equinor/ecalc
Oct 2024 – Feb 2026
17 Months active
Languages Used
PythonMarkdownYAMLBashJavaShellJupyter NotebookTypeScript
Technical Skills
PythonYAMLdata modelingtestingBackend DevelopmentBuild System Configuration
Jostein Solaas
PROFILE
Jostein Solaas
Over 17 months, contributed to the equinor/ecalc repository by architecting and delivering robust backend features, including energy processing pipelines, modular solver architectures, and configuration-driven testing frameworks. Leveraged Python, YAML, and Java to implement abstract interfaces, protocol-based abstractions, and advanced data validation, ensuring maintainable and scalable code. Refactored core logic for result handling, streamlined model mapping, and enhanced error reporting to improve reliability and diagnosability. Upgraded CI/CD pipelines and modernized tooling for faster, more stable deployments. Emphasized code clarity, documentation, and test infrastructure, resulting in a codebase that supports rapid iteration, safer analytics, and easier onboarding for future contributors.
Overall Statistics
Feature vs Bugs
78%Features
Repository Contributions
167Total
Bugs
17
Commits
167
Features
60
Lines of code
368,561
Activity Months17
Your Network
89 peopleWork History
February 2026
7 Commits • 2 Features
Feb 1, 2026February 2026 (2026-02) performance summary for equinor/ecalc: Key features delivered include Recirculation Optimization and Solver to optimize fluid flow and pressure within a process system, using a solver to determine optimal recirculation rates under system constraints. Also delivered Choke Solvers and a Modular Solver Architecture, decoupling the SpeedSolver from the ProcessSystem and standardizing choke handling to enable modular testing and easier integration. Added Capacity/Operational Limit Error Handling to raise exceptions when a process system or unit is outside capacity, enabling early failure detection and safer operation. These changes improve run-time safety, configurability, and testability, and enable faster feature iteration for future enhancements.
7 Commits • 2 Features
Feb 1, 2026February 2026 (2026-02) performance summary for equinor/ecalc: Key features delivered include Recirculation Optimization and Solver to optimize fluid flow and pressure within a process system, using a solver to determine optimal recirculation rates under system constraints. Also delivered Choke Solvers and a Modular Solver Architecture, decoupling the SpeedSolver from the ProcessSystem and standardizing choke handling to enable modular testing and easier integration. Added Capacity/Operational Limit Error Handling to raise exceptions when a process system or unit is outside capacity, enabling early failure detection and safer operation. These changes improve run-time safety, configurability, and testability, and enable faster feature iteration for future enhancements.
February 2026
January 2026
24 Commits • 10 Features
Jan 1, 2026January 2026 (2026-01) highlights a strategic refactor and reliability improvements across ecCalc, delivering clearer data contracts, safer energy calculations, and foundational scalability work. The changes emphasize business value: more maintainable code, accurate metrics, faster dashboards, and smoother release readiness.
January 2026
24 Commits • 10 Features
Jan 1, 2026January 2026 (2026-01) highlights a strategic refactor and reliability improvements across ecCalc, delivering clearer data contracts, safer energy calculations, and foundational scalability work. The changes emphasize business value: more maintainable code, accurate metrics, faster dashboards, and smoother release readiness.
December 2025
15 Commits • 4 Features
Dec 1, 2025December 2025 — The ecCalc team delivered a focused set of business-value improvements across documentation tooling, reliability, and data security, while continuing to strengthen maintainability through codebase cleanup. Outcomes include faster and more reliable documentation builds, robust input validation that prevents crashes, and improved data encapsulation, enabling safer external usage and easier future changes.
15 Commits • 4 Features
Dec 1, 2025December 2025 — The ecCalc team delivered a focused set of business-value improvements across documentation tooling, reliability, and data security, while continuing to strengthen maintainability through codebase cleanup. Outcomes include faster and more reliable documentation builds, robust input validation that prevents crashes, and improved data encapsulation, enabling safer external usage and easier future changes.
