protected C GetCircuitOpenCommand(ExecutionIsolationStrategy isolationStrategy, FallbackResultTest fallbackResult)
{
TestCircuitBreaker openCircuit = new TestCircuitBreaker();
openCircuit.SetForceShortCircuit(true);
return(GetCommand(isolationStrategy, ExecutionResultTest.SUCCESS, 0, fallbackResult, 0, openCircuit, null, 500, CacheEnabledTest.NO, "foo", 10, 10, false));
}
public TestCommandBuilder SetCircuitBreaker(TestCircuitBreaker circuitBreaker)
{
this.circuitBreaker = circuitBreaker;
if (circuitBreaker != null)
{
this.metrics = circuitBreaker.metrics;
}
return(this);
}
public static TestCommandBuilder TestPropsBuilder(TestCircuitBreaker circuitBreaker)
{
return(new TestCommandBuilder(ExecutionIsolationStrategy.THREAD).SetCircuitBreaker(circuitBreaker));
}
protected C GetSharedCircuitBreakerCommand(IHystrixCommandKey commandKey, ExecutionIsolationStrategy isolationStrategy, FallbackResultTest fallbackResult, TestCircuitBreaker circuitBreaker)
{
return(GetCommand(commandKey, isolationStrategy, ExecutionResultTest.FAILURE, 0, fallbackResult, 0, circuitBreaker, null, 500, CacheEnabledTest.NO, "foo", 10, 10));
}
protected C GetLatentCommand(ExecutionIsolationStrategy isolationStrategy, ExecutionResultTest executionResult, int executionLatency, FallbackResultTest fallbackResult, TestCircuitBreaker circuitBreaker, IHystrixThreadPool threadPool, int timeout)
{
return(GetCommand(isolationStrategy, executionResult, executionLatency, fallbackResult, 0, circuitBreaker, threadPool, timeout, CacheEnabledTest.NO, "foo", 10, 10));
}
protected abstract C GetCommand(IHystrixCommandKey commandKey, ExecutionIsolationStrategy isolationStrategy, ExecutionResultTest executionResult, int executionLatency, FallbackResultTest fallbackResult, int fallbackLatency, TestCircuitBreaker circuitBreaker, IHystrixThreadPool threadPool, int timeout, CacheEnabledTest cacheEnabled, object value, SemaphoreSlim executionSemaphore, SemaphoreSlim fallbackSemaphore, bool circuitBreakerDisabled);
protected C GetCommand(ExecutionIsolationStrategy isolationStrategy, ExecutionResultTest executionResult, int executionLatency, FallbackResultTest fallbackResult, int fallbackLatency, TestCircuitBreaker circuitBreaker, IHystrixThreadPool threadPool, int timeout, CacheEnabledTest cacheEnabled, object value, int executionSemaphoreCount, int fallbackSemaphoreCount, bool circuitBreakerDisabled)
{
SemaphoreSlim executionSemaphore = new SemaphoreSlim(executionSemaphoreCount);
SemaphoreSlim fallbackSemaphore = new SemaphoreSlim(fallbackSemaphoreCount);
return(GetCommand(isolationStrategy, executionResult, executionLatency, fallbackResult, fallbackLatency, circuitBreaker, threadPool, timeout, cacheEnabled, value, executionSemaphore, fallbackSemaphore, circuitBreakerDisabled));
}