ansible/automation-reports
Jan 2025 – Jan 2026
11 Months active
Languages Used
JavaScriptPythonSCSSShellTypeScriptYAMLCSSDRF
Technical Skills
API DevelopmentAPI IntegrationBackend DevelopmentCI/CDComponent DesignConfiguration Management
Kristijan Čagran
PROFILE
Kristijan Čagran
Kristijan Cagran developed and maintained the ansible/automation-reports repository, delivering a robust reporting and analytics platform for automation data. Over 11 months, he engineered features such as project-based filtering, cost reporting, and PDF export, while ensuring data integrity through Django migrations and backend validation. His work integrated technologies like Python, Django, and React, with a strong emphasis on API development, authentication, and CI/CD practices. Kristijan improved system reliability with automated testing, observability enhancements, and dependency management. By addressing both backend and frontend challenges, he enabled accurate, scalable reporting workflows and maintained high code quality across evolving business requirements.
Overall Statistics
Feature vs Bugs
78%Features
Repository Contributions
91Total
Bugs
15
Commits
91
Features
53
Lines of code
64,476
Activity Months11
Your Network
7 peopleSame Organization
@xlab.si2
Work History
January 2026
2 Commits • 1 Features
Jan 1, 2026January 2026 (ansible/automation-reports): Key deliverables included a data integrity fix during Django migrations to enforce unique external IDs and resolve duplicates, and a dependency upgrade of urllib3 to 2.6.3 across requirements. These changes enhance data reliability, migration stability, and library compatibility, reducing production risk. Tech stack and practices demonstrated include Django migrations, Python packaging, and dependency management.
2 Commits • 1 Features
Jan 1, 2026January 2026 (ansible/automation-reports): Key deliverables included a data integrity fix during Django migrations to enforce unique external IDs and resolve duplicates, and a dependency upgrade of urllib3 to 2.6.3 across requirements. These changes enhance data reliability, migration stability, and library compatibility, reducing production risk. Tech stack and practices demonstrated include Django migrations, Python packaging, and dependency management.
January 2026
December 2025
6 Commits • 3 Features
Dec 1, 2025December 2025 (ansible/automation-reports): Delivered business-value features and fixes across code quality, observability, UX, billing accuracy, and API usability. Implemented automated quality gates with SonarCloud, enhanced logging for AAP authentication and cluster management, corrected cost calculations to hourly rates for manual jobs, improved user feedback with a new toaster system and input validation, and expanded API docs with OpenAPI support, Swagger, and ReDoc views. These changes improve deployment reliability, cost transparency, developer experience, and API accessibility.
December 2025
6 Commits • 3 Features
Dec 1, 2025December 2025 (ansible/automation-reports): Delivered business-value features and fixes across code quality, observability, UX, billing accuracy, and API usability. Implemented automated quality gates with SonarCloud, enhanced logging for AAP authentication and cluster management, corrected cost calculations to hourly rates for manual jobs, improved user feedback with a new toaster system and input validation, and expanded API docs with OpenAPI support, Swagger, and ReDoc views. These changes improve deployment reliability, cost transparency, developer experience, and API accessibility.