December 2025
November 2025
7 Commits • 4 Features
Nov 1, 2025Month: 2025-11 Key features delivered: - Chart Data Architecture Overhaul: Introduced a ChartData interface to unify chart data handling and enable delayed curve calculations, paving the way for future GenericFromInput integration. Commit: 17f3e5b157913d7b68395f1abdd5401084c0eb86. - Control Margin Line in compressor charts: Added a control margin line with a new operational point DTO and updates to chart data structures to support enhanced analysis and visualization. Commits: 65b6edbd49664380e844ca5ab1c7ddf93914445a; 5dfff359e67136f3e6c3a3636d392837c36f44d3. - Compressor data simplification: Removed GenericFromDesignPoint-like complexity to improve maintainability and correctness. Commit: d605b54b57102845bb3410ed62177f97e5e83f96. - Energy calculation improvements: Decoupled validity checks from energy result structure to improve readability and maintainability of energy calculations. Commit: e574997c6e2c077df2a34a8182b21db2bbe43049. - Dependency upgrades: Upgraded core dependencies (e.g., numpy, jupyterlab, coverage) to latest versions to improve stability, performance, and security. Commit: 8ac6021e62ca0638b4c349410a44a9bc222406b9. Major bugs fixed: - Fixed incorrect use of energy results for power calculations in the compressor-turbine model for systems with crossover; energy results are now derived via get_energy_result to ensure accurate metrics. Commit: 83312eec1de4c31443e61f48e797314b3a45a0cf. Overall impact and accomplishments: - The November 2025 cycle delivered a more robust and scalable chart data architecture, improved maintainability for compressor data handling, and clearer energy calculation logic, yielding more reliable performance metrics. Visualization and analysis are now more accurate and easier to extend. Dependency updates reduce security and stability risk across the stack. These changes collectively reduce production risk, accelerate feature delivery, and set a solid foundation for future enhancements in chart analytics and energy modeling. Technologies/skills demonstrated: - Architectural design and interface development (ChartData) for flexible charting - Refactoring and clean code practices to simplify complex data flows - Data modeling for charts and operational points (DTOs) to support enhanced visualization - Performance-conscious design with delayed curve calculations - Dependency management and security best practices through targeted upgrades
November 2025
7 Commits • 4 Features
Nov 1, 2025Month: 2025-11 Key features delivered: - Chart Data Architecture Overhaul: Introduced a ChartData interface to unify chart data handling and enable delayed curve calculations, paving the way for future GenericFromInput integration. Commit: 17f3e5b157913d7b68395f1abdd5401084c0eb86. - Control Margin Line in compressor charts: Added a control margin line with a new operational point DTO and updates to chart data structures to support enhanced analysis and visualization. Commits: 65b6edbd49664380e844ca5ab1c7ddf93914445a; 5dfff359e67136f3e6c3a3636d392837c36f44d3. - Compressor data simplification: Removed GenericFromDesignPoint-like complexity to improve maintainability and correctness. Commit: d605b54b57102845bb3410ed62177f97e5e83f96. - Energy calculation improvements: Decoupled validity checks from energy result structure to improve readability and maintainability of energy calculations. Commit: e574997c6e2c077df2a34a8182b21db2bbe43049. - Dependency upgrades: Upgraded core dependencies (e.g., numpy, jupyterlab, coverage) to latest versions to improve stability, performance, and security. Commit: 8ac6021e62ca0638b4c349410a44a9bc222406b9. Major bugs fixed: - Fixed incorrect use of energy results for power calculations in the compressor-turbine model for systems with crossover; energy results are now derived via get_energy_result to ensure accurate metrics. Commit: 83312eec1de4c31443e61f48e797314b3a45a0cf. Overall impact and accomplishments: - The November 2025 cycle delivered a more robust and scalable chart data architecture, improved maintainability for compressor data handling, and clearer energy calculation logic, yielding more reliable performance metrics. Visualization and analysis are now more accurate and easier to extend. Dependency updates reduce security and stability risk across the stack. These changes collectively reduce production risk, accelerate feature delivery, and set a solid foundation for future enhancements in chart analytics and energy modeling. Technologies/skills demonstrated: - Architectural design and interface development (ChartData) for flexible charting - Refactoring and clean code practices to simplify complex data flows - Data modeling for charts and operational points (DTOs) to support enhanced visualization - Performance-conscious design with delayed curve calculations - Dependency management and security best practices through targeted upgrades
October 2025
7 Commits • 2 Features
Oct 1, 2025October 2025 (2025-10) performance summary for equinor/ecalc. Focused on robustness, maintainability, and developer productivity. Delivered a major internal refactor of the result handling pipeline, aligned with v11.1.2 release notes, and completed a dev-environment upgrade to improve local development experience. These changes yield more reliable energy calculations, cleaner consumer emission paths, easier testing, and a smoother path to the libecalc v11.1.2 release, including YAML import bug fixes.
