-300 words maximum\n- Format with these two sub-headings only:\n## What This Website Does\n[2-3 sentences describing the site based on available evidence]\n## Key Components\n[Bullet list of major components: theme, notable plugins, any ecommerce or special functionality]"
}
]
},
{
"id": "4790e98d-7d41-4e1c-b882-9c0b7c19c498",
"timestamp": "2026-02-23T12:14:05.694Z",
"type": "gemini",
"content": "## What This Website Does\nThe British Antarctic Survey website is a specialized informational platform designed to share the organization's research and operations with the public and the scientific community. It serves as a comprehensive digital hub for managing news, scientific publications, and research projects, while also handling organizational needs such as job vacancies and event schedules.\n\n## Key Components\n* **Custom Design:** The website uses a bespoke theme built specifically for the British Antarctic Survey. This ensures the site has a unique visual identity and a layout tailored to the organization's specific requirements.\n* **Specialized Content Management:** The system is structured to handle complex categories of information, including detailed records for scientific publications, facilities, research projects, and staff profiles.\n* **High-Performance Search:** The site uses advanced technology (OpenSearch) to help visitors find specific documents and research data quickly and accurately.\n* **Search Engine Optimization (SEO):** Integrated tools are used to help the website rank better in search results, making the organization's work more discoverable on Google.\n* **Interactive Forms:** A flexible form system allows for easy communication with visitors and can be connected to external services like Mailchimp for newsletters.\n* **Event Calendar:** A dedicated system manages and displays upcoming events and activities in a clear, organized format.\n* **Performance Enhancements:** The site uses \"caching\" technology to ensure pages load quickly and background tools to manage complex tasks without slowing down the user experience.\n* **Analytics:** Integrated tracking allows the organization to monitor visitor behavior and understand which parts of the website are most popular.\n* **Simplified Editing:** The site uses a streamlined editing interface, making it easier for staff to publish updates and manage content without needing advanced technical knowledge.",
"thoughts": [
{
"subject": "Crafting Client Documents",
"description": "I'm focused on drafting a clear executive summary for a non-technical client, pulling only factual data from the provided JSON. I'm prioritizing plain English and avoiding jargon, ensuring any uncertainties are explicitly noted as \"could not be confirmed.\" The aim is to stay within a 20-word limit.",
"timestamp": "2026-02-23T12:13:56.482Z"
},
{
"subject": "Defining Website Components",
"description": "I'm now detailing the website's key components. I've noted a custom design (\"British Antarctic Survey\" v1.7.0). I'm also listing content types (CPTs) - facility, blogpost, vacancy, team, publication, project, news - showing the site's research focus. Plugins include ACF Pro, ElasticPress, Yoast SEO, and others, with no page builder and no WooCommerce. Services encompass OpenSearch, Mailchimp, Google Analytics, and more.",
"timestamp": "2026-02-23T12:13:58.292Z"
},
{
"subject": "Outlining the Structure",
"description": "I'm structuring the document into sections, \"What This Website Does\" and \"Key Components.\" I've drafted preliminary text for both. I'm noting the custom design, research-focused content types, and crucial plugins like ACF Pro, ElasticPress, and Yoast SEO. I'm emphasizing the specialized nature of the website, including its search and event planning capabilities.",
"timestamp": "2026-02-23T12:13:59.724Z"
},
{
"subject": "Finalizing Document Content",
"description": "I'm now revising my draft, focusing on simplifying phrasing. I've reworded \"advanced content management\" and \"bespoke\" to enhance clarity for the client. I've ensured all information is directly from the JSON and the overall tone remains accessible. I'm near the word count limit and ready to finalize the document.",
"timestamp": "2026-02-23T12:14:01.498Z"
},
{
"subject": "Summarizing the Revisions",
"description": "I've streamlined the document. I focused on making the language client-friendly, changing terms like \"advanced content management\" and \"bespoke.\" I'm now at the polishing phase, ensuring the tone and phrasing best suit the client's needs, while adhering to the word count.",
"timestamp": "2026-02-23T12:14:02.798Z"
},
{
"subject": "Revising and Refining",
"description": "I'm now performing a final edit, focusing on further simplification. The goal is clarity while staying within the word limit. I'm replacing technical jargon with easier words where appropriate, like replacing \"caching\" with \"speed optimization.\" The language is getting refined, and the key points from the JSON are all covered. I'm almost ready for the final draft.",
"timestamp": "2026-02-23T12:14:04.336Z"
}
],
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"id": "8b3e262f-b77a-47f8-b449-315d34dd3a4d",
"timestamp": "2026-02-23T12:14:54.213Z",
"type": "user",
"content": [
{
"text": "ou are writing client-facing documentation for a WordPress website.\nFor each plugin in the inventory JSON below, write a documentation entry.\nRules:\n- Do not document plugins not present in the inventory\n- Do not invent features a plugin has beyond what is in its readme or commonly known behaviour\n- For each plugin write exactly this structure:\n### [Plugin Display Name]\n**What it does:** One sentence in plain English describing its purpose on this site.\n**Why it matters:** Rate as one of: Critical (site breaks without it) / Important (significant feature loss) / Optional (convenience only)\n**Where to configure it:** WordPress Admin > [path] — be specific if known, otherwise say \"location not confirmed\"\n**Owner note:** One sentence on whether the owner is likely to interact with this plugin day-to-day.\n---\nAfter all plugins, add a section:\n## Plugins Requiring Caution\nList any plugins that, if deactivated or deleted, would cause significant problems. One bullet per plugin, one sentence explanation."
}
]
},
{
"id": "41425729-589f-4ca3-b355-0c12387ac688",
"timestamp": "2026-02-23T12:15:21.614Z",
"type": "gemini",
"content": "### BAS-plugin\n**What it does:** Provides custom functionality and features specifically developed for the British Antarctic Survey website.\n**Why it matters:** Critical (site breaks without it)\n**Where to configure it:** location not confirmed\n**Owner note:** The owner is unlikely to interact with this directly as it handles core technical logic.\n---\n\n### Advanced Custom Fields Pro\n**What it does:** Allows the website to have specialized data fields for complex content like research projects and staff profiles.\n**Why it matters:** Critical (site breaks without it)\n**Where to configure it:** WordPress Admin > Custom Fields\n**Owner note:** Editors will interact with the fields this plugin creates every time they update a page or post.\n---\n\n### ElasticPress\n**What it does:** Connects the website to a powerful external search engine to provide fast and accurate search results.\n**Why it matters:** Important (significant feature loss)\n**Where to configure it:** WordPress Admin > ElasticPress\n**Owner note:** The owner may occasionally check synchronization status but generally does not need to interact with it daily.\n---\n\n### Yoast SEO\n**What it does:** Helps optimize the website's content so it can be easily found and correctly displayed by search engines like Google.\n**Why it matters:** Important (significant feature loss)\n**Where to configure it:** WordPress Admin > SEO\n**Owner note:** Content editors should interact with this plugin's settings on every page they publish to ensure high search visibility.\n---\n\n### Gravity Forms\n**What it does:** Enables the creation and management of complex forms, such as contact requests or job applications.\n**Why it matters:** Important (significant feature loss)\n**Where to configure it:** WordPress Admin > Forms\n**Owner note:** The owner will likely use this to review form submissions or occasionally update contact details.\n---\n\n### Redis Object Cache\n**What it does:** Improves website performance by storing frequently accessed data in a fast, temporary memory.\n**Why it matters:** Important (significant feature loss)\n**Where to configure it:** WordPress Admin > Settings > Redis\n**Owner note:** This is a technical performance tool that the owner will rarely, if ever, need to touch.\n---\n\n### The Events Calendar\n**What it does:** Manages and displays a calendar of upcoming events and activities on the website.\n**Why it matters:** Important (significant feature loss)\n**Where to configure it:** WordPress Admin > Events\n**Owner note:** The owner will interact with this regularly if they are responsible for maintaining the organization's schedule.\n---\n\n### Classic Editor\n**What it does:** Reverts the WordPress editing screen to the traditional, simplified layout for easier text-heavy content management.\n**Why it matters:** Optional (convenience only)\n**Where to configure it:** WordPress Admin > Settings > Writing\n**Owner note:** Every time the owner edits a page, they will be using the simplified interface provided by this plugin.\n---\n\n### BAS ElasticPress Tweaks\n**What it does:** Adjusts the search behavior specifically for the British Antarctic Survey to ensure the most relevant results are shown.\n**Why it matters:** Important (significant feature loss)\n**Where to configure it:** location not confirmed\n**Owner note:** This is a technical adjustment that works in the background and does not require day-to-day interaction.\n---\n\n## Plugins Requiring Caution\n\n* **BAS-plugin**: Deactivating this will likely cause the entire website to crash or lose site-specific functions, as it contains core organizational logic.\n* **Advanced Custom Fields Pro**: If removed, much of the data on scientific projects and staff profiles will disappear from the public-facing pages.\n* **ElasticPress**: Turning this off will break the site's search functionality, making it impossible for visitors to find specific research papers or news.\n* **Gravity Forms**: Deleting this will cause all contact and application forms to stop working immediately, resulting in lost inquiries and data.\n* **BAS ElasticPress Tweaks**: Disabling this may cause the search engine to return irrelevant or broken results, significantly degrading the user experience.",
"thoughts": [
{
"subject": "Analyzing Documentation Needs",
"description": "I'm focused on creating documentation for each plugin, starting with those in the inventory JSON, like BAS-plugin. My next step involves defining the structure for each entry. What details should I prioritize for inclusion?",
"timestamp": "2026-02-23T12:14:58.967Z"
},
{
"subject": "Enumerating Plugin Documentation Targets",
"description": "I've got the plugins. Now I'm preparing a list of plugins confirmed in `whippet.json`. This gives a solid base for the documentation efforts. I'll need to figure out a logical order for the documentation process.",
"timestamp": "2026-02-23T12:15:00.897Z"
},
{
"subject": "Confirming Documentation Targets",
"description": "I've got the final list of plugins, confirmed from `whippet.json`, for documentation. Now, I'm ready to move on to the actual documentation creation, beginning with the structure and content for each plugin.",
"timestamp": "2026-02-23T12:15:02.692Z"
},
{
"subject": "Identifying Documentation Targets",
"description": "I'm now focusing on a more comprehensive list of plugins for documentation, derived from `whippet.json`, per the user's request. I will prioritize the plugins mentioned there, to align with the prompt. My next step will be to prioritize the most crucial entries, considering the sheer volume.",
"timestamp": "2026-02-23T12:15:04.848Z"
},
{
"subject": "Prioritizing Plugin Selection",
"description": "I'm now consolidating the list of plugins for documentation, drawing heavily on the `whippet.json` contents as per the user's intent to base it on the \"inventory.\" I've confirmed plugins, now I'll prioritize based on importance and ease of description. This refined list includes essential plugins like BAS-plugin, Advanced Custom Fields Pro, Akismet, and others, representing the site's critical components.",
"timestamp": "2026-02-23T12:15:07.054Z"
},
{
"subject": "Finalizing Documentation Targets",
"description": "I've decided to proceed with the specific plugins I listed in the JSON in the last turn, to strictly follow the prompt's instruction to use the \"inventory JSON below,\" even though a more extensive list exists from `whippet.json`. My next step is to prioritize and structure the documentation for the selected plugins, ensuring a clear and concise presentation.",
"timestamp": "2026-02-23T12:15:08.820Z"
},
{
"subject": "Documenting the Selected Plugins",
"description": "Okay, I'm now clear. I'm taking the plugins I explicitly listed in the JSON object from the last turn. I will then begin documenting them, as the user requests, starting with the provided information I have. I will also incorporate additional details. Next, I plan to outline \"What it does\", \"Why it matters\", \"Where to configure it\", and an \"Owner Note\" for each.",
"timestamp": "2026-02-23T12:15:10.689Z"
},
{
"subject": "Structuring Plugin Descriptions",
"description": "Now, I'm composing concise descriptions for each plugin, focusing on \"What it does\", \"Why it matters\", \"Where to configure it\", and an \"Owner note\". This addresses the user's specific requirements, beginning with the plugins I identified, based on the JSON object in the prior turn, like BAS-plugin, Advanced Custom Fields Pro, and ElasticPress, including other details as requested.",
"timestamp": "2026-02-23T12:15:12.332Z"
},
{
"subject": "Documenting the Chosen Plugins",
"description": "I've documented each of the core plugins: BAS-plugin, Advanced Custom Fields Pro, ElasticPress, Yoast SEO, Gravity Forms, Redis Object Cache, The Events Calendar, and Classic Editor. I've focused on \"What it does,\" \"Why it matters,\" \"Where to configure it,\" and \"Owner Note,\" as requested.",
"timestamp": "2026-02-23T12:15:13.997Z"
},
{
"subject": "Refining Documentation Focus",
"description": "Having documented all the identified plugins, I'm now reviewing them to be sure I've met the user's requirements to document the listed \"inventory\" of plugins. Then I will submit the output.",
"timestamp": "2026-02-23T12:15:15.536Z"
},
{
"subject": "Documenting the Selected Plugins",
"description": "I've documented the plugins I included in the JSON output, using \"What it does,\" \"Why it matters,\" \"Where to configure it,\" and \"Owner Note.\" I reviewed and refined each description, focusing on the essential features for each plugin to meet the prompt's requirements. Then I re-read the instructions, and ensured that the output strictly followed the pattern, including the use of critical or important labels.",
"timestamp": "2026-02-23T12:15:17.953Z"
}
],
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{
"id": "4c24787a-a0bb-4899-81a8-473c43b80b1f",
"timestamp": "2026-02-23T12:16:22.872Z",
"type": "user",
"content": [
{
"text": "You are writing client-facing documentation for a WordPress website.\nWrite the Theme Documentation section using only the facts available below.\nRules:\n- If this is a child theme, explain what a child theme is in one plain-English sentence\n- Do not describe features of the theme that are not confirmed by the files provided\n- Use this structure:\n## Theme Overview\n[One paragraph: theme name, whether custom or third-party, whether a child theme is in use]\n## [Theme Name] — Details\n**Type:** Custom / Third-party / Child theme of [parent]\n**Version:** [version or \"not confirmed\"]\n**Purpose:** What role this theme plays in the site's appearance and layout\n**Settings location:** Where in WP Admin the owner controls this theme\n## Custom Modifications\n[Only include this section if functions_php_customisations is true in the inventory]\nList what categories of customisation are present based on functions.php contents. Do not reproduce code. Describe in plain English what each customisation appears to do.\n---\n> 🔧 **Hosting engineer note:** [Any theme-specific deployment considerations, e.g. required PHP extensions, known compatibility issues]"
}
],
"displayContent": [
{
"text": "\nYou are writing client-facing documentation for a WordPress website.\nWrite the Theme Documentation section using only the facts available below.\nRules:\n- If this is a child theme, explain what a child theme is in one plain-English sentence\n- Do not describe features of the theme that are not confirmed by the files provided\n- Use this structure:\n## Theme Overview\n[One paragraph: theme name, whether custom or third-party, whether a child theme is in use]\n## [Theme Name] — Details\n**Type:** Custom / Third-party / Child theme of [parent]\n**Version:** [version or \"not confirmed\"]\n**Purpose:** What role this theme plays in the site's appearance and layout\n**Settings location:** Where in WP Admin the owner controls this theme\n## Custom Modifications\n[Only include this section if functions_php_customisations is true in the inventory]\nList what categories of customisation are present based on functions.php contents. Do not reproduce code. Describe in plain English what each customisation appears to do.\n---\n> 🔧 **Hosting engineer note:** [Any theme-specific deployment considerations, e.g. required PHP extensions, known compatibility issues]\n"
}
]
},
{
"id": "da4d6f82-c380-453a-ac03-028a5717d112",
"timestamp": "2026-02-23T12:16:32.220Z",
"type": "gemini",
"content": "## Theme Overview\nThe British Antarctic Survey website uses a bespoke theme specifically built for the organization. It is a standalone \"parent\" theme, meaning it does not rely on another template to function, and it was custom-developed to meet the unique structural and visual requirements of the site.\n\n## British Antarctic Survey — Details\n**Type:** Custom\n**Version:** 1.7.0\n**Purpose:** This theme defines the entire visual identity of the website, including its responsive layout (ensuring it looks good on mobile and desktop) and the specific ways that research data, news, and staff profiles are displayed to the public.\n**Settings location:** WordPress Admin > BAS website options (powered by Advanced Custom Fields)\n\n## Custom Modifications\nThe theme includes several significant technical customizations that expand what the website can do beyond a standard WordPress setup:\n* **Specialized Content Categories:** The theme defines custom sections for managing different types of information, such as scientific facilities, blog posts, job vacancies, staff teams, research publications, and news articles.\n* **Integrated Options Page:** A dedicated settings area allows the site owner to manage global website details and specific theme features in one central location.\n* **Enhanced Accessibility:** The theme is built with specific features to ensure the website is accessible to users with different needs, including \"skip to content\" links for screen readers.\n* **Responsive Design Framework:** It utilizes the Bootstrap framework to ensure that the layout remains consistent and functional across a wide variety of devices and screen sizes.\n* **Custom Styling for Dynamic Content:** Specific visual rules are in place to handle how maps, videos, and image galleries are presented to the user.\n\n---\n> 🔧 **Hosting engineer note:** This theme requires PHP version 8.2 or above and is designed to deploy on PHP 8.3. It has a hard dependency on the `advanced-custom-fields-pro` plugin for its options page and custom content fields. Deployment should also account for the OpenSearch connection configured via the `EP_HOST` environment variable.",
"thoughts": [
{
"subject": "Crafting Documentation",
"description": "I'm now starting to build the Theme Documentation section. I'm focusing on the `site_name` and the `active_theme` properties from the JSON inventory. This is the bedrock of the documentation, ensuring accuracy in describing the theme's core identity.",
"timestamp": "2026-02-23T12:16:27.013Z"
},
{
"subject": "Analyzing Theme Details",
"description": "I've started formulating the \"Theme Overview\" paragraph, drawing from the `site_name` and `active_theme` properties, and the `style.css` file. I am verifying the version and author details. After that, I will work on the \"British Antarctic Survey — Details\" section.",
"timestamp": "2026-02-23T12:16:29.020Z"
},
{
"subject": "Documenting the Theme",
"description": "I'm presently building the \"Custom Modifications\" section, detailing the custom post types, ACF integration, accessibility features, and the Bootstrap-based layout. I'll then tackle the \"Hosting Engineer Note,\" summarizing server requirements, including PHP version and dependencies.",
"timestamp": "2026-02-23T12:16:29.810Z"
}
],
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{
"id": "a82f7d25-6012-42cb-9a0d-563129f2122b",
"timestamp": "2026-02-23T12:18:07.540Z",
"type": "user",
"content": [
{
"text": "You are writing client-facing documentation for a WordPress website.\nWrite a Content Management Guide aimed entirely at a non-technical website owner.\nUse the inventory to determine which page builder or editor is in use, then tailor the instructions accordingly.\n- If page_builder is \"elementor\", write instructions for Elementor\n- If page_builder is \"gutenberg\" or unknown, write instructions for the WordPress block editor\n- If page_builder is \"divi\", write instructions for the Divi builder\n- Do not write instructions for a page builder not detected in the inventory\nUse this structure:\n## How to Edit a Page\n[Step by step, numbered, plain English]\n## How to Update Images\n[Step by step, numbered]\n## How to Manage Blog Posts\n[Step by step — only include if there is evidence of a blog in the inventory. If no evidence, say \"Blog functionality was not confirmed in this repository.\"]\n## What You Should Not Change\n[Bullet list of things the owner should avoid touching and why, based on what is present in the inventory — e.g. if caching plugin present, warn about clearing cache incorrectly]\nKeep all instructions plain and friendly. Assume the reader has never used WordPress before."
}
]
},
{
"id": "6be6ac69-25ee-4db4-8b26-28fc176b0862",
"timestamp": "2026-02-23T12:18:24.943Z",
"type": "gemini",
"content": "## How to Edit a Page\nThe British Antarctic Survey website uses the **Classic Editor**, which looks and works very much like a standard word processor.\n1. Log in to your WordPress dashboard using your username and password.\n2. On the left-hand menu, click on **Pages**. This will show you a list of all the pages on your site.\n3. Hover your mouse over the page you want to change and click the **Edit** link that appears.\n4. You will see a large text box containing the page content. Simply click inside this box to add, delete, or change the text.\n5. When you are happy with your changes, click the blue **Update** button on the right side of the screen to save and publish your work.\n\n## How to Update Images\n1. Open the page or post where you want to add or change an image.\n2. Click your mouse at the exact spot in the text where you want the image to appear.\n3. Click the **Add Media** button located just above the text toolbar.\n4. You can either drag and drop a new image from your computer into the window or click the **Media Library** tab to choose an image you have already uploaded.\n5. Once you have selected your image, click the **Insert into page** button at the bottom right.\n6. Remember to click the blue **Update** button on the main editing screen to save the changes.\n\n## How to Manage Blog Posts\nThis website includes dedicated functionality for managing news and stories through \"Blog Posts.\"\n1. In the left-hand menu of your dashboard, click on **Blog Posts**.\n2. To change an existing story, click on its title. To write a new one, click the **Add New** button at the top.\n3. Enter your headline in the top \"Enter title here\" box and your story in the large text box below it.\n4. On the right-hand side, you can select the most relevant **Category** for your post to help visitors find it.\n5. Click **Publish** (for new posts) or **Update** (for existing ones) to make the story live on the website.\n\n## What You Should Not Change\nTo keep your website running smoothly and safely, please avoid touching the following areas:\n* **Performance & Caching (Redis):** This system is set up to make your site load as fast as possible. Changing these settings could slow down the site for all visitors.\n* **Search Engine Logic (ElasticPress):** Your site uses a very specific search system. Modifying the settings in the \"ElasticPress\" menu may cause the search bar to stop working entirely.\n* **Advanced Custom Fields (ACF):** You will see many specific data boxes (like those for \"Scientific Facilities\" or \"Staff Details\"). Never delete these boxes or change their names, as the website relies on them to display information correctly.\n* **SEO Advanced Tabs:** While we encourage you to write SEO titles, please do not change the \"Advanced\" or \"Schema\" settings in the SEO section without professional guidance.",
"thoughts": [
{
"subject": "Assessing Content Requirements",
"description": "I'm focused on the user's need for a content management guide. The initial assessment involves determining the website's editor. I checked the `inventory` to confirm what I previously set, which was \"none\" for the page builder. This affects how I will design the guide. I'm now thinking about the specific steps a non-technical user would need.",
"timestamp": "2026-02-23T12:18:09.838Z"
},
{
"subject": "Determining Editor Focus",
"description": "I'm now revisiting the editor. The inventory confirms \"none\" for page builders, but \"classic-editor\" is active. The instructions are unclear on \"none,\" but I'll write the guide for the Classic Editor. I'm focusing on the user's need for guidance tailored to this specific setup.",
"timestamp": "2026-02-23T12:18:11.872Z"
},
{
"subject": "Defining Editor Selection Logic",
"description": "I'm now clarifying the editor selection criteria. Despite `page_builder` being \"none\" in the inventory, the presence of `classic-editor` dictates the guide's focus. The user's prompt lacked explicit guidance for a \"none\" scenario, but the active plugin clarifies the approach. I'll center the instructions around the Classic Editor, ensuring the guide aligns with the user's technical setup. I'm double checking the instructions to confirm.",
"timestamp": "2026-02-23T12:18:14.276Z"
},
{
"subject": "Confirming Editor Instruction Focus",
"description": "I've re-examined the prompt. Although the `page_builder` is listed as \"none\", the presence of the `classic-editor` plugin is decisive. I've decided to write the instructions specifically for the Classic Editor. This alignment ensures the guide corresponds with the user's actual website setup. I am now drafting the content to reflect this decision.",
"timestamp": "2026-02-23T12:18:15.841Z"
},
{
"subject": "Defining Core Editor Choice",
"description": "I'm now firmly focusing on the Classic Editor. Despite the `page_builder` being listed as \"none\", the prompt's structure, in conjunction with the active Classic Editor plugin, clarifies the correct choice. I'm tailoring the guidance to this specific editor, prioritizing accuracy over a rigid interpretation of \"none\" within the prompt's conditional logic. I'm now drafting the content to reflect this decision.",
"timestamp": "2026-02-23T12:18:17.677Z"
},
{
"subject": "Focusing Editor Instructions",
"description": "I'm now prioritizing the Classic Editor for my guide, since the plugin is active, and also re-reading the prompt. It's clear I should provide instructions using this specific editor, instead of interpreting the \"none\" value as a directive for Gutenberg. I'm focusing on the user's setup.",
"timestamp": "2026-02-23T12:18:19.190Z"
},
{
"subject": "Confirming Content Instructions",
"description": "I'm now fully committed to the Classic Editor. Despite the inventory showing \"none\" for page builders, the presence of the `classic-editor` plugin, confirmed in the inventory, overrides the conditional prompt and guides my instruction writing. I am now drafting the content to reflect this decision. The user's goal for a non-technical audience is paramount, influencing my detailed step-by-step approach.",
"timestamp": "2026-02-23T12:18:21.624Z"
},
{
"subject": "Refining Content Selection Logic",
"description": "I'm now clarifying the editor choice. While the prompt provides specific guidelines, the active `classic-editor` plugin outweighs the \"none\" designation for the page builder. I've re-examined the prompt and decided to write the guide for the Classic Editor based on the inventory.",
"timestamp": "2026-02-23T12:18:21.643Z"
}
],
"tokens": {
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{
"id": "2de8b564-914c-4808-8ad7-55ea87715b32",
"timestamp": "2026-02-23T12:19:03.646Z",
"type": "user",
"content": [
{
"text": "You are writing deployment documentation for a technical engineer taking over hosting of a WordPress site.\nThis section is technical. You may use correct technical terminology but explain anything non-standard.\nUse this structure:\n## Hosting Requirements\n- PHP version: [from inventory or \"minimum 7.4 recommended if not confirmed\"]\n- MySQL/MariaDB version: [from inventory or state not confirmed]\n- Required PHP extensions: list standard WordPress requirements plus any additions detected\n- Disk space: state you cannot confirm this without access to the live database and uploads folder\n## Environment Configuration\nList every non-default constant found in wp-config.php. For each:\n- Constant name\n- What it does in plain English\n- Whether it needs to change in the new hosting environment\n## Step-by-Step Deployment\nWrite a numbered deployment checklist covering:\n1. File transfer\n2. Database export and import\n3. Search-replace of URLs in database (mention WP-CLI command)\n4. wp-config.php update\n5. Permalink flush\n6. Testing checklist\n## Common Failure Points\nBullet list of things most likely to go wrong based on what is present in the inventory (e.g. if caching plugin detected, note cache must be cleared post-migration; if WooCommerce present, note SSL requirement)."
}
],
"displayContent": [
{
"text": "You are writing deployment documentation for a technical engineer taking over hosting of a WordPress site.\nThis section is technical. You may use correct technical terminology but explain anything non-standard.\nUse this structure:\n## Hosting Requirements\n- PHP version: [from inventory or \"minimum 7.4 recommended if not confirmed\"]\n- MySQL/MariaDB version: [from inventory or state not confirmed]\n- Required PHP extensions: list standard WordPress requirements plus any additions detected\n- Disk space: state you cannot confirm this without access to the live database and uploads folder\n## Environment Configuration\nList every non-default constant found in wp-config.php. For each:\n- Constant name\n- What it does in plain English\n- Whether it needs to change in the new hosting environment\n## Step-by-Step Deployment\nWrite a numbered deployment checklist covering:\n1. File transfer\n2. Database export and import\n3. Search-replace of URLs in database (mention WP-CLI command)\n4. wp-config.php update\n5. Permalink flush\n6. Testing checklist\n## Common Failure Points\nBullet list of things most likely to go wrong based on what is present in the inventory (e.g. if caching plugin detected, note cache must be cleared post-migration; if WooCommerce present, note SSL requirement).\n"
}
]
},
{
"id": "614c659f-5d81-45af-ba9c-49619c07c56c",
"timestamp": "2026-02-23T12:19:16.499Z",
"type": "gemini",
"content": "## Hosting Requirements\n- **PHP version:** PHP 8.2 is required for building; the site deploys on PHP 8.3.\n- **MySQL/MariaDB version:** MariaDB 10.\n- **Required PHP extensions:** \n - Standard WordPress extensions: `mysqli`, `openssl`, `pcre`, `xml`, `mbstring`, `curl`, `gd`, `zip`.\n - Performance: `redis` (required for the Redis Object Cache plugin).\n - Data handling: `json`, `dom`, `intl`.\n- **Disk space:** Total disk requirements cannot be confirmed without access to the live database and the `wp-content/uploads` directory.\n\n## Environment Configuration\nThe following non-standard constants and variables are present and must be configured in the new environment's `wp-config.php` or server environment:\n\n- **EP_HOST:** Defines the connection URL for the OpenSearch cluster (e.g., `http://opensearch:9200`). This **must** change to match the new hosting provider's OpenSearch/Elasticsearch endpoint.\n- **BEANSTALKD_HOST & BEANSTALKD_PORT:** Configures the connection to the Beanstalk queue runner used for background tasks. These **must** be updated to point to the new queue service.\n- **MYSQL_DATABASE & MYSQL_ROOT_PASSWORD:** Standard database credentials. These **must** be updated to match the new database environment.\n\n## Step-by-Step Deployment\n1. **File Transfer:** Migrate the entire WordPress root directory. Ensure that the `whippet.json` and `composer.json` files are included if the new environment handles dependency management via CLI.\n2. **Database Migration:** Export the source MariaDB database and import it into the new environment.\n3. **URL Search-Replace:** Use the WP-CLI to update all instances of the old URL to the new one across all tables (including serialized data). \n * Command: `wp search-replace 'https://old-domain.com' 'https://new-domain.com' --all-tables`\n4. **Configuration Update:** Update `wp-config.php` with new database credentials, `EP_HOST`, and `BEANSTALKD` connection details.\n5. **Dependency Installation:** If deploying from source, run `composer install` and use **Whippet** to ensure all plugins listed in `whippet.lock` are correctly installed.\n6. **Permalink Flush:** Log in to the admin dashboard and navigate to **Settings > Permalinks** and click \"Save Changes\" to regenerate the `.htaccess` or Nginx rewrite rules.\n7. **Testing Checklist:**\n * Verify OpenSearch connectivity in **ElasticPress > Dashboard**.\n * Confirm Redis cache is connected in **Settings > Redis**.\n * Test custom post type archives (e.g., `/news/` or `/publications/`) to ensure rewrites are working.\n\n## Common Failure Points\n* **Search Indexing:** Since the site relies on ElasticPress, the search functionality will fail if the `EP_HOST` is unreachable or if the index is not rebuilt after migration. You must run a full sync after deployment.\n* **Redis Connection:** If the Redis service is not available or the PHP extension is missing, the site may experience significant performance degradation or \"Error connecting to Redis\" warnings.\n* **Broken Background Tasks:** If Beanstalkd is not configured correctly, background processes like image queueing (`bas_image_queue`) or form processing may stall.\n* **Strict PHP Compatibility:** As the site is built for PHP 8.2+, using an older version (like 7.4) will likely cause fatal errors due to modern syntax usage in the custom theme and plugins.",
"thoughts": [
{
"subject": "Structuring Deployment Guides",
"description": "I'm currently structuring the deployment guide for a technical engineer. I've focused on clarity, starting with hosting requirements and environment setup, then the step-by-step deployment. I want it to be easy to follow.",
"timestamp": "2026-02-23T12:19:08.560Z"
},
{
"subject": "Outlining the Core Elements",
"description": "I've just finished laying out the core structural elements. I've broken it into Hosting, Environment, Step-by-Step, and Failure Points. I'm moving on to environment config, including PHP versions, database settings, and essential custom constants. I've also listed necessary PHP extensions.",
"timestamp": "2026-02-23T12:19:11.787Z"
},
{
"subject": "Defining Config Parameters",
"description": "Now I'm diving deeper into the specifics, solidifying the environment configuration. I'm identifying critical constants like `EP_HOST`, and mapping services to those constants. I'm cataloging required PHP extensions, then I'm noting potential issues with caching and the search/replace utility. I need to ensure the engineer understands these.",
"timestamp": "2026-02-23T12:19:11.817Z"
}
],
"tokens": {
"input": 28494,
"output": 822,
"cached": 24572,
"thoughts": 453,
"tool": 0,
"total": 29769
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"model": "gemini-3-flash-preview"
},
{
"id": "adf9c421-32c0-4d1b-90b0-8944ef84eede",
"timestamp": "2026-02-23T12:20:13.801Z",
"type": "user",
"content": [
{
"text": "Output a Mermaid diagram only. No prose before or after except a single caption line starting with \"Caption:\".\nCreate a flowchart LR showing the deployment process for this WordPress site.\nThe flow should cover:\n1. Source files\n2. File transfer to new host\n3. Database export → import\n4. Configuration update (wp-config)\n5. URL search-replace\n6. Cache clear (only if caching plugin present in inventory)\n7. Smoke test\nUse decision diamonds for steps that can fail with a path to an error handling note."
}
]
},
{
"id": "1c31cc35-8913-4135-91bb-8204c972cc20",
"timestamp": "2026-02-23T12:20:31.273Z",
"type": "gemini",
"content": "```mermaid\ngraph LR\n A[Source Files & Whippet Config] --> B[Transfer Files to New Host]\n B --> C{Files Transferred?}\n C -- No --> C_Err[Check SSH/Rsync Permissions]\n C -- Yes --> D[Export & Import MariaDB 10 Database]\n D --> E{Database Ready?}\n E -- No --> E_Err[Check DB Connectivity & Credentials]\n E -- Yes --> F[Update wp-config.php & ENV Vars]\n F --> G[Run URL Search-Replace via WP-CLI]\n G --> H{Update Successful?}\n H -- No --> H_Err[Check Write Perms & DB Consistency]\n H -- Yes --> I[Flush Permalinks & Clear Redis Cache]\n I --> J[Rebuild ElasticPress/OpenSearch Index]\n J --> K[Final Smoke Test]\n K --> L{All Tests Pass?}\n L -- No --> L_Err[Review Debug Logs & System Services]\n L -- Yes --> M((Site Live))\n```\n\nCaption: Deployment Flowchart for the British Antarctic Survey WordPress Platform.",
"thoughts": [
{
"subject": "Defining Deployment Process Flow",
"description": "I'm currently focused on the WordPress deployment process. I'm building a flowchart using Mermaid to map out the steps. I'm basing the structure on the existing inventory data, specifically WordPress, PHP versions, MariaDB, and various caching and queueing systems.",
"timestamp": "2026-02-23T12:20:15.937Z"
},
{
"subject": "Charting the WordPress Flow",
"description": "I'm making progress on the Mermaid diagram. I've defined the key steps, including file transfer, database import, wp-config updates, and URL search-replace. I'm adding decision diamonds for error handling and including steps for cache clearing and ElasticPress index rebuilding. I'm focusing on ensuring it's comprehensive and captures all the necessary steps for a smooth deployment.",
"timestamp": "2026-02-23T12:20:18.286Z"
},
{
"subject": "Finalizing Mermaid Diagram Structure",
"description": "I've sketched out the core workflow, including file transfer, DB import, config updates, and search-replace operations. I'm now integrating error handling with decision diamonds for critical points. I am also adding the ElasticPress index rebuild and Redis cache clearing steps, including a final smoke test to verify functionality before finalizing the diagram.",
"timestamp": "2026-02-23T12:20:20.851Z"
},
{
"subject": "Verifying the Diagram Output",
"description": "I've reviewed the flowchart and ensured all required elements are present: source files, file transfer, database import/export, `wp-config` update, URL search-replace, cache clearing, and a smoke test. I've also implemented error handling using decision diamonds and have integrated specific steps for Redis caching and ElasticPress. Now I'm checking that there's no prose before or after the diagram.",
"timestamp": "2026-02-23T12:20:22.808Z"
},
{
"subject": "Validating Diagram Requirements",
"description": "I'm performing a final review of the Mermaid diagram. I've re-checked that all required elements are present, including file transfer, database operations, configuration updates, search-replace functionality, cache clearing, and a smoke test. I've also incorporated error-handling steps and updated the configuration node to include `EP_HOST` and `Redis`. I've made certain the output includes only the Mermaid diagram and a single \"Caption:\" line.",
"timestamp": "2026-02-23T12:20:24.965Z"
},
{
"subject": "Confirming Final Output Structure",
"description": "I'm now generating the final output, focusing on meeting all format requirements. I've double-checked the Mermaid code, including node types and the \"LR\" layout. I'm confident that the diagram is complete, incorporates all specified steps, and handles error conditions correctly. Now I'm focused on delivering a Mermaid diagram followed by the caption as the sole textual output.",
"timestamp": "2026-02-23T12:20:26.875Z"
},
{
"subject": "Delivering Final Diagram and Caption",
"description": "I'm now generating the final output. The Mermaid diagram, with correct syntax, decision diamonds, and node labels reflecting all requirements, is complete. Error handling is integrated, as are steps for Redis and ElasticPress. I've ensured the final output adheres to the specified format: a Mermaid code block followed by a single \"Caption:\" line.",
"timestamp": "2026-02-23T12:20:28.577Z"
},
{
"subject": "Refining Diagram and Output",
"description": "I've revised the Mermaid diagram, confirming all steps based on the inventory, including Whippet, MariaDB, and specific Redis and ElasticPress tasks. I've ensured decision diamonds for error handling and adjusted node labels for clarity. Now, I'm generating the final Mermaid code block, followed by the required \"Caption:\" line, to adhere precisely to the output specifications.",
"timestamp": "2026-02-23T12:20:30.741Z"
}
],
"tokens": {
"input": 29432,
"output": 252,
"cached": 28202,
"thoughts": 2355,
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"total": 32039
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"model": "gemini-3-flash-preview"
}
],
"summary": "Extract WordPress repository facts into JSON."
}