November 2025
10 Commits • 4 Features
Nov 1, 2025Month: 2025-11 | Repository: ansible/automation-reports Concise monthly summary focusing on delivered value, reliability, and technical excellence. Key features delivered: - PDF Job Template Downloads Limit: Introduced a hard limit on downloadable PDF job templates with a warning modal when the limit is exceeded, reducing server load and preventing abuse. (Commit: 405f7ec7ff05ffc85c42bfbd51e640dd29215a78) - Observability Enhancements: Improved logging clarity by raising warnings instead of errors and added Prometheus-based telemetry for job metrics and subsystem performance, enabling proactive reliability and SLIs. (Commits: 1b8c87cc25fc49681555583b22873e7ea26b9fff; ffe1def858d06805f69dbfbda2fd585b2472ee56) - UI Performance Enhancement for Filter Data Loading: Optimized initial loading of filter data and updated UI response handling to improve perceived performance and resilience, including related BE/FE fixes and test updates. (Commit: de70d2ab72551dd06f687b8339f18f107594135f) - Documentation and Dependency Updates: Updated docs and dependencies across the project to ensure compatibility, security, and maintainability (Commits: 2decf6a10be3fae3ad66fff953b2554bf79cc317; b3978e19d3a248849583b8b5aaff116f8ad252eb; fe8ba53cb1627c5c295c3c85bd61fa5179ba45eb; 6576cd029c179e93f5c15e3563f6f03891ba7a54). Major bugs fixed: - User Creation - Correct Role Assignment: Fixed user creation flow to correctly distinguish and assign platform auditor vs. system auditor roles, preventing misconfiguration. (Commit: 759d13138b1dabf2676d41720b3b5238c62141ef) - Manual Execution Time Calculation for Empty Job Templates: Corrected calculation when no jobs exist for a job template, ensuring accurate metrics and reporting. (Commit: 77798cbb110dfab754dba519d10ccd89765879e5) Overall impact and accomplishments: - Strengthened security and governance with precise role assignment, reducing risk of improper access. - Increased reliability and observability through structured logging and telemetry, enabling proactive issue detection and faster MTTR. - Improved performance and responsiveness for end users via frontend data-loading optimizations and better error handling, aligned with updated tests. - Maintained and modernized the codebase with up-to-date documentation and dependencies for long-term sustainability. Technologies/skills demonstrated: - Backend feature and bug fix patterns, observability (logging levels, Prometheus telemetry) - Frontend performance tuning and robust UI state handling - Test modernization (Playwright/test updates) and dependency management - Security/compliance focus through dependency auditing and documentation updates
10 Commits • 4 Features
Nov 1, 2025Month: 2025-11 | Repository: ansible/automation-reports Concise monthly summary focusing on delivered value, reliability, and technical excellence. Key features delivered: - PDF Job Template Downloads Limit: Introduced a hard limit on downloadable PDF job templates with a warning modal when the limit is exceeded, reducing server load and preventing abuse. (Commit: 405f7ec7ff05ffc85c42bfbd51e640dd29215a78) - Observability Enhancements: Improved logging clarity by raising warnings instead of errors and added Prometheus-based telemetry for job metrics and subsystem performance, enabling proactive reliability and SLIs. (Commits: 1b8c87cc25fc49681555583b22873e7ea26b9fff; ffe1def858d06805f69dbfbda2fd585b2472ee56) - UI Performance Enhancement for Filter Data Loading: Optimized initial loading of filter data and updated UI response handling to improve perceived performance and resilience, including related BE/FE fixes and test updates. (Commit: de70d2ab72551dd06f687b8339f18f107594135f) - Documentation and Dependency Updates: Updated docs and dependencies across the project to ensure compatibility, security, and maintainability (Commits: 2decf6a10be3fae3ad66fff953b2554bf79cc317; b3978e19d3a248849583b8b5aaff116f8ad252eb; fe8ba53cb1627c5c295c3c85bd61fa5179ba45eb; 6576cd029c179e93f5c15e3563f6f03891ba7a54). Major bugs fixed: - User Creation - Correct Role Assignment: Fixed user creation flow to correctly distinguish and assign platform auditor vs. system auditor roles, preventing misconfiguration. (Commit: 759d13138b1dabf2676d41720b3b5238c62141ef) - Manual Execution Time Calculation for Empty Job Templates: Corrected calculation when no jobs exist for a job template, ensuring accurate metrics and reporting. (Commit: 77798cbb110dfab754dba519d10ccd89765879e5) Overall impact and accomplishments: - Strengthened security and governance with precise role assignment, reducing risk of improper access. - Increased reliability and observability through structured logging and telemetry, enabling proactive issue detection and faster MTTR. - Improved performance and responsiveness for end users via frontend data-loading optimizations and better error handling, aligned with updated tests. - Maintained and modernized the codebase with up-to-date documentation and dependencies for long-term sustainability. Technologies/skills demonstrated: - Backend feature and bug fix patterns, observability (logging levels, Prometheus telemetry) - Frontend performance tuning and robust UI state handling - Test modernization (Playwright/test updates) and dependency management - Security/compliance focus through dependency auditing and documentation updates
November 2025
October 2025
3 Commits • 2 Features
Oct 1, 2025October 2025: Delivered three core improvements for the ansible/automation-reports project, focusing on data integrity, API usability, and authentication scope. Implemented deduplication and constraint enforcement, input validation with a reset endpoint, and system auditor access via updated OAuth flow.
