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#import <Quick/Quick.h>
#import <Nimble/Nimble.h>
#import "SDLAddCommand.h"
#import "SDLAddCommandResponse.h"
#import