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{
"sessionId": "bfb5df21-cf7e-4eae-a330-3eb000c3a513",
"projectHash": "88b7ede6d3317122e7557d372424035843695b15438b06112eb47d4b364cb133",
"startTime": "2026-02-23T12:32:16.640Z",
"lastUpdated": "2026-02-23T12:32:16.640Z",
"messages": [
{
"id": "4223d5e4-dfca-4cb3-b0a5-7c4ae8fe0b26",
"timestamp": "2026-02-23T12:32:16.640Z",
"type": "info",
"content": "No background shells are currently active."
}
]
}

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121
tmp/baspress/logs.json Normal file
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@@ -0,0 +1,121 @@
[
{
"sessionId": "2375bc4e-7d03-4d2e-b66f-99e99acb6ec1",
"messageId": 0,
"type": "user",
"message": "You are a code analysis tool. Your only job is to extract facts from the WordPress repository contents provided below.\nOutput a single JSON object. Do not output any prose, explanation, or markdown outside the JSON block.\nUse exactly this structure:\n{\n \"site_name\": \"string or null\",\n \"active_theme\": {\n \"name\": \"string\",\n \"is_child_theme\": true/false,\n \"parent_theme\": \"string or null\",\n \"version\": \"string or null\",\n \"is_custom\": true/false\n },\n \"plugins\": [\n {\n \"folder_name\": \"string\",\n \"display_name\": \"string or null\",\n \"version\": \"string or null\",\n \"confirmed_by\": \"file path that confirms this\"\n }\n ],\n \"page_builder\": \"elementor / divi / wpbakery / gutenberg / other / none / unknown\",\n \"woocommerce_present\": true/false,\n \"custom_post_types\": [\"list of CPT slugs found, or empty array\"],\n \"functions_php_customisations\": true/false,\n \"mu_plugins_present\": true/false,\n \"environment_variables_found\": [\"list of any non-default wp-config constants found\"],\n \"php_version_hint\": \"string or null\",\n \"mysql_version_hint\": \"string or null\",\n \"backup_plugin_detected\": \"string or null\",\n \"seo_plugin_detected\": \"string or null\",\n \"caching_plugin_detected\": \"string or null\",\n \"external_services_detected\": [\"e.g. Stripe, Mailchimp, Google Analytics - any found in config or plugin list\"],\n \"missing_information\": [\"list anything important you could not determine\"]\n}\nIf a value cannot be confirmed from the provided files, use null or false. Do not guess.",
"timestamp": "2026-02-23T12:10:25.066Z"
},
{
"sessionId": "2375bc4e-7d03-4d2e-b66f-99e99acb6ec1",
"messageId": 1,
"type": "user",
"message": "write that out",
"timestamp": "2026-02-23T12:11:33.870Z"
},
{
"sessionId": "2375bc4e-7d03-4d2e-b66f-99e99acb6ec1",
"messageId": 2,
"type": "user",
"message": "You are a code analysis tool. Your only job is to extract facts from the WordPress repository contents provided below.\nOutput a single JSON object. Do not output any prose, explanation, or markdown outside the JSON block.\nUse exactly this structure:\n{\n \"site_name\": \"string or null\",\n \"active_theme\": {\n \"name\": \"string\",\n \"is_child_theme\": true/false,\n \"parent_theme\": \"string or null\",\n \"version\": \"string or null\",\n \"is_custom\": true/false\n },\n \"plugins\": [\n {\n \"folder_name\": \"string\",\n \"display_name\": \"string or null\",\n \"version\": \"string or null\",\n \"confirmed_by\": \"file path that confirms this\"\n }\n ],\n \"page_builder\": \"elementor / divi / wpbakery / gutenberg / other / none / unknown\",\n \"woocommerce_present\": true/false,\n \"custom_post_types\": [\"list of CPT slugs found, or empty array\"],\n \"functions_php_customisations\": true/false,\n \"mu_plugins_present\": true/false,\n \"environment_variables_found\": [\"list of any non-default wp-config constants found\"],\n \"php_version_hint\": \"string or null\",\n \"mysql_version_hint\": \"string or null\",\n \"backup_plugin_detected\": \"string or null\",\n \"seo_plugin_detected\": \"string or null\",\n \"caching_plugin_detected\": \"string or null\",\n \"external_services_detected\": [\"e.g. Stripe, Mailchimp, Google Analytics - any found in config or plugin list\"],\n \"missing_information\": [\"list anything important you could not determine\"]\n}\nIf a value cannot be confirmed from the provided files, use null or false. Do not guess.",
"timestamp": "2026-02-23T12:13:15.203Z"
},
{
"sessionId": "2375bc4e-7d03-4d2e-b66f-99e99acb6ec1",
"messageId": 3,
"type": "user",
"message": "You are writing client-facing documentation for a WordPress website.\nUsing only the facts in the inventory JSON below, write an Executive Summary section.\nRules:\n- Write for a non-technical website owner as your primary audience\n- Use plain English. Do not use jargon without explaining it.\n- Do not invent features or plugins not listed in the inventory\n- If something is marked null or unknown in the inventory, say \"could not be confirmed\" rather than guessing\n- Length: 200-300 words maximum\n- Format with these two sub-headings only:\n## What This Website Does\n[2-3 sentences describing the site based on available evidence]\n## Key Components\n[Bullet list of major components: theme, notable plugins, any ecommerce or special functionality]",
"timestamp": "2026-02-23T12:13:44.895Z"
},
{
"sessionId": "2375bc4e-7d03-4d2e-b66f-99e99acb6ec1",
"messageId": 4,
"type": "user",
"message": "ou are writing client-facing documentation for a WordPress website.\nFor each plugin in the inventory JSON below, write a documentation entry.\nRules:\n- Do not document plugins not present in the inventory\n- Do not invent features a plugin has beyond what is in its readme or commonly known behaviour\n- For each plugin write exactly this structure:\n### [Plugin Display Name]\n**What it does:** One sentence in plain English describing its purpose on this site.\n**Why it matters:** Rate as one of: Critical (site breaks without it) / Important (significant feature loss) / Optional (convenience only)\n**Where to configure it:** WordPress Admin > [path] — be specific if known, otherwise say \"location not confirmed\"\n**Owner note:** One sentence on whether the owner is likely to interact with this plugin day-to-day.\n---\nAfter all plugins, add a section:\n## Plugins Requiring Caution\nList any plugins that, if deactivated or deleted, would cause significant problems. One bullet per plugin, one sentence explanation.",
"timestamp": "2026-02-23T12:14:51.116Z"
},
{
"sessionId": "2375bc4e-7d03-4d2e-b66f-99e99acb6ec1",
"messageId": 5,
"type": "user",
"message": "You are writing client-facing documentation for a WordPress website.\nWrite the Theme Documentation section using only the facts available below.\nRules:\n- If this is a child theme, explain what a child theme is in one plain-English sentence\n- Do not describe features of the theme that are not confirmed by the files provided\n- Use this structure:\n## Theme Overview\n[One paragraph: theme name, whether custom or third-party, whether a child theme is in use]\n## [Theme Name] — Details\n**Type:** Custom / Third-party / Child theme of [parent]\n**Version:** [version or \"not confirmed\"]\n**Purpose:** What role this theme plays in the site's appearance and layout\n**Settings location:** Where in WP Admin the owner controls this theme\n## Custom Modifications\n[Only include this section if functions_php_customisations is true in the inventory]\nList what categories of customisation are present based on functions.php contents. Do not reproduce code. Describe in plain English what each customisation appears to do.\n---\n> 🔧 **Hosting engineer note:** [Any theme-specific deployment considerations, e.g. required PHP extensions, known compatibility issues]",
"timestamp": "2026-02-23T12:16:18.320Z"
},
{
"sessionId": "2375bc4e-7d03-4d2e-b66f-99e99acb6ec1",
"messageId": 6,
"type": "user",
"message": "You are writing client-facing documentation for a WordPress website.\nWrite a Content Management Guide aimed entirely at a non-technical website owner.\nUse the inventory to determine which page builder or editor is in use, then tailor the instructions accordingly.\n- If page_builder is \"elementor\", write instructions for Elementor\n- If page_builder is \"gutenberg\" or unknown, write instructions for the WordPress block editor\n- If page_builder is \"divi\", write instructions for the Divi builder\n- Do not write instructions for a page builder not detected in the inventory\nUse this structure:\n## How to Edit a Page\n[Step by step, numbered, plain English]\n## How to Update Images\n[Step by step, numbered]\n## How to Manage Blog Posts\n[Step by step — only include if there is evidence of a blog in the inventory. If no evidence, say \"Blog functionality was not confirmed in this repository.\"]\n## What You Should Not Change\n[Bullet list of things the owner should avoid touching and why, based on what is present in the inventory — e.g. if caching plugin present, warn about clearing cache incorrectly]\nKeep all instructions plain and friendly. Assume the reader has never used WordPress before.",
"timestamp": "2026-02-23T12:18:04.087Z"
},
{
"sessionId": "2375bc4e-7d03-4d2e-b66f-99e99acb6ec1",
"messageId": 7,
"type": "user",
"message": "You are writing deployment documentation for a technical engineer taking over hosting of a WordPress site.\nThis section is technical. You may use correct technical terminology but explain anything non-standard.\nUse this structure:\n## Hosting Requirements\n- PHP version: [from inventory or \"minimum 7.4 recommended if not confirmed\"]\n- MySQL/MariaDB version: [from inventory or state not confirmed]\n- Required PHP extensions: list standard WordPress requirements plus any additions detected\n- Disk space: state you cannot confirm this without access to the live database and uploads folder\n## Environment Configuration\nList every non-default constant found in wp-config.php. For each:\n- Constant name\n- What it does in plain English\n- Whether it needs to change in the new hosting environment\n## Step-by-Step Deployment\nWrite a numbered deployment checklist covering:\n1. File transfer\n2. Database export and import\n3. Search-replace of URLs in database (mention WP-CLI command)\n4. wp-config.php update\n5. Permalink flush\n6. Testing checklist\n## Common Failure Points\nBullet list of things most likely to go wrong based on what is present in the inventory (e.g. if caching plugin detected, note cache must be cleared post-migration; if WooCommerce present, note SSL requirement).",
"timestamp": "2026-02-23T12:19:01.115Z"
},
{
"sessionId": "2375bc4e-7d03-4d2e-b66f-99e99acb6ec1",
"messageId": 8,
"type": "user",
"message": "Output a Mermaid diagram only. No prose before or after except a single caption line starting with \"Caption:\".\nCreate a flowchart LR showing the deployment process for this WordPress site.\nThe flow should cover:\n1. Source files\n2. File transfer to new host\n3. Database export → import\n4. Configuration update (wp-config)\n5. URL search-replace\n6. Cache clear (only if caching plugin present in inventory)\n7. Smoke test\nUse decision diamonds for steps that can fail with a path to an error handling note.",
"timestamp": "2026-02-23T12:20:10.571Z"
},
{
"sessionId": "b7afa18a-bafd-44d9-a2a4-f753da3f67e2",
"messageId": 0,
"type": "user",
"message": "convert https://gist.github.com/snim2/7dc2085b3c1c2ef38aee3b436b78adb7 into a skill and use it to generate the docs of the current directory.",
"timestamp": "2026-02-23T12:22:01.995Z"
},
{
"sessionId": "b7afa18a-bafd-44d9-a2a4-f753da3f67e2",
"messageId": 1,
"type": "user",
"message": "write out the generated reports and files",
"timestamp": "2026-02-23T12:29:24.294Z"
},
{
"sessionId": "b7afa18a-bafd-44d9-a2a4-f753da3f67e2",
"messageId": 2,
"type": "user",
"message": "update the skill to say to write stuff out.",
"timestamp": "2026-02-23T12:30:23.086Z"
},
{
"sessionId": "bfb5df21-cf7e-4eae-a330-3eb000c3a513",
"messageId": 0,
"type": "user",
"message": "/shells",
"timestamp": "2026-02-23T12:32:16.616Z"
},
{
"sessionId": "b7afa18a-bafd-44d9-a2a4-f753da3f67e2",
"messageId": 3,
"type": "user",
"message": "/skills reload",
"timestamp": "2026-02-23T12:33:00.982Z"
},
{
"sessionId": "f9aa8f7c-d66b-4ab5-aac2-86b07f1f0f94",
"messageId": 0,
"type": "user",
"message": "/skill list",
"timestamp": "2026-02-23T12:33:29.262Z"
},
{
"sessionId": "f9aa8f7c-d66b-4ab5-aac2-86b07f1f0f94",
"messageId": 1,
"type": "user",
"message": "/skills list",
"timestamp": "2026-02-23T12:33:34.353Z"
},
{
"sessionId": "f9aa8f7c-d66b-4ab5-aac2-86b07f1f0f94",
"messageId": 2,
"type": "user",
"message": "generate docs",
"timestamp": "2026-02-23T12:35:25.378Z"
}
]

View File

@@ -411,5 +411,82 @@
"type": "user", "type": "user",
"message": ":wq", "message": ":wq",
"timestamp": "2026-02-16T12:12:43.535Z" "timestamp": "2026-02-16T12:12:43.535Z"
},
{
"sessionId": "29e666b2-fb8d-415e-b761-97c2c3430e30",
"messageId": 0,
"type": "user",
"message": "from the aws bills is there a way to get the value for each account without tax but the with the amount used for savings plans added in.",
"timestamp": "2026-02-17T11:53:39.092Z"
},
{
"sessionId": "762d837c-718f-40f5-b7dc-28bd73a9f6e9",
"messageId": 0,
"type": "user",
"message": "the .env exsts now.",
"timestamp": "2026-02-17T11:56:37.127Z"
},
{
"sessionId": "762d837c-718f-40f5-b7dc-28bd73a9f6e9",
"messageId": 1,
"type": "user",
"message": "for 'dxw hosting - MTVH' my calculation for 2025-12 was '1204.36+351.19-200.71' this came from the bills.",
"timestamp": "2026-02-17T12:03:03.940Z"
},
{
"sessionId": "762d837c-718f-40f5-b7dc-28bd73a9f6e9",
"messageId": 2,
"type": "user",
"message": "yes",
"timestamp": "2026-02-17T12:04:19.593Z"
},
{
"sessionId": "ee47b188-d418-463b-a6b6-0aacf4e889cd",
"messageId": 0,
"type": "user",
"message": "using @Invoice_EUINGB26_430933.pdf as an example write a script to extract the charges value for each linked account.",
"timestamp": "2026-02-17T17:34:01.538Z"
},
{
"sessionId": "ee47b188-d418-463b-a6b6-0aacf4e889cd",
"messageId": 1,
"type": "user",
"message": "add pypdf to requirements.txt",
"timestamp": "2026-02-17T17:35:53.183Z"
},
{
"sessionId": "ee47b188-d418-463b-a6b6-0aacf4e889cd",
"messageId": 2,
"type": "user",
"message": "make this output csv and create a google sheet. base naem of sheet on the month the inoivce is for \"This VAT Invoice is for the billing period January 1 - January 31, 2026\" so 2026-01 in that example. also put what the exchange rate was. \"AWS Service Charges (1 USD = 0.74671779045 GBP)\" as an example in the invoice you can test with.",
"timestamp": "2026-02-17T17:44:30.226Z"
},
{
"sessionId": "ee47b188-d418-463b-a6b6-0aacf4e889cd",
"messageId": 3,
"type": "user",
"message": "commit this",
"timestamp": "2026-02-17T17:49:52.975Z"
},
{
"sessionId": "ee47b188-d418-463b-a6b6-0aacf4e889cd",
"messageId": 4,
"type": "user",
"message": "can we also automate the downlaoding of the invoice from aws",
"timestamp": "2026-02-17T17:51:37.835Z"
},
{
"sessionId": "ee47b188-d418-463b-a6b6-0aacf4e889cd",
"messageId": 5,
"type": "user",
"message": "I think we can extraxct the data we want using https://docs.aws.amazon.com/aws-cost-management/latest/APIReference/API_invoicing_ListInvoiceSummaries.html we may need to use the SDK for this.",
"timestamp": "2026-02-17T18:03:02.768Z"
},
{
"sessionId": "ee47b188-d418-463b-a6b6-0aacf4e889cd",
"messageId": 6,
"type": "user",
"message": "write a new script which can hoepfully use the invoice summaries data from the api to get the billing data we want withtout messing with downloading and extracting from the pdf.",
"timestamp": "2026-02-17T18:12:37.202Z"
} }
] ]

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@@ -0,0 +1 @@
/Users/bob/git/dxw/dalmatian

File diff suppressed because one or more lines are too long

View File

@@ -0,0 +1,46 @@
{
"sessionId": "b1be52ea-a27e-458c-8e0d-0080f8fe0427",
"projectHash": "cc0b5b68454a59206e0457f5ad30cf64769ce03f6eaf19fb8c5b1adb80414a8d",
"startTime": "2026-02-10T17:03:35.491Z",
"lastUpdated": "2026-02-10T17:03:42.661Z",
"messages": [
{
"id": "e161f72c-c4c8-492c-bb15-7656bfe1fe25",
"timestamp": "2026-02-10T17:03:35.491Z",
"type": "user",
"content": "Your task is to answer the following question about Gemini CLI:\n<question>\nI have completed the task. How do I signal completion?\n</question>"
},
{
"id": "a23660a6-d13c-4826-ae90-f754334e8199",
"timestamp": "2026-02-10T17:03:42.661Z",
"type": "gemini",
"content": "To signal completion, you need to call the `complete_task` tool. This tool accepts a `report` argument, which is a JSON object. The `report` object must contain two keys:\n\n1. `answer`: A string containing the detailed answer to the user's question about Gemini CLI.\n2. `sources`: An array of strings listing the specific documentation files you used to formulate your answer.\n\nHere's an example of how you would call it:\n\n```python\ncomplete_task(\n report={\n \"answer\": \"This is your detailed answer to the question.\",\n \"sources\": [\"cli/commands.md\", \"cli/configuration.md\"]\n }\n)\n```\nThere are no internal documentation files directly related to how *I* (the agent) signal completion, as this is part of my operational instructions.",
"thoughts": [
{
"subject": "Clarifying Completion Signals",
"description": "I'm focusing on the user's need to submit a final answer. Currently, I'm solidifying the explanation of the `complete_task` tool. I'm structuring the `report` argument, highlighting the `answer` and `sources` components. I'll make sure the user understands how they're intended to work.",
"timestamp": "2026-02-10T17:03:39.590Z"
},
{
"subject": "Outlining Tool Usage",
"description": "I'm now formulating the answer for the user. I've concluded that the `complete_task` tool is the key. I won't need to consult internal docs; the instructions define my completion mechanism. My explanation will focus on the `complete_task` tool and its mandatory parameters. I'm focusing on the `answer` and `sources` fields within the `report` argument.",
"timestamp": "2026-02-10T17:03:41.190Z"
},
{
"subject": "Confirming Completion Strategy",
"description": "I'm now zeroing in on the user's explicit question and how I can best respond. My instructions are the primary resource here, explicitly defining the `complete_task` tool. The structure of the answer will center around the usage of this tool and the required `report` argument, including `answer` and `sources` fields. I am ready to generate the user's answer.",
"timestamp": "2026-02-10T17:03:42.395Z"
}
],
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}
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}