October 2025
3 Commits • 2 Features
Oct 1, 2025October 2025: Delivered three core improvements for the ansible/automation-reports project, focusing on data integrity, API usability, and authentication scope. Implemented deduplication and constraint enforcement, input validation with a reset endpoint, and system auditor access via updated OAuth flow.
September 2025
4 Commits • 4 Features
Sep 1, 2025September 2025 monthly summary for ansible/automation-reports. Focused on delivering core improvements to reporting accuracy, usability, and operational resilience, while enabling safer long-running task management. The month combined feature enhancements, cleanups, and a new cancellation workflow to streamline operations and reduce toil.
4 Commits • 4 Features
Sep 1, 2025September 2025 monthly summary for ansible/automation-reports. Focused on delivering core improvements to reporting accuracy, usability, and operational resilience, while enabling safer long-running task management. The month combined feature enhancements, cleanups, and a new cancellation workflow to streamline operations and reduce toil.
September 2025
August 2025
13 Commits • 5 Features
Aug 1, 2025August 2025 (2025-08) performance snapshot for ansible/automation-reports. Delivered a robust data synchronization and authentication foundation, focused on reliability, security, and developer velocity. Key outcomes include a new dispacherd-based Background Task Dispatcher enabling robust, scalable sync and accurate metric parsing; AAP authentication system with token encryption, logout support, and improved error handling; YAML-configurable data sync scheduling with validated parsing and initial window configurability; hardening of LaunchedBy data parsing to prevent user creation errors; and cost reporting improvements ensuring correct time series boundaries with default cost types. In addition, testing and build stability were enhanced through pytest migration, CI/CD updates, and frontend tooling simplification. These changes collectively improve data reliability, security, observability, and operational efficiency, while reducing risk and time-to-value for data-driven insights.
August 2025
13 Commits • 5 Features
Aug 1, 2025August 2025 (2025-08) performance snapshot for ansible/automation-reports. Delivered a robust data synchronization and authentication foundation, focused on reliability, security, and developer velocity. Key outcomes include a new dispacherd-based Background Task Dispatcher enabling robust, scalable sync and accurate metric parsing; AAP authentication system with token encryption, logout support, and improved error handling; YAML-configurable data sync scheduling with validated parsing and initial window configurability; hardening of LaunchedBy data parsing to prevent user creation errors; and cost reporting improvements ensuring correct time series boundaries with default cost types. In addition, testing and build stability were enhanced through pytest migration, CI/CD updates, and frontend tooling simplification. These changes collectively improve data reliability, security, observability, and operational efficiency, while reducing risk and time-to-value for data-driven insights.
May 2025
4 Commits • 4 Features
May 1, 2025Monthly Summary — 2025-05 — ansible/automation-reports Key outcomes delivered in May 2025: - Dashboard Accessibility Enhancement: Added aria-checked attribute to the switch component to ensure screen readers correctly interpret the switch state, improving accessibility in the dashboard table UI. Commit: 96e4969c6098776b8d78e0e3a00caae4c73c697e (Small fix #53). - Ansible Automation Platform (AAP) v2.5 Compatibility: Updated API endpoints and version checking logic to support AAP v2.5; refactored API connector for multiple AAP versions; adjusted report calculations and data synchronization accordingly. Commit: ba1867f2f9bf401b26e402ac8b1f639548890e5e (Enable AAP 2.5). - Backend Testing Improvements for Automation Reports: Introduced comprehensive backend tests for the automation reports feature, refactored date range tests, and added a test suite for views (ping, template options, report generation, and CSV/PDF exports); updated serializers and settings. Commit: 3b41bd4be7809394552c5db6c7d93515a0d2e8f4 (BE tests (#33)). - Security Hardening and Transaction Management for AWX/Cluster Setup: Block API calls to AWX instances by validating the X-Api-Product-Name header; improve transaction management during cluster setup with transaction.set_rollback(True) to ensure proper rollback. Commit: 9f35e848cc733f47b4bc78ec7ea994fa84dda3fc (Block api calls to AWX instance). Overall impact and accomplishments: - Accessibility, compatibility, testing, and security hardening were improved, delivering a more resilient, compliant, and maintainable automation-reports solution. This reduces user friction, minimizes risk of regression after updates, and strengthens cluster operations. Technologies/skills demonstrated: - Accessibility (ARIA), API integration and versioning, Python/Django backend, testing frameworks (backend tests, serializers), data export paths (CSV/PDF), and transactional safeguards in cluster setup.
