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* Start time shifting
* Existing experiments work with new columns
* Remove unused traces dir
* Update java to 21 LTS and jacoco to be compatible
* Minimal working timeshifting
* Timeshift scheduler linked as carbon receiver
* Add basic tests for timeshift scheduler
* Run spotless apply
* Modify tarce format tests to support new fields
* Change all mentions of java 19 to 21
* Add a deferAll option to workload to make all tasks deferrable
* Run spotless apply
* Copy traces from resources in web dockerfile
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* Updated a lot of documentation, added a new get-started tutorial.
* Applied Spotless
* Applied Spotless Java
* Added bitbrains workload to site
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* Removed unused components. Updated tests.
Improved checkpointing model
Improved model, started with SimPowerSource
implemented FailureModels and Checkpointing
First working version
midway commit
first update
All simulation are now run with a single CPU and single MemoryUnit. multi CPUs are combined into one. This is for performance and explainability.
* fixed merge conflicts
* Updated M3SA paths.
* Fixed small typo
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* (feat) demo files are now ignored
* integrating m3sa changes with opendc
* gitignore ignores demo
* m3sa linked, tested, works 🎉🎆
* linting & checks fully pass
* m3sa documentation (re...)added
* package.json added, a potentail solution for Build Docker Images workflow
* (fix) opendc-m3sa renamed to opendc-experiments-m3sa
* (feat) Model is now a dataclass
* (fix) package and package-lock reverted as before the PR, now they mirror the opendc master branch
* (fix) Experiments renamed to experiment
* branch updated with changes from master branch
* trying to fix the build docker image failed workflow
* trying to fix the build docker image failed workflow
* All simulation are now run with a single CPU and single MemoryUnit. multi CPUs are combined into one. This is for performance and explainability. (#255) (#37)
Co-authored-by: Dante Niewenhuis <d.niewenhuis@hotmail.com>
* All simulation are now run with a single CPU and single MemoryUnit. multi CPUs are combined into one. This is for performance and explainability. (#255) (#38)
Co-authored-by: Dante Niewenhuis <d.niewenhuis@hotmail.com>
* All simulation are now run with a single CPU and single MemoryUnit. multi CPUs are combined into one. This is for performance and explainability. (#255) (#39)
Co-authored-by: Dante Niewenhuis <d.niewenhuis@hotmail.com>
* [TEMP](feat) m3saCli decoupled from experimentCli
* spotless and minor refactoring
* (feat)[TEMP] decoupling m3sa from experiment
* spotless applied
* documentation resolved
* requirements.txt added
* path to M3SA is now provided as a parameter to M3SACLI
* spotless applied
* (fix) python environment variables solved, output analysis folder solved
* documentation changed and matching the master branch doc
* package-lock reverted
* package-lock reverted
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Co-authored-by: Dante Niewenhuis <d.niewenhuis@hotmail.com>
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experiment-base. Renamed the distribution of experiment-base to OpenDCScenarioRunner (#236)
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* Started with the carbon trace implementation
* Moved the carbon trace system to the proper folders
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* Revamped the trace system. All TraceFormat files are now in the api module. This fixes some problems with not being able to use types of traces
* applied spotless
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* Initial commit
* Implemented a new systems of defining and running scenarios / portfolios. Scenarios and Portfolios can now be defined using JSON files similar to topologies. This allows user to define experiments without changing any KotLin code.
* Ran spotlessApply
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* Updated all package versions including kotlin. Updated all web-server tests to run.
* Changed the java version of the tests. OpenDC now only supports java 19.
* small update
* test update
* new update
* updated docker version to 19
* updated docker version to 19
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* removed experiment-compute and integrated all components into opendc-compute
* updated workflow gradle file
* removed unneeded code
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This change adds to the experiment base in OpenDC a provisioning tool to
help setup the experimental environment in a reproducible manner.
The experimental environment can be defined in terms of *provisioning
steps* which manage the allocation, configuration, and clean-up of all
resources necessary for the experiments.
The provisioning steps are executed sequentially, so in case of dependencies,
the steps need to be ordered correctly.
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This change adds a new module called opendc-experiments-base which will
provide a base for doing experiments with OpenDC. The initial feature we
introduce is the service registry which acts as DNS for services to
register during experimentation.
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