View File

@@ -0,0 +1,98 @@
{
"sessionId": "b1be52ea-a27e-458c-8e0d-0080f8fe0427",
"projectHash": "cc0b5b68454a59206e0457f5ad30cf64769ce03f6eaf19fb8c5b1adb80414a8d",
"startTime": "2026-02-10T17:21:19.413Z",
"lastUpdated": "2026-02-10T17:33:07.836Z",
"messages": [
{
"id": "dc79b325-ae6d-4e37-b173-04c1caabb63e",
"timestamp": "2026-02-10T17:21:19.413Z",
"type": "user",
"content": "Your task is to answer the following question about Gemini CLI:\n<question>\nI have completed the task. How do I signal completion?\n</question>"
},
{
"id": "6a437301-97ce-4ae0-aba1-2d6e51be4370",
"timestamp": "2026-02-10T17:21:55.294Z",
"type": "gemini",
"content": "The Gemini CLI does not have a specific command for a user to \"signal completion\" of an arbitrary task.\n\nIn the context of the Gemini CLI, task completion is typically handled through:\n\n1. **Natural Language Interaction:** If the \"task\" is an instruction provided by the AI, you would typically respond in natural language within the chat interface, indicating that you have completed the requested action (e.g., \"I'm done with that,\" or \"File has been updated.\"). The AI model then processes this conversational input to understand the task's status.\n2. **Implicit Completion:** If the task involves executing a command, running a script, or modifying files, the completion is generally implicit. For example, successfully running a shell command via `!command` or applying changes via a tool would signify completion of that particular sub-task.\n3. **Session Management:** For managing conversation states, the `/chat save <tag>` command allows you to checkpoint a specific point in your conversation history. While not a generic \"task completion\" signal, it can mark the \"completion\" of a conversational phase, allowing you to return to it later with `/chat resume <tag>`.\n\nThere is no dedicated `/complete` or similar command to formally mark an arbitrary task as finished within the CLI's command structure.\n\n**Sources:**\n* cli/commands.md\n* cli/index.md\n* faq.md",
"thoughts": [
{
"subject": "Contemplating Completion Signaling",
"description": "I've been giving some thought to the user's implicit question: how do *I* signal task completion? It seems the focus is less on Gemini's mechanics and more about my operational procedure. The instruction to use the `complete_task` tool is clear. Now I'm considering the structured output.",
"timestamp": "2026-02-10T17:21:21.934Z"
},
{
"subject": "Defining the User's Intent",
"description": "I'm now zeroing in on the user's implicit question. It appears to be less about *my* completion signaling, and more about how the user interacts with the CLI. This shift in perspective is crucial, as the user likely means how *they* signal completion of *their* tasks within the Gemini CLI. I'm going to search the documentation for relevant CLI commands or configurations.",
"timestamp": "2026-02-10T17:21:23.971Z"
},
{
"subject": "Investigating Completion Methods",
"description": "I am now focusing on the user's implicit intention. Recognizing the role as a CLI Help Agent, I'm interpreting their question as pertaining to features within the Gemini CLI. The recent analysis suggests searching the documentation for relevant CLI commands like \"complete task\", \"signal completion\", and other related phrases. My next step will be to list the available documentation files to see if anything pertinent exists.",
"timestamp": "2026-02-10T17:21:24.965Z"
},
{
"subject": "Examining Completion Signals",
"description": "I'm currently delving into the Gemini CLI documentation, focusing on files such as `cli/commands.md`. My search terms include \"complete,\" \"finish,\" and \"completion\" to pinpoint potential task completion signals. I'm hoping to uncover clues about how the CLI informs the user when a process wraps up.",
"timestamp": "2026-02-10T17:21:28.740Z"
},
{
"subject": "Scouting for Clues",
"description": "I've begun searching the suggested files, starting with `cli/commands.md`. Initial scans for \"complete,\" \"finish,\" and similar terms yielded few promising leads. I'll broaden the search to include less direct terms like \"task\" and \"status.\" The current file is not giving me much to go on, so I'll need to explore others.",
"timestamp": "2026-02-10T17:21:29.577Z"
},
{
"subject": "Analyzing Command Functionality",
"description": "I've been scrutinizing the `cli/commands.md` file, focusing on commands related to task completion and session management. I've pinpointed commands linked to chatting, restoring files, session resumption, and skill manipulation. The \"/quit\" command also caught my attention. I'm now comparing these commands against the keywords I identified to grasp their core functions.",
"timestamp": "2026-02-10T17:21:38.453Z"
},
{
"subject": "Pinpointing Task Completion Signals",
"description": "My review of `cli/commands.md` has progressed. I've been seeking direct task completion signals, focusing on keywords like \"complete\" and \"finish.\" While commands like `/chat save` and `/restore` touch on related concepts like conversation state and undoing, no dedicated signal exists for a user to explicitly notify the system of a task's finalization. The CLI doesn't appear to offer an explicit completion command for the AI's directives.",
"timestamp": "2026-02-10T17:21:41.142Z"
},
{
"subject": "Assessing Absence of Signals",
"description": "My investigation expanded to `cli/index.md` and `faq.md`. My focus remained on finding a \"signal completion\" command, but the search proved fruitless. The conclusion aligns with my initial assessment. The Gemini CLI doesn't appear to offer a direct method for users to explicitly communicate task completion within the interface. Instead, the interaction relies on natural language and implied context. Now, I'm ready to craft an accurate response.",
"timestamp": "2026-02-10T17:21:43.508Z"
},
{
"subject": "Analyzing CLI Capabilities",
"description": "I've been poring over the `cli/index.md` file, focusing on how a user might signal task completion. My initial assessment suggests a gap: the current documentation highlights features but misses any explicit mechanisms for a user to directly communicate task completion to the CLI itself. This seems to be a key area to explore further.",
"timestamp": "2026-02-10T17:21:47.844Z"
},
{
"subject": "Scrutinizing Documentation Gaps",
"description": "I've examined the `faq.md` file, hoping to find alternative completion signaling methods. This was unsuccessful. The CLI implicitly manages tasks via conversation, saving history, and checkpointing, but lacks an explicit \"task complete\" command. My current conclusion: the CLI design favors an implicit task management model, where task completion is inferred from user actions and conversational context.",
"timestamp": "2026-02-10T17:21:49.483Z"
},
{
"subject": "Analyzing Documentation Scope",
"description": "I've just finished reviewing the provided documentation. My focus has been on pinpointing the document's boundaries. I've noted a glaring omission: It doesn't address the user's role in signaling task completion. I'm now cross-referencing this gap with other available resources.",
"timestamp": "2026-02-10T17:21:52.411Z"
},
{
"subject": "Synthesizing Command Absence",
"description": "I've examined the `faq.md`, `cli/commands.md`, and `cli/index.md` files. Confirmation: no command exists for a user to explicitly signal task completion. My next step will be to formulate a response explaining this absence and detailing the implicit ways Gemini CLI recognizes task completion, as I understand it.",
"timestamp": "2026-02-10T17:21:54.411Z"
}
],
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},
{
"id": "01881d72-8297-4e3a-9081-6fdea3188f65",
"timestamp": "2026-02-10T17:21:55.298Z",
"type": "user",
"content": "You have stopped calling tools without finishing. You have one final chance to complete the task with a short grace period. You MUST call `complete_task` immediately with your best answer and explain that your investigation was interrupted. Do not call any other tools."
}
],
"summary": "Get the CLI to signal task completion."
}

View File

@@ -0,0 +1,195 @@
{
"sessionId": "f0dab84e-2dc4-4528-a5a0-f1efc6849e73",
"projectHash": "cc0b5b68454a59206e0457f5ad30cf64769ce03f6eaf19fb8c5b1adb80414a8d",
"startTime": "2026-02-10T17:33:24.433Z",
"lastUpdated": "2026-02-20T15:14:08.759Z",
"messages": [
{
"id": "e64efd39-b7a6-4250-8011-7c1e1769583d",
"timestamp": "2026-02-10T17:33:24.433Z",
"type": "user",
"content": "write a GEMINI.md for this repo"
},
{
"id": "2887fc88-db69-4252-b25a-f3ad6a4b6af4",
"timestamp": "2026-02-10T17:33:41.323Z",
"type": "gemini",
"content": "I will now create a `GEMINI.md` file in the root of the repository, tailored to the specific tools and workflows of the Dalmatian project.\n\n```markdown\n# Dalmatian Project Guidelines (GEMINI.md)\n\n## Core Guidelines\n\n- **Persona:** Assume the user is a 30-year veteran system administrator. Skip explanations of basic concepts. Be direct, technical, and concise.\n- **Direct Action:** Edit files directly. Do not commit or branch autonomously; always ask for permission first.\n- **Code Comments:** Use them sparingly. Only explain complex \"why\" logic. Never explain \"what\" the code is doing.\n\n## Project Discovery\n\n- **Build/Setup:** `bundle exec rake setup:all`\n- **Testing:** \n - Primary: `scripts/bin/test` (checks formatting, linters, and validates tfvars).\n - SQL Munge: `scripts/bin/test-sql-munge` (PHP linter and tests).\n- **Language Stacks:**\n - **Ruby:** Primary language for infrastructure logic and CLI tools (`Gemfile`).\n - **Terraform:** Infrastructure as code (`terraform/`, `.terraform-version`).\n - **Python:** Used for some utilities (`requirements.txt`).\n - **PHP:** Used for SQL munging tools (`terraform/infrastructures/ecs/infrastructure_support/php-sql-munge-docker/`).\n - **Shell:** Various scripts in `scripts/`.\n\n## Standards & Testing\n\n- **Indentation:** Mimic local indentation (tabs vs spaces) and naming conventions exactly.\n- **Formatting:** \n - Terraform: Always run `terraform fmt`.\n - Ruby: Adhere to `.rubocop.yml` and `.standard.yml`.\n- **Testing:** Always write a test if a framework exists. Use RSpec for Ruby (`spec/`).\n- **ADRs:** Follow the Architecture Design Records process (`.adr-dir`, `docs/architecture-decisions/`). Use `adr-tools`.\n\n## Language Defaults\n\n- **Ruby:** Use `bundler`.\n- **Python:** Use `virtualenv`.\n- **PHP:** Adhere to `dxw/php-cs-fixer-config` standards as checked by `test-sql-munge`.\n\n## Git Workflow\n\n- **Branching:** \n - Feature branches are **required**.\n - Branch from `master` and keep branches short-lived.\n - Naming: `description` or `ticket-description` (e.g., `123-add-rds-cluster`).\n- **Commits:**\n - Use present tense, imperative mood (e.g., `add rds cluster`).\n - Summary <= 50 chars; wrap body at 72 chars.\n - Explain _why_ in the body.\n - Reference issue/ticket numbers if available.\n- **Safety:** Always run `git diff` before asking to commit. Force push is only permitted on private feature branches with `--force-with-lease`.\n\n## Git Worktrees\n\n- **Suitability:** This repo is suitable for `git worktree` for parallel tasks or frequent context switching.\n```\n\nI will write this to `GEMINI.md`.\n\nExplanation of the command: This command will create a new file named `GEMINI.md` in the root directory of the project, which will contain project-specific guidelines for me to follow during our interaction.",
"thoughts": [
{
"subject": "Examining Project Context",
"description": "I'm currently reviewing the project's architecture to grasp its nuances. Understanding the existing file structure is crucial before I can draft the new `GEMINI.md` file. I'll need to align its contents with the system's guidelines and the contextual information provided.",
"timestamp": "2026-02-10T17:33:27.296Z"
},
{
"subject": "Investigating File Structures",
"description": "I'm now examining the `dal matian` repo's architecture. The presence of `Gemfile`, `Rakefile`, and various Ruby files, alongside a `requirements.txt`, suggests a Ruby-based project with potential Python integration. I've also noted the `scripts/` directory, the `terraform/` directory, and a `.terraform-version` file. I'm focusing on the `README.md` to see about build and test instructions.",
"timestamp": "2026-02-10T17:33:29.613Z"
},
{
"subject": "Formulating `GEMINI.md` Content",
"description": "I'm now drafting the `GEMINI.md` file, using the global instructions and project specifics. The focus is on providing tailored guidelines. I've compiled testing, build, and linting commands from the `README.md` and related files. I'm also incorporating specific branching and contribution details from the `CONTRIBUTING.md` file to provide a focused, project-relevant `GEMINI.md`.",
"timestamp": "2026-02-10T17:33:31.673Z"
},
{
"subject": "Constructing Project Guidelines",
"description": "Now I'm crafting the project-specific `GEMINI.md`. I've distilled setup, testing, and linting commands from `README.md` and related files. I'm focusing on Ruby, Python, and PHP, noting the presence of each and their respective linting tools. The branching strategy is also being refined, focusing on feature branches against the `master` branch. I'm taking all this into consideration while adapting from the existing `../../../.gemini/GEMINI.md`.",
"timestamp": "2026-02-10T17:33:34.952Z"
},
{
"subject": "Synthesizing `GEMINI.md` Content",
"description": "Now I'm focusing on the specifics of this `dal matian` project while constructing `GEMINI.md`. I've distilled setup and testing commands and identified Ruby, Python, and PHP as the relevant language stacks. Key linting tools are noted, as is the feature-branch-against-master branching strategy. I'm leveraging the global `GEMINI.md` as the core template for this project-specific file.",
"timestamp": "2026-02-10T17:33:35.010Z"
}
],
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"model": "gemini-3-flash-preview",
"toolCalls": [
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"id": "write_file-1770744821320-7af911be1b259",
"name": "write_file",
"args": {
"content": "# Dalmatian Project Guidelines (GEMINI.md)\n\n## Core Guidelines\n\n- **Persona:** Assume the user is a 30-year veteran system administrator. Skip explanations of basic concepts. Be direct, technical, and concise.\n- **Direct Action:** Edit files directly. Do not commit or branch autonomously; always ask for permission first.\n- **Code Comments:** Use them sparingly. Only explain complex \"why\" logic. Never explain \"what\" the code is doing.\n\n## Project Discovery\n\n- **Build/Setup:** `bundle exec rake setup:all`\n- **Testing:** \n - Primary: `scripts/bin/test` (checks formatting, linters, and validates tfvars).\n - SQL Munge: `scripts/bin/test-sql-munge` (PHP linter and tests).\n- **Language Stacks:**\n - **Ruby:** Primary language for infrastructure logic and CLI tools (`Gemfile`).\n - **Terraform:** Infrastructure as code (`terraform/`, `.terraform-version`).\n - **Python:** Used for some utilities (`requirements.txt`).\n - **PHP:** Used for SQL munging tools (`terraform/infrastructures/ecs/infrastructure_support/php-sql-munge-docker/`).\n - **Shell:** Various scripts in `scripts/`.\n\n## Standards & Testing\n\n- **Indentation:** Mimic local indentation (tabs vs spaces) and naming conventions exactly.\n- **Formatting:** \n - Terraform: Always run `terraform fmt`.\n - Ruby: Adhere to `.rubocop.yml` and `.standard.yml`.\n- **Testing:** Always write a test if a framework exists. Use RSpec for Ruby (`spec/`).\n- **ADRs:** Follow the Architecture Design Records process (`.adr-dir`, `docs/architecture-decisions/`). Use `adr-tools`.\n\n## Language Defaults\n\n- **Ruby:** Use `bundler`.\n- **Python:** Use `virtualenv`.\n- **PHP:** Adhere to `dxw/php-cs-fixer-config` standards as checked by `test-sql-munge`.\n\n## Git Workflow\n\n- **Branching:** \n - Feature branches are **required**.\n - Branch from `master` and keep branches short-lived.\n - Naming: `description` or `ticket-description` (e.g., `123-add-rds-cluster`).\n- **Commits:**\n - Use present tense, imperative mood (e.g., `add rds cluster`).\n - Summary <= 50 chars; wrap body at 72 chars.\n - Explain _why_ in the body.\n - Reference issue/ticket numbers if available.\n- **Safety:** Always run `git diff` before asking to commit. Force push is only permitted on private feature branches with `--force-with-lease`.\n\n## Git Worktrees\n\n- **Suitability:** This repo is suitable for `git worktree` for parallel tasks or frequent context switching.\n",
"file_path": "GEMINI.md"
},
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"functionResponse": {
"id": "write_file-1770744821320-7af911be1b259",
"name": "write_file",
"response": {
"error": "[Operation Cancelled] Reason: User denied execution."
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],
"status": "cancelled",
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"newContent": "# Dalmatian Project Guidelines (GEMINI.md)\n\n## Core Guidelines\n\n- **Persona:** Assume the user is a 30-year veteran system administrator. Skip explanations of basic concepts. Be direct, technical, and concise.\n- **Direct Action:** Edit files directly. Do not commit or branch autonomously; always ask for permission first.\n- **Code Comments:** Use them sparingly. Only explain complex \"why\" logic. Never explain \"what\" the code is doing.\n\n## Project Discovery\n\n- **Build/Setup:** `bundle exec rake setup:all`\n- **Testing:** \n - Primary: `scripts/bin/test` (checks formatting, linters, and validates tfvars).\n - SQL Munge: `scripts/bin/test-sql-munge` (PHP linter and tests).\n- **Language Stacks:**\n - **Ruby:** Primary language for infrastructure logic and CLI tools (`Gemfile`).\n - **Terraform:** Infrastructure as code (`terraform/`, `.terraform-version`).\n - **Python:** Used for some utilities (`requirements.txt`).\n - **PHP:** Used for SQL munging tools (`terraform/infrastructures/ecs/infrastructure_support/php-sql-munge-docker/`).\n - **Shell:** Various scripts in `scripts/`.\n\n## Standards & Testing\n\n- **Indentation:** Mimic local indentation (tabs vs spaces) and naming conventions exactly.\n- **Formatting:** \n - Terraform: Always run `terraform fmt`.\n - Ruby: Adhere to `.rubocop.yml` and `.standard.yml`.\n- **Testing:** Always write a test if a framework exists. Use RSpec for Ruby (`spec/`).\n- **ADRs:** Follow the Architecture Design Records process (`.adr-dir`, `docs/architecture-decisions/`). Use `adr-tools`.\n\n## Language Defaults\n\n- **Ruby:** Use `bundler`.\n- **Python:** Use `virtualenv`.\n- **PHP:** Adhere to `dxw/php-cs-fixer-config` standards as checked by `test-sql-munge`.\n\n## Git Workflow\n\n- **Branching:** \n - Feature branches are **required**.\n - Branch from `master` and keep branches short-lived.\n - Naming: `description` or `ticket-description` (e.g., `123-add-rds-cluster`).\n- **Commits:**\n - Use present tense, imperative mood (e.g., `add rds cluster`).\n - Summary <= 50 chars; wrap body at 72 chars.\n - Explain _why_ in the body.\n - Reference issue/ticket numbers if available.\n- **Safety:** Always run `git diff` before asking to commit. Force push is only permitted on private feature branches with `--force-with-lease`.\n\n## Git Worktrees\n\n- **Suitability:** This repo is suitable for `git worktree` for parallel tasks or frequent context switching.\n"
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"content": "I will now create a `GEMINI.md` file containing only the repository-specific guidelines for Dalmatian.\n\n```markdown\n# Dalmatian Project Guidelines (GEMINI.md)\n\n## Project Discovery\n\n- **Build/Setup:** `bundle exec rake setup:all`\n- **Testing:** \n - Infrastructure: `scripts/bin/test` (checks formatting, linters, and validates tfvars).\n - SQL Munge: `scripts/bin/test-sql-munge` (PHP linter and tests).\n - Ruby: `bundle exec rspec` (Standard RSpec suite).\n- **Language Stacks:**\n - **Ruby:** Infrastructure logic and CLI tools (`Gemfile`).\n - **Terraform:** Infrastructure as code (`terraform/`).\n - **Python:** Utilities (`requirements.txt`).\n - **PHP:** SQL munging tools (`terraform/infrastructures/ecs/infrastructure_support/php-sql-munge-docker/`).\n\n## Standards & Testing\n\n- **Architecture Decisions:** Follow the ADR process. Records are stored in `docs/architecture-decisions/`.\n- **Formatting:** \n - Terraform: Always run `terraform fmt`.\n - PHP: Adhere to `dxw/php-cs-fixer-config` (checked by `test-sql-munge`).\n- **Ruby Conventions:** Adhere to `.rubocop.yml` and `.standard.yml`.\n\n## Infrastructure Configuration\n\n- Configurations are defined in `dalmatian.yml` (see `dalmatian.yml.example`).\n- Supports `standalone` and `overloaded` (remote sources) cluster descriptions.\n- Remote sources are cached locally via `bundle exec rake dalmatian:fetch`.\n```\n\nExplanation: This command creates a `GEMINI.md` file in the root directory, populated with specific discovery, testing, and standard information derived from the Dalmatian repository.",
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"description": "\\n\\n\n\nI'm currently focused on distinguishing the local context from broader, global instructions. My prior attempt missed the mark by including extraneous details, like \"Persona\" and \"Directives.\" The aim is to generate a `GEMINI.md` file purely for this repository, free of any inherited or overarching instructions. I'm working to filter out irrelevant information and isolate the repository-specific elements.",
"timestamp": "2026-02-10T17:35:55.269Z"
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"description": "\\n\\n\n\nMy primary focus is now on refining the content. I've successfully identified key repository-specific details, such as the project's purpose, build instructions, and testing procedures. My next step is to structure this information clearly within the `GEMINI.md` file, omitting any global instructions or standard practices. I'm aiming for concise, actionable content that is directly relevant to this Dalmatian project, not general guidelines.",
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191
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ensure tha the dalmatain.yml.example is the same for RDS and aurora and then make the aurora tests work.
git st
remove the aurora tests

View File

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Found 20 matches for pattern "check_sql_backup_scheduled_task_environment_variables" in path ".":
---
File: lib/dalmatian/rds.rb
L101: def check_sql_backup_scheduled_task_environment_variables
L102: reference["check_sql_backup_scheduled_task_environment_variables"] || []
L156: "check_sql_backup_scheduled_task_environment_variables" => check_sql_backup_scheduled_task_environment_variables,
---
File: lib/dalmatian/rds_test.rb
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---
File: spec/unit/rds_spec.rb
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L165: describe "#check_sql_backup_scheduled_task_environment_variables" do
L166: it "uses the rds check_sql_backup_scheduled_task_environment_variables" do
L167: expect(rds.check_sql_backup_scheduled_task_environment_variables).to eq([{"name" => "foo", "value" => "bar"}])
L234: "check_sql_backup_scheduled_task_environment_variables" => [
---
File: spec/unit/rds_test_spec.rb
L57: check_sql_backup_scheduled_task_environment_variables: [
L174: "check_sql_backup_scheduled_task_environment_variables" => [
---
File: spec/integration/deploys_local_configuration_spec.rb
L427: "check_sql_backup_scheduled_task_environment_variables" => [
---
File: spec/integration/tests_local_configuration_spec.rb
L400: "check_sql_backup_scheduled_task_environment_variables" => [
L533: "check_sql_backup_scheduled_task_environment_variables" => [
L2021: "check_sql_backup_scheduled_task_environment_variables" => [
L2154: "check_sql_backup_scheduled_task_environment_variables" => [
---
File: dalmatian.yml.example
L144: check_sql_backup_scheduled_task_environment_variables:
---
File: terraform/infrastructures/rds/variables.tf
L64: check_sql_backup_scheduled_task_environment_variables = list(map(string))
---
File: terraform/infrastructures/rds/check_sql_backups_scheduled_task.tf
L70: environment = jsonencode(local.rds_check_sql_backup_scheduled_task_environment_variables)
---
File: terraform/infrastructures/rds/locals.tf
L19: rds_check_sql_backup_scheduled_task_environment_variables = var.rds["check_sql_backup_scheduled_task_environment_variables"]
---

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@@ -0,0 +1,7 @@
Found 3 matches for pattern "cluster1_plan_cmd_production_aurora" in path ".":
---
File: spec/integration/tests_local_configuration_spec.rb
L688: let(:cluster1_plan_cmd_production_aurora) do
L3362: allow(Helper).to receive(:run!).with(cluster1_plan_cmd_production_aurora)
L3487: expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_production_aurora)
---