4 Commits • 4 Features
May 1, 2025Monthly Summary — 2025-05 — ansible/automation-reports Key outcomes delivered in May 2025: - Dashboard Accessibility Enhancement: Added aria-checked attribute to the switch component to ensure screen readers correctly interpret the switch state, improving accessibility in the dashboard table UI. Commit: 96e4969c6098776b8d78e0e3a00caae4c73c697e (Small fix #53). - Ansible Automation Platform (AAP) v2.5 Compatibility: Updated API endpoints and version checking logic to support AAP v2.5; refactored API connector for multiple AAP versions; adjusted report calculations and data synchronization accordingly. Commit: ba1867f2f9bf401b26e402ac8b1f639548890e5e (Enable AAP 2.5). - Backend Testing Improvements for Automation Reports: Introduced comprehensive backend tests for the automation reports feature, refactored date range tests, and added a test suite for views (ping, template options, report generation, and CSV/PDF exports); updated serializers and settings. Commit: 3b41bd4be7809394552c5db6c7d93515a0d2e8f4 (BE tests (#33)). - Security Hardening and Transaction Management for AWX/Cluster Setup: Block API calls to AWX instances by validating the X-Api-Product-Name header; improve transaction management during cluster setup with transaction.set_rollback(True) to ensure proper rollback. Commit: 9f35e848cc733f47b4bc78ec7ea994fa84dda3fc (Block api calls to AWX instance). Overall impact and accomplishments: - Accessibility, compatibility, testing, and security hardening were improved, delivering a more resilient, compliant, and maintainable automation-reports solution. This reduces user friction, minimizes risk of regression after updates, and strengthens cluster operations. Technologies/skills demonstrated: - Accessibility (ARIA), API integration and versioning, Python/Django backend, testing frameworks (backend tests, serializers), data export paths (CSV/PDF), and transactional safeguards in cluster setup.
May 2025
April 2025
7 Commits • 5 Features
Apr 1, 2025Apr 2025 monthly summary for ansible/automation-reports: End-to-end delivery of project-based filtering across reports, UI, and templates; ROI calculator enhancements including time-to-create-automation; rebranding to Automation Dashboard; form/input handling improvements; and report-generation cleanup and optimization. These efforts deliver targeted analytics, more accurate ROI insights, faster report delivery, and a cleaner codebase, directly supporting business decisions and user productivity.
April 2025
7 Commits • 5 Features
Apr 1, 2025Apr 2025 monthly summary for ansible/automation-reports: End-to-end delivery of project-based filtering across reports, UI, and templates; ROI calculator enhancements including time-to-create-automation; rebranding to Automation Dashboard; form/input handling improvements; and report-generation cleanup and optimization. These efforts deliver targeted analytics, more accurate ROI insights, faster report delivery, and a cleaner codebase, directly supporting business decisions and user productivity.
March 2025
12 Commits • 5 Features
Mar 1, 2025March 2025 focused on delivering business value through feature-rich reporting improvements, stronger data accuracy, and improved data delivery workflows for the ansible/automation-reports repo. Key features delivered include: 1) Dashboard UI and chart improvements for better data readability and interaction; 2) Reporting data accuracy and reliability enhancements with refined filtering and date logic; 3) Backend enhancements for reporting and views, introducing common API endpoints and time-related fields; 4) PDF export support for reports and dashboards; 5) Increased data freshness through hourly synchronization. Major bugs fixed during the month include: 1) Top users data accuracy fix to ensure real-user data is reported (#31); 2) Report saving error handling improvements with clearer messaging (#42); 3) Code quality and maintenance improvements (code cleanup and import optimization, (#40)). Overall, these changes reduce time-to-insight, improve decision quality, and provide a more scalable, testable reporting platform. Technologies/skills demonstrated include frontend UI polish, backend API design, data quality controls, error handling, PDF generation, and cron-based data synchronization.
