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//
// SDLRadioControlDataSpec.m
// SmartDeviceLink-iOS
//
#import <Foundation/Foundation.h>
#import <Quick/Quick.h>
#import <Nimble/Nimble.h>
#import "SDLRadioControlData.h"
#import "SDLRadioBand.h"
#import "SDLRadioState.h"
#import "SDLRDSData.h"
#import "SDLSISData.h"
#import "SDLRPCParameterNames.h"
QuickSpecBegin(SDLRadioControlDataSpec)
__block SDLRDSData* someRdsData = [[SDLRDSData alloc] init];
describe(@"Initialization tests", ^{
it(@"should properly initialize init", ^{
SDLRadioControlData* testStruct = [[SDLRadioControlData alloc] init];
expect(testStruct.frequencyInteger).to(beNil());
expect(testStruct.frequencyFraction).to(beNil());
expect(testStruct.band).to(beNil());
expect(testStruct.rdsData).to(beNil());
expect(testStruct.availableHDs).to(beNil());
expect(testStruct.hdChannel).to(beNil());
expect(testStruct.signalStrength).to(beNil());
expect(testStruct.signalChangeThreshold).to(beNil());
expect(testStruct.radioEnable).to(beNil());
expect(testStruct.state).to(beNil());
expect(testStruct.hdRadioEnable).to(beNil());
});
it(@"should properly initialize initWithDictionary", ^{
NSMutableDictionary* dict = [@{SDLRPCParameterNameFrequencyInteger : @101,
SDLRPCParameterNameFrequencyFraction : @7,
SDLRPCParameterNameBand : SDLRadioBandAM,
SDLRPCParameterNameRDSData : someRdsData,
SDLRPCParameterNameAvailableHDs : @2,
SDLRPCParameterNameHDChannel : @2,
SDLRPCParameterNameSignalStrength : @54,
SDLRPCParameterNameSignalChangeThreshold : @76,
SDLRPCParameterNameRadioEnable : @YES,
SDLRPCParameterNameState : SDLRadioStateNotFound,
SDLRPCParameterNameHDRadioEnable : @NO
} mutableCopy];
SDLRadioControlData* testStruct = [[SDLRadioControlData alloc] initWithDictionary:dict];
expect(testStruct.frequencyInteger).to(equal(@101));
expect(testStruct.frequencyFraction).to(equal(@7));
expect(testStruct.band).to(equal(SDLRadioBandAM));
expect(testStruct.rdsData).to(equal(someRdsData));
expect(testStruct.availableHDs).to(equal(@2));
expect(testStruct.hdChannel).to(equal(@2));
expect(testStruct.signalStrength).to(equal(@54));
expect(testStruct.signalChangeThreshold).to(equal(@76));
expect(testStruct.radioEnable).to(equal(@YES));
expect(testStruct.state).to(equal(SDLRadioStateNotFound));
expect(testStruct.hdRadioEnable).to(equal(@NO));
});
it(@"Should set and get correctly", ^{
SDLRadioControlData* testStruct = [[SDLRadioControlData alloc] init];
testStruct.frequencyInteger = @101;
testStruct.frequencyFraction = @7;
testStruct.band = SDLRadioBandAM;
testStruct.rdsData = someRdsData;
testStruct.availableHDs = @2;
testStruct.hdChannel = @2;
testStruct.signalStrength = @54;
testStruct.signalChangeThreshold = @76;
testStruct.radioEnable = @YES;
testStruct.state = SDLRadioStateNotFound;
testStruct.hdRadioEnable = @YES;
expect(testStruct.frequencyInteger).to(equal(@101));
expect(testStruct.frequencyFraction).to(equal(@7));
expect(testStruct.band).to(equal(SDLRadioBandAM));
expect(testStruct.rdsData).to(equal(someRdsData));
expect(testStruct.availableHDs).to(equal(@2));
expect(testStruct.hdChannel).to(equal(@2));
expect(testStruct.signalStrength).to(equal(@54));
expect(testStruct.signalChangeThreshold).to(equal(@76));
expect(testStruct.radioEnable).to(equal(@YES));
expect(testStruct.state).to(equal(SDLRadioStateNotFound));
expect(testStruct.hdRadioEnable).to(equal(@YES));
});
it(@"Should get correctly when initialized with Module Name and other radio control capabilities parameters", ^ {
#pragma clang diagnostic push
#pragma clang diagnostic ignored "-Wdeprecated-declarations"
SDLRadioControlData* testStruct = [[SDLRadioControlData alloc] initWithFrequencyInteger:@101 frequencyFraction:@7 band:SDLRadioBandAM hdChannel:@2 radioEnable:@YES];
expect(testStruct.frequencyInteger).to(equal(@101));
expect(testStruct.frequencyFraction).to(equal(@7));
expect(testStruct.band).to(equal(SDLRadioBandAM));
expect(testStruct.hdChannel).to(equal(@2));
expect(testStruct.radioEnable).to(equal(@YES));
#pragma clang diagnostic pop
});
it(@"Should get correctly when initialized with Module Name and other radio control capabilities parameters", ^ {
#pragma clang diagnostic push
#pragma clang diagnostic ignored "-Wdeprecated-declarations"
SDLRadioControlData* testStruct = [[SDLRadioControlData alloc] initWithFrequencyInteger:@101 frequencyFraction:@7 band:SDLRadioBandAM hdChannel:@2 radioEnable:@YES];
expect(testStruct.frequencyInteger).to(equal(@101));
expect(testStruct.frequencyFraction).to(equal(@7));
expect(testStruct.band).to(equal(SDLRadioBandAM));
expect(testStruct.hdChannel).to(equal(@2));
expect(testStruct.radioEnable).to(equal(@YES));
#pragma clang diagnostic pop
});
it(@"Should get correctly when initialized with Module Name and other radio control capabilities parameters", ^ {
#pragma clang diagnostic push
#pragma clang diagnostic ignored "-Wdeprecated-declarations"
SDLRadioControlData* testStruct = [[SDLRadioControlData alloc] initWithFrequencyInteger:@101 frequencyFraction:@7 band:SDLRadioBandAM hdChannel:@2 radioEnable:@YES];
expect(testStruct.frequencyInteger).to(equal(@101));
expect(testStruct.frequencyFraction).to(equal(@7));
expect(testStruct.band).to(equal(SDLRadioBandAM));
expect(testStruct.hdChannel).to(equal(@2));
expect(testStruct.radioEnable).to(equal(@YES));
expect(testStruct.sisData).to(beNil());
#pragma clang diagnostic pop
});
it(@"Should get correctly when initialized with Module Name and other radio control capabilities parameters", ^ {
SDLRadioControlData* testStruct = [[SDLRadioControlData alloc] initWithFrequencyInteger:@101 frequencyFraction:@7 band:SDLRadioBandAM hdChannel:@2 radioEnable:@YES hdRadioEnable:@YES];
expect(testStruct.frequencyInteger).to(equal(@101));
expect(testStruct.frequencyFraction).to(equal(@7));
expect(testStruct.band).to(equal(SDLRadioBandAM));
expect(testStruct.hdChannel).to(equal(@2));
expect(testStruct.radioEnable).to(equal(@YES));
expect(testStruct.hdRadioEnable).to(equal(@YES));
});
});
QuickSpecEnd
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