View File

@@ -0,0 +1,130 @@
Found 100 matches for pattern "Aurora" in path "." (results limited to 100 matches for performance):
---
File: lib/dalmatian.rb
L40: require_relative "dalmatian/aurora"
L41: require_relative "dalmatian/aurora_test"
L42: require_relative "dalmatian/aurora_deployment"
---
File: lib/dalmatian/aurora_deployment.rb
L2: class AuroraDeployment
L6: aurora:,
L13: @aurora = aurora
L25: attr_reader :aurora, :env, :helper, :logger, :auto_approve, :plan, :destroy, :verbose
L31: "aurora"
L37: "account_id" => aurora.account_id,
L38: "infrastructure_name" => aurora.cluster_id,
L40: "aurora" => aurora.to_params
L49: [aurora.cluster_id, aurora.identifier, "aurora", env_name].join("-")
---
File: lib/dalmatian/cluster.rb
L18: @auroras = build_auroras(properties["aurora"])
L24: attr_reader :hosted_zones, :s3s, :vpn_customer_gateways, :sources, :services, :wafs, :rdss, :auroras, :elasticache_clusters,
L73: auroras.each do |aurora|
L74: unless skip_deployments.include?("aurora")
L75: deploy_aurora(aurora, environment, test, auto_approve, plan, destroy, verbose)
L167: def build_auroras(aurora_references)
L168: (aurora_references || []).map do |reference|
L169: Aurora.new(cluster: self, reference: reference)
L272: def deploy_aurora(aurora, env, test, auto_approve, plan, destroy, verbose)
L273: test_aurora(aurora, env) if test
L274: AuroraDeployment.new(
L275: aurora: aurora,
L356: def test_aurora(aurora, env)
L357: puts "debug Testing Aurora"
L358: AuroraTest.new(aurora: aurora, env: env).call
---
File: lib/dalmatian/aurora.rb
L2: class Aurora
---
File: lib/dalmatian/aurora_test.rb
L2: class AuroraTest
L6: aurora:,
L12: @aurora = aurora
L21: attr_reader :aurora, :env, :helper, :logger, :terraform
L25: "account_id" => aurora.account_id,
L26: "infrastructure_name" => aurora.cluster_id,
L29: "aurora" => {
L30: "identifier" => aurora.identifier,
L31: "in_use_by" => aurora.in_use_by,
L32: "clusters_in_use" => aurora.clusters_in_use,
L33: "engine" => aurora.engine,
L34: "engine_version" => aurora.engine_version,
L35: "db_name" => aurora.db_name,
L36: "port" => aurora.port,
L37: "maintenance_window" => aurora.maintenance_window,
L38: "backup_window" => aurora.backup_window,
L39: "backup_retention_period" => aurora.backup_retention_period,
L40: "force_ssl" => aurora.force_ssl,
L41: "parameter_store_path_db_url_name" => aurora.parameter_store_path_db_url_name,
L42: "sql_backup_scheduled_task_environment_variables" => aurora.sql_backup_scheduled_task_environment_variables,
L43: "sync_sql_backup_to_azure" => aurora.sync_sql_backup_to_azure,
L44: "replication_bucket_destination_arn" => aurora.replication_bucket_destination_arn,
L45: "replication_kms_key_id" => aurora.replication_kms_key_id
L55: [aurora.cluster_id, aurora.identifier, "aurora", env_name].join("-")
L62: "aurora"
---
File: lib/tasks/dalmatian.rake
L78: skip_deployments = ENV["skip_deployments"] || "hosted-zone,vpn-customer-gateway,ecs,ecs-services,elasticache-cluster,opensearch-cluster,aurora,rds,shared-loadbalancer,waf,s3"
---
File: docs/rds-snapshots-and-point-in-time-restore.md
L89: dalmatian aurora export-dump -i dxw-govpress -r cluster2 -d salukitest -e prod -o /tmp
L95: $ dalmatian aurora shell -i dxw-govpress -r cluster2 -e prod
L132: dalmatian aurora import-dump -i dxw-govpress -r cluster2 -d salukitest -e prod -f /tmp/salukitest-prod-sql-export.sql
L153: - `dxw-govpress-cluster2-aurora-prod-aurora-sg`
L191: #### Aurora
L216: >Remember, `$DB_HOST` should be the **Endpoint** you got from the Aurora Instance earlier!
L246: dalmatian aurora import-dump -i dxw-govpress -r cluster2 -d salukitest -e prod -f ~/Downloads/salukitest.sql
---
File: Terrafile
L51: # https://github.com/terraform-aws-modules/terraform-aws-rds-aurora
L52: terraform-aws-rds-aurora:
L53: source: "git@github.com:terraform-aws-modules/terraform-aws-rds-aurora.git"
---
File: terraform/infrastructures/aurora/data.tf
L52: for_each = toset(local.aurora_extra_clusters_in_use)
L69: count = local.aurora_sql_backup_sync_azure_enabled ? 1 : 0
L74: count = local.aurora_sql_backup_sync_azure_enabled ? 1 : 0
L79: count = local.aurora_sql_backup_sync_azure_enabled ? 1 : 0
L84: count = local.aurora_sql_backup_sync_azure_enabled ? 1 : 0
L89: count = local.aurora_sql_backup_sync_azure_enabled ? 1 : 0
---
File: terraform/infrastructures/aurora/sql-backups-s3.tf
L2: bucket = "${var.infrastructure_name}-${local.aurora_identifier}-sql-backup"
L80: status = var.aurora.replication_bucket_destination_arn != "" ? "Enabled" : "Suspended"
L85: count = var.aurora.replication_bucket_destination_arn != "" ? 1 : 0
L86: name = "${var.infrastructure_name}-${local.aurora_identifier}-sql-backup-replication"
L106: count = var.aurora.replication_bucket_destination_arn != "" ? 1 : 0
L107: name = "${var.infrastructure_name}-${local.aurora_identifier}-sql-backup-replication-policy"
L113: destination_bucket_arn = var.aurora.replication_bucket_destination_arn
L114: destination_kms_key_arn = var.aurora.replication_kms_key_id
L121: count = var.aurora.replication_bucket_destination_arn != "" ? 1 : 0
L130: count = var.aurora.replication_bucket_destination_arn != "" ? 1 : 0
L140: bucket = var.aurora.replication_bucket_destination_arn
L148: for_each = var.aurora.replication_kms_key_id != "" ? [1] : []
L150: replica_kms_key_id = var.aurora.replication_kms_key_id
---
File: terraform/infrastructures/aurora/session-manager-list-databases.tf
L1: resource "aws_ssm_document" "aurora_db_list" {
L2: name = "${local.aurora_identifier}-aurora-db-list"
L5: "../../ssm_documents/aurora-db-list.json.tpl",
L7: aurora_name = module.aurora.cluster_id
L8: command = local.aurora_db_list_command
---
File: terraform/infrastructures/aurora/variables.tf
L43: variable "aurora" {
L44: description = "Aurora configuration"
---
File: terraform/infrastructures/aurora/session-manager-db-shell.tf
L1: resource "aws_ssm_document" "aurora_shell" {
L2: name = "${local.aurora_identifier}-aurora-shell"
L5: "../../ssm_documents/aurora-shell.json.tpl",
L7: aurora_name = module.aurora.cluster_id
L8: command = local.aurora_shell_command
---
File: terraform/infrastructures/aurora/ssm_parameter.tf
L1: resource "aws_kms_key" "aurora_ssm" {
L6: resource "aws_kms_alias" "aurora_ssm" {
L7: name = "alias/${terraform.workspace}-aurora-values-ssm"
L8: target_key_id = aws_kms_key.aurora_ssm.key_id
L11: resource "aws_ssm_parameter" "aurora_db_password" {
---

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@@ -0,0 +1,18 @@
Found 8 matches for pattern ""rds" => {" in path ".":
---
File: lib/dalmatian/rds_test.rb
L29: "rds" => {
---
File: spec/integration/deploys_local_configuration_spec.rb
L390: "rds" => {
L467: "rds" => {
---
File: spec/integration/tests_local_configuration_spec.rb
L363: "rds" => {
L496: "rds" => {
L1734: "rds" => {
L1867: "rds" => {
---
File: spec/unit/rds_test_spec.rb
L135: "rds" => {
---

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@@ -0,0 +1,18 @@
Found 8 matches for pattern ""rds" => {" in path ".":
---
File: lib/dalmatian/rds_test.rb
L29: "rds" => {
---
File: spec/integration/tests_local_configuration_spec.rb
L363: "rds" => {
L496: "rds" => {
L1734: "rds" => {
L1867: "rds" => {
---
File: spec/integration/deploys_local_configuration_spec.rb
L390: "rds" => {
L467: "rds" => {
---
File: spec/unit/rds_test_spec.rb
L135: "rds" => {
---

View File

@@ -0,0 +1,4 @@
Error during grep search operation: Process exited with code 2: regex parse error:
"rds" => {
^
error: unclosed counted repetition

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@@ -0,0 +1,16 @@
Found 8 matches for pattern ""sync_sql_backup_to_azure" => false," in path ".":
---
File: spec/integration/tests_local_configuration_spec.rb
L404: "sync_sql_backup_to_azure" => false,
L535: "sync_sql_backup_to_azure" => false,
L1771: "sync_sql_backup_to_azure" => false,
L1902: "sync_sql_backup_to_azure" => false,
---
File: spec/integration/deploys_local_configuration_spec.rb
L431: "sync_sql_backup_to_azure" => false,
L508: "sync_sql_backup_to_azure" => false,
---
File: spec/unit/rds_spec.rb
L39: "sync_sql_backup_to_azure" => false,
L240: "sync_sql_backup_to_azure" => false,
---

View File

@@ -0,0 +1,16 @@
Found 8 matches for pattern ""sync_sql_backup_to_azure" => false," in path ".":
---
File: spec/unit/rds_spec.rb
L39: "sync_sql_backup_to_azure" => false,
L240: "sync_sql_backup_to_azure" => false,
---
File: spec/integration/deploys_local_configuration_spec.rb
L431: "sync_sql_backup_to_azure" => false,
L506: "sync_sql_backup_to_azure" => false,
---
File: spec/integration/tests_local_configuration_spec.rb
L404: "sync_sql_backup_to_azure" => false,
L535: "sync_sql_backup_to_azure" => false,
L1771: "sync_sql_backup_to_azure" => false,
L1902: "sync_sql_backup_to_azure" => false,
---

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@@ -0,0 +1,7 @@
Found 3 matches for pattern "cluster1_validate_cmd_production_rds" in path ".":
---
File: spec/integration/tests_local_configuration_spec.rb
L352: let(:cluster1_validate_cmd_production_rds) do
L3070: allow(Helper).to receive(:run!).with(cluster1_validate_cmd_production_rds)
L3124: expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_rds)
---

View File

@@ -0,0 +1,33 @@
Found 15 matches for pattern "ConfigurationReader.new" in path ".":
---
File: lib/dalmatian/infrastructure.rb
L3: def initialize(configuration = ConfigurationReader.new.infrastructures)
---
File: lib/dalmatian/ci.rb
L7: @ci_variables = ConfigurationReader.new(
---
File: lib/dalmatian/account.rb
L17: @account_bootstrap_variables = ConfigurationReader.new(
---
File: README.md
L115: Infrastructure.new(ConfigurationReader.new(path: 'path/to/yaml/file'))
---
File: spec/integration/deploys_local_configuration_spec.rb
L1576: ConfigurationReader.new(path: "./dalmatian.yml.example", parameter_store: fake_parameter_store).infrastructures
---
File: spec/unit/configuration_reader_spec.rb
L16: ConfigurationReader.new(path: path_to_full_configuration, parameter_store: fake_parameter_store)
L48: ConfigurationReader.new(
L84: ConfigurationReader.new(
L112: ConfigurationReader.new(
L133: ConfigurationReader.new(
L153: ConfigurationReader.new(
L171: ConfigurationReader.new(
---
File: spec/integration/deploys_remote_configuration_spec.rb
L46: ConfigurationReader.new(path: "./dalmatian.yml.source-git.example", parameter_store: fake_parameter_store).call(redownload: true)
L48: ConfigurationReader.new(path: "./dalmatian.yml.source-git.example", parameter_store: fake_parameter_store).infrastructures
---
File: spec/integration/tests_local_configuration_spec.rb
L3107: ConfigurationReader.new(path: "./dalmatian.yml.example", parameter_store: fake_parameter_store).infrastructures
---

View File

@@ -0,0 +1,108 @@
Found 84 matches for pattern "replication" in path ".":
---
File: lib/dalmatian/rds.rb
L109: def replication_bucket_destination_arn
L110: reference["replication_bucket_destination_arn"] || ""
L113: def replication_kms_key_id
L114: reference["replication_kms_key_id"] || ""
L158: "replication_bucket_destination_arn" => replication_bucket_destination_arn,
L159: "replication_kms_key_id" => replication_kms_key_id,
---
File: lib/dalmatian/aurora.rb
L98: def replication_bucket_destination_arn
L99: reference["replication_bucket_destination_arn"] || ""
L102: def replication_kms_key_id
L103: reference["replication_kms_key_id"] || ""
L144: "replication_bucket_destination_arn" => replication_bucket_destination_arn,
L145: "replication_kms_key_id" => replication_kms_key_id
---
File: spec/unit/rds_spec.rb
L40: "replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
L41: "replication_kms_key_id" => "key-id",
L177: describe "#replication_bucket_destination_arn" do
L178: it "uses the rds replication_bucket_destination_arn" do
L179: expect(rds.replication_bucket_destination_arn).to eq("arn:aws:s3:::dest-bucket")
L183: describe "#replication_kms_key_id" do
L184: it "uses the rds replication_kms_key_id" do
L185: expect(rds.replication_kms_key_id).to eq("key-id")
L241: "replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
L242: "replication_kms_key_id" => "key-id",
---
File: docs/database-backups.md
L37: ## Cross-account S3 replication for SQL backups
L47: replication_bucket_destination_arn: "arn:aws:s3:::your-destination-bucket-name"
L48: replication_kms_key_id: "your-destination-kms-key-id"
L53: The destination account must permit the source account's replication role to write to the bucket and use the KMS key.
L57: Add a policy to the destination bucket to allow the replication role from the source account:
L64: "Sid": "AllowReplicationFromDalmatianSource",
L67: "AWS": "arn:aws:iam::<SOURCE_ACCOUNT_ID>:role/<INFRASTRUCTURE_NAME>-<RDS_ID>-sql-backup-replication"
L83: If the destination bucket uses a Customer Managed Key (CMK) for encryption, the key policy must allow the source replication role to use it:
L87: "Sid": "AllowUsageByDalmatianSourceReplicationRole",
L90: "AWS": "arn:aws:iam::<SOURCE_ACCOUNT_ID>:role/<INFRASTRUCTURE_NAME>-<RDS_ID>-sql-backup-replication"
---
File: terraform/infrastructures/rds/sql-backups-s3.tf
L80: status = var.rds.replication_bucket_destination_arn != "" ? "Enabled" : "Suspended"
L84: resource "aws_iam_role" "replication" {
L85: count = var.rds.replication_bucket_destination_arn != "" ? 1 : 0
L86: name = "${var.infrastructure_name}-${local.rds_identifier}-sql-backup-replication"
L105: resource "aws_iam_policy" "replication" {
L106: count = var.rds.replication_bucket_destination_arn != "" ? 1 : 0
L107: name = "${var.infrastructure_name}-${local.rds_identifier}-sql-backup-replication-policy"
L110: "../../policies/s3-replication-policy.json.tpl",
L113: destination_bucket_arn = var.rds.replication_bucket_destination_arn
L114: destination_kms_key_arn = var.rds.replication_kms_key_id
L120: resource "aws_iam_role_policy_attachment" "replication" {
L121: count = var.rds.replication_bucket_destination_arn != "" ? 1 : 0
L122: role = aws_iam_role.replication[0].name
L123: policy_arn = aws_iam_policy.replication[0].arn
L126: resource "aws_s3_bucket_replication_configuration" "sql_backups" {
L130: count = var.rds.replication_bucket_destination_arn != "" ? 1 : 0
L133: role = aws_iam_role.replication[0].arn
L136: id = "replication"
L140: bucket = var.rds.replication_bucket_destination_arn
L148: for_each = var.rds.replication_kms_key_id != "" ? [1] : []
L150: replica_kms_key_id = var.rds.replication_kms_key_id
---
File: terraform/infrastructures/rds/variables.tf
L66: replication_bucket_destination_arn = string
L67: replication_kms_key_id = string
---
File: terraform/infrastructures/elasticache-cluster/ssm-parameter.tf
L7: value = local.elasticache_cluster_engine == "redis" ? "redis://${aws_elasticache_replication_group.elasticache_redis[0].primary_endpoint_address}:${aws_elasticache_replication_group.elasticache_redis[0].port}" : ""
---
File: terraform/infrastructures/elasticache-cluster/elasticache-redis.tf
L23: resource "aws_elasticache_replication_group" "elasticache_redis" {
L26: replication_group_id = local.elasticache_cluster_id
L27: description = "ElastiCache replication group for ${var.infrastructure_name}-${var.environment}-${local.elasticache_cluster_identifier}"
---
File: terraform/infrastructures/aurora/sql-backups-s3.tf
L80: status = var.aurora.replication_bucket_destination_arn != "" ? "Enabled" : "Suspended"
L84: resource "aws_iam_role" "replication" {
L85: count = var.aurora.replication_bucket_destination_arn != "" ? 1 : 0
L86: name = "${var.infrastructure_name}-${local.aurora_identifier}-sql-backup-replication"
L105: resource "aws_iam_policy" "replication" {
L106: count = var.aurora.replication_bucket_destination_arn != "" ? 1 : 0
L107: name = "${var.infrastructure_name}-${local.aurora_identifier}-sql-backup-replication-policy"
L110: "../../policies/s3-replication-policy.json.tpl",
L113: destination_bucket_arn = var.aurora.replication_bucket_destination_arn
L114: destination_kms_key_arn = var.aurora.replication_kms_key_id
L120: resource "aws_iam_role_policy_attachment" "replication" {
L121: count = var.aurora.replication_bucket_destination_arn != "" ? 1 : 0
L122: role = aws_iam_role.replication[0].name
L123: policy_arn = aws_iam_policy.replication[0].arn
L126: resource "aws_s3_bucket_replication_configuration" "sql_backups" {
L130: count = var.aurora.replication_bucket_destination_arn != "" ? 1 : 0
L133: role = aws_iam_role.replication[0].arn
L136: id = "replication"
L140: bucket = var.aurora.replication_bucket_destination_arn
L148: for_each = var.aurora.replication_kms_key_id != "" ? [1] : []
L150: replica_kms_key_id = var.aurora.replication_kms_key_id
---
File: terraform/infrastructures/aurora/variables.tf
L63: replication_bucket_destination_arn = string
L64: replication_kms_key_id = string
---
File: terraform/policies/s3-replication-policy.json.tpl
L6: "s3:GetReplicationConfiguration",
L16: "s3:GetObjectVersionForReplication",
---

View File

@@ -0,0 +1,7 @@
Found 3 matches for pattern "cluster1_validate_cmd_production_aurora" in path ".":
---
File: spec/integration/tests_local_configuration_spec.rb
L551: let(:cluster1_validate_cmd_production_aurora) do
L3311: allow(Helper).to receive(:run!).with(cluster1_validate_cmd_production_aurora)
L3368: expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_aurora)
---

View File

@@ -0,0 +1,92 @@
Found 56 matches for pattern "sql_backup_scheduled_task_environment_variables" in path ".":
---
File: lib/dalmatian/rds.rb
L97: def sql_backup_scheduled_task_environment_variables
L98: reference["sql_backup_scheduled_task_environment_variables"] || []
L101: def check_sql_backup_scheduled_task_environment_variables
L102: reference["check_sql_backup_scheduled_task_environment_variables"] || []
L155: "sql_backup_scheduled_task_environment_variables" => sql_backup_scheduled_task_environment_variables,
L156: "check_sql_backup_scheduled_task_environment_variables" => check_sql_backup_scheduled_task_environment_variables,
---
File: lib/dalmatian/rds_test.rb
L46: "sql_backup_scheduled_task_environment_variables" => rds.sql_backup_scheduled_task_environment_variables,
L47: "check_sql_backup_scheduled_task_environment_variables" => rds.check_sql_backup_scheduled_task_environment_variables,
---
File: lib/dalmatian/aurora.rb
L90: def sql_backup_scheduled_task_environment_variables
L91: reference["sql_backup_scheduled_task_environment_variables"] || []
L142: "sql_backup_scheduled_task_environment_variables" => sql_backup_scheduled_task_environment_variables,
---
File: spec/integration/tests_local_configuration_spec.rb
L394: "sql_backup_scheduled_task_environment_variables" => [
L400: "check_sql_backup_scheduled_task_environment_variables" => [
L527: "sql_backup_scheduled_task_environment_variables" => [
L533: "check_sql_backup_scheduled_task_environment_variables" => [
L1987: "sql_backup_scheduled_task_environment_variables" => [
L1993: "check_sql_backup_scheduled_task_environment_variables" => [
L2120: "sql_backup_scheduled_task_environment_variables" => [
L2126: "check_sql_backup_scheduled_task_environment_variables" => [
---
File: spec/integration/deploys_local_configuration_spec.rb
L421: "sql_backup_scheduled_task_environment_variables" => [
L427: "check_sql_backup_scheduled_task_environment_variables" => [
L486: "sql_backup_scheduled_task_environment_variables" => [
L555: "sql_backup_scheduled_task_environment_variables" => [
---
File: dalmatian.yml.example
L141: sql_backup_scheduled_task_environment_variables:
L144: check_sql_backup_scheduled_task_environment_variables:
---
File: spec/unit/aurora_test_spec.rb
L52: sql_backup_scheduled_task_environment_variables: [
L76: "sql_backup_scheduled_task_environment_variables" => [{"name" => "foo", "value" => "bar"}],
L180: "sql_backup_scheduled_task_environment_variables" => [
---
File: spec/unit/rds_spec.rb
L27: "sql_backup_scheduled_task_environment_variables" => [
L33: "check_sql_backup_scheduled_task_environment_variables" => [
L159: describe "#sql_backup_scheduled_task_environment_variables" do
L160: it "uses the rds sql_backup_scheduled_task_environment_variables" do
L161: expect(rds.sql_backup_scheduled_task_environment_variables).to eq([{"name" => "foo", "value" => "bar"}])
L165: describe "#check_sql_backup_scheduled_task_environment_variables" do
L166: it "uses the rds check_sql_backup_scheduled_task_environment_variables" do
L167: expect(rds.check_sql_backup_scheduled_task_environment_variables).to eq([{"name" => "foo", "value" => "bar"}])
L228: "sql_backup_scheduled_task_environment_variables" => [
L234: "check_sql_backup_scheduled_task_environment_variables" => [
---
File: spec/unit/rds_test_spec.rb
L51: sql_backup_scheduled_task_environment_variables: [
L57: check_sql_backup_scheduled_task_environment_variables: [
L168: "sql_backup_scheduled_task_environment_variables" => [
L174: "check_sql_backup_scheduled_task_environment_variables" => [
---
File: spec/unit/aurora_spec.rb
L28: "sql_backup_scheduled_task_environment_variables" => [
L139: describe "#sql_backup_scheduled_task_environment_variables" do
L140: it "uses the aurora sql_backup_scheduled_task_environment_variables" do
L141: expect(aurora.sql_backup_scheduled_task_environment_variables).to eq([{"name" => "foo", "value" => "bar"}])
L197: "sql_backup_scheduled_task_environment_variables" => [
---
File: terraform/infrastructures/rds/variables.tf
L63: sql_backup_scheduled_task_environment_variables = list(map(string))
L64: check_sql_backup_scheduled_task_environment_variables = list(map(string))
---
File: terraform/infrastructures/rds/check_sql_backups_scheduled_task.tf
L70: environment = jsonencode(local.rds_check_sql_backup_scheduled_task_environment_variables)
---
File: terraform/infrastructures/rds/sql-backups-scheduled-task.tf
L72: environment = jsonencode(local.rds_sql_backup_scheduled_task_environment_variables)
---
File: terraform/infrastructures/rds/locals.tf
L18: rds_sql_backup_scheduled_task_environment_variables = var.rds["sql_backup_scheduled_task_environment_variables"]
L19: rds_check_sql_backup_scheduled_task_environment_variables = var.rds["check_sql_backup_scheduled_task_environment_variables"]
---
File: terraform/infrastructures/aurora/variables.tf
L61: sql_backup_scheduled_task_environment_variables = list(map(string))
---
File: terraform/infrastructures/aurora/sql-backups-scheduled-task.tf
L72: environment = jsonencode(local.aurora_sql_backup_scheduled_task_environment_variables)
---
File: terraform/infrastructures/aurora/locals.tf
L17: aurora_sql_backup_scheduled_task_environment_variables = var.aurora["sql_backup_scheduled_task_environment_variables"]
---

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Directory listing for /Users/bob/git/dxw/dalmatian/spec/integration:
deploys_local_configuration_spec.rb
deploys_remote_configuration_spec.rb
tests_local_configuration_spec.rb

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Directory listing for /Users/bob/git/dxw/dalmatian/spec/unit:
account_spec.rb
cache_handler_selector_spec.rb
cache_handler_spec.rb
ci_spec.rb
cluster_deployment_spec.rb
cluster_spec.rb
cluster_test_spec.rb
configuration_reader_spec.rb
elasticache_cluster_spec.rb
elasticache_cluster_test_spec.rb
git_cache_handler_spec.rb
helper_spec.rb
hosted_zone_deployment_spec.rb
hosted_zone_spec.rb
hosted_zone_test_spec.rb
infrastructure_spec.rb
logger_spec.rb
opensearch_cluster_spec.rb
opensearch_cluster_test_spec.rb
parameter_store_spec.rb
rds_deployment_spec.rb
rds_spec.rb
rds_test_spec.rb
remote_reference_values_spec.rb
s3_cache_handler_spec.rb
s3_deployment_spec.rb
s3_spec.rb
s3_test_spec.rb
service_deployment_spec.rb
service_spec.rb
service_test_spec.rb
shared_loadbalancer_deployment_spec.rb
shared_loadbalancer_spec.rb
shared_loadbalancer_test_spec.rb
source_deployment_spec.rb
source_spec.rb
source_test_spec.rb
terraform_spec.rb
url_cache_handler_spec.rb
vpn_customer_gateway_deployment_spec.rb
vpn_customer_gateway_spec.rb
vpn_customer_gateway_test_spec.rb
waf_deployment_spec.rb
waf_spec.rb
waf_test_spec.rb

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IMPORTANT: The file content has been truncated.
Status: Showing lines 131-180 of 437 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 180.
--- FILE CONTENT (truncated) ---
allocated_storage: 20
storage_encrypted: true
storage_type: 'gp3'
db_name: 'testapp'
port: 5432
maintenance_window: 'mon:19:00-mon:19:30'
backup_window: '09:00-10:00'
backup_retention_period: 31
force_ssl: true
parameter_store_path_db_url_name: 'DATABASE_URL'
sql_backup_scheduled_task_environment_variables:
- name: "foo"
value: "bar"
check_sql_backup_scheduled_task_environment_variables:
- name: "foo"
value: "bar"
replication_bucket_destination_arn: "arn:aws:s3:::your-destination-bucket-name"
replication_kms_key_id: "your-destination-kms-key-id"
codebuild_access:
- service-name
aurora:
- identifier: testaurora
in_use_by:
- test-service
engine: 'aurora-postgresql'
engine_version: '11.9'
db_name: 'testapp'
port: 5432
maintenance_window: 'mon:19:00-mon:19:30'
backup_window: '09:00-10:00'
backup_retention_period: 31
force_ssl: true
minimum_size:
staging: 1
production: 2
maximum_size:
staging: 1
production: 2
parameter_store_path_db_url_name: 'DATABASE_URL'
replication_bucket_destination_arn: "arn:aws:s3:::your-destination-bucket-name"
replication_kms_key_id: "your-destination-kms-key-id"
elasticache_cluster:
- identifier: testredis
in_use_by:
- test-service
engine: 'redis'
node_type: 'cache.t2.micro'
node_count: 1
engine: 'redis'
engine_version: '5.0.6'

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IMPORTANT: The file content has been truncated.
Status: Showing lines 551-650 of 3518 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 650.
--- FILE CONTENT (truncated) ---
let(:cluster1_validate_cmd_production_aurora) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "production",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id"
}
)
)
)
end
let(:cluster1_validate_cmd_staging_aurora) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1

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IMPORTANT: The file content has been truncated.
Status: Showing lines 451-550 of 3518 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 550.
--- FILE CONTENT (truncated) ---
]
},
{
"name" => "AWSManagedRulesCommonRuleSet",
"exclude_rules" => [
"SizeRestrictions_BODY"
]
}
],
"associations" => {
shared_loadbalancers: [
"test-lb-1"
],
service_cloudfront: [
"test-service"
]
}
}
)
)
)
end
let(:cluster1_validate_cmd_staging_rds) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"rds" => {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id",
"codebuild_access" => [
"service-name"
]
}
)
)
)
end

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IMPORTANT: The file content has been truncated.
Status: Showing lines 1601-1700 of 1717 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 1700.
--- FILE CONTENT (truncated) ---
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_production)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_staging)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_production_waf)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_staging_waf)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_production_rds)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_staging_rds)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_production_elasticache_cluster)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_staging_elasticache_cluster)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_production_opensearch_cluster)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_staging_opensearch_cluster)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_production_service)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_staging_service)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_production_shared_loadbalancer)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_staging_shared_loadbalancer)
allow(Helper).to receive(:run!).with(cluster2_apply_cmd_production)
allow(Helper).to receive(:run!).with(cluster2_apply_cmd_staging)
allow(Helper).to receive(:run!).with(cluster3_apply_cmd_staging)
allow(Helper).to receive(:run!).with(cluster4_apply_cmd_production)
Infrastructure.new(
ConfigurationReader.new(path: "./dalmatian.yml.example", parameter_store: fake_parameter_store).infrastructures
).deploy(auto_approve: false, plan: false)
end
describe 'use of "terraform apply"' do
it 'passes the hosted zone config to "terraform apply"' do
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_hz)
end
it 'passes the s3 config to "terraform apply"' do
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_s3)
end
it 'passes the vpn customer gateway config to "terraform apply"' do
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_vpn_cg)
end
it 'passes the base config to "terraform apply"' do
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_production).twice
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_staging).twice
end
it 'passes the waf config to "terraform apply"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_production_waf)
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_staging_waf)
end
end
it 'passes the rds config to "terraform apply"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_production_rds)
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_staging_rds)
end
end
it 'passes the elasticache config to "terraform apply"' do
aggregate_failures do
expect(Helper).to have_received(:run!)
.with(cluster1_apply_cmd_production_elasticache_cluster)
expect(Helper).to have_received(:run!)
.with(cluster1_apply_cmd_staging_elasticache_cluster)
end
end
it 'passes the opensearch config to "terraform apply"' do
aggregate_failures do
expect(Helper).to have_received(:run!)
.with(cluster1_apply_cmd_production_opensearch_cluster)
expect(Helper).to have_received(:run!)
.with(cluster1_apply_cmd_staging_opensearch_cluster)
end
end
it 'passes the service config to "terraform apply"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_production_service)
expect(Helper).to have_received(:run!).with(cluster1_apply_cmd_staging_service)
end
end
it 'passes the loadbalancer config to "terraform apply"' do
aggregate_failures do
expect(Helper).to have_received(:run!)
.with(cluster1_apply_cmd_production_shared_loadbalancer)
expect(Helper).to have_received(:run!)
.with(cluster1_apply_cmd_staging_shared_loadbalancer)
end
end
it 'passes the cluster 2 config to "terraform apply"' do

