Misaki
abb0cd88ea
- JobScheduler now explicitly frees unmanaged memory in _jobInfoPool before disposal. - Removed the unused TempJobAllocator struct and implementation. - Refactored AllocationManager to use conditional compilation for safety checks, making MemoryHandle usage conditional. - Improved documentation in AllocationManager for clarity on allocation size and safety check behavior. - Added UnsafeSetCount method to UnsafeList<T> for direct count manipulation with validation. - Bumped AssemblyVersion in Jobs and LowLevel projects.
Misaki.HighPerformance.Jobs
A zero-allocation-oriented job system for C#.
This package provides job contracts, scheduling, worker threads, dependency handling, and temporary allocation support for high-throughput work execution.
What it includes
- single-job execution
- parallel-for job execution
- parallel range jobs
- job handles and dependency tracking
- worker thread management
- temporary job allocation support
Highlights
- designed to minimize allocations during scheduling and execution
- supports dependency composition and wait operations
- suitable for frame-based engines, simulations, batch processing, and custom runtimes
- integrates with the low-level allocation layer
Main types
IJobIJobParallelForIJobParallelJobSchedulerJobHandleJobExecutionContextJobStateWorkerThreadTempJobAllocator
Example
using Misaki.HighPerformance.Jobs;
public struct AddJob : IJob
{
public int* pA;
public int* pB;
public int* pResult;
public void Execute(ref readonly JobExecutionContext ctx)
{
*pResult = *pA + *pB;
}
}
int a = 5;
int b = 10;
int result = 0;
var job = new AddJob
{
pA = &a,
pB = &b,
pResult = &result
};
JobHandle handle = jobScheduler.Schedule(job);
jobScheduler.Wait(handle);
Package reference
dotnet add package Misaki.HighPerformance.Jobs
Notes
This project targets net10.0, enables unsafe code, and is packaged as content files for downstream consumption.