7 Commits • 2 Features
Oct 1, 2025October 2025 (2025-10) performance summary for equinor/ecalc. Focused on robustness, maintainability, and developer productivity. Delivered a major internal refactor of the result handling pipeline, aligned with v11.1.2 release notes, and completed a dev-environment upgrade to improve local development experience. These changes yield more reliable energy calculations, cleaner consumer emission paths, easier testing, and a smoother path to the libecalc v11.1.2 release, including YAML import bug fixes.
October 2025
September 2025
21 Commits • 6 Features
Sep 1, 2025September 2025 monthly summary for equinor/ecalc. Focus areas: feature delivery, bug fixes, and codebase health with an emphasis on business value and technical outcomes. Key features delivered: - Unified Model Mapping Architecture: Consolidated model mapping into a single common mapper for tabulated and pump models; removed PathID to simplify mapping and reduce duplication. Commits include map all models in a single mapper; move tabulated/pump model mapping; use common mapper class; remove PathID; move generator set model mapping. - Model Parsing and Validation Workflow Enhancements: Unified parsing/validation for compressor models; parsing occurs inside the reference service and inputs are validated before evaluation. Commits include validate input before evaluating compressor model; move model parsing inside reference service; parse and validate compressor models when used. - Validation and Error Handling Fixes: Hardened validation/parsing pathways, clarified error messages, and prevented leakage of results to consumer systems; fixed crashes with temporal model adjustments. Commits include validation/parsing with operational_settings_results; don’t crash when temporal model adjusted; compressor model error messages; remove result from consumer system; simplify validation exceptions. - Codebase cleanliness and stability improvements: General cleanup removing unused classes and DTOs, removing compressor sampled dto, removing classes/methods in the consumer system, and removing extend methods; plus references uniqueness to ensure data integrity. Commits include remove class variables; make references unique; remove unused classes; remove compressor sampled dto; remove classes/methods in consumer system; remove extend methods; docs clarifications for CONDITIONS. - Documentation improvements: Clarify CONDITIONS to reduce ambiguity in operational guidance. Commit: clarify CONDITIONS. Overall impact: - Increased reliability and maintainability of the eCalc mapping and parsing workflows, reducing runtime crashes and mis-evaluations. - Streamlined mapping pipeline lowers maintenance burden and accelerates onboarding for new contributors. - Clearer error messaging and safer data handling improve operator experience and downstream system stability. Technologies/skills demonstrated: - Refactoring discipline, single-responsibility mapping architecture, and service-layer refactoring. - Validation, error handling, and defensive programming patterns. - Systematic codebase cleanup, dependency reduction, and documentation improvements. - Effective change-sets with incremental commits supporting traceability and audits.
September 2025
21 Commits • 6 Features
Sep 1, 2025September 2025 monthly summary for equinor/ecalc. Focus areas: feature delivery, bug fixes, and codebase health with an emphasis on business value and technical outcomes. Key features delivered: - Unified Model Mapping Architecture: Consolidated model mapping into a single common mapper for tabulated and pump models; removed PathID to simplify mapping and reduce duplication. Commits include map all models in a single mapper; move tabulated/pump model mapping; use common mapper class; remove PathID; move generator set model mapping. - Model Parsing and Validation Workflow Enhancements: Unified parsing/validation for compressor models; parsing occurs inside the reference service and inputs are validated before evaluation. Commits include validate input before evaluating compressor model; move model parsing inside reference service; parse and validate compressor models when used. - Validation and Error Handling Fixes: Hardened validation/parsing pathways, clarified error messages, and prevented leakage of results to consumer systems; fixed crashes with temporal model adjustments. Commits include validation/parsing with operational_settings_results; don’t crash when temporal model adjusted; compressor model error messages; remove result from consumer system; simplify validation exceptions. - Codebase cleanliness and stability improvements: General cleanup removing unused classes and DTOs, removing compressor sampled dto, removing classes/methods in the consumer system, and removing extend methods; plus references uniqueness to ensure data integrity. Commits include remove class variables; make references unique; remove unused classes; remove compressor sampled dto; remove classes/methods in consumer system; remove extend methods; docs clarifications for CONDITIONS. - Documentation improvements: Clarify CONDITIONS to reduce ambiguity in operational guidance. Commit: clarify CONDITIONS. Overall impact: - Increased reliability and maintainability of the eCalc mapping and parsing workflows, reducing runtime crashes and mis-evaluations. - Streamlined mapping pipeline lowers maintenance burden and accelerates onboarding for new contributors. - Clearer error messaging and safer data handling improve operator experience and downstream system stability. Technologies/skills demonstrated: - Refactoring discipline, single-responsibility mapping architecture, and service-layer refactoring. - Validation, error handling, and defensive programming patterns. - Systematic codebase cleanup, dependency reduction, and documentation improvements. - Effective change-sets with incremental commits supporting traceability and audits.