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Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 1600.
--- FILE CONTENT (truncated) ---
"production" => [],
"staging" => [
"example-domain-name.co.uk"
]
}
},
"internal" => false,
"ip_whitelist" => [
{
"name" => "public",
"cidr" => "0.0.0.0/0"
}
],
"idle_timeout" => "60",
"global_accelerator" => {
"production" => true,
"staging" => false
},
"ssl_policy" => "ELBSecurityPolicy-TLS-1-2-2017-01"
}
)
)
)
end
let(:cluster2_apply_cmd_production) do
terraform_apply_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "10",
"environment" => "production",
"cluster_name" => "shared-new-cluster-production",
"account_id" => "123456789012",
"infrastructure_name" => "shared-new-cluster",
"dalmatian_role" => "dalmatian-admin"
)
)
)
end
let(:cluster2_apply_cmd_staging) do
terraform_apply_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "10",
"environment" => "staging",
"cluster_name" => "shared-new-cluster-staging",
"account_id" => "123456789012",
"infrastructure_name" => "shared-new-cluster",
"dalmatian_role" => "dalmatian-admin"
)
)
)
end
let(:cluster3_apply_cmd_staging) do
terraform_apply_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"example_var" => "foo",
"environment" => "staging",
"cluster_name" => "shared-cluster-staging",
"account_id" => "123456789012",
"infrastructure_name" => "existing-shared-cluster-staging",
"dalmatian_role" => "dalmatian-admin"
)
)
)
end
let(:cluster4_apply_cmd_production) do
terraform_apply_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"example_var" => "bar",
"environment" => "production",
"cluster_name" => "shared-cluster-production",
"account_id" => "123456789012",
"infrastructure_name" => "existing-shared-cluster-production",
"dalmatian_role" => "dalmatian-admin"
)
)
)
end
before do
allow(Logger).to receive(:info)
stub_git_checkout
stub_workspace_creation_cmds
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_hz)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_s3)
allow(Helper).to receive(:run!).with(cluster1_apply_cmd_vpn_cg)

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IMPORTANT: The file content has been truncated.
Status: Showing lines 781-880 of 3543 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 880.
--- FILE CONTENT (truncated) ---
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"force_ssl" => true,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id"
}
)
)
)
end
let(:cluster1_validate_cmd_production_elasticache_cluster) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "production",
"elasticache_cluster" => {
"identifier" => "testredis",
"in_use_by" => [
"test-service"
],
"node_type" => "cache.t2.micro",
"node_count" => 1,
"engine" => "redis",
"engine_version" => "5.0.6",
"parameters" => [],
"port" => 6379,
"maintenance_window" => "mon:19:00-mon:22:00",
"snapshot_window" => "09:00-10:00",
"parameter_store_path_elasticache_cluster_url_name" => "REDIS_URL"
}
)
)
)
end
let(:cluster1_validate_cmd_staging_elasticache_cluster) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"elasticache_cluster" => {

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IMPORTANT: The file content has been truncated.
Status: Showing lines 401-500 of 1669 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 500.
--- FILE CONTENT (truncated) ---
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id",
"codebuild_access" => [
"service-name"
]
}
)
)
)
end
let(:cluster1_apply_cmd_staging_rds) do
terraform_apply_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"environment" => "staging",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-admin",
"rds" => {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",

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--- FILE CONTENT (truncated) ---
allow(Helper).to receive(:run!).with(cluster1_validate_cmd_staging_shared_loadbalancer)
allow(Helper).to receive(:run!).with(cluster1_plan_cmd_production_shared_loadbalancer)
allow(Helper).to receive(:run!).with(cluster1_plan_cmd_staging_shared_loadbalancer)
allow(Helper).to receive(:run!).with(cluster2_validate_cmd_production)
allow(Helper).to receive(:run!).with(cluster2_validate_cmd_staging)
allow(Helper).to receive(:run!).with(cluster2_plan_cmd_production)
allow(Helper).to receive(:run!).with(cluster2_plan_cmd_staging)
allow(Helper).to receive(:run!).with(cluster3_validate_cmd_staging)
allow(Helper).to receive(:run!).with(cluster3_plan_cmd_staging)
allow(Helper).to receive(:run!).with(cluster4_validate_cmd_production)
allow(Helper).to receive(:run!).with(cluster4_plan_cmd_production)
Infrastructure.new(
ConfigurationReader.new(path: "./dalmatian.yml.example", parameter_store: fake_parameter_store).infrastructures
).test
end
it 'invokes "terraform validate" with the expected cluster options' do
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_hz)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_s3)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_vpn_cg)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production).twice
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging).twice
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_waf)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_waf)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_rds)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_rds)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_elasticache_cluster)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_elasticache_cluster)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_opensearch_cluster)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_opensearch_cluster)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_service)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_service)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_shared_loadbalancer)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_shared_loadbalancer)
expect(Helper).to have_received(:run!).with(cluster2_validate_cmd_production)
expect(Helper).to have_received(:run!).with(cluster2_validate_cmd_staging)
expect(Helper).to have_received(:run!).with(cluster3_validate_cmd_staging)
expect(Helper).to have_received(:run!).with(cluster4_validate_cmd_production)
end
it 'invokes "terraform validate" with the expected source options' do
expect(Helper).to have_received(:run!).with(source1_validate_cmd_production).twice
expect(Helper).to have_received(:run!).with(source1_validate_cmd_staging).twice
end
describe 'use of "terraform plan"' do
it 'passes the hosted zone config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_hz)
end
end
it 'passes the s3 config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_s3)
end
end
it 'passes the vpn customer gateway config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_vpn_cg)
end
end
it 'passes the base config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_production).twice
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_staging).twice
end
end
it 'passes the waf config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_production_waf)
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_staging_waf)
end
end
it 'passes the rds config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_production_rds)
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_staging_rds)
end
end

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--- FILE CONTENT (truncated) ---
"production" => true,
"staging" => false
},
"ssl_policy" => "ELBSecurityPolicy-TLS-1-2-2017-01"
}
)
)
)
end
let(:cluster1_plan_cmd_staging_shared_loadbalancer) do
terraform_plan_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"environment" => "staging",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"shared_loadbalancer" => {
"name" => "test-lb-1",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"subnets_name" => "",
"domain_names" => {
"test-service" => {
"production" => [],
"staging" => [
"example-domain-name.co.uk"
]
}
},
"internal" => false,
"ip_whitelist" => [
{
"name" => "public",
"cidr" => "0.0.0.0/0"
}
],
"idle_timeout" => "60",
"global_accelerator" => {
"production" => true,
"staging" => false
},
"ssl_policy" => "ELBSecurityPolicy-TLS-1-2-2017-01"
}
)
)
)
end
let(:source1_validate_cmd_production) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"cluster_name" => "new-dedicated-cluster-production",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "production"
)
)
)
end
let(:source1_validate_cmd_staging) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",

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Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 450.
--- FILE CONTENT (truncated) ---
)
end
let(:cluster1_validate_cmd_production_rds) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "production",
"rds" => {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id",
"codebuild_access" => [
"service-name"
]
}
)
)
)
end
let(:cluster1_validate_cmd_staging_waf) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"waf" => {
"name" => "test-1",
"action" => "count",
"ip_deny_list" => [],
"aws_managed_rules" => [
{
"name" => "AWSManagedRulesSQLiRuleSet",
"excluded_path_patterns" => [
"/wp-admin/async-upload.php"

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Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 780.
--- FILE CONTENT (truncated) ---
"replication_kms_key_id" => "your-destination-kms-key-id"
}
)
)
)
end
let(:cluster1_plan_cmd_production_aurora) do
terraform_plan_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "production",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"force_ssl" => true,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id"
}
)
)
)
end
let(:cluster1_plan_cmd_staging_aurora) do
terraform_plan_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [

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Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 130.
--- FILE CONTENT (truncated) ---
new-dedicated-cluster-ecs-staging
new-dedicated-cluster-0-production
new-dedicated-cluster-0-staging
new-dedicated-cluster-test-service-staging
new-dedicated-cluster-test-service-production
new-dedicated-cluster-test-1-waf-staging
new-dedicated-cluster-test-1-waf-production
new-dedicated-cluster-testservice-rds-staging
new-dedicated-cluster-testservice-rds-production
new-dedicated-cluster-testredis-elasticache-cluster-staging
new-dedicated-cluster-testredis-elasticache-cluster-production
new-dedicated-cluster-testos-opensearch-cluster-staging
new-dedicated-cluster-testos-opensearch-cluster-production
new-dedicated-cluster-test-lb-1-shared-loadbalancer-staging
new-dedicated-cluster-test-lb-1-shared-loadbalancer-production
shared-new-cluster-ecs-production
shared-new-cluster-ecs-staging
existing-shared-cluster-staging-0-staging
existing-shared-cluster-production-0-production
].each do |workspace_name|
allow(Helper).to receive(:run!).with("terraform workspace new #{workspace_name}")
end
end
def stub_git_checkout
allow(Helper).to receive(:run!).with("git checkout feature/experiment")
end
def stub_git_clone_cmds
[
{
source: "git@github.com:dxw/awesome-app-dalmatian-config",
name: "new-dedicated-cluster-0.config"
},
{
source: "git@github.com:dxw/funky-app-dalmatian-config",
name: "existing-shared-cluster-staging-0.config"
},
{
source: "git@github.com:dxw/neat-app-dalmatian-config",
name: "existing-shared-cluster-production-0.config"
},
{
source: "git@github.com:dxw/neat-app-dalmatian-config",
name: "existing-shared-cluster-production-0.config"
}
].each do |src|
allow(Helper).to receive(:run!)
.with("git clone #{src.fetch(:source)} terraform/infrastructures/#{src.fetch(:name)}")
end
end
def infrastructure_defaults
{
"region" => "eu-west-2",
"cidr" => "10.0.0.0/16",
"root_domain_zone" => "dalmatian.dxw.net",
"internal_domain_zone" => "dalmatian.internal",
"ecs_private_subnets" => [
{
"availability_zone" => "eu-west-2a",
"cidr" => "10.0.128.0/24"
},
{
"availability_zone" => "eu-west-2b",
"cidr" => "10.0.129.0/24"
},
{
"availability_zone" => "eu-west-2c",
"cidr" => "10.0.130.0/24"
}
],
"extra_public_subnets" => [
{
"availability_zone" => "eu-west-2a",
"cidr" => "10.0.0.0/24"
},
{
"availability_zone" => "eu-west-2b",
"cidr" => "10.0.1.0/24"
},
{
"availability_zone" => "eu-west-2c",
"cidr" => "10.0.2.0/24"
}
],
"instances_key_name" => "dalmatian-ecs-instances",
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"max_instance_lifetime" => "86400",
"associate_public_ip_address" => "0",
"docker_storage_size" => "40",
"dockerhub_email" => "",
"dockerhub_token" => "",
"enable_efs" => "false",
"encrypt_efs" => "true",
"efs_dirs" => [],
"monitoring_docs_path" => "https://github.com/dxw/dalmatian/docs/monitoring-alarms/"

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--- FILE CONTENT (truncated) ---
require_relative "../support/spec_helper"
module Dalmatian
RSpec.describe AuroraTest do
let(:helper) { class_double(Helper, change_to: true, run!: true, git_checkout: true) }
let(:logger) { class_double(Logger, info: true) }
let(:terraform) do
class_double(
Terraform,
fmt: true,
init: true,
validate: true,
ensure_presence_of_workspace: true
)
end
let(:aurora) do
instance_double(
Aurora,
identifier: "testaurora",
in_use_by: [
"test-service"
],
clusters_in_use: {
"production" => [
"test"
],
"staging" => [
"test"
]
},
minimum_size: {
"production" => 2,
"staging" => 1
},
maximum_size: {
"production" => 2,
"staging" => 1
},
engine: "aurora-postgresql",
engine_version: "11.9",
db_name: "testapp",
port: 5432,
maintenance_window: "mon:19:00-mon:19:30",
backup_window: "09:00-10:00",
backup_retention_period: 31,
force_ssl: true,
cluster_id: "new-dedicated-cluster-id",
account_id: 123456789012,
parameter_store_path_db_url_name: "DATABASE_URL",
sql_backup_scheduled_task_environment_variables: [
{
"name" => "foo",
"value" => "bar"
}
],
sync_sql_backup_to_azure: false,
replication_bucket_destination_arn: "arn:aws:s3:::dest-bucket",
replication_kms_key_id: "key-id",
to_params: {
"identifier" => "testaurora",
"in_use_by" => ["test-service"],
"clusters_in_use" => {"production" => ["test"], "staging" => ["test"]},
"minimum_size" => {"production" => 2, "staging" => 1},
"maximum_size" => {"production" => 2, "staging" => 1},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [{"name" => "foo", "value" => "bar"}],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
"replication_kms_key_id" => "key-id"
}
)
end
let!(:aurora_test) do
AuroraTest.new(
aurora: aurora,
env: {name: "staging", details: {"min_servers" => 2, "max_servers" => 4}},
helper: helper,
logger: logger,
terraform: terraform
)
end
describe "#call" do
before do
allow(Terraform).to receive(:init)
allow(Terraform).to receive(:ensure_presence_of_workspace)
allow(logger).to receive(:info)
end

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module Dalmatian
class Aurora
def initialize(cluster:, reference:)
@cluster = cluster
@reference = reference
end
attr_reader :cluster, :reference
def identifier
reference["identifier"]
end
def in_use_by
reference["in_use_by"] || []
end
def clusters_in_use
clusters_in_use = {}
cluster_environments.each do |env_name, _env_config|
clusters_in_use[env_name] = []
services.each do |service|
in_use_by.each do |service_name|
next if service.name != service_name
clusters_in_use[env_name] << if service.launch_on_cluster.empty?
"default_dalmatian_ecs_cluster"
else
service.launch_on_cluster
end
end
end
if in_use_by.empty?
clusters_in_use[env_name] << "default_dalmatian_ecs_cluster" ## fails SimpleCov
end
clusters_in_use[env_name] = clusters_in_use[env_name].uniq
end
clusters_in_use
end
def minimum_size
minimum_size = {}
reference["minimum_size"] = {} if reference["minimum_size"].nil?
cluster_environments.each do |env_name, _env_config|
minimum_size[env_name] = reference["minimum_size"][env_name] || ""
end
minimum_size
end
def maximum_size
maximum_size = {}
reference["maximum_size"] = {} if reference["maximum_size"].nil?
cluster_environments.each do |env_name, _env_config|
maximum_size[env_name] = reference["maximum_size"][env_name] || ""
end
maximum_size
end
def engine
reference["engine"]
end
def engine_version
reference["engine_version"]
end
def db_name
reference["db_name"]
end
def port
reference["port"] || ""
end
def maintenance_window
reference["maintenance_window"] || ""
end
def backup_window
reference["backup_window"] || ""
end
def backup_retention_period
reference["backup_retention_period"] || ""
end
def parameter_store_path_db_url_name
reference["parameter_store_path_db_url_name"] || ""
end
def sql_backup_scheduled_task_environment_variables
reference["sql_backup_scheduled_task_environment_variables"] || []
end
def sync_sql_backup_to_azure
reference["sync_sql_backup_to_azure"] || false
end
def replication_bucket_destination_arn
reference["replication_bucket_destination_arn"] || ""
end
def replication_kms_key_id
reference["replication_kms_key_id"] || ""
end
def force_ssl
reference["force_ssl"] || "false"
end
def cluster_id
cluster.id
end
def cluster_environments
cluster.environments
end
def account_id
cluster.account_id
end
def services
cluster.services
end
def to_params
{
"identifier" => identifier,
"in_use_by" => in_use_by,
"clusters_in_use" => clusters_in_use,
"minimum_size" => minimum_size,
"maximum_size" => maximum_size,
"engine" => engine,
"engine_version" => engine_version,
"db_name" => db_name,
"port" => port,
"force_ssl" => force_ssl,
"maintenance_window" => maintenance_window,
"backup_window" => backup_window,
"backup_retention_period" => backup_retention_period,
"parameter_store_path_db_url_name" => parameter_store_path_db_url_name,
"sql_backup_scheduled_task_environment_variables" => sql_backup_scheduled_task_environment_variables,
"sync_sql_backup_to_azure" => sync_sql_backup_to_azure,
"replication_bucket_destination_arn" => replication_bucket_destination_arn,
"replication_kms_key_id" => replication_kms_key_id
}
end
end
end

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require_relative "../support/spec_helper"
module Dalmatian
RSpec.describe RdsDeployment do
before do
allow(Helper).to receive(:change_to)
allow(Helper).to receive(:run!)
allow(Logger).to receive(:info)
end
let(:rds_params) { double("rds_params") }
let(:rds) do
instance_double(
Rds,
identifier: "testservice",
cluster_id: "new-dedicated-cluster-id",
account_id: 123456789012,
to_params: rds_params
)
end
let(:deployment) do
RdsDeployment.new(
rds: rds,
env: {name: "staging", details: {"min_servers" => 2, "max_servers" => 4}},
auto_approve: false,
plan: false
)
end
describe "#call" do
before do
allow(Terraform).to receive(:apply)
allow(Terraform).to receive(:plan)
allow(Terraform).to receive(:ensure_presence_of_workspace)
end
it "changes to rds infrastructure directory" do
directory = File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"rds"
)
deployment.call
expect(Helper).to have_received(:change_to).with(directory)
end
it "asks Terraform to ensure that the workspace is in place" do
deployment.call
expect(Terraform).to have_received(:ensure_presence_of_workspace)
.with("new-dedicated-cluster-id-testservice-rds-staging")
end
context "when in _plan_ mode" do
let(:deployment) do
RdsDeployment.new(
rds: rds,
env: {name: "staging", details: {"min_servers" => 2, "max_servers" => 4}},
auto_approve: false,
plan: true
)
end
it "invokes Terraform.plan with the _dalmatian-read_ role" do
deployment.call
expect(Terraform).to have_received(:plan).with(
tfvars: {
"min_servers" => 2,
"max_servers" => 4,
"rds" => rds_params,
"account_id" => 123456789012,
"infrastructure_name" => "new-dedicated-cluster-id",
"environment" => "staging",
"dalmatian_role" => "dalmatian-read"
},
verbose: false
)
end
end
context "when NOT in _plan_ mode" do
it "invokes Terraform.apply with the _dalmatian-admin_ role" do
deployment.call
expect(Terraform).to have_received(:apply).with(
tfvars: {
"min_servers" => 2,
"max_servers" => 4,
"rds" => rds_params,
"account_id" => 123456789012,
"infrastructure_name" => "new-dedicated-cluster-id",
"environment" => "staging",
"dalmatian_role" => "dalmatian-admin"
},
auto_approve: false,
verbose: false
)
end
context "when in _auto_approve_ mode" do
let(:deployment) do
RdsDeployment.new(
rds: rds,
env: {name: "staging", details: {"min_servers" => 2, "max_servers" => 4}},
auto_approve: true,
plan: false
)
end
it "asks Terraform to use auto_approve mode" do
deployment.call
expect(Terraform).to have_received(:apply).with(
hash_including(auto_approve: true)
)
end
end
end
end
end
end

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require_relative "../support/spec_helper"
module Dalmatian
RSpec.describe RdsTest do
let(:helper) { class_double(Helper, change_to: true, run!: true, git_checkout: true) }
let(:logger) { class_double(Logger, info: true) }
let(:terraform) do
class_double(
Terraform,
fmt: true,
init: true,
validate: true,
ensure_presence_of_workspace: true
)
end
let(:rds) do
instance_double(
Rds,
identifier: "testservice",
in_use_by: [
"test-service"
],
clusters_in_use: {
"production" => [
"test"
],
"staging" => [
"test"
]
},
instance_class: {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
engine: "postgres",
engine_version: "11.4",
allocated_storage: 20,
storage_encrypted: true,
storage_type: "gp3",
db_name: "testapp",
port: 5432,
maintenance_window: "mon:19:00-mon:19:30",
backup_window: "09:00-10:00",
backup_retention_period: 31,
force_ssl: true,
cluster_id: "new-dedicated-cluster-id",
account_id: 123456789012,
parameter_store_path_db_url_name: "DATABASE_URL",
sql_backup_scheduled_task_environment_variables: [
{
"name" => "foo",
"value" => "bar"
}
],
check_sql_backup_scheduled_task_environment_variables: [
{
"name" => "foo",
"value" => "bar"
}
],
sync_sql_backup_to_azure: false,
replication_bucket_destination_arn: "arn:aws:s3:::dest-bucket",
replication_kms_key_id: "key-id",
codebuild_access: [
"service-name"
]
)
end
let!(:rds_test) do
RdsTest.new(
rds: rds,
env: {name: "staging", details: {"min_servers" => 2, "max_servers" => 4}},
helper: helper,
logger: logger,
terraform: terraform
)
end
describe "#call" do
before do
allow(Terraform).to receive(:init)
allow(Terraform).to receive(:ensure_presence_of_workspace)
allow(logger).to receive(:info)
end
let(:workspace_name) { "new-dedicated-cluster-id-testservice-rds-staging" }
before { rds_test.call }
it "changes to the ecs-services directory" do
directory = File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"rds"
)
expect(helper).to have_received(:change_to).with(directory)
end
it "logs our intention to run Terraform init" do
expect(logger).to have_received(:info).with(
"Running terraform init for #{workspace_name}"
)
end
it "runs Terraform init, with upgrade option" do
expect(terraform).to have_received(:init).with(upgrade: true)
end
it "ensures presence of workspace" do
expect(terraform).to have_received(:ensure_presence_of_workspace)
.with(workspace_name)
end
it "logs our intention to run Terraform fmt" do
expect(logger).to have_received(:info).with(
"Running terraform fmt for #{workspace_name}"
)
end
it "runs Terraform fmt with check and diff options" do
expect(terraform).to have_received(:fmt).with("-check -diff")
end
it "logs our intention to run Terraform validate" do
expect(logger).to have_received(:info).with(
"Running terraform validate for #{workspace_name}"
)
end
it "runs Terraform validate, with upgrade option" do
env_config = {"min_servers" => 2,
"max_servers" => 4,
"rds" => {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
"replication_kms_key_id" => "key-id",
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"codebuild_access" => [
"service-name"
],
"sync_sql_backup_to_azure" => false
},
"account_id" => 123456789012,
"infrastructure_name" => "new-dedicated-cluster-id",
"environment" => "staging",
"dalmatian_role" => "dalmatian-read"}
expect(terraform).to have_received(:validate).with(
tfvars: env_config
)
end
it "changes back to the app root directory" do
expect(helper).to have_received(:change_to).with(Infrastructure::APP_ROOT)
end
end
end
end

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require_relative "../support/spec_helper"
module Dalmatian
RSpec.describe Rds do
let(:rds_reference) do
{
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
"replication_kms_key_id" => "key-id",
"codebuild_access" => [
"service-name"
]
}
end
let(:cluster) do
instance_double(
Cluster,
id: "new-dedicated-cluster",
name: "new-dedicated-cluster",
environments: {"staging" => {}, "production" => {}},
services: [double(name: "test-service", domain_names: {"staging" => ["example-domain-name.co.uk"]}, launch_on_cluster: "test"),
double(name: "test-service", domain_names: {"staging" => ["example-domain-name.co.uk"]}, launch_on_cluster: "")],
account_id: 123456789012,
rdss: [double(reference: {identifier: "someotherrds"}),
double(reference: rds_reference)]
)
end
let(:rds) { Rds.new(cluster: cluster, reference: rds_reference) }
describe "#identifier" do
it "uses rds identifier" do
expect(rds.identifier).to eq("testservice")
end
end
describe "#in_use_by" do
it "uses rds in_use_by list" do
expect(rds.in_use_by).to eq(["test-service"])
end
end
describe "#clusters_in_use" do
it "uses rds clusters_in_use list" do
expect(rds.clusters_in_use).to eq({"staging" => ["test", "default_dalmatian_ecs_cluster"], "production" => ["test", "default_dalmatian_ecs_cluster"]})
end
end
describe "#instance_class" do
it "uses rds instance_class" do
expect(rds.instance_class).to eq({"production" => "db.t2.small", "staging" => "db.t2.micro"})
end
end
describe "#engine" do
it "uses rds engine" do
expect(rds.engine).to eq("postgres")
end
end
describe "#engine_version" do
it "uses the rds engine_version" do
expect(rds.engine_version).to eq("11.4")
end
end
describe "#allocated_storage" do
it "uses the rds allocated_storage" do
expect(rds.allocated_storage).to eq(20)
end
end
describe "#storage_encrypted" do
it "uses the rds storage_encrypted bool" do
expect(rds.storage_encrypted).to eq(true)
end
end
describe "#storage_type" do
it "uses the rds storage_type gp3" do
expect(rds.storage_type).to eq("gp3")
end
end
describe "#db_name" do
it "uses the rds db_name" do
expect(rds.db_name).to eq("testapp")
end
end
describe "#port" do
it "uses the rds port" do
expect(rds.port).to eq(5432)
end
end
describe "#maintenance_window" do
it "uses the rds maintenance_window" do
expect(rds.maintenance_window).to eq("mon:19:00-mon:19:30")
end
end
describe "#backup_window" do
it "uses the rds backup_window" do
expect(rds.backup_window).to eq("09:00-10:00")
end
end
describe "#backup_retention_period" do
it "uses the rds backup_retention_period" do
expect(rds.backup_retention_period).to eq(31)
end
end
describe "#force_ssl" do
it "uses the rds force_ssl bool" do
expect(rds.force_ssl).to eq(true)
end
end
describe "#parameter_store_path_db_url_name" do
it "uses the rds parameter_store_path_db_url_name" do
expect(rds.parameter_store_path_db_url_name).to eq("DATABASE_URL")
end
end
describe "#sql_backup_scheduled_task_environment_variables" do
it "uses the rds sql_backup_scheduled_task_environment_variables" do
expect(rds.sql_backup_scheduled_task_environment_variables).to eq([{"name" => "foo", "value" => "bar"}])
end
end
describe "#check_sql_backup_scheduled_task_environment_variables" do
it "uses the rds check_sql_backup_scheduled_task_environment_variables" do
expect(rds.check_sql_backup_scheduled_task_environment_variables).to eq([{"name" => "foo", "value" => "bar"}])
end
end
describe "#sync_sql_backup_to_azure" do
it "will have offsite backups disabled by default" do
expect(rds.sync_sql_backup_to_azure).to eq(false)
end
end
describe "#replication_bucket_destination_arn" do
it "uses the rds replication_bucket_destination_arn" do
expect(rds.replication_bucket_destination_arn).to eq("arn:aws:s3:::dest-bucket")
end
end
describe "#replication_kms_key_id" do
it "uses the rds replication_kms_key_id" do
expect(rds.replication_kms_key_id).to eq("key-id")
end
end
describe "#codebuild_access" do
it "uses the rds codebuild_access" do
expect(rds.codebuild_access).to eq(["service-name"])
end
end
describe "#to_params" do
it "provides a hash of attributes for use in deployment" do
expected_params = {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test",
"default_dalmatian_ecs_cluster"
],
"staging" => [
"test",
"default_dalmatian_ecs_cluster"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
"replication_kms_key_id" => "key-id",
"codebuild_access" => [
"service-name"
]
}
expect(rds.to_params).to eq(expected_params)
end
end
end
end

