C getCommand(
ExecutionIsolationStrategy isolationStrategy,
ExecutionResult executionResult,
int executionLatency,
FallbackResult fallbackResult,
int fallbackLatency,
HystrixCircuitBreakerTest.TestCircuitBreaker circuitBreaker,
HystrixThreadPool threadPool,
int timeout,
CacheEnabled cacheEnabled,
Object value,
int executionSemaphoreCount,
int fallbackSemaphoreCount,
boolean circuitBreakerDisabled) {
AbstractCommand.TryableSemaphoreActual executionSemaphore =
new AbstractCommand.TryableSemaphoreActual(
HystrixProperty.Factory.asProperty(executionSemaphoreCount));
AbstractCommand.TryableSemaphoreActual fallbackSemaphore =
new AbstractCommand.TryableSemaphoreActual(
HystrixProperty.Factory.asProperty(fallbackSemaphoreCount));
return getCommand(
isolationStrategy,
executionResult,
executionLatency,
fallbackResult,
fallbackLatency,
circuitBreaker,
threadPool,
timeout,
cacheEnabled,
value,
executionSemaphore,
fallbackSemaphore,
circuitBreakerDisabled);
}
C getLatentCommand(
ExecutionIsolationStrategy isolationStrategy,
ExecutionResult executionResult,
int executionLatency,
FallbackResult fallbackResult,
AbstractCommand.TryableSemaphore executionSemaphore) {
AbstractCommand.TryableSemaphoreActual fallbackSemaphore =
new AbstractCommand.TryableSemaphoreActual(HystrixProperty.Factory.asProperty(10));
return getCommand(
isolationStrategy,
executionResult,
executionLatency,
fallbackResult,
0,
new HystrixCircuitBreakerTest.TestCircuitBreaker(),
null,
(executionLatency * 2) + 200,
CacheEnabled.NO,
"foo",
executionSemaphore,
fallbackSemaphore,
false);
}