12 Commits • 5 Features
Mar 1, 2025March 2025 focused on delivering business value through feature-rich reporting improvements, stronger data accuracy, and improved data delivery workflows for the ansible/automation-reports repo. Key features delivered include: 1) Dashboard UI and chart improvements for better data readability and interaction; 2) Reporting data accuracy and reliability enhancements with refined filtering and date logic; 3) Backend enhancements for reporting and views, introducing common API endpoints and time-related fields; 4) PDF export support for reports and dashboards; 5) Increased data freshness through hourly synchronization. Major bugs fixed during the month include: 1) Top users data accuracy fix to ensure real-user data is reported (#31); 2) Report saving error handling improvements with clearer messaging (#42); 3) Code quality and maintenance improvements (code cleanup and import optimization, (#40)). Overall, these changes reduce time-to-insight, improve decision quality, and provide a more scalable, testable reporting platform. Technologies/skills demonstrated include frontend UI polish, backend API design, data quality controls, error handling, PDF generation, and cron-based data synchronization.
March 2025
February 2025
25 Commits • 17 Features
Feb 1, 2025February 2025 (2025-02) was focused on delivering core reporting features, improving data reliability, and enhancing user experience in ansible/automation-reports. Key features added include Base Items View, Report Detail Data, and Project Data, along with chart and UI enhancements such as Chart Data Range, Enable Ordering by Number of Runs, Error and Loading States, and Dashboard UI Improvements. Data synchronization capabilities were strengthened with Periodic and Manual Data Sync for fresher, more accurate dashboards. Several stability and performance fixes were applied, including Webpack fixes after refactor and improved date/time handling. Overall impact: faster time-to-insight, more accurate reports, reduced maintenance, and a smoother, more controllable UI for data management and cost editing.
February 2025
25 Commits • 17 Features
Feb 1, 2025February 2025 (2025-02) was focused on delivering core reporting features, improving data reliability, and enhancing user experience in ansible/automation-reports. Key features added include Base Items View, Report Detail Data, and Project Data, along with chart and UI enhancements such as Chart Data Range, Enable Ordering by Number of Runs, Error and Loading States, and Dashboard UI Improvements. Data synchronization capabilities were strengthened with Periodic and Manual Data Sync for fresher, more accurate dashboards. Several stability and performance fixes were applied, including Webpack fixes after refactor and improved date/time handling. Overall impact: faster time-to-insight, more accurate reports, reduced maintenance, and a smoother, more controllable UI for data management and cost editing.
January 2025
5 Commits • 3 Features
Jan 1, 2025January 2025 — Built a solid foundation for ansible/automation-reports. Key deliveries include (1) repository bootstrap with README, project structure, linting/formatting rules, environment configuration, build processes, and initial frontend/backend skeletons with routing; (2) Data Filtering System with UI components (dropdowns, date range) and backend endpoints enabling time-based data exploration and reporting; (3) Terminology standardization, renaming 'instances' to 'clusters', with clusters app configuration and migrations to improve consistency. Impact: accelerates onboarding, enables reliable, time-based analytics, and reduces maintenance by standardizing vocabulary. Technologies/skills demonstrated: full-stack scaffolding, UI component design, API endpoints, migrations, linting/CI readiness, and cross-team terminology governance.
5 Commits • 3 Features
Jan 1, 2025January 2025 — Built a solid foundation for ansible/automation-reports. Key deliveries include (1) repository bootstrap with README, project structure, linting/formatting rules, environment configuration, build processes, and initial frontend/backend skeletons with routing; (2) Data Filtering System with UI components (dropdowns, date range) and backend endpoints enabling time-based data exploration and reporting; (3) Terminology standardization, renaming 'instances' to 'clusters', with clusters app configuration and migrations to improve consistency. Impact: accelerates onboarding, enables reliable, time-based analytics, and reduces maintenance by standardizing vocabulary. Technologies/skills demonstrated: full-stack scaffolding, UI component design, API endpoints, migrations, linting/CI readiness, and cross-team terminology governance.
January 2025
Activity
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Quality Metrics
Correctness88.8%
Maintainability86.0%
Architecture84.2%
Performance80.0%
AI Usage24.4%
Skills & Technologies
Programming Languages
BashCSSDRFDjangoHTMLINIJSONJavaScriptMarkdownPython
Technical Skills
API DevelopmentAPI IntegrationAPI TestingAPI developmentAccessibilityAuthenticationAuthorizationBackend DevelopmentBackground Task ProcessingBuild ToolsCI/CDCSSCSS/SCSSCeleryChart Data Generation
Repositories Contributed To
Overview of all repositories you've contributed to across your timeline