esrlabs/openbsw
Apr 2026 – Jun 2026
3 Months active
Languages Used
BazelC++BashDockerfileMarkdownPythonYAMLplaintext
Technical Skills
BazelC++ developmentbuild system configurationembedded systemsBazel migrationC++
Dominik Fischer
PROFILE
Dominik Fischer
Over three months, contributed to esrlabs/openbsw by modernizing its build infrastructure, focusing on Bazel-based migration for ARM toolchain and FreeRTOS components. Led the transition from CMake to Bazel, consolidating core libraries and introducing Docker-pinned toolchains to ensure reproducible builds and streamlined CI/CD workflows. Enhanced repository hygiene with formatting tools and implemented CI quality gates using clang-tidy, improving code quality and reliability. Refactored dependency management in CMake to reduce cycles and clarify ownership. Leveraged C++, Bash, and Docker to deliver cross-platform build consistency, accelerate feature delivery, and establish a robust foundation for ongoing embedded systems development and automation.
Overall Statistics
Feature vs Bugs
100%Features
Repository Contributions
21Total
Bugs
0
Commits
21
Features
5
Lines of code
5,380
Activity Months3
Your Network
153 peopleSame Organization
@accenture.com99
Work History
June 2026
7 Commits • 3 Features
Jun 1, 2026Month: 2026-06 | esrlabs/openbsw Concise monthly summary focusing on business value and technical achievements. During June 2026, the openbsw project delivered foundational build-system improvements and improved code quality controls that enable safer, faster feature delivery across platforms. Key accomplishments: - FreeRTOS migration to Bazel completed across core, ports, BSP/MCU, with select-based async core configuration and standardized Bazel files for cross-platform builds. - Completed second half of FreeRTOS Bazel migration: async/runtime bindings migrated to Bazel, introducing new targets (async, async_headers, async_free_rtos, runtime) and RTOS configuration parameters. - CI/CD quality gates reintroduced (clang-tidy gating) and Docker build defaults established to improve code quality and CI reproducibility. - Build system refactor: dependency management migrated from private to implementation_deps in CMake, improving modularity and reducing dependency cycles. Overall impact: - Reduced build complexity and improved cross-platform consistency. - Stronger code quality controls via CI/CD gates. - Clearer dependency ownership enabling safer refactors and faster feature delivery. Technologies/skills demonstrated: - Bazel-based migrations (FreeRTOS core, ports, BSP/MCU; async/runtime bindings) - CMake modularization with implementation_deps - CI/CD automation (clang-tidy gates, Docker CI defaults) - Platform constraints handling and selective RTOS configuration
7 Commits • 3 Features
Jun 1, 2026Month: 2026-06 | esrlabs/openbsw Concise monthly summary focusing on business value and technical achievements. During June 2026, the openbsw project delivered foundational build-system improvements and improved code quality controls that enable safer, faster feature delivery across platforms. Key accomplishments: - FreeRTOS migration to Bazel completed across core, ports, BSP/MCU, with select-based async core configuration and standardized Bazel files for cross-platform builds. - Completed second half of FreeRTOS Bazel migration: async/runtime bindings migrated to Bazel, introducing new targets (async, async_headers, async_free_rtos, runtime) and RTOS configuration parameters. - CI/CD quality gates reintroduced (clang-tidy gating) and Docker build defaults established to improve code quality and CI reproducibility. - Build system refactor: dependency management migrated from private to implementation_deps in CMake, improving modularity and reducing dependency cycles. Overall impact: - Reduced build complexity and improved cross-platform consistency. - Stronger code quality controls via CI/CD gates. - Clearer dependency ownership enabling safer refactors and faster feature delivery. Technologies/skills demonstrated: - Bazel-based migrations (FreeRTOS core, ports, BSP/MCU; async/runtime bindings) - CMake modularization with implementation_deps - CI/CD automation (clang-tidy gates, Docker CI defaults) - Platform constraints handling and selective RTOS configuration
June 2026
May 2026
13 Commits • 1 Features
May 1, 2026In May 2026, delivered Bazel Build System Modernization and CI Reliability across esrlabs/openbsw. Consolidated Bazel migration efforts, Docker-pinned toolchains for ARM, improved caching and configuration management, CI workflow for building/testing, formatting tooling integration, and repository hygiene to streamline builds, improve reproducibility, and accelerate developer workflows.
May 2026
13 Commits • 1 Features
May 1, 2026In May 2026, delivered Bazel Build System Modernization and CI Reliability across esrlabs/openbsw. Consolidated Bazel migration efforts, Docker-pinned toolchains for ARM, improved caching and configuration management, CI workflow for building/testing, formatting tooling integration, and repository hygiene to streamline builds, improve reproducibility, and accelerate developer workflows.
April 2026
1 Commits • 1 Features
Apr 1, 2026In Apr 2026, delivered the Bazel-based build system for the ARM toolchain on the s32k148 platform within esrlabs/openbsw. Completed migration of core libraries to Bazel, established workspace configurations, and conducted build artifact analysis to compare Bazel against the existing CMake-based approach. This work lays the foundation for reproducible builds, faster iterations, and improved CI reliability for ARM toolchain development.
1 Commits • 1 Features
Apr 1, 2026In Apr 2026, delivered the Bazel-based build system for the ARM toolchain on the s32k148 platform within esrlabs/openbsw. Completed migration of core libraries to Bazel, established workspace configurations, and conducted build artifact analysis to compare Bazel against the existing CMake-based approach. This work lays the foundation for reproducible builds, faster iterations, and improved CI reliability for ARM toolchain development.
April 2026
Activity
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Quality Metrics
Correctness94.4%
Maintainability91.4%
Architecture92.4%
Performance92.4%
AI Usage23.8%
Skills & Technologies
Programming Languages
BashBazelCC++DockerfileMarkdownPythonYAMLplaintext
Technical Skills
BazelBazel build systemBazel migrationBuild SystemsC programmingC++C++ DevelopmentC++ developmentCI/CDCMakeCode QualityContainerizationDependency ManagementDevOpsDocker
Repositories Contributed To
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