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module Dalmatian
class Aurora
def initialize(cluster:, reference:)
@cluster = cluster
@reference = reference
end
attr_reader :cluster, :reference
def identifier
reference["identifier"]
end
def in_use_by
reference["in_use_by"] || []
end
def clusters_in_use
clusters_in_use = {}
cluster_environments.each do |env_name, _env_config|
clusters_in_use[env_name] = []
services.each do |service|
in_use_by.each do |service_name|
next if service.name != service_name
clusters_in_use[env_name] << if service.launch_on_cluster.empty?
"default_dalmatian_ecs_cluster"
else
service.launch_on_cluster
end
end
end
if in_use_by.empty?
clusters_in_use[env_name] << "default_dalmatian_ecs_cluster" ## fails SimpleCov
end
clusters_in_use[env_name] = clusters_in_use[env_name].uniq
end
clusters_in_use
end
def minimum_size
minimum_size = {}
reference["minimum_size"] = {} if reference["minimum_size"].nil?
cluster_environments.each do |env_name, _env_config|
minimum_size[env_name] = reference["minimum_size"][env_name] || ""
end
minimum_size
end
def maximum_size
maximum_size = {}
reference["maximum_size"] = {} if reference["maximum_size"].nil?
cluster_environments.each do |env_name, _env_config|
maximum_size[env_name] = reference["maximum_size"][env_name] || ""
end
maximum_size
end
def engine
reference["engine"]
end
def engine_version
reference["engine_version"]
end
def db_name
reference["db_name"]
end
def port
reference["port"] || ""
end
def maintenance_window
reference["maintenance_window"] || ""
end
def backup_window
reference["backup_window"] || ""
end
def backup_retention_period
reference["backup_retention_period"] || ""
end
def parameter_store_path_db_url_name
reference["parameter_store_path_db_url_name"] || ""
end
def sql_backup_scheduled_task_environment_variables
reference["sql_backup_scheduled_task_environment_variables"] || []
end
def sync_sql_backup_to_azure
reference["sync_sql_backup_to_azure"] || false
end
def replication_bucket_destination_arn
reference["replication_bucket_destination_arn"] || ""
end
def replication_kms_key_id
reference["replication_kms_key_id"] || ""
end
def force_ssl
reference["force_ssl"] || "false"
end
def cluster_id
cluster.id
end
def cluster_environments
cluster.environments
end
def account_id
cluster.account_id
end
def services
cluster.services
end
def to_params
{
"identifier" => identifier,
"in_use_by" => in_use_by,
"clusters_in_use" => clusters_in_use,
"minimum_size" => minimum_size,
"maximum_size" => maximum_size,
"engine" => engine,
"engine_version" => engine_version,
"db_name" => db_name,
"port" => port,
"force_ssl" => force_ssl,
"maintenance_window" => maintenance_window,
"backup_window" => backup_window,
"backup_retention_period" => backup_retention_period,
"parameter_store_path_db_url_name" => parameter_store_path_db_url_name,
"sql_backup_scheduled_task_environment_variables" => sql_backup_scheduled_task_environment_variables,
"sync_sql_backup_to_azure" => sync_sql_backup_to_azure,
"replication_bucket_destination_arn" => replication_bucket_destination_arn,
"replication_kms_key_id" => replication_kms_key_id
}
end
end
end

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begin
require "rspec/core/rake_task"
RSpec::Core::RakeTask.new(:spec)
rescue LoadError
end
begin
require "standard/rake"
rescue LoadError
end
desc "run tests"
task test: %i[standard spec]

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IMPORTANT: The file content has been truncated.
Status: Showing lines 2151-2250 of 3543 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 2250.
--- FILE CONTENT (truncated) ---
],
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id",
"codebuild_access" => [
"service-name"
]
}
)
)
)
end
let(:cluster1_plan_cmd_production_elasticache_cluster) do
terraform_plan_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"environment" => "production",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"elasticache_cluster" => {
"identifier" => "testredis",
"in_use_by" => [
"test-service"
],
"node_type" => "cache.t2.micro",
"node_count" => 1,
"engine" => "redis",
"engine_version" => "5.0.6",
"parameters" => [],
"port" => 6379,
"maintenance_window" => "mon:19:00-mon:22:00",
"snapshot_window" => "09:00-10:00",
"parameter_store_path_elasticache_cluster_url_name" => "REDIS_URL"
}
)
)
)
end
let(:cluster1_plan_cmd_staging_elasticache_cluster) do
terraform_plan_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"environment" => "staging",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",

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# Load all Rake tasks
APP_ROOT = File.expand_path(File.dirname("."))
Dir.glob("lib/tasks/*.rake").each { |r| load r }
require "standard/rake"

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IMPORTANT: The file content has been truncated.
Status: Showing lines 101-198 of 198 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 198.
--- FILE CONTENT (truncated) ---
end
it "logs our intention to run Terraform init" do
expect(logger).to have_received(:info).with(
"Running terraform init for #{workspace_name}"
)
end
it "runs Terraform init, with upgrade option" do
expect(terraform).to have_received(:init).with(upgrade: true)
end
it "ensures presence of workspace" do
expect(terraform).to have_received(:ensure_presence_of_workspace)
.with(workspace_name)
end
it "logs our intention to run Terraform fmt" do
expect(logger).to have_received(:info).with(
"Running terraform fmt for #{workspace_name}"
)
end
it "runs Terraform fmt with check and diff options" do
expect(terraform).to have_received(:fmt).with("-check -diff")
end
it "logs our intention to run Terraform validate" do
expect(logger).to have_received(:info).with(
"Running terraform validate for #{workspace_name}"
)
end
it "runs Terraform validate, with upgrade option" do
env_config = {"min_servers" => 2,
"max_servers" => 4,
"rds" => {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"codebuild_access" => [
"service-name"
],
"sync_sql_backup_to_azure" => false
},
"account_id" => 123456789012,
"infrastructure_name" => "new-dedicated-cluster-id",
"environment" => "staging",
"dalmatian_role" => "dalmatian-read"}
expect(terraform).to have_received(:validate).with(
tfvars: env_config
)
end
it "changes back to the app root directory" do
expect(helper).to have_received(:change_to).with(Infrastructure::APP_ROOT)
end
end
end
end

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IMPORTANT: The file content has been truncated.
Status: Showing lines 2001-2100 of 3543 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 2100.
--- FILE CONTENT (truncated) ---
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"environment" => "production",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"rds" => {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id",
"codebuild_access" => [
"service-name"
]
}
)
)
)
end
let(:cluster1_plan_cmd_staging_waf) do
terraform_plan_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"environment" => "staging",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"waf" => {
"name" => "test-1",
"action" => "count",
"ip_deny_list" => [],
"aws_managed_rules" => [
{
"name" => "AWSManagedRulesSQLiRuleSet",
"excluded_path_patterns" => [
"/wp-admin/async-upload.php"
]
},
{
"name" => "AWSManagedRulesCommonRuleSet",
"exclude_rules" => [

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{
"error": "File not found: /Users/bob/git/dxw/dalmatian/spec/unit/aurora_test_spec.rb"
}

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IMPORTANT: The file content has been truncated.
Status: Showing lines 1-100 of 196 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 100.
--- FILE CONTENT (truncated) ---
require_relative "../support/spec_helper"
module Dalmatian
RSpec.describe RdsTest do
let(:helper) { class_double(Helper, change_to: true, run!: true, git_checkout: true) }
let(:logger) { class_double(Logger, info: true) }
let(:terraform) do
class_double(
Terraform,
fmt: true,
init: true,
validate: true,
ensure_presence_of_workspace: true
)
end
let(:rds) do
instance_double(
Rds,
identifier: "testservice",
in_use_by: [
"test-service"
],
clusters_in_use: {
"production" => [
"test"
],
"staging" => [
"test"
]
},
instance_class: {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
engine: "postgres",
engine_version: "11.4",
allocated_storage: 20,
storage_encrypted: true,
storage_type: "gp3",
db_name: "testapp",
port: 5432,
maintenance_window: "mon:19:00-mon:19:30",
backup_window: "09:00-10:00",
backup_retention_period: 31,
force_ssl: true,
cluster_id: "new-dedicated-cluster-id",
account_id: 123456789012,
parameter_store_path_db_url_name: "DATABASE_URL",
sql_backup_scheduled_task_environment_variables: [
{
"name" => "foo",
"value" => "bar"
}
],
check_sql_backup_scheduled_task_environment_variables: [
{
"name" => "foo",
"value" => "bar"
}
],
sync_sql_backup_to_azure: false,
codebuild_access: [
"service-name"
]
)
end
let!(:rds_test) do
RdsTest.new(
rds: rds,
env: {name: "staging", details: {"min_servers" => 2, "max_servers" => 4}},
helper: helper,
logger: logger,
terraform: terraform
)
end
describe "#call" do
before do
allow(Terraform).to receive(:init)
allow(Terraform).to receive(:ensure_presence_of_workspace)
allow(logger).to receive(:info)
end
let(:workspace_name) { "new-dedicated-cluster-id-testservice-rds-staging" }
before { rds_test.call }
it "changes to the ecs-services directory" do
directory = File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"rds"
)
expect(helper).to have_received(:change_to).with(directory)
end

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module Dalmatian
class AuroraDeployment
include Deployable
def initialize(
aurora:,
env:,
auto_approve: false,
plan: false,
destroy: false,
verbose: false
)
@aurora = aurora
@env = env
@helper = Helper
@logger = Logger
@auto_approve = auto_approve
@plan = plan
@destroy = destroy
@verbose = verbose
end
private
attr_reader :aurora, :env, :helper, :logger, :auto_approve, :plan, :destroy, :verbose
def target_directory
File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"aurora"
)
end
def env_config
env_details.merge(
"account_id" => aurora.account_id,
"infrastructure_name" => aurora.cluster_id,
"dalmatian_role" => dalmatian_role,
"aurora" => aurora.to_params
)
end
def checkout_revision_if_required
false
end
def workspace_name
[aurora.cluster_id, aurora.identifier, "aurora", env_name].join("-")
end
end
end

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IMPORTANT: The file content has been truncated.
Status: Showing lines 581-680 of 3543 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 680.
--- FILE CONTENT (truncated) ---
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"force_ssl" => true,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id"
}
)
)
)
end
let(:cluster1_validate_cmd_staging_aurora) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"force_ssl" => true,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",

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module Dalmatian
class AuroraTest
include Testable
def initialize(
aurora:,
env:,
helper: Helper,
logger: Logger,
terraform: Terraform
)
@aurora = aurora
@env = env
@helper = helper
@logger = logger
@terraform = terraform
end
private
attr_reader :aurora, :env, :helper, :logger, :terraform
def env_config
env_details.merge(
"account_id" => aurora.account_id,
"infrastructure_name" => aurora.cluster_id,
"dalmatian_role" => "dalmatian-read",
"environment" => env_name,
"aurora" => {
"identifier" => aurora.identifier,
"in_use_by" => aurora.in_use_by,
"clusters_in_use" => aurora.clusters_in_use,
"engine" => aurora.engine,
"engine_version" => aurora.engine_version,
"db_name" => aurora.db_name,
"port" => aurora.port,
"maintenance_window" => aurora.maintenance_window,
"backup_window" => aurora.backup_window,
"backup_retention_period" => aurora.backup_retention_period,
"force_ssl" => aurora.force_ssl,
"parameter_store_path_db_url_name" => aurora.parameter_store_path_db_url_name,
"sql_backup_scheduled_task_environment_variables" => aurora.sql_backup_scheduled_task_environment_variables,
"sync_sql_backup_to_azure" => aurora.sync_sql_backup_to_azure
}
)
end
def checkout_revision_if_required
false
end
def workspace_name
[aurora.cluster_id, aurora.identifier, "aurora", env_name].join("-")
end
def target_directory
File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"aurora"
)
end
end
end

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module Dalmatian
class RdsTest
include Testable
def initialize(
rds:,
env:,
helper: Helper,
logger: Logger,
terraform: Terraform
)
@rds = rds
@env = env
@helper = helper
@logger = logger
@terraform = terraform
end
private
attr_reader :rds, :env, :helper, :logger, :terraform
def env_config
env_details.merge(
"account_id" => rds.account_id,
"infrastructure_name" => rds.cluster_id,
"dalmatian_role" => "dalmatian-read",
"environment" => env_name,
"rds" => {
"identifier" => rds.identifier,
"in_use_by" => rds.in_use_by,
"clusters_in_use" => rds.clusters_in_use,
"instance_class" => rds.instance_class,
"engine" => rds.engine,
"engine_version" => rds.engine_version,
"allocated_storage" => rds.allocated_storage,
"storage_encrypted" => rds.storage_encrypted,
"storage_type" => rds.storage_type,
"db_name" => rds.db_name,
"port" => rds.port,
"maintenance_window" => rds.maintenance_window,
"backup_window" => rds.backup_window,
"backup_retention_period" => rds.backup_retention_period,
"force_ssl" => rds.force_ssl,
"parameter_store_path_db_url_name" => rds.parameter_store_path_db_url_name,
"sql_backup_scheduled_task_environment_variables" => rds.sql_backup_scheduled_task_environment_variables,
"check_sql_backup_scheduled_task_environment_variables" => rds.check_sql_backup_scheduled_task_environment_variables,
"sync_sql_backup_to_azure" => rds.sync_sql_backup_to_azure,
"codebuild_access" => rds.codebuild_access
}
)
end
def checkout_revision_if_required
false
end
def workspace_name
[rds.cluster_id, rds.identifier, "rds", env_name].join("-")
end
def target_directory
File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"rds"
)
end
end
end

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module Dalmatian
class RdsTest
include Testable
def initialize(
rds:,
env:,
helper: Helper,
logger: Logger,
terraform: Terraform
)
@rds = rds
@env = env
@helper = helper
@logger = logger
@terraform = terraform
end
private
attr_reader :rds, :env, :helper, :logger, :terraform
def env_config
env_details.merge(
"account_id" => rds.account_id,
"infrastructure_name" => rds.cluster_id,
"dalmatian_role" => "dalmatian-read",
"environment" => env_name,
"rds" => {
"identifier" => rds.identifier,
"in_use_by" => rds.in_use_by,
"clusters_in_use" => rds.clusters_in_use,
"instance_class" => rds.instance_class,
"engine" => rds.engine,
"engine_version" => rds.engine_version,
"allocated_storage" => rds.allocated_storage,
"storage_encrypted" => rds.storage_encrypted,
"storage_type" => rds.storage_type,
"db_name" => rds.db_name,
"port" => rds.port,
"maintenance_window" => rds.maintenance_window,
"backup_window" => rds.backup_window,
"backup_retention_period" => rds.backup_retention_period,
"force_ssl" => rds.force_ssl,
"parameter_store_path_db_url_name" => rds.parameter_store_path_db_url_name,
"sql_backup_scheduled_task_environment_variables" => rds.sql_backup_scheduled_task_environment_variables,
"check_sql_backup_scheduled_task_environment_variables" => rds.check_sql_backup_scheduled_task_environment_variables,
"sync_sql_backup_to_azure" => rds.sync_sql_backup_to_azure,
"codebuild_access" => rds.codebuild_access
}
)
end
def checkout_revision_if_required
false
end
def workspace_name
[rds.cluster_id, rds.identifier, "rds", env_name].join("-")
end
def target_directory
File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"rds"
)
end
end
end

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module Dalmatian
class RdsDeployment
include Deployable
def initialize(
rds:,
env:,
auto_approve: false,
plan: false,
destroy: false,
verbose: false
)
@rds = rds
@env = env
@helper = Helper
@logger = Logger
@auto_approve = auto_approve
@plan = plan
@destroy = destroy
@verbose = verbose
end
private
attr_reader :rds, :env, :helper, :logger, :auto_approve, :plan, :destroy, :verbose
def target_directory
File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"rds"
)
end
def env_config
env_details.merge(
"account_id" => rds.account_id,
"infrastructure_name" => rds.cluster_id,
"dalmatian_role" => dalmatian_role,
"rds" => rds.to_params
)
end
def checkout_revision_if_required
false
end
def workspace_name
[rds.cluster_id, rds.identifier, "rds", env_name].join("-")
end
end
end

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module Dalmatian
class RdsTest
include Testable
def initialize(
rds:,
env:,
helper: Helper,
logger: Logger,
terraform: Terraform
)
@rds = rds
@env = env
@helper = helper
@logger = logger
@terraform = terraform
end
private
attr_reader :rds, :env, :helper, :logger, :terraform
def env_config
env_details.merge(
"account_id" => rds.account_id,
"infrastructure_name" => rds.cluster_id,
"dalmatian_role" => "dalmatian-read",
"environment" => env_name,
"rds" => {
"identifier" => rds.identifier,
"in_use_by" => rds.in_use_by,
"clusters_in_use" => rds.clusters_in_use,
"instance_class" => rds.instance_class,
"engine" => rds.engine,
"engine_version" => rds.engine_version,
"allocated_storage" => rds.allocated_storage,
"storage_encrypted" => rds.storage_encrypted,
"storage_type" => rds.storage_type,
"db_name" => rds.db_name,
"port" => rds.port,
"maintenance_window" => rds.maintenance_window,
"backup_window" => rds.backup_window,
"backup_retention_period" => rds.backup_retention_period,
"force_ssl" => rds.force_ssl,
"parameter_store_path_db_url_name" => rds.parameter_store_path_db_url_name,
"sql_backup_scheduled_task_environment_variables" => rds.sql_backup_scheduled_task_environment_variables,
"check_sql_backup_scheduled_task_environment_variables" => rds.check_sql_backup_scheduled_task_environment_variables,
"sync_sql_backup_to_azure" => rds.sync_sql_backup_to_azure,
"codebuild_access" => rds.codebuild_access
}
)
end
def checkout_revision_if_required
false
end
def workspace_name
[rds.cluster_id, rds.identifier, "rds", env_name].join("-")
end
def target_directory
File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"rds"
)
end
end
end

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module Dalmatian
class ClusterTest
include Testable
def initialize(
cluster:,
env:,
helper: Helper,
logger: Logger,
terraform: Terraform
)
@cluster = cluster
@env = env
@helper = helper
@logger = logger
@terraform = terraform
end
private
attr_reader :cluster, :env, :helper, :logger, :terraform
def env_config
env_details.merge(
"cluster_name" => "#{cluster.name}-#{env_name}",
"account_id" => cluster.account_id,
"infrastructure_name" => cluster.id,
"dalmatian_role" => "dalmatian-read",
"environment" => env_name
)
end
def checkout_revision_if_required
false
end
def workspace_name
[cluster.name, "ecs", env_name].join("-")
end
def target_directory
cluster.target_directory
end
end
end

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let(:cluster1_validate_cmd_production_rds) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "production",
"rds" => {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id",
"codebuild_access" => [
"service-name"
]
}
)
)
)
end
let(:cluster1_validate_cmd_staging_waf) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"waf" => {
"name" => "test-1",
"action" => "count",
"ip_deny_list" => [],
"aws_managed_rules" => [
{
"name" => "AWSManagedRulesSQLiRuleSet",
"excluded_path_patterns" => [
"/wp-admin/async-upload.php"
]
},

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"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"codebuild_access" => [
"service-name"
]
}
)
)
)
end
let(:cluster1_validate_cmd_staging_waf) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"waf" => {
"name" => "test-1",
"action" => "count",
"ip_deny_list" => [],
"aws_managed_rules" => [
{
"name" => "AWSManagedRulesSQLiRuleSet",
"excluded_path_patterns" => [
"/wp-admin/async-upload.php"
]
},
{
"name" => "AWSManagedRulesCommonRuleSet",
"exclude_rules" => [
"SizeRestrictions_BODY"
]
}
],
"associations" => {
shared_loadbalancers: [
"test-lb-1"
],
service_cloudfront: [
"test-service"
]
}
}
)
)
)
end
let(:cluster1_validate_cmd_staging_rds) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"rds" => {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [

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]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"codebuild_access" => [
"service-name"
]
}
)
)
)
end
let(:cluster1_apply_cmd_staging_rds) do
terraform_apply_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"environment" => "staging",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-admin",
"rds" => {
"identifier" => "testservice",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"instance_class" => {
"production" => "db.t2.small",
"staging" => "db.t2.micro"
},
"engine" => "postgres",
"engine_version" => "11.4",
"allocated_storage" => 20,
"storage_encrypted" => true,
"storage_type" => "gp3",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [

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},
"cloudfront" => {
"production" => {
"create" => true,
"managed_cache_policy" => "CachingDisabled",
"managed_origin_policy" => "AllViewerExceptHostHeader",
"managed_response_headers_policy" => "CORS-with-preflight-and-SecurityHeadersPolicy",
"tls_protocol_version" => "TLSv1.2_2019",
"origin_keepalive_timeout" => "60",
"origin_read_timeout" => "60",
"basic_auth" => false,
"basic_auth_users_extra" => {},
"viewer_request_functions" => [
{
"name" => "default",
"true_client_ip_header" => true,
"ip_subnet_allow_list" => [
"0.0.0.0/0"
],
"redirects" => [
{
"from_hostname_pattern" => "example-old-domain-name.*",
"from_path_pattern" => "/*",
"to_hostname" => "example-domain-name.co.uk",
"to_path" => "/${path}"
}
]
}
],
"offline_page_http_status" => {
"500" => "/error-pages/500.html",
"501" => "/error-pages/501.html",
"502" => "/error-pages/502.html",
"503" => "/error-pages/503.html",
"504" => "/error-pages/504.html"
},
"custom_origins" => [
{
"origin" => "test-media-production.s3.amazonaws.com",
"id" => "test-media-production-s3"
}
],
"bypass_protection" => {
"enabled" => true,
"exclude_domains" => [
"example.com"
]
},
"custom_behaviors" => [
{
"target_origin_id" => "test-media-production-s3",
"min_ttl" => 1200,
"default_ttl" => 3600,
"max_ttl" => 86400,
"associate_viewer_request_function" => "default",
"managed_cache_policy" => "CachingDisabled",
"managed_origin_policy" => "AllViewerExceptHostHeader",
"managed_response_headers_policy" => "CORS-with-preflight-and-SecurityHeadersPolicy",
"path_pattern" => "/media/*"
}
]
},
"staging" => {
"create" => true,
"managed_cache_policy" => "CachingDisabled",
"managed_origin_policy" => "AllViewerExceptHostHeader",
"managed_response_headers_policy" => "CORS-with-preflight-and-SecurityHeadersPolicy",
"tls_protocol_version" => "TLSv1.2_2021",
"origin_keepalive_timeout" => "10",
"origin_read_timeout" => "40",
"basic_auth" => true,
"basic_auth_users_extra" => {},
"viewer_request_functions" => [
{
"name" => "default",
"true_client_ip_header" => true,
"ip_subnet_allow_list" => [
"0.0.0.0/0"
],
"redirects" => [
{
"from_hostname_pattern" => "example-old-domain-name.*",
"from_path_pattern" => "/*",
"to_hostname" => "example-domain-name.co.uk",
"to_path" => "/${path}"
}
]
}
],
"offline_page_http_status" => {
"500" => "/error-pages/500.html",
"501" => "/error-pages/501.html",
"502" => "/error-pages/502.html",
"503" => "/error-pages/503.html",
"504" => "/error-pages/504.html"
},
"custom_origins" => [
{
"origin" => "test-media-staging.s3.amazonaws.com",
"id" => "test-media-staging-s3"

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allow(Helper).to receive(:run!).with(cluster3_plan_cmd_staging)
allow(Helper).to receive(:run!).with(cluster4_validate_cmd_production)
allow(Helper).to receive(:run!).with(cluster4_plan_cmd_production)
Infrastructure.new(
ConfigurationReader.new(path: "./dalmatian.yml.example", parameter_store: fake_parameter_store).infrastructures
).test
end
it 'invokes "terraform validate" with the expected cluster options' do
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_hz)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_s3)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_vpn_cg)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production).twice
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging).twice
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_waf)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_waf)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_rds)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_rds)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_elasticache_cluster)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_elasticache_cluster)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_opensearch_cluster)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_opensearch_cluster)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_service)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_service)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_production_shared_loadbalancer)
expect(Helper).to have_received(:run!).with(cluster1_validate_cmd_staging_shared_loadbalancer)
expect(Helper).to have_received(:run!).with(cluster2_validate_cmd_production)
expect(Helper).to have_received(:run!).with(cluster2_validate_cmd_staging)
expect(Helper).to have_received(:run!).with(cluster3_validate_cmd_staging)
expect(Helper).to have_received(:run!).with(cluster4_validate_cmd_production)
end
it 'invokes "terraform validate" with the expected source options' do
expect(Helper).to have_received(:run!).with(source1_validate_cmd_production).twice
expect(Helper).to have_received(:run!).with(source1_validate_cmd_staging).twice
end
describe 'use of "terraform plan"' do
it 'passes the hosted zone config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_hz)
end
end
it 'passes the s3 config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_s3)
end
end
it 'passes the vpn customer gateway config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_vpn_cg)
end
end
it 'passes the base config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_production).twice
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_staging).twice
end
end
it 'passes the waf config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_production_waf)
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_staging_waf)
end
end
it 'passes the rds config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_production_rds)
expect(Helper).to have_received(:run!).with(cluster1_plan_cmd_staging_rds)
end
end
it 'passes the elasticache config to "terraform plan"' do
aggregate_failures do
expect(Helper).to have_received(:run!)
.with(cluster1_plan_cmd_production_elasticache_cluster)
expect(Helper).to have_received(:run!)
.with(cluster1_plan_cmd_staging_elasticache_cluster)
end
end

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require_relative "../support/spec_helper"
module Dalmatian
RSpec.describe "tests local configuration" do
def fake_parameter_store
double(
"parameter_store",
get_parameter: "",
get_parameters_by_path: {}
)
end
def tfvar_arg_string(tfvars)
Terraform.tfvar_arg_string(tfvars)
end
def terraform_validate_cmd(tfvar_string)
"#{tfvar_string} terraform validate"
end
def terraform_plan_cmd(tfvar_string)
"#{tfvar_string} terraform plan"
end
def stub_workspace_creation_cmds
%w[
new-dedicated-cluster-example-domain-name-com-hz
new-dedicated-cluster-test-s3
new-dedicated-cluster-test-vpn-vpn-cg
new-dedicated-cluster-ecs-production
new-dedicated-cluster-ecs-staging
new-dedicated-cluster-0-production
new-dedicated-cluster-0-staging
new-dedicated-cluster-test-service-staging
new-dedicated-cluster-test-service-production
new-dedicated-cluster-test-1-waf-staging
new-dedicated-cluster-test-1-waf-production
new-dedicated-cluster-testservice-rds-staging
new-dedicated-cluster-testservice-rds-production
new-dedicated-cluster-testredis-elasticache-cluster-staging
new-dedicated-cluster-testredis-elasticache-cluster-production
new-dedicated-cluster-testos-opensearch-cluster-staging
new-dedicated-cluster-testos-opensearch-cluster-production
new-dedicated-cluster-test-lb-1-shared-loadbalancer-staging
new-dedicated-cluster-test-lb-1-shared-loadbalancer-production
shared-new-cluster-ecs-production
shared-new-cluster-ecs-staging
existing-shared-cluster-staging-0-staging
existing-shared-cluster-production-0-production
].each do |workspace_name|
allow(Helper).to receive(:run!).with("terraform workspace new #{workspace_name}")
end
end
def stub_git_checkout
allow(Helper).to receive(:run!).with("git checkout feature/experiment")
end
def stub_git_clone_cmds
[
{
source: "git@github.com:dxw/awesome-app-dalmatian-config",
name: "new-dedicated-cluster-0.config"
},
{
source: "git@github.com:dxw/funky-app-dalmatian-config",
name: "existing-shared-cluster-staging-0.config"
},
{
source: "git@github.com:dxw/neat-app-dalmatian-config",
name: "existing-shared-cluster-production-0.config"
},
{
source: "git@github.com:dxw/neat-app-dalmatian-config",
name: "existing-shared-cluster-production-0.config"
}
].each do |src|
allow(Helper).to receive(:run!)
.with("git clone #{src.fetch(:source)} terraform/infrastructures/#{src.fetch(:name)}")
end
end
def infrastructure_defaults
{
"region" => "eu-west-2",
"cidr" => "10.0.0.0/16",
"root_domain_zone" => "dalmatian.dxw.net",
"internal_domain_zone" => "dalmatian.internal",
"ecs_private_subnets" => [
{
"availability_zone" => "eu-west-2a",
"cidr" => "10.0.128.0/24"
},
{
"availability_zone" => "eu-west-2b",
"cidr" => "10.0.129.0/24"
},
{
"availability_zone" => "eu-west-2c",

