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This change extracts the API for the OpenDC Compute service into a separate
module to establish a clearer boundary between the interface meant for
consumers and interfaces meant for the the serve implementation.
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This change converts the Server data class which can be used as a
stateful object to control an instance running in the cloud.
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This change refactors the OpenDC Compute module so that the
VirtProvisioningService is now responsible for managing the lifecycle of
Server objects as opposed to the VirtDriver and BareMetalDriver
previously.
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This change removes the use of ServiceRegistry in the OpenDC compute
module. It was not actually being used by any of the code and we are
moving to another interface in the future.
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This change separates the cloud compute layer in OpenDC (e.g., Server)
from the bare-metal layer (e.g., Node), such that Node and
BareMetalDriver are unaware of the existence of Server and co.
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This change removes the SimWorkloadImage implementation and changes
Image to a data class without workload. Simulation workloads should now
be pased via image metadata as the image storage should be unaware of
any simulation details.
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This commit implements the energy models that are present in CloudSim:
1. Constant
2. Linear
3. Cubic
4. Square root
5. Interpolation based on data.
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This change uses the Java Platform functionality from Gradle to enable
shared dependency constraints across modules.
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This change updates the Gradle configuration to utilize version
constraints to force the same dependency version across modules.
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This change moves the version of the dependencies from buildSrc to
gradle.properties to prevent recompilation when changing dependency
versions.
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This change extracts the configuration for test from the Kotlin library
conventions.
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This change removes unnecessary dependencies on JUnit Platform launcher
from the repository. Previously, the launcher was used to bootstrap
tests for Gradle when it did not natively support JUnit Platform.
Gradle now has native support for JUnit Platform, so the dependency is
not needed anymore.
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This change allows users to select the hypervisor scheduler to use when
deploying hypervisors onto bare-metal machines.
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This change adds a new hypervisor implementation that supports virtual
machine that have exclusive access to resources (e.g., CPU).
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This change converts the low-level workload model to be pull-based. This
reduces the overhead that we experienced with our previous co-routine
based approach.
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This change updates the workflow service to delegate the resource
scheduling logic to the virtualized resource provisioner.
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This change splits the opendc-compute module into two modules:
1. opendc-compute-core
The interfaces and APIs that represent a IaaS platform.
2. opendc-compute-simulator
The implementation of these interfaces using simulation components
from opendc-simulator-compute.
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This change reimplements the performance interference model originally
implemented for the SimpleVirtDriver class, for SimHypervisor.
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This change updates the remainder of the codebase to use the
opendc-simulator-compute module for the simulation of workloads.
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This change adds an implementation of the VirtDriver interface that uses
the functionality provided by the opendc-simulator-compute module.
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This change creates an implementation of the BareMetalDriver interface
using the simulation logic of SimMachine. This implementation will
eventually replace the SimpleBareMetalDriver implementation.
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This change adds an opendc-simulator-compute module which contains
interfaces related to simulating compute workloads. For future changes,
we intend to decouple the simulation part from the opendc-compute
module.
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This change adds explicit visibility modifiers to the public interfaces
and enables Kotlin 1.4's explicit API mode.
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This change moves the OpenDC simulator codebase to the org.opendc
namespace of which we control the domain. Previously, we used the
com.atlarge package of which we did not control the domain, which might
lead to difficulties in the future.
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This change moves the OpenDC modules previously living in the simulator/opendc
directory to the simulator directory itself given that we do not make a
distinction between OpenDC and odcsim anymore.
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