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Basierend auf der SOC-Berufsklassifikation
Vehicle control engineer for lateral and longitudinal control systems
ADAS perception system engineer specializing in sensor fusion, object detection, and environmental modeling
Motion planning engineer for autonomous driving path and trajectory generation
Automotive AI safety validator ensuring AI/ML components meet functional safety requirements for vehicle deployment
Automotive edge AI deployer managing AI model deployment to vehicle electronic control units
Automotive inference pipeline engineer designing end-to-end AI processing chains for vehicle applications
| name | automotive-core-tool-adapter |
| description | | |
Domain Category: core
# Tool Adapter Agent
# Abstraction layer for commercial and opensource tool integration
version: "1.0.0"
Provides a unified interface for interacting with both commercial and
opensource automotive development tools, enabling seamless tool switching
and migration paths.
capabilities:
- "Detect installed commercial and opensource tools"
- "Provide unified interface across tool vendors"
- "Manage tool migration paths between commercial and opensource"
- "Validate tool licenses and availability"
- "Abstract vendor-specific APIs into common commands"
metadata:
author: Automotive Claude Code Team
license: MIT
domain: orchestration
keywords:
- tool-abstraction
- adapter
- integration
- commercial
- opensource
# Adapter Registry
adapters:
autosar:
tresos:
type: commercial
vendor: Elektrobit
description: EB tresos Studio for AUTOSAR BSW configuration
detection:
paths:
- "C:\\EB\\tresos"
- "/opt/EB/tresos"
env_vars:
- TRESOS_HOME
executables:
- tresos_cmd.sh
- tresos_cmd.bat
license:
type: node-locked
file: license/license.lic
adapter_module: tools.adapters.autosar.tresos_adapter
davinci:
type: commercial
vendor: Vector
description: DaVinci Developer/Configurator for AUTOSAR
detection:
paths:
- "C:\\Vector\\DaVinci"
- "/opt/Vector/DaVinci"
env_vars:
- DAVINCI_HOME
executables:
- davinci.exe
license:
type: flexnet
server_env: VECTOR_LICENSE_FILE
adapter_module: tools.adapters.autosar.davinci_adapter
arctic_core:
type: opensource
vendor: ArcCore
description: Arctic Core open-source AUTOSAR stack
detection:
paths:
- "/opt/arccore"
env_vars:
- ARCCORE_HOME
executables:
- arctic_core
license:
type: gpl-v3
always_valid: true
adapter_module: tools.adapters.autosar.arctic_core_adapter
calibration:
inca:
type: commercial
vendor: ETAS
description: INCA for ECU calibration and measurement
detection:
paths:
- "C:\\ETAS\\INCA"
env_vars:
- INCA_HOME
executables:
- INCA.exe
license:
type: dongle
hardware_required: true
adapter_module: tools.adapters.calibration.inca_adapter
canape:
type: commercial
vendor: Vector
description: CANape for ECU calibration
detection:
paths:
- "C:\\Vector\\CANape"
env_vars:
- CANAPE_HOME
executables:
- CANape.exe
license:
type: flexnet
server_env: VECTOR_LICENSE_FILE
adapter_module: tools.adapters.calibration.canape_adapter
openxcp:
type: opensource
vendor: Community
description: Open-source XCP implementation
detection:
python_packages:
- pyxcp
executables:
- xcp-cli
license:
type: mit
always_valid: true
adapter_module: tools.adapters.calibration.openxcp_adapter
network:
canoe:
type: commercial
vendor: Vector
description: CANoe for network simulation and analysis
detection:
paths:
- "C:\\Vector\\CANoe"
env_vars:
- CANOE_HOME
executables:
- CANoe64.exe
license:
type: flexnet
server_env: VECTOR_LICENSE_FILE
adapter_module: tools.adapters.network.canoe_adapter
canalyzer:
type: commercial
vendor: Vector
description: CANalyzer for bus analysis
detection:
paths:
- "C:\\Vector\\CANalyzer"
executables:
- CANalyzer64.exe
license:
type: flexnet
server_env: VECTOR_LICENSE_FILE
adapter_module: tools.adapters.network.canalyzer_adapter
savvycan:
type: opensource
vendor: EVTV
description: SavvyCAN for CAN bus analysis
detection:
executables:
- SavvyCAN
- savvycan
flatpak:
- com.evtv.savvycan
license:
type: gpl-v3
always_valid: true
adapter_module: tools.adapters.network.savvycan_adapter
mbd:
simulink:
type: commercial
vendor: MathWorks
description: Simulink for model-based design
detection:
paths:
- "C:\\Program Files\\MATLAB"
- "/usr/local/MATLAB"
env_vars:
- MATLAB_ROOT
executables:
- matlab
- matlab.exe
license:
type: flexnet
server_env: MLM_LICENSE_FILE
adapter_module: tools.adapters.mbd.simulink_adapter
targetlink:
type: commercial
vendor: dSPACE
description: TargetLink for production code generation
detection:
paths:
- "C:\\dSPACE\\TargetLink"
executables:
- targetlink.exe
license:
type: flexnet
server_env: DSPACE_LICENSE
adapter_module: tools.adapters.mbd.targetlink_adapter
openmodelica:
type: opensource
vendor: Open Source Modelica Consortium
description: OpenModelica for Modelica simulation
detection:
paths:
- "/opt/openmodelica"
- "/usr/lib/openmodelica"
env_vars:
- OPENMODELICAHOME
executables:
- omc
- OMEdit
license:
type: osmc-pl
always_valid: true
adapter_module: tools.adapters.mbd.openmodelica_adapter
safety:
medini_analyze:
type: commercial
vendor: ANSYS
description: medini analyze for safety analysis
detection:
paths:
- "C:\\Program Files\\ANSYS Inc\\medini"
executables:
- medini.exe
license:
type: flexnet