August 2025
8 Commits • 2 Features
Aug 1, 2025August 2025 monthly summary for equinor/ecalc focusing on delivering reliable data processing, enhanced power loss modeling, and modernized CI/infra. The team improved robustness across charts, expressions, and models, refined TimeSeries usage, and updated validation paths. Also upgraded the CI pipeline to a modern Node.js environment to support docs builds and publishing.
8 Commits • 2 Features
Aug 1, 2025August 2025 monthly summary for equinor/ecalc focusing on delivering reliable data processing, enhanced power loss modeling, and modernized CI/infra. The team improved robustness across charts, expressions, and models, refined TimeSeries usage, and updated validation paths. Also upgraded the CI pipeline to a modern Node.js environment to support docs builds and publishing.
August 2025
July 2025
5 Commits • 2 Features
Jul 1, 2025In July 2025, focused on stabilizing the release process for equinor/ecalc v10.0 while cleaning up and simplifying the domain model. Key updates include a new v10.0 changelog with END keyword enforcement for YAML time-series end-dates, plus release notes formatting fixes; a robust guard to prevent AttributeError in ModelValidationError when FileContext.start is None; and a non-breaking refactor that separates category information from EnergyComponent, introduces an Installation export interface, and removes the unused user_defined_category parameter. These changes improve release readiness, runtime reliability, and maintain maintainability.
July 2025
5 Commits • 2 Features
Jul 1, 2025In July 2025, focused on stabilizing the release process for equinor/ecalc v10.0 while cleaning up and simplifying the domain model. Key updates include a new v10.0 changelog with END keyword enforcement for YAML time-series end-dates, plus release notes formatting fixes; a robust guard to prevent AttributeError in ModelValidationError when FileContext.start is None; and a non-breaking refactor that separates category information from EnergyComponent, introduces an Installation export interface, and removes the unused user_defined_category parameter. These changes improve release readiness, runtime reliability, and maintain maintainability.
June 2025
7 Commits • 2 Features
Jun 1, 2025June 2025 (equinor/ecalc) monthly summary: Delivered a major codebase refactor and robust validation improvements that reduce maintenance burden and strengthen data reliability for energy calculations. Key outcomes include simplification of core data handling by removing Pydantic from VariablesMap and integrating EnergyCalculator into YamlModel; enhanced YAML validation and error reporting with graceful handling of missing resources, richer context, and precise column-based error indexing; and a time-series data integrity fix that enforces numeric values and raises errors for non-numeric data. These changes improve system resilience, diagnosability, and performance potential for downstream analytics and decision support.
7 Commits • 2 Features
Jun 1, 2025June 2025 (equinor/ecalc) monthly summary: Delivered a major codebase refactor and robust validation improvements that reduce maintenance burden and strengthen data reliability for energy calculations. Key outcomes include simplification of core data handling by removing Pydantic from VariablesMap and integrating EnergyCalculator into YamlModel; enhanced YAML validation and error reporting with graceful handling of missing resources, richer context, and precise column-based error indexing; and a time-series data integrity fix that enforces numeric values and raises errors for non-numeric data. These changes improve system resilience, diagnosability, and performance potential for downstream analytics and decision support.
June 2025
May 2025
10 Commits • 5 Features
May 1, 2025May 2025 monthly summary for equinor/ecalc: Delivered a major architecture overhaul of the energy processing pipeline, introducing TemporalProcessSystem, reorganizing components under a new process module, and adding PathID to improve component traceability, debugging, and scalability. Implemented Protocol-based interface abstractions, updating Rate and Pressure to use protocols and preparing Stream for upcoming resampling workflows. Enhanced configuration handling by allowing direct config pass-through to YamlModel and strengthening YAML parsing error handling, reducing production configuration errors. Modernized tooling and dependencies to improve stability and maintainability (dependency upgrades, CLI documentation, and pre-commit). Improved test infrastructure and code quality with a session-scoped neqsim service fixture and cleanup of unused EnergyCalculatorResult, reducing maintenance burden and increasing reliability.
