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//
// SDLSetMediaClockTimerSpec.m
// SmartDeviceLink
#import <Foundation/Foundation.h>
#import <Quick/Quick.h>
#import <Nimble/Nimble.h>
#import "SDLRPCParameterNames.h"
#import "SDLRPCFunctionNames.h"
#import "SDLSetMediaClockTimer.h"
#import "SDLStartTime.h"
#import "SDLUpdateMode.h"
QuickSpecBegin(SDLSetMediaClockTimerSpec)
describe(@"SetMediaClocktimer Spec", ^ {
__block NSTimeInterval testTime1Interval = 32887;
__block NSTimeInterval testTime2Interval = 3723;
__block SDLStartTime *time1 = [[SDLStartTime alloc] initWithHours:9 minutes:8 seconds:7];
__block SDLStartTime *time2 = [[SDLStartTime alloc] initWithHours:1 minutes:2 seconds:3];
__block SDLUpdateMode testUpdateMode = SDLUpdateModeCountUp;
__block SDLAudioStreamingIndicator testIndicator = SDLAudioStreamingIndicatorPlayPause;
describe(@"when initialized", ^{
it(@"should properly initialize with initWithDictionary:", ^{
NSDictionary *dict = @{SDLRPCParameterNameRequest:
@{SDLRPCParameterNameParameters:
@{SDLRPCParameterNameStartTime:time1,
SDLRPCParameterNameEndTime:time2,
SDLRPCParameterNameUpdateMode:testUpdateMode,
SDLRPCParameterNameAudioStreamingIndicator:testIndicator
},
SDLRPCParameterNameOperationName:SDLRPCFunctionNameSetMediaClockTimer}
};
SDLSetMediaClockTimer *testRequest = [[SDLSetMediaClockTimer alloc] initWithDictionary:dict];
expect(testRequest.startTime).to(equal(time1));
expect(testRequest.endTime).to(equal(time2));
expect(testRequest.updateMode).to(equal(testUpdateMode));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with init", ^{
SDLSetMediaClockTimer* testRequest = [[SDLSetMediaClockTimer alloc] init];
expect(testRequest.startTime).to(beNil());
expect(testRequest.endTime).to(beNil());
expect(testRequest.updateMode).to(beNil());
expect(testRequest.audioStreamingIndicator).to(beNil());
});
it(@"should properly initialize with countUpWithStartTimeInterval:endTimeInterval:playPauseIndicator:", ^{
SDLSetMediaClockTimer *testRequest = [SDLSetMediaClockTimer countUpFromStartTimeInterval:testTime1Interval toEndTimeInterval:testTime2Interval playPauseIndicator:testIndicator];
expect(testRequest.startTime).to(equal(time1));
expect(testRequest.endTime).to(equal(time2));
expect(testRequest.updateMode).to(equal(SDLUpdateModeCountUp));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with countUpWithStartTime:endTime:playPauseIndicator:", ^{
SDLSetMediaClockTimer *testRequest = [SDLSetMediaClockTimer countUpFromStartTime:time1 toEndTime:time2 playPauseIndicator:testIndicator];
expect(testRequest.startTime).to(equal(time1));
expect(testRequest.endTime).to(equal(time2));
expect(testRequest.updateMode).to(equal(SDLUpdateModeCountUp));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with countUpWithStartTimeInterval:endTimeInterval:playPauseIndicator:", ^{
SDLSetMediaClockTimer *testRequest = [SDLSetMediaClockTimer countDownFromStartTimeInterval:testTime1Interval toEndTimeInterval:testTime2Interval playPauseIndicator:testIndicator];
expect(testRequest.startTime).to(equal(time1));
expect(testRequest.endTime).to(equal(time2));
expect(testRequest.updateMode).to(equal(SDLUpdateModeCountDown));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with countDownWithStartTime:endTime:playPauseIndicator:", ^{
SDLSetMediaClockTimer *testRequest = [SDLSetMediaClockTimer countDownFromStartTime:time1 toEndTime:time2 playPauseIndicator:testIndicator];
expect(testRequest.startTime).to(equal(time1));
expect(testRequest.endTime).to(equal(time2));
expect(testRequest.updateMode).to(equal(SDLUpdateModeCountDown));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with pauseWithPlayPauseIndicator", ^{
SDLSetMediaClockTimer *testRequest = [SDLSetMediaClockTimer pauseWithPlayPauseIndicator:testIndicator];
expect(testRequest.startTime).to(beNil());
expect(testRequest.endTime).to(beNil());
expect(testRequest.updateMode).to(equal(SDLUpdateModePause));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with updatePauseWithNewStartTimeInterval:endTimeInterval:playPauseIndicator:", ^{
SDLSetMediaClockTimer *testRequest = [SDLSetMediaClockTimer updatePauseWithNewStartTimeInterval:testTime1Interval endTimeInterval:testTime2Interval playPauseIndicator:testIndicator];
expect(testRequest.startTime).to(equal(time1));
expect(testRequest.endTime).to(equal(time2));
expect(testRequest.updateMode).to(equal(SDLUpdateModePause));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with updatePauseWithNewStartTime:endTime:playPauseIndicator:", ^{
SDLSetMediaClockTimer *testRequest = [SDLSetMediaClockTimer updatePauseWithNewStartTime:time1 endTime:time2 playPauseIndicator:testIndicator];
expect(testRequest.startTime).to(equal(time1));
expect(testRequest.endTime).to(equal(time2));
expect(testRequest.updateMode).to(equal(SDLUpdateModePause));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with resumeWithPlayPauseIndicator:", ^{
SDLSetMediaClockTimer *testRequest = [SDLSetMediaClockTimer resumeWithPlayPauseIndicator:testIndicator];
expect(testRequest.startTime).to(beNil());
expect(testRequest.endTime).to(beNil());
expect(testRequest.updateMode).to(equal(SDLUpdateModeResume));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with clearWithPlayPauseIndicator:", ^{
SDLSetMediaClockTimer *testRequest = [SDLSetMediaClockTimer clearWithPlayPauseIndicator:testIndicator];
expect(testRequest.startTime).to(beNil());
expect(testRequest.endTime).to(beNil());
expect(testRequest.updateMode).to(equal(SDLUpdateModeClear));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
it(@"should properly initialize with initWithUpdateMode:startTime:endTime:playPauseIndicator:", ^{
SDLSetMediaClockTimer *testRequest = [[SDLSetMediaClockTimer alloc] initWithUpdateMode:testUpdateMode startTime:time1 endTime:time2 playPauseIndicator:testIndicator];
expect(testRequest.startTime).to(equal(time1));
expect(testRequest.endTime).to(equal(time2));
expect(testRequest.updateMode).to(equal(testUpdateMode));
expect(testRequest.audioStreamingIndicator).to(equal(testIndicator));
});
});
it(@"Should set and get correctly", ^ {
SDLSetMediaClockTimer* testRequest = [[SDLSetMediaClockTimer alloc] init];
testRequest.startTime = time1;
testRequest.endTime = time2;
testRequest.updateMode = SDLUpdateModeCountUp;
testRequest.audioStreamingIndicator = SDLAudioStreamingIndicatorPlayPause;
expect(testRequest.startTime).to(equal(time1));
expect(testRequest.endTime).to(equal(time2));
expect(testRequest.updateMode).to(equal(SDLUpdateModeCountUp));
expect(testRequest.audioStreamingIndicator).to(equal(SDLAudioStreamingIndicatorPlayPause));
});
});
QuickSpecEnd
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