server_env: ANSYSLMD_LICENSE_FILE
adapter_module: tools.adapters.safety.medini_adapter
cppcheck:
type: opensource
vendor: Community
description: Cppcheck static analysis
detection:
executables:
- cppcheck
package_managers:
apt: cppcheck
brew: cppcheck
choco: cppcheck
license:
type: gpl-v3
always_valid: true
adapter_module: tools.adapters.safety.cppcheck_adapter
hil_sil:
scalexio:
type: commercial
vendor: dSPACE
description: SCALEXIO real-time system
detection:
paths:
- "C:\\dSPACE\\SCALEXIO"
executables:
- ConfigurationDesk.exe
license:
type: hardware
hardware_required: true
adapter_module: tools.adapters.hil_sil.scalexio_adapter
carla:
type: opensource
vendor: Intel/Toyota
description: CARLA autonomous driving simulator
detection:
paths:
- "/opt/carla-simulator"
executables:
- CarlaUE4.sh
- CarlaUE4.exe
python_packages:
- carla
license:
type: mit
always_valid: true
adapter_module: tools.adapters.hil_sil.carla_adapter
embedded:
trace32:
type: commercial
vendor: Lauterbach
description: TRACE32 for debugging and tracing
detection:
paths:
- "C:\\T32"
- "/opt/t32"
env_vars:
- T32SYS
executables:
- t32marm.exe
- t32marm
license:
type: hardware
hardware_required: true
adapter_module: tools.adapters.embedded.trace32_adapter
openocd:
type: opensource
vendor: Community
description: Open On-Chip Debugger
detection:
executables:
- openocd
package_managers:
apt: openocd
brew: open-ocd
choco: openocd
license:
type: gpl-v2
always_valid: true
adapter_module: tools.adapters.embedded.openocd_adapter
diagnostics:
vflash:
type: commercial
vendor: Vector
description: vFlash for ECU flashing
detection:
paths:
- "C:\\Vector\\vFlash"
executables:
- vFlash.exe
license:
type: flexnet
server_env: VECTOR_LICENSE_FILE
adapter_module: tools.adapters.diagnostics.vflash_adapter
python_uds:
type: opensource
vendor: Community
description: Python UDS library
detection:
python_packages:
- udsoncan
- python-can
license:
type: mit
always_valid: true
adapter_module: tools.adapters.diagnostics.python_uds_adapter
# Tool Selection Strategy
selection:
default_preference: auto
strategies:
auto:
description: Prefer commercial if licensed, fall back to opensource
priority:
- licensed_commercial
- opensource
- unlicensed_commercial
commercial_only:
description: Only use commercial tools
priority:
- licensed_commercial
error_on_unavailable: true
opensource_only:
description: Only use opensource tools
priority:
- opensource
error_on_unavailable: true
cost_optimized:
description: Minimize licensing costs
priority:
- opensource
- licensed_commercial
# Migration Paths
migrations:
tresos_to_arctic_core:
source: tresos
target: arctic_core
complexity: high
steps:
- export_arxml_from_tresos
- convert_bsw_config
- adapt_to_arctic_core_api
- validate_functionality
documentation: knowledge-base/tools/migrations/tresos-to-arctic-core.md
canoe_to_savvycan:
source: canoe
target: savvycan
complexity: medium
steps:
- export_dbc_files
- configure_savvycan_connections
- migrate_signal_definitions
- setup_logging_format
documentation: knowledge-base/tools/migrations/canoe-to-savvycan.md
simulink_to_openmodelica:
source: simulink
target: openmodelica
complexity: high
steps:
- export_model_to_fmi
- convert_to_modelica
- adapt_solver_settings
- validate_simulation_results
documentation: knowledge-base/tools/migrations/simulink-to-openmodelica.md
inca_to_openxcp:
source: inca
target: openxcp
complexity: medium
steps:
- export_a2l_file
- configure_xcp_connection
- setup_measurement_points
- validate_calibration_access
documentation: knowledge-base/tools/migrations/inca-to-openxcp.md
# Detection Configuration
detection:
scan_on_startup: true
cache_results: true
cache_ttl_seconds: 3600
parallel_detection: true
custom_paths:
- ${HOME}/tools
- /opt/automotive
- C:\\Automotive
# Unified Command Interface
commands:
generate:
description: Generate code or configuration
supported_by:
- tresos
- davinci
- arctic_core
- simulink
- targetlink
- openmodelica
analyze:
description: Analyze code, network, or safety
supported_by:
- canoe
- canalyzer
- savvycan
- medini_analyze
- cppcheck
flash:
description: Flash ECU firmware
supported_by:
- vflash
- python_uds
- openocd
debug:
description: Debug embedded targets
supported_by:
- trace32
- openocd
simulate:
description: Run simulation
supported_by:
- simulink
- openmodelica
- carla
- scalexio
calibrate:
description: ECU calibration operations
supported_by:
- inca
- canape
- openxcp
# Permissions
permissions:
required:
- filesystem:read
- process:execute
optional:
- network:localhost
- hardware:usb
- hardware:ethernet
When performing tasks, you MUST utilize your file reading tools (view_file, grep_search, list_dir) to consult the following local directories for definitive engineering standards and rules:
/Users/delon/at/automotive-claude-code-agents-main/knowledge-base//Users/delon/at/automotive-claude-code-agents-main/rules//Users/delon/at/automotive-claude-code-agents-main/commands/ (Use bash to run these if needed)/Users/delon/at/automotive-claude-code-agents-main/examples/Agent Instruction: Do not rely solely on your internal pre-training. Always query the above paths for grounding context before generating technical documents or code. If a task matches a script in
commands/, execute it.