May 2025
10 Commits • 5 Features
May 1, 2025May 2025 monthly summary for equinor/ecalc: Delivered a major architecture overhaul of the energy processing pipeline, introducing TemporalProcessSystem, reorganizing components under a new process module, and adding PathID to improve component traceability, debugging, and scalability. Implemented Protocol-based interface abstractions, updating Rate and Pressure to use protocols and preparing Stream for upcoming resampling workflows. Enhanced configuration handling by allowing direct config pass-through to YamlModel and strengthening YAML parsing error handling, reducing production configuration errors. Modernized tooling and dependencies to improve stability and maintainability (dependency upgrades, CLI documentation, and pre-commit). Improved test infrastructure and code quality with a session-scoped neqsim service fixture and cleanup of unused EnergyCalculatorResult, reducing maintenance burden and increasing reliability.
April 2025
10 Commits • 4 Features
Apr 1, 2025April 2025 — Delivered a focused, business-value-driven refresh of the eCalc codebase. Key architectural overhaul of the process modeling layer introduced new interfaces (ProcessSystem, ProcessUnit) and a new Stream concept, simplifying typing and enabling direct use of ProcessUnit. Implemented a dedicated CompressorStage abstract base class with refined stream typing (aligned to LiquidStream) and added get_compressor_chart for readily consumable chart data. CI/CD improvements automated PyPI publishing for libeCalc, tightened release workflow triggers, and hardened default branch handling. Maintenance and test infra enhancements included changelog updates, removal of bootstrap SHA references, reuse of NeqsimService in tests, and simplified tag naming. These changes collectively reduce integration effort, accelerate release cycles, improve reliability, and enhance developer productivity.
10 Commits • 4 Features
Apr 1, 2025April 2025 — Delivered a focused, business-value-driven refresh of the eCalc codebase. Key architectural overhaul of the process modeling layer introduced new interfaces (ProcessSystem, ProcessUnit) and a new Stream concept, simplifying typing and enabling direct use of ProcessUnit. Implemented a dedicated CompressorStage abstract base class with refined stream typing (aligned to LiquidStream) and added get_compressor_chart for readily consumable chart data. CI/CD improvements automated PyPI publishing for libeCalc, tightened release workflow triggers, and hardened default branch handling. Maintenance and test infra enhancements included changelog updates, removal of bootstrap SHA references, reuse of NeqsimService in tests, and simplified tag naming. These changes collectively reduce integration effort, accelerate release cycles, improve reliability, and enhance developer productivity.
April 2025
March 2025
5 Commits • 2 Features
Mar 1, 2025Concise monthly summary for 2025-03 focusing on business value and technical achievements across the equinor/ecalc repo. Delivered changes emphasize data integrity, backward compatibility, release readiness, and CI/CD improvements.
March 2025
5 Commits • 2 Features
Mar 1, 2025Concise monthly summary for 2025-03 focusing on business value and technical achievements across the equinor/ecalc repo. Delivered changes emphasize data integrity, backward compatibility, release readiness, and CI/CD improvements.
February 2025
9 Commits • 6 Features
Feb 1, 2025February 2025 (2025-02) — Focused on stability, resource safety, and deployment efficiency for equinor/ecalc. Key work spanned safer Neqsim Java lifecycle management, CI/CD pipeline optimization, ownership clarity, dependency maintenance, and targeted codebase cleanup. The team achieved safer resource handling, faster feedback loops, clearer code ownership, and stronger configuration validation, delivering measurable business value with fewer deployment regressions and more maintainable code.
9 Commits • 6 Features
Feb 1, 2025February 2025 (2025-02) — Focused on stability, resource safety, and deployment efficiency for equinor/ecalc. Key work spanned safer Neqsim Java lifecycle management, CI/CD pipeline optimization, ownership clarity, dependency maintenance, and targeted codebase cleanup. The team achieved safer resource handling, faster feedback loops, clearer code ownership, and stronger configuration validation, delivering measurable business value with fewer deployment regressions and more maintainable code.
February 2025
January 2025
5 Commits • 2 Features
Jan 1, 2025Concise monthly summary for 2025-01 focused on technical achievements and business value for equinor/ecalc. Delivered robustness in data processing, enhanced user-facing CLI output, and improved repository hygiene, enabling more reliable analytics and faster debugging.
January 2025
5 Commits • 2 Features
Jan 1, 2025Concise monthly summary for 2025-01 focused on technical achievements and business value for equinor/ecalc. Delivered robustness in data processing, enhanced user-facing CLI output, and improved repository hygiene, enabling more reliable analytics and faster debugging.
December 2024
10 Commits • 3 Features
Dec 1, 2024December 2024 (equinor/ecalc): Key focus on data integrity, code quality, and operational stability. Delivered comprehensive Data Validation and Asset Integrity Enhancements to enforce unique names across assets, time series, models, and emissions; improved code clarity and static analysis via stronger typing and mypy fixes; stabilized maintenance and CI by removing unused DTOs, upgrading dependencies, and pinning CI runners; and increased resilience of token collection by gracefully handling missing time series data and logging errors instead of failing.
10 Commits • 3 Features
Dec 1, 2024December 2024 (equinor/ecalc): Key focus on data integrity, code quality, and operational stability. Delivered comprehensive Data Validation and Asset Integrity Enhancements to enforce unique names across assets, time series, models, and emissions; improved code clarity and static analysis via stronger typing and mypy fixes; stabilized maintenance and CI by removing unused DTOs, upgrading dependencies, and pinning CI runners; and increased resilience of token collection by gracefully handling missing time series data and logging errors instead of failing.
December 2024
November 2024
16 Commits • 3 Features
Nov 1, 2024Month: 2024-11 — Equinor/ecalc contributed a focused, business-value oriented set of improvements across architecture, testing, and project governance. The standout delivery was the Energy Calculator Architecture Overhaul, introducing abstract energy model interfaces, decoupled DTOs, and centralized emitter/diagram handling, enabling easier extension of energy models and more reliable visualizations for turbine and compressor components. This was complemented by a robust YAML validation and testing infrastructure, with new YAML builders, fixtures, and streamlined test configurations that reduce configuration errors and speed CI feedback. In addition, the project organization and developer documentation were updated to improve onboarding and ownership clarity (tests moved outside src, updated code owners and README testing procedures). The combined effect is lower maintenance costs, faster feature iteration, more reliable test coverage, and clearer ownership across the ec Calc repository. Core business value: easier to add new energy models with confidence, faster bug-free releases due to stronger test scaffolding, and improved developer onboarding and collaboration through clearer documentation and ownership.
November 2024
16 Commits • 3 Features
Nov 1, 2024Month: 2024-11 — Equinor/ecalc contributed a focused, business-value oriented set of improvements across architecture, testing, and project governance. The standout delivery was the Energy Calculator Architecture Overhaul, introducing abstract energy model interfaces, decoupled DTOs, and centralized emitter/diagram handling, enabling easier extension of energy models and more reliable visualizations for turbine and compressor components. This was complemented by a robust YAML validation and testing infrastructure, with new YAML builders, fixtures, and streamlined test configurations that reduce configuration errors and speed CI feedback. In addition, the project organization and developer documentation were updated to improve onboarding and ownership clarity (tests moved outside src, updated code owners and README testing procedures). The combined effect is lower maintenance costs, faster feature iteration, more reliable test coverage, and clearer ownership across the ec Calc repository. Core business value: easier to add new energy models with confidence, faster bug-free releases due to stronger test scaffolding, and improved developer onboarding and collaboration through clearer documentation and ownership.
October 2024
1 Commits • 1 Features
Oct 1, 2024October 2024 monthly summary for equinor/ecalc. Focused on strengthening the testing framework with configuration-driven tests for compressor systems. Delivered a YAML-based testing model for the requested pressure test, enabling flexible and maintainable test definitions. This work improves test configurability, accelerates regression cycles, and sets the foundation for broader configuration-driven testing across the repo.
1 Commits • 1 Features
Oct 1, 2024October 2024 monthly summary for equinor/ecalc. Focused on strengthening the testing framework with configuration-driven tests for compressor systems. Delivered a YAML-based testing model for the requested pressure test, enabling flexible and maintainable test definitions. This work improves test configurability, accelerates regression cycles, and sets the foundation for broader configuration-driven testing across the repo.
October 2024
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Quality Metrics
Correctness90.4%
Maintainability89.0%
Architecture87.4%
Performance82.2%
AI Usage21.6%
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