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# Database backups
Automated RDS backups are taken daily within AWS. The time and retention periods vary depending on the configuration.
Manual backups are also possible when required.
As the RDS instances are not publicly available, manual backups must be done via the ECS instances.
Follow the [Shell access to ECS instances](shell-access-to-ecs-instances.md) guide to access one of the ECS instances.
## Manual backup of PostgreSQL databases
The postgres container is available in the ECR, so as long as you have https access to the VPC endpoints, you will be able to access it.
The URI of the postgres container is `<aws-account-number>.dkr.ecr.<aws-region>.amazonaws.com/<infrastructure-environment-name>-postgres`. This can also be found via the [ECR UI](https://console.aws.amazon.com/ecr/repositories).
You will need to run login to ECR's docker to pull the container
```
$(aws ecr get-login --no-include-email --region <aws-region>)
```
Create a directory on the instance to store the database dump:
```
mkdir -p /db-backup
```
To create a postgresql sql dump, run:
```
docker run -i -v /db-backup:/db-backup <postgres-container-uri> /bin/bash -c "pg_dump postgres://<username>:<password>@<rds-endpoint>:5432/<database-name> > /db-backup/<backup-name>.sql"
```
To transfer the backup, follow the [Transferring files to the ECS instances](transferring-files-to-the-ecs-instances.md) guide
## Cross-account S3 replication for SQL backups
SQL backups can be replicated to an S3 bucket in another AWS account for offsite storage or disaster recovery.
### Source Account Configuration
In your `dalmatian.yml`, specify the destination bucket ARN and (optionally) the KMS key ID for the destination bucket:
```yaml
rds:
replication_bucket_destination_arn: "arn:aws:s3:::your-destination-bucket-name"
replication_kms_key_id: "your-destination-kms-key-id"
```
### Destination Account Configuration
The destination account must permit the source account's replication role to write to the bucket and use the KMS key.
#### 1. Destination Bucket Policy
Add a policy to the destination bucket to allow the replication role from the source account:
```json
{
"Version": "2012-10-17",
"Statement": [
{
"Sid": "AllowReplicationFromDalmatianSource",
"Effect": "Allow",
"Principal": {
"AWS": "arn:aws:iam::<SOURCE_ACCOUNT_ID>:role/<INFRASTRUCTURE_NAME>-<RDS_ID>-sql-backup-replication"
},
"Action": [
"s3:ReplicateObject",
"s3:ReplicateDelete",
"s3:ReplicateTags",
"s3:ObjectOwnerOverrideToBucketOwner"
],
"Resource": "arn:aws:s3:::<DESTINATION_BUCKET_NAME>/*"
}
]
}
```
#### 2. Destination KMS Key Policy (Optional)
If the destination bucket uses a Customer Managed Key (CMK) for encryption, the key policy must allow the source replication role to use it:
```json
{
"Sid": "AllowUsageByDalmatianSourceReplicationRole",
"Effect": "Allow",
"Principal": {
"AWS": "arn:aws:iam::<SOURCE_ACCOUNT_ID>:role/<INFRASTRUCTURE_NAME>-<RDS_ID>-sql-backup-replication"
},
"Action": [
"kms:Encrypt",
"kms:GenerateDataKey"
],
"Resource": "*"
}
```

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Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 200.
--- FILE CONTENT (truncated) ---
value: cf-distribution.aws.net
- name: www
value: cf-distribution.aws.net
cname_records:
- name: alb
value:
- aws-alb.aws.net
mx_records:
- name: mail
value:
- 0 mail.example-domain-name.com
txt_records:
- name: mail
value:
- "v=spf1 a ip4:9.10.11.0/24 mx ~all"
srv_records:
- name: "@"
value:
- "_imaps._tcp.gmail.com. 86400 IN SRV 5 0 993 imap.gmail.com"
cluster:
create: true
rds:
- identifier: testservice
in_use_by:
- test-service
engine: 'postgres'
instance_class:
staging: 'db.t2.micro'
production: 'db.t2.small'
engine_version: '11.4'
allocated_storage: 20
storage_encrypted: true
storage_type: 'gp3'
db_name: 'testapp'
port: 5432
maintenance_window: 'mon:19:00-mon:19:30'
backup_window: '09:00-10:00'
backup_retention_period: 31
force_ssl: true
parameter_store_path_db_url_name: 'DATABASE_URL'
sql_backup_scheduled_task_environment_variables:
- name: "foo"
value: "bar"
check_sql_backup_scheduled_task_environment_variables:
- name: "foo"
value: "bar"
replication_bucket_destination_arn: "arn:aws:s3:::your-destination-bucket-name"
replication_kms_key_id: "your-destination-kms-key-id"
codebuild_access:
- service-name
aurora:
- identifier: testaurora
in_use_by:
- test-service
engine: 'aurora-postgresql'
engine_version: '11.9'
db_name: 'testapp'
port: 5432
maintenance_window: 'mon:19:00-mon:19:30'
backup_window: '09:00-10:00'
backup_retention_period: 31
force_ssl: true
minimum_size:
staging: 1
production: 2
maximum_size:
staging: 1
production: 2
parameter_store_path_db_url_name: 'DATABASE_URL'
replication_bucket_destination_arn: "arn:aws:s3:::your-destination-bucket-name"
replication_kms_key_id: "your-destination-kms-key-id"
elasticache_cluster:
- identifier: testredis
in_use_by:
- test-service
engine: 'redis'
node_type: 'cache.t2.micro'
node_count: 1
engine: 'redis'
engine_version: '5.0.6'
port: 6379
maintenance_window: 'mon:19:00-mon:22:00'
snapshot_window: '09:00-10:00'
parameter_store_path_elasticache_cluster_url_name: 'REDIS_URL'
opensearch_cluster:
- identifier: testos
in_use_by:
- test-service
version: '1.2'
master_enabled: true
master_count: '1'
master_type: 'c6g.large.search'
instance_count: '3'
instance_type: 't3.small.search'
warm_enabled: true
warm_count: '2'
warm_type: 'ultrawarm1.medium.search'
volume_size: '20'
parameter_store_path_opensearch_cluster_url_name: 'ELASTICSEARCH_URL'
services:

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---
dalmatian_config_yml_source:
type: url
location: https://example.com/dalmatian.yml

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module Dalmatian
class Terraform
def self.fmt(args = nil)
Helper.run!("terraform fmt #{args}")
end
def self.init(upgrade: false)
cmd = "terraform init"
cmd << " -upgrade=true" if upgrade
Helper.run!(cmd)
end
def self.validate(var_file: "", tfvars: {})
cmd = tfvar_arg_string(tfvars)
cmd << " terraform validate"
cmd << " -var-file=#{var_file}" unless var_file.to_s.strip.empty?
Helper.run!(cmd)
end
def self.plan(var_file: "", tfvars: {}, verbose: false)
cmd = tfvar_arg_string(tfvars)
cmd << " terraform plan"
cmd << " -var-file=#{var_file}" unless var_file.to_s.strip.empty?
Logger.debug(cmd) if verbose
Helper.run!(cmd)
end
def self.apply(var_file: "", tfvars: {}, auto_approve: false, verbose: false)
cmd = tfvar_arg_string(tfvars)
cmd << " terraform apply"
cmd << " -var-file=#{var_file}" unless var_file.to_s.strip.empty?
cmd << " -auto-approve" if auto_approve
Logger.debug(cmd) if verbose
Helper.run!(cmd)
end
def self.destroy(var_file: "", tfvars: {}, verbose: false)
cmd = tfvar_arg_string(tfvars)
cmd << " terraform destroy"
cmd << " -var-file=#{var_file}" unless var_file.to_s.strip.empty?
Logger.debug(cmd) if verbose
Helper.run!(cmd)
end
def self.tfvar_arg_string(tfvars)
tfvars.map { |key, value|
value = value.to_json.gsub(/"([^"]+)":/, '\1 =') if value.respond_to?(:each)
"TF_VAR_#{key}='#{value}'"
}.join(" ")
end
def self.ensure_presence_of_workspace(workspace_name)
Logger.info("Creating #{workspace_name} workspace")
Helper.run!("terraform workspace new #{workspace_name}")
rescue Error
Logger.info("Selecting #{workspace_name} workspace")
Helper.run!("terraform workspace select #{workspace_name}")
end
def self.list_workspaces
Dir.chdir(Infrastructure::BOOTSTRAP_PATH) do
Helper.run!("terraform workspace list")
end
end
end
end

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---
dalmatian_config_yml_source:
type: S3
bucket: dalmatian-config-bucket
key: dalmatian.yml

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---
dalmatian_config_yml_source:
type: git
repo: git@github.com:dxw/dalmatian-config
filename: dalmatian.yml

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module Dalmatian
class Cluster
def initialize(description, helper: Helper, logger: Logger)
properties = description.last
@id = description.first
@account_id = properties["account_id"]
@environments = properties["environments"]
@properties = properties["cluster"]
@logger = logger
@helper = helper
@hosted_zones = build_hosted_zones(properties["hosted_zones"])
@s3s = build_s3s(properties["s3"])
@vpn_customer_gateways = build_vpn_customer_gateways(properties["vpn_customer_gateway"])
@sources = build_sources(properties["dalmatian_config_source"])
@services = build_services(properties["services"])
@wafs = build_wafs(properties["waf"])
@rdss = build_rdss(properties["rds"])
@auroras = build_auroras(properties["aurora"])
@elasticache_clusters = build_elasticache_clusters(properties["elasticache_cluster"])
@opensearch_clusters = build_opensearch_clusters(properties["opensearch_cluster"])
@shared_loadbalancers = build_shared_loadbalancers(properties["shared_loadbalancer"])
end
attr_reader :hosted_zones, :s3s, :vpn_customer_gateways, :sources, :services, :wafs, :rdss, :auroras, :elasticache_clusters,
:opensearch_clusters, :shared_loadbalancers, :environments, :properties, :account_id, :id
def name
properties["name"] || id
end
def fetch(infrastructure_name: "all")
sources.each do |source|
next unless ["all", source.cluster_id].include? infrastructure_name
return verify_source_path(source) unless remotely_held?(source)
destination = "#{Infrastructure::PATH}/#{source.name}.config"
fetch_source(source, destination)
end
end
def deploy(environment_name: "all", service_name: "all", skip_deployments: "", test: false, auto_approve: false, plan: false, destroy: false, verbose: false)
skip_deployments = skip_deployments.split(/\s*,\s*/)
hosted_zones.each do |hosted_zone|
unless skip_deployments.include?("hosted-zone")
deploy_hosted_zone(hosted_zone, test, auto_approve, plan, destroy, verbose)
end
end
s3s.each do |s3|
unless skip_deployments.include?("s3")
deploy_s3(s3, test, auto_approve, plan, destroy, verbose)
end
end
vpn_customer_gateways.each do |vpn_customer_gateway|
unless skip_deployments.include?("vpn-customer-gateway")
deploy_vpn_customer_gateway(vpn_customer_gateway, test, auto_approve, plan, destroy, verbose)
end
end
environments.each do |name, details|
next unless ["all", name].include?(environment_name)
environment = {name: name, details: details}
deploy_cluster(environment, test, auto_approve, plan, destroy, verbose) if create? && !skip_deployments.include?("ecs")
wafs.each do |waf|
unless skip_deployments.include?("waf")
deploy_waf(waf, environment, test, auto_approve, plan, destroy, verbose)
end
end
rdss.each do |rds|
unless skip_deployments.include?("rds")
deploy_rds(rds, environment, test, auto_approve, plan, destroy, verbose)
end
end
auroras.each do |aurora|
unless skip_deployments.include?("aurora")
deploy_aurora(aurora, environment, test, auto_approve, plan, destroy, verbose)
end
end
elasticache_clusters.each do |elasticache_cluster|
unless skip_deployments.include?("elasticache-cluster")
deploy_elasticache_cluster(elasticache_cluster, environment, test, auto_approve, plan, destroy, verbose)
end
end
opensearch_clusters.each do |opensearch_cluster|
unless skip_deployments.include?("opensearch-cluster")
deploy_opensearch_cluster(opensearch_cluster, environment, test, auto_approve, plan, destroy, verbose)
end
end
services.each do |service|
next unless service.to_params["launch_on"].include?(name)
if [service.to_params["name"], "all"].include?(service_name) && !skip_deployments.include?("ecs-services")
deploy_service(service, environment, test, auto_approve, plan, destroy, verbose)
end
end
shared_loadbalancers.each do |shared_loadbalancer|
unless skip_deployments.include?("shared-loadbalancer")
deploy_shared_loadbalancer(shared_loadbalancer, environment, test, auto_approve, plan, destroy, verbose)
end
end
sources.each do |source|
deploy_source(source, environment, test, auto_approve, plan, destroy, verbose)
end
end
end
def target_directory
File.join(Infrastructure::APP_ROOT, Infrastructure::PATH, "ecs")
end
private
attr_reader :logger, :helper
def build_hosted_zones(hosted_zones_references)
(hosted_zones_references || []).map do |reference|
HostedZone.new(cluster: self, reference: reference)
end
end
def build_s3s(s3_references)
(s3_references || []).map do |reference|
S3.new(cluster: self, reference: reference)
end
end
def build_vpn_customer_gateways(vpn_customer_gateway_references)
(vpn_customer_gateway_references || []).map do |reference|
VpnCustomerGateway.new(cluster: self, reference: reference)
end
end
def build_sources(source_references)
(source_references || []).map do |reference|
Source.new(cluster: self, reference: reference)
end
end
def build_services(service_references)
(service_references || []).map do |reference|
Service.new(cluster: self, reference: reference)
end
end
def build_elasticache_clusters(elasticache_references)
(elasticache_references || []).map do |reference|
ElasticacheCluster.new(cluster: self, reference: reference)
end
end
def build_opensearch_clusters(opensearch_references)
(opensearch_references || []).map do |reference|
OpensearchCluster.new(cluster: self, reference: reference)
end
end
def build_wafs(waf_references)
(waf_references || []).map do |reference|
WAF.new(cluster: self, reference: reference)
end
end
def build_rdss(rds_references)
(rds_references || []).map do |reference|
Rds.new(cluster: self, reference: reference)
end
end
def build_auroras(aurora_references)
(aurora_references || []).map do |reference|
Aurora.new(cluster: self, reference: reference)
end
end
def build_shared_loadbalancers(shared_loadbalancer_references)
(shared_loadbalancer_references || []).map do |reference|
SharedLoadbalancer.new(cluster: self, reference: reference)
end
end
def deploy_hosted_zone(hosted_zone, test, auto_approve, plan, destroy, verbose)
test_hosted_zone(hosted_zone) if test
HostedZoneDeployment.new(
hosted_zone: hosted_zone,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_s3(s3, test, auto_approve, plan, destroy, verbose)
test_s3(s3) if test
S3Deployment.new(
s3: s3,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_vpn_customer_gateway(vpn_customer_gateway, test, auto_approve, plan, destroy, verbose)
test_vpn_customer_gateway(vpn_customer_gateway) if test
VpnCustomerGatewayDeployment.new(
vpn_customer_gateway: vpn_customer_gateway,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_source(source, env, test, auto_approve, plan, destroy, verbose)
test_source(source, env) if test
SourceDeployment.new(
source: source,
env: env,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_cluster(env, test, auto_approve, plan, destroy, verbose)
test_cluster(env) if test
ClusterDeployment.new(
cluster: self,
env: env,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_service(service, env, test, auto_approve, plan, destroy, verbose)
test_service(service, env) if test
ServiceDeployment.new(
service: service,
env: env,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_waf(waf, env, test, auto_approve, plan, destroy, verbose)
test_waf(waf, env) if test
WAFDeployment.new(
waf: waf,
env: env,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_rds(rds, env, test, auto_approve, plan, destroy, verbose)
test_rds(rds, env) if test
RdsDeployment.new(
rds: rds,
env: env,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_aurora(aurora, env, test, auto_approve, plan, destroy, verbose)
test_aurora(aurora, env) if test
AuroraDeployment.new(
aurora: aurora,
env: env,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_elasticache_cluster(elasticache_cluster, env, test, auto_approve, plan, destroy, verbose)
test_elasticache_cluster(elasticache_cluster, env) if test
ElasticacheClusterDeployment.new(
elasticache_cluster: elasticache_cluster,
env: env,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_opensearch_cluster(opensearch_cluster, env, test, auto_approve, plan, destroy, verbose)
test_opensearch_cluster(opensearch_cluster, env) if test
OpensearchClusterDeployment.new(
opensearch_cluster: opensearch_cluster,
env: env,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def deploy_shared_loadbalancer(shared_loadbalancer, env, test, auto_approve, plan, destroy, verbose)
test_shared_loadbalancer(shared_loadbalancer, env) if test
SharedLoadbalancerDeployment.new(
shared_loadbalancer: shared_loadbalancer,
env: env,
plan: plan,
auto_approve: auto_approve,
destroy: destroy,
verbose: verbose
).call
end
def create?
properties["create"]
end
def test_hosted_zone(hosted_zone)
HostedZoneTest.new(hosted_zone: hosted_zone).call
end
def test_s3(s3)
S3Test.new(s3: s3).call
end
def test_vpn_customer_gateway(vpn_customer_gateway)
VpnCustomerGatewayTest.new(vpn_customer_gateway: vpn_customer_gateway).call
end
def test_cluster(env)
ClusterTest.new(cluster: self, env: env).call
end
def test_source(source, env)
SourceTest.new(source: source, env: env).call
end
def test_service(service, env)
ServiceTest.new(service: service, env: env).call
end
def test_waf(waf, env)
WAFTest.new(waf: waf, env: env).call
end
def test_rds(rds, env)
RdsTest.new(rds: rds, env: env).call
end
def test_aurora(aurora, env)
puts "debug Testing Aurora"
AuroraTest.new(aurora: aurora, env: env).call
end
def test_elasticache_cluster(elasticache_cluster, env)
ElasticacheClusterTest.new(elasticache_cluster: elasticache_cluster, env: env).call
end
def test_opensearch_cluster(opensearch_cluster, env)
OpensearchClusterTest.new(opensearch_cluster: opensearch_cluster, env: env).call
end
def test_shared_loadbalancer(shared_loadbalancer, env)
SharedLoadbalancerTest.new(shared_loadbalancer: shared_loadbalancer, env: env).call
end
def fetch_source(source, destination)
logger.info("Cloning #{source.reference} ...")
helper.remove(destination)
helper.git_clone(source.reference, destination)
helper.change_to(destination)
helper.terrafile
helper.change_to(Infrastructure::APP_ROOT)
end
def verify_source_path(source)
if File.directory?(source.reference)
logger.info "Found #{source.reference}"
else
logger.error "#{source.reference} does not exist"
end
end
def remotely_held?(source)
source.reference.start_with?("https://", "git@", "git://", "git+ssh://")
end
end
end

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module Dalmatian
class Infrastructure
def initialize(configuration = ConfigurationReader.new.infrastructures)
@clusters = configuration.map { |description| Cluster.new(description) }
end
BOOTSTRAP_PATH = "terraform/account_bootstrap".freeze
PATH = "terraform/infrastructures".freeze
APP_ROOT = File.expand_path(File.dirname("."))
def fetch(infrastructure_name: "all")
clusters.each do |cluster|
cluster.fetch(infrastructure_name: infrastructure_name)
end
end
def test(environment_name: "all", infrastructure_name: "all", service_name: "all", skip_deployments: "")
deploy(environment_name: environment_name, infrastructure_name: infrastructure_name, service_name: service_name, skip_deployments: skip_deployments, test: true, auto_approve: false, plan: true, destroy: false)
end
def deploy(environment_name: "all", infrastructure_name: "all", service_name: "all", skip_deployments: "", test: false, auto_approve: false, plan: false, destroy: false, verbose: false)
clusters.each do |cluster|
next if cluster.id != infrastructure_name && infrastructure_name != "all"
cluster.deploy(environment_name: environment_name, service_name: service_name, skip_deployments: skip_deployments, test: test, auto_approve: auto_approve, plan: plan, destroy: destroy, verbose: verbose)
end
end
def remove(environment_name: "all", infrastructure_name: "all", service_name: "all", skip_deployments: "")
deploy(environment_name: environment_name, infrastructure_name: infrastructure_name, service_name: service_name, skip_deployments: skip_deployments, test: false, auto_approve: false, plan: false, destroy: true)
end
attr_reader :clusters
end
end

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module Dalmatian
class Aurora
def initialize(cluster:, reference:)
@cluster = cluster
@reference = reference
end
attr_reader :cluster, :reference
def identifier
reference["identifier"]
end
def in_use_by
reference["in_use_by"] || []
end
def clusters_in_use
clusters_in_use = {}
cluster_environments.each do |env_name, _env_config|
clusters_in_use[env_name] = []
services.each do |service|
in_use_by.each do |service_name|
next if service.name != service_name
clusters_in_use[env_name] << if service.launch_on_cluster.empty?
"default_dalmatian_ecs_cluster"
else
service.launch_on_cluster
end
end
end
if in_use_by.empty?
clusters_in_use[env_name] << "default_dalmatian_ecs_cluster" ## fails SimpleCov
end
clusters_in_use[env_name] = clusters_in_use[env_name].uniq
end
clusters_in_use
end
def minimum_size
minimum_size = {}
reference["minimum_size"] = {} if reference["minimum_size"].nil?
cluster_environments.each do |env_name, _env_config|
minimum_size[env_name] = reference["minimum_size"][env_name] || ""
end
minimum_size
end
def maximum_size
maximum_size = {}
reference["maximum_size"] = {} if reference["maximum_size"].nil?
cluster_environments.each do |env_name, _env_config|
maximum_size[env_name] = reference["maximum_size"][env_name] || ""
end
maximum_size
end
def engine
reference["engine"]
end
def engine_version
reference["engine_version"]
end
def db_name
reference["db_name"]
end
def port
reference["port"] || ""
end
def maintenance_window
reference["maintenance_window"] || ""
end
def backup_window
reference["backup_window"] || ""
end
def backup_retention_period
reference["backup_retention_period"] || ""
end
def parameter_store_path_db_url_name
reference["parameter_store_path_db_url_name"] || ""
end
def sql_backup_scheduled_task_environment_variables
reference["sql_backup_scheduled_task_environment_variables"] || []
end
def sync_sql_backup_to_azure
reference["sync_sql_backup_to_azure"] || false
end
def replication_bucket_destination_arn
reference["replication_bucket_destination_arn"] || ""
end
def replication_kms_key_id
reference["replication_kms_key_id"] || ""
end
def force_ssl
reference["force_ssl"] || "false"
end
def cluster_id
cluster.id
end
def cluster_environments
cluster.environments
end
def account_id
cluster.account_id
end
def services
cluster.services
end
def to_params
{
"identifier" => identifier,
"in_use_by" => in_use_by,
"clusters_in_use" => clusters_in_use,
"minimum_size" => minimum_size,
"maximum_size" => maximum_size,
"engine" => engine,
"engine_version" => engine_version,
"db_name" => db_name,
"port" => port,
"force_ssl" => force_ssl,
"maintenance_window" => maintenance_window,
"backup_window" => backup_window,
"backup_retention_period" => backup_retention_period,
"parameter_store_path_db_url_name" => parameter_store_path_db_url_name,
"sql_backup_scheduled_task_environment_variables" => sql_backup_scheduled_task_environment_variables,
"sync_sql_backup_to_azure" => sync_sql_backup_to_azure,
"replication_bucket_destination_arn" => replication_bucket_destination_arn,
"replication_kms_key_id" => replication_kms_key_id
}
end
end
end

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module Dalmatian
class Rds
def initialize(cluster:, reference:)
@cluster = cluster
@reference = reference
end
attr_reader :cluster, :reference
def identifier
reference["identifier"]
end
def in_use_by
reference["in_use_by"] || []
end
def clusters_in_use
clusters_in_use = {}
cluster_environments.each do |env_name, _env_config|
clusters_in_use[env_name] = []
services.each do |service|
in_use_by.each do |service_name|
next if service.name != service_name
clusters_in_use[env_name] << if service.launch_on_cluster.empty?
"default_dalmatian_ecs_cluster"
else
service.launch_on_cluster
end
end
end
if in_use_by.empty?
clusters_in_use[env_name] << "default_dalmatian_ecs_cluster" ## fails SimpleCov
end
clusters_in_use[env_name] = clusters_in_use[env_name].uniq
end
clusters_in_use
end
def instance_class
instance_class = {}
reference["instance_class"] = {} if reference["instance_class"].nil?
cluster_environments.each do |env_name, _env_config|
instance_class[env_name] = reference["instance_class"][env_name] || ""
end
instance_class
end
def engine
reference["engine"]
end
def engine_version
reference["engine_version"]
end
def allocated_storage
reference["allocated_storage"] || ""
end
def storage_encrypted
reference["storage_encrypted"].nil? || reference["storage_encrypted"]
end
def storage_type
reference["storage_type"] || "gp3"
end
def db_name
reference["db_name"]
end
def port
reference["port"] || ""
end
def maintenance_window
reference["maintenance_window"] || ""
end
def backup_window
reference["backup_window"] || ""
end
def backup_retention_period
reference["backup_retention_period"] || ""
end
def force_ssl
reference["force_ssl"] || "false"
end
def parameter_store_path_db_url_name
reference["parameter_store_path_db_url_name"] || ""
end
def sql_backup_scheduled_task_environment_variables
reference["sql_backup_scheduled_task_environment_variables"] || []
end
def check_sql_backup_scheduled_task_environment_variables
reference["check_sql_backup_scheduled_task_environment_variables"] || []
end
def sync_sql_backup_to_azure
reference["sync_sql_backup_to_azure"] || false
end
def replication_bucket_destination_arn
reference["replication_bucket_destination_arn"] || ""
end
def replication_kms_key_id
reference["replication_kms_key_id"] || ""
end
def codebuild_access
reference["codebuild_access"] || []
end
def cluster_id
cluster.id
end
def cluster_environments
cluster.environments
end
def account_id
cluster.account_id
end
def services
cluster.services
end
def to_params
{
"identifier" => identifier,
"in_use_by" => in_use_by,
"clusters_in_use" => clusters_in_use,
"instance_class" => instance_class,
"engine" => engine,
"engine_version" => engine_version,
"allocated_storage" => allocated_storage,
"storage_encrypted" => storage_encrypted,
"storage_type" => storage_type,
"db_name" => db_name,
"port" => port,
"maintenance_window" => maintenance_window,
"backup_window" => backup_window,
"backup_retention_period" => backup_retention_period,
"force_ssl" => force_ssl,
"parameter_store_path_db_url_name" => parameter_store_path_db_url_name,
"sql_backup_scheduled_task_environment_variables" => sql_backup_scheduled_task_environment_variables,
"check_sql_backup_scheduled_task_environment_variables" => check_sql_backup_scheduled_task_environment_variables,
"sync_sql_backup_to_azure" => sync_sql_backup_to_azure,
"replication_bucket_destination_arn" => replication_bucket_destination_arn,
"replication_kms_key_id" => replication_kms_key_id,
"codebuild_access" => codebuild_access
}
end
end
end

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@@ -0,0 +1,413 @@
---
parameter-store-path-prefix: /dalmatian-variables/
account-bootstrap:
variables:
region: eu-west-2
root_domain_zone: dalmatian.dxw.net
dalmatian_read_users:
- Joe
- Ashley
dalmatian_admin_users:
- Harper
- Pat
ci:
variables:
region: eu-west-2
prci_github_owner: dxw
prci_github_repository: dalmatian
prci_codebuild_image: thedxw/testing-terraform-docker:latest
bpsp_source_branch: master
bpbp_codebuild_compute_type: BUILD_GENERAL1_SMALL
bpbp_codebuild_image: thedxw/testing-terraform-docker:latest
infrastructure-defaults:
variables:
region: eu-west-2
cidr: 10.0.0.0/16
root_domain_zone: dalmatian.dxw.net
internal_domain_zone: dalmatian.internal
ecs_private_subnets:
- availability_zone: "eu-west-2a"
cidr: 10.0.128.0/24
- availability_zone: "eu-west-2b"
cidr: 10.0.129.0/24
- availability_zone: "eu-west-2c"
cidr: 10.0.130.0/24
extra_public_subnets:
- availability_zone: eu-west-2a
cidr: 10.0.0.0/24
- availability_zone: eu-west-2b
cidr: 10.0.1.0/24
- availability_zone: eu-west-2c
cidr: 10.0.2.0/24
instances_key_name: dalmatian-ecs-instances
instance_type: t2.medium
min_servers: 2
max_servers: 4
max_instance_lifetime: 86400
associate_public_ip_address: 0
docker_storage_size: 40
dockerhub_email: ''
dockerhub_token: ''
enable_efs: "false"
encrypt_efs: true
efs_dirs: []
monitoring_docs_path: https://github.com/dxw/dalmatian/docs/monitoring-alarms/
infrastructures:
new-dedicated-cluster:
dalmatian_config_source:
- git@github.com:dxw/awesome-app-dalmatian-config
account_id: 123456789012
vpn_customer_gateway:
- name: test-vpn
bgp_asn: 65000
ip_address: 1.2.3.4
s3:
- name: 'test'
enable_s3_versioning: true
encrypted: true
acl: 'private'
policy:
staging:
rw:
services:
- test-service
service_cloudfront_read_access:
- test-service-staging
cloudfront:
create: true
domain_names:
- example.com
- example2.com
certificate: 'arn:aws:acm:lb-region-0:000000000000:certificate/00000000-0000-0000-0000-000000000000'
hosted_zones:
- domain: "example-domain-name.com"
ns_records:
- name: delegated
value:
- ns1.aws.com
a_records:
- name: some-service
value:
- 1.2.3.4
- name: mail
value:
- 5.6.7.8
alias_records:
- name: example-domain-name.com
value: cf-distribution.aws.net
- name: www
value: cf-distribution.aws.net
cname_records:
- name: alb
value:
- aws-alb.aws.net
mx_records:
- name: mail
value:
- 0 mail.example-domain-name.com
txt_records:
- name: mail
value:
- "v=spf1 a ip4:9.10.11.0/24 mx ~all"
srv_records:
- name: "@"
value:
- "_imaps._tcp.gmail.com. 86400 IN SRV 5 0 993 imap.gmail.com"
cluster:
create: true
rds:
- identifier: testservice
in_use_by:
- test-service
engine: 'postgres'
instance_class:
staging: 'db.t2.micro'
production: 'db.t2.small'
engine_version: '11.4'
allocated_storage: 20
storage_encrypted: true
storage_type: 'gp3'
db_name: 'testapp'
port: 5432
maintenance_window: 'mon:19:00-mon:19:30'
backup_window: '09:00-10:00'
backup_retention_period: 31
force_ssl: true
parameter_store_path_db_url_name: 'DATABASE_URL'
sql_backup_scheduled_task_environment_variables:
- name: "foo"
value: "bar"
check_sql_backup_scheduled_task_environment_variables:
- name: "foo"
value: "bar"
codebuild_access:
- service-name
elasticache_cluster:
- identifier: testredis
in_use_by:
- test-service
engine: 'redis'
node_type: 'cache.t2.micro'
node_count: 1
engine: 'redis'
engine_version: '5.0.6'
port: 6379
maintenance_window: 'mon:19:00-mon:22:00'
snapshot_window: '09:00-10:00'
parameter_store_path_elasticache_cluster_url_name: 'REDIS_URL'
opensearch_cluster:
- identifier: testos
in_use_by:
- test-service
version: '1.2'
master_enabled: true
master_count: '1'
master_type: 'c6g.large.search'
instance_count: '3'
instance_type: 't3.small.search'
warm_enabled: true
warm_count: '2'
warm_type: 'ultrawarm1.medium.search'
volume_size: '20'
parameter_store_path_opensearch_cluster_url_name: 'ELASTICSEARCH_URL'
services:
- name: test-service
blue_green:
production:
enabled: true
db_copy:
from_db_host_ps_key: /test-app/other-test-service/production/DB_HOST
from_db_name_ps_key: /test-app/other-test-service/production/DB_NAME
from_db_user_ps_key: /test-app/other-test-service/production/DB_USER
from_db_pass_ps_key: /test-app/other-test-service/production/DB_PASSWORD
blue_green_db_name_ps_key: /test-app/test-service/production/DB_HOST
blue_green_db_user_ps_key: /test-app/test-service/production/DB_USER
blue_green_db_pass_ps_key: /test-app/test-service/production/DB_PASSWORD
sql_backups_s3_bucket: new-dedicated-cluster-testservice-production-sql-backup
db_rewrites:
- from: other-test-service.example.com
to: test-service.example.com
directory_copy:
- from: /mnt/efs/other-test-service-media
to: /mnt/efs/test-service-media
chown: "33:33"
asset_copy_trigger_ps_key: /test-app/test-service/production/BLUE_GREEN_ASSET_COPY_TRIGGER
staging:
enabled: false
launch_on:
- production
- staging
launch_on_cluster: "test"
monitoring:
production:
opsgenie_alerts:
enabled: true
cloudfront_5xx:
enabled: true
threshold: "95"
evaluation_periods: "15"
staging:
opsgenie_alerts:
enabled: false
ghost_inspector:
enabled: false
parameter_store_path:
staging: '/test-path'
parameter_store_key:
staging: 'arn:aws:kms:eu-west-2:000000000000:key/00000000-0000-0000-0000-000000000000'
container_count: "2"
enable_max_one_container_per_instance: true
cloudfront:
create: true
managed_cache_policy: "CachingDisabled"
managed_origin_policy: "AllViewerExceptHostHeader"
managed_response_headers_policy: "CORS-with-preflight-and-SecurityHeadersPolicy"
tls_protocol_version:
production: 'TLSv1.2_2019'
staging: 'TLSv1.2_2021'
bypass_protection:
production:
enabled: true
exclude_domains:
- example.com
origin_keepalive_timeout:
staging: "10"
production: "60"
origin_read_timeout:
staging: "40"
production: "60"
basic_auth:
staging: true
viewer_request_functions:
- name: 'default'
true_client_ip_header: true
ip_subnet_allow_list:
- '0.0.0.0/0'
redirects:
- from_hostname_pattern: example-old-domain-name.*
from_path_pattern: /*
to_hostname: example-domain-name.co.uk
to_path: /${path}
offline_page_http_status:
500: "/error-pages/500.html"
501: "/error-pages/501.html"
502: "/error-pages/502.html"
503: "/error-pages/503.html"
504: "/error-pages/504.html"
custom_origins:
staging:
- origin: test-media-staging.s3.amazonaws.com
id: test-media-staging-s3
production:
- origin: test-media-production.s3.amazonaws.com
id: test-media-production-s3
custom_behaviors:
staging:
- path_patterns:
- '/media/*'
target_origin_id: test-media-staging-s3
min_ttl: 1200
default_ttl: 3600
max_ttl: 86400
associate_viewer_request_function: "default"
production:
- path_patterns:
- '/media/*'
target_origin_id: test-media-production-s3
min_ttl: 1200
default_ttl: 3600
max_ttl: 86400
associate_viewer_request_function: "default"
managed_cache_policy: "CachingDisabled"
managed_origin_policy: "AllViewerExceptHostHeader"
managed_response_headers_policy: "CORS-with-preflight-and-SecurityHeadersPolicy"
lb_ip_whitelist:
- name: public
cidr: 0.0.0.0/0
lb_idle_timeout: '60'
global_accelerator:
production: true
health_check_path: '/check'
health_check_grace_period: '0'
serve_from_subdirectory: "/test-subdir"
domain_names:
staging:
- example-domain-name.co.uk
lb_ssl_certificate:
staging: 'arn:aws:acm:lb-region-0:000000000000:certificate/00000000-0000-0000-0000-000000000000'
cloudfront_ssl_certificate:
staging: 'arn:aws:acm:us-east-1:000000000000:certificate/00000000-0000-0000-0000-000000000000'
image_source: build_from_github_repo
image_location: git@github.com:dxw/dalmatian-test-app
custom_codestar_connection_arn: "arn:aws:codestar-connections:eu-west-2:000000000000:connection/00000000-0000-0000-0000-000000000000"
buildspec: 'buildspec.yml'
container_port: 3100
container_command: ["/docker-entrypoint.sh", "rails", "server"]
container_volumes:
- name: test-volume
host_path: /mnt/test
container_path: /test
container_extra_hosts:
- hostname: "example.com"
ipAddress: "127.0.0.1"
scheduled_tasks:
- name: old-scheduled-task
command: ["rake", "do:cron"]
schedule_expression: "cron(0 4 * * ? *)"
- name: test-scheduled-task
command: ["rake", "do:something"]
schedule_expression:
staging: "cron(0 12 * * ? *)"
production: "cron(1 2 * * ? *)"
workers:
- name: test-worker
command: ["bundle", "exec", sidekiq]
proxy_configuration:
staging:
https_proxy: "dalmatian_tinyproxy"
http_proxy: "http://my.test-proxy.com:8888"
no_proxy:
- "*.example.com"
- "93.184.216.34/32"
home_directory: "/home/user"
shared_loadbalancer:
- name: test-lb-1
idle_timeout: '60'
global_accelerator:
production: true
staging: false
in_use_by:
- test-service
waf:
- name: test-1
action: "count"
aws_managed_rules:
- name: 'AWSManagedRulesSQLiRuleSet'
excluded_path_patterns:
- "/wp-admin/async-upload.php"
- name: 'AWSManagedRulesCommonRuleSet'
exclude_rules:
- 'SizeRestrictions_BODY'
associations:
shared_loadbalancers:
- "test-lb-1"
service_cloudfront:
- "test-service"
environments:
production:
instance_type: t2.medium
min_servers: 2
max_servers: 4
staging:
instance_type: t2.small
min_servers: 2
max_servers: 4
track_revision: feature/experiment
extra_ecs_clusters:
- name: "test"
subnets_name: "extra_private_subnets"
min_servers: "2"
max_servers: "4"
instance_type: "t3.small"
tinyproxy:
create: true
shared-new-cluster:
account_id: 123456789012
cluster:
create: true
environments:
production:
instance_type: t2.medium
min_servers: 2
max_servers: 10
staging:
instance_type: t2.small
min_servers: 2
max_servers: 10
existing-shared-cluster-staging:
dalmatian_config_source:
- git@github.com:dxw/funky-app-dalmatian-config
account_id: 123456789012
cluster:
create: false
name: shared-cluster
environments:
staging:
example_var: foo
existing-shared-cluster-production:
dalmatian_config_source:
- git@github.com:dxw/neat-app-dalmatian-config
account_id: 123456789012
cluster:
create: false
name: shared-cluster
environments:
production:
example_var: bar

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IMPORTANT: The file content has been truncated.
Status: Showing lines 581-630 of 3542 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 630.
--- FILE CONTENT (truncated) ---
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"force_ssl" => true,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id"
}
)
)
)
end
let(:cluster1_validate_cmd_staging_aurora) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {

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# 51. SQL backups to S3
Date: 2021-01-22
## Status
Accepted
## Context
We need to take SQL dumps as backups, so that in case of disaster, we can import an SQL backup.
We currently take RDS snapshots, but these can only be restored to an RDS - which can lengthen the time it takes to restore a database
## Decision
We will create a scheduled task for each RDS launched, that will take an SQL dump of each database created on it.
These will be stored in S3, with Standard-IA (infequent access) to reduce cost of storing the backups.
The backups will be deleted after 90 days.
## Consequences
If AWS does completely go down, these will be unavailable, so offsite backups should be kept aswell.

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require_relative "../support/spec_helper"
module Dalmatian
RSpec.describe AuroraTest do
let(:helper) { class_double(Helper, change_to: true, run!: true, git_checkout: true) }
let(:logger) { class_double(Logger, info: true) }
let(:terraform) do
class_double(
Terraform,
fmt: true,
init: true,
validate: true,
ensure_presence_of_workspace: true
)
end
let(:aurora) do
instance_double(
Aurora,
identifier: "testaurora",
in_use_by: [
"test-service"
],
clusters_in_use: {
"production" => [
"test"
],
"staging" => [
"test"
]
},
minimum_size: {
"production" => 2,
"staging" => 1
},
maximum_size: {
"production" => 2,
"staging" => 1
},
engine: "aurora-postgresql",
engine_version: "11.9",
db_name: "testapp",
port: 5432,
maintenance_window: "mon:19:00-mon:19:30",
backup_window: "09:00-10:00",
backup_retention_period: 31,
force_ssl: true,
cluster_id: "new-dedicated-cluster-id",
account_id: 123456789012,
parameter_store_path_db_url_name: "DATABASE_URL",
sql_backup_scheduled_task_environment_variables: [
{
"name" => "foo",
"value" => "bar"
}
],
check_sql_backup_scheduled_task_environment_variables: [
{
"name" => "foo",
"value" => "bar"
}
],
sync_sql_backup_to_azure: false,
replication_bucket_destination_arn: "arn:aws:s3:::dest-bucket",
replication_kms_key_id: "key-id",
to_params: {
"identifier" => "testaurora",
"in_use_by" => ["test-service"],
"clusters_in_use" => {"production" => ["test"], "staging" => ["test"]},
"minimum_size" => {"production" => 2, "staging" => 1},
"maximum_size" => {"production" => 2, "staging" => 1},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"force_ssl" => true,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
"replication_kms_key_id" => "key-id"
}
)
end
let!(:aurora_test) do
AuroraTest.new(
aurora: aurora,
env: {name: "staging", details: {"min_servers" => 2, "max_servers" => 4}},
helper: helper,
logger: logger,
terraform: terraform
)
end
describe "#call" do
before do
allow(Terraform).to receive(:init)
allow(Terraform).to receive(:ensure_presence_of_workspace)
allow(logger).to receive(:info)
end
let(:workspace_name) { "new-dedicated-cluster-id-testaurora-aurora-staging" }
before { aurora_test.call }
it "changes to the aurora infrastructure directory" do
directory = File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"aurora"
)
expect(helper).to have_received(:change_to).with(directory)
end
it "logs our intention to run Terraform init" do
expect(logger).to have_received(:info).with(
"Running terraform init for #{workspace_name}"
)
end
it "runs Terraform init, with upgrade option" do
expect(terraform).to have_received(:init).with(upgrade: true)
end
it "ensures presence of workspace" do
expect(terraform).to have_received(:ensure_presence_of_workspace)
.with(workspace_name)
end
it "logs our intention to run Terraform fmt" do
expect(logger).to have_received(:info).with(
"Running terraform fmt for #{workspace_name}"
)
end
it "runs Terraform fmt with check and diff options" do
expect(terraform).to have_received(:fmt).with("-check -diff")
end
it "logs our intention to run Terraform validate" do
expect(logger).to have_received(:info).with(
"Running terraform validate for #{workspace_name}"
)
end
it "runs Terraform validate, with upgrade option" do
env_config = {
"min_servers" => 2,
"max_servers" => 4,
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
"replication_kms_key_id" => "key-id"
},
"account_id" => 123456789012,
"infrastructure_name" => "new-dedicated-cluster-id",
"environment" => "staging",
"dalmatian_role" => "dalmatian-read"
}
expect(terraform).to have_received(:validate).with(
tfvars: env_config
)
end
it "changes back to the app root directory" do
expect(helper).to have_received(:change_to).with(Infrastructure::APP_ROOT)
end
end
end
end

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require_relative "../support/spec_helper"
module Dalmatian
RSpec.describe AuroraTest do
let(:helper) { class_double(Helper, change_to: true, run!: true, git_checkout: true) }
let(:logger) { class_double(Logger, info: true) }
let(:terraform) do
class_double(
Terraform,
fmt: true,
init: true,
validate: true,
ensure_presence_of_workspace: true
)
end
let(:aurora) do
instance_double(
Aurora,
identifier: "testaurora",
in_use_by: [
"test-service"
],
clusters_in_use: {
"production" => [
"test"
],
"staging" => [
"test"
]
},
minimum_size: {
"production" => 2,
"staging" => 1
},
maximum_size: {
"production" => 2,
"staging" => 1
},
engine: "aurora-postgresql",
engine_version: "11.9",
db_name: "testapp",
port: 5432,
maintenance_window: "mon:19:00-mon:19:30",
backup_window: "09:00-10:00",
backup_retention_period: 31,
force_ssl: true,
cluster_id: "new-dedicated-cluster-id",
account_id: 123456789012,
parameter_store_path_db_url_name: "DATABASE_URL",
sql_backup_scheduled_task_environment_variables: [
{
"name" => "foo",
"value" => "bar"
}
],
check_sql_backup_scheduled_task_environment_variables: [
{
"name" => "foo",
"value" => "bar"
}
],
sync_sql_backup_to_azure: false,
replication_bucket_destination_arn: "arn:aws:s3:::dest-bucket",
replication_kms_key_id: "key-id",
to_params: {
"identifier" => "testaurora",
"in_use_by" => ["test-service"],
"clusters_in_use" => {"production" => ["test"], "staging" => ["test"]},
"minimum_size" => {"production" => 2, "staging" => 1},
"maximum_size" => {"production" => 2, "staging" => 1},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"force_ssl" => true,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
"replication_kms_key_id" => "key-id"
}
)
end
let!(:aurora_test) do
AuroraTest.new(
aurora: aurora,
env: {name: "staging", details: {"min_servers" => 2, "max_servers" => 4}},
helper: helper,
logger: logger,
terraform: terraform
)
end
describe "#call" do
before do
allow(Terraform).to receive(:init)
allow(Terraform).to receive(:ensure_presence_of_workspace)
allow(logger).to receive(:info)
end
let(:workspace_name) { "new-dedicated-cluster-id-testaurora-aurora-staging" }
before { aurora_test.call }
it "changes to the aurora infrastructure directory" do
directory = File.join(
Infrastructure::APP_ROOT,
Infrastructure::PATH,
"aurora"
)
expect(helper).to have_received(:change_to).with(directory)
end
it "logs our intention to run Terraform init" do
expect(logger).to have_received(:info).with(
"Running terraform init for #{workspace_name}"
)
end
it "runs Terraform init, with upgrade option" do
expect(terraform).to have_received(:init).with(upgrade: true)
end
it "ensures presence of workspace" do
expect(terraform).to have_received(:ensure_presence_of_workspace)
.with(workspace_name)
end
it "logs our intention to run Terraform fmt" do
expect(logger).to have_received(:info).with(
"Running terraform fmt for #{workspace_name}"
)
end
it "runs Terraform fmt with check and diff options" do
expect(terraform).to have_received(:fmt).with("-check -diff")
end
it "logs our intention to run Terraform validate" do
expect(logger).to have_received(:info).with(
"Running terraform validate for #{workspace_name}"
)
end
it "runs Terraform validate, with upgrade option" do
env_config = {
"min_servers" => 2,
"max_servers" => 4,
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
"replication_kms_key_id" => "key-id"
},
"account_id" => 123456789012,
"infrastructure_name" => "new-dedicated-cluster-id",
"environment" => "staging",
"dalmatian_role" => "dalmatian-read"
}
expect(terraform).to have_received(:validate).with(
tfvars: env_config
)
end
it "changes back to the app root directory" do
expect(helper).to have_received(:change_to).with(Infrastructure::APP_ROOT)
end
end
end
end

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IMPORTANT: The file content has been truncated.
Status: Showing lines 181-230 of 231 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 230.
--- FILE CONTENT (truncated) ---
],
"clusters_in_use" => {
"production" => [
"test",
"default_dalmatian_ecs_cluster"
],
"staging" => [
"test",
"default_dalmatian_ecs_cluster"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"force_ssl" => true,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::dest-bucket",
"replication_kms_key_id" => "key-id"
}
expect(aurora.to_params).to eq(expected_params)
end
end
end
end

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IMPORTANT: The file content has been truncated.
Status: Showing lines 581-600 of 3542 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 600.
--- FILE CONTENT (truncated) ---
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",

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IMPORTANT: The file content has been truncated.
Status: Showing lines 446-465 of 1739 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 465.
--- FILE CONTENT (truncated) ---
terraform_apply_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"environment" => "production",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-admin",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [

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module Dalmatian
class Aurora
def initialize(cluster:, reference:)
@cluster = cluster
@reference = reference
end
attr_reader :cluster, :reference
def identifier
reference["identifier"]
end
def in_use_by
reference["in_use_by"] || []
end
def clusters_in_use
clusters_in_use = {}
cluster_environments.each do |env_name, _env_config|
clusters_in_use[env_name] = []
services.each do |service|
in_use_by.each do |service_name|
next if service.name != service_name
clusters_in_use[env_name] << if service.launch_on_cluster.empty?
"default_dalmatian_ecs_cluster"
else
service.launch_on_cluster
end
end
end
if in_use_by.empty?
clusters_in_use[env_name] << "default_dalmatian_ecs_cluster" ## fails SimpleCov
end
clusters_in_use[env_name] = clusters_in_use[env_name].uniq
end
clusters_in_use
end
def minimum_size
minimum_size = {}
reference["minimum_size"] = {} if reference["minimum_size"].nil?
cluster_environments.each do |env_name, _env_config|
minimum_size[env_name] = reference["minimum_size"][env_name] || ""
end
minimum_size
end
def maximum_size
maximum_size = {}
reference["maximum_size"] = {} if reference["maximum_size"].nil?
cluster_environments.each do |env_name, _env_config|
maximum_size[env_name] = reference["maximum_size"][env_name] || ""
end
maximum_size
end
def engine
reference["engine"]
end
def engine_version
reference["engine_version"]
end
def db_name
reference["db_name"]
end
def port
reference["port"] || ""
end
def maintenance_window
reference["maintenance_window"] || ""
end
def backup_window
reference["backup_window"] || ""
end
def backup_retention_period
reference["backup_retention_period"] || ""
end
def parameter_store_path_db_url_name
reference["parameter_store_path_db_url_name"] || ""
end
def sql_backup_scheduled_task_environment_variables
reference["sql_backup_scheduled_task_environment_variables"] || []
end
def check_sql_backup_scheduled_task_environment_variables
reference["check_sql_backup_scheduled_task_environment_variables"] || []
end
def sync_sql_backup_to_azure
reference["sync_sql_backup_to_azure"] || false
end
def replication_bucket_destination_arn
reference["replication_bucket_destination_arn"] || ""
end
def replication_kms_key_id
reference["replication_kms_key_id"] || ""
end
def force_ssl
reference["force_ssl"] || "false"
end
def cluster_id
cluster.id
end
def cluster_environments
cluster.environments
end
def account_id
cluster.account_id
end
def services
cluster.services
end
def to_params
{
"identifier" => identifier,
"in_use_by" => in_use_by,
"clusters_in_use" => clusters_in_use,
"minimum_size" => minimum_size,
"maximum_size" => maximum_size,
"engine" => engine,
"engine_version" => engine_version,
"db_name" => db_name,
"port" => port,
"force_ssl" => force_ssl,
"maintenance_window" => maintenance_window,
"backup_window" => backup_window,
"backup_retention_period" => backup_retention_period,
"parameter_store_path_db_url_name" => parameter_store_path_db_url_name,
"sql_backup_scheduled_task_environment_variables" => sql_backup_scheduled_task_environment_variables,
"check_sql_backup_scheduled_task_environment_variables" => check_sql_backup_scheduled_task_environment_variables,
"sync_sql_backup_to_azure" => sync_sql_backup_to_azure,
"replication_bucket_destination_arn" => replication_bucket_destination_arn,
"replication_kms_key_id" => replication_kms_key_id
}
end
end
end

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IMPORTANT: The file content has been truncated.
Status: Showing lines 551-650 of 3542 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 650.
--- FILE CONTENT (truncated) ---
let(:cluster1_validate_cmd_production_aurora) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "production",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id"
}
)
)
)
end
let(:cluster1_validate_cmd_staging_aurora) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {

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IMPORTANT: The file content has been truncated.
Status: Showing lines 151-200 of 443 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 200.
--- FILE CONTENT (truncated) ---
aurora:
- identifier: testaurora
in_use_by:
- test-service
engine: 'aurora-postgresql'
engine_version: '11.9'
db_name: 'testapp'
port: 5432
maintenance_window: 'mon:19:00-mon:19:30'
backup_window: '09:00-10:00'
backup_retention_period: 31
force_ssl: true
minimum_size:
staging: 1
production: 2
maximum_size:
staging: 1
production: 2
parameter_store_path_db_url_name: 'DATABASE_URL'
sql_backup_scheduled_task_environment_variables:
- name: "foo"
value: "bar"
check_sql_backup_scheduled_task_environment_variables:
- name: "foo"
value: "bar"
replication_bucket_destination_arn: "arn:aws:s3:::your-destination-bucket-name"
replication_kms_key_id: "your-destination-kms-key-id"
elasticache_cluster:
- identifier: testredis
in_use_by:
- test-service
engine: 'redis'
node_type: 'cache.t2.micro'
node_count: 1
engine: 'redis'
engine_version: '5.0.6'
port: 6379
maintenance_window: 'mon:19:00-mon:22:00'
snapshot_window: '09:00-10:00'
parameter_store_path_elasticache_cluster_url_name: 'REDIS_URL'
opensearch_cluster:
- identifier: testos
in_use_by:
- test-service
version: '1.2'
master_enabled: true
master_count: '1'
master_type: 'c6g.large.search'
instance_count: '3'
instance_type: 't3.small.search'

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IMPORTANT: The file content has been truncated.
Status: Showing lines 551-650 of 3542 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 650.
--- FILE CONTENT (truncated) ---
let(:cluster1_validate_cmd_production_aurora) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.medium",
"min_servers" => "2",
"max_servers" => "4",
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "production",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {
"production" => 2,
"staging" => 1
},
"maximum_size" => {
"production" => 2,
"staging" => 1
},
"engine" => "aurora-postgresql",
"engine_version" => "11.9",
"db_name" => "testapp",
"port" => 5432,
"maintenance_window" => "mon:19:00-mon:19:30",
"backup_window" => "09:00-10:00",
"backup_retention_period" => 31,
"force_ssl" => true,
"parameter_store_path_db_url_name" => "DATABASE_URL",
"sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"check_sql_backup_scheduled_task_environment_variables" => [
{
"name" => "foo",
"value" => "bar"
}
],
"sync_sql_backup_to_azure" => false,
"replication_bucket_destination_arn" => "arn:aws:s3:::your-destination-bucket-name",
"replication_kms_key_id" => "your-destination-kms-key-id"
}
)
)
)
end
let(:cluster1_validate_cmd_staging_aurora) do
terraform_validate_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"instance_type" => "t2.small",
"min_servers" => "2",
"max_servers" => "4",
"track_revision" => "feature/experiment",
"extra_ecs_clusters" => [
{
"name" => "test",
"subnets_name" => "extra_private_subnets",
"min_servers" => "2",
"max_servers" => "4",
"instance_type" => "t3.small"
}
],
"tinyproxy" => {
"create" => true
},
"account_id" => "123456789012",
"infrastructure_name" => "new-dedicated-cluster",
"dalmatian_role" => "dalmatian-read",
"environment" => "staging",
"aurora" => {
"identifier" => "testaurora",
"in_use_by" => [
"test-service"
],
"clusters_in_use" => {
"production" => [
"test"
],
"staging" => [
"test"
]
},
"minimum_size" => {

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IMPORTANT: The file content has been truncated.
Status: Showing lines 3301-3350 of 3542 total lines.
Action: To read more of the file, you can use the 'offset' and 'limit' parameters in a subsequent 'read_file' call. For example, to read the next section of the file, use offset: 3350.
--- FILE CONTENT (truncated) ---
"account_id" => "123456789012",
"infrastructure_name" => "existing-shared-cluster-production",
"dalmatian_role" => "dalmatian-read",
"environment" => "production"
)
)
)
end
let(:cluster4_plan_cmd_production) do
terraform_plan_cmd(
tfvar_arg_string(
infrastructure_defaults.merge(
"example_var" => "bar",
"environment" => "production",
"cluster_name" => "shared-cluster-production",
"account_id" => "123456789012",
"infrastructure_name" => "existing-shared-cluster-production",
"dalmatian_role" => "dalmatian-read"
)
)
)
end
before do
allow(Logger).to receive(:info)
stub_git_clone_cmds
stub_git_checkout
stub_workspace_creation_cmds
allow(Helper).to receive(:run!).with("rake terrafile")
allow(Helper).to receive(:run!).with("terraform init -upgrade=true")
allow(Helper).to receive(:run!).with("terraform fmt -check -diff")
allow(Helper).to receive(:run!).with(cluster1_validate_cmd_hz)
allow(Helper).to receive(:run!).with(cluster1_validate_cmd_s3)
allow(Helper).to receive(:run!).with(cluster1_validate_cmd_vpn_cg)
allow(Helper).to receive(:run!).with(cluster1_plan_cmd_hz)
allow(Helper).to receive(:run!).with(cluster1_plan_cmd_s3)
allow(Helper).to receive(:run!).with(cluster1_plan_cmd_vpn_cg)
allow(Helper).to receive(:run!).with(cluster1_validate_cmd_production)
allow(Helper).to receive(:run!).with(cluster1_validate_cmd_staging)
allow(Helper).to receive(:run!).with(cluster1_plan_cmd_production)
allow(Helper).to receive(:run!).with(cluster1_plan_cmd_staging)
allow(Helper).to receive(:run!).with(source1_validate_cmd_production)
allow(Helper).to receive(:run!).with(source1_validate_cmd_staging)
allow(Helper).to receive(:run!).with(cluster1_validate_cmd_production_waf)
allow(Helper).to receive(:run!).with(cluster1_validate_cmd_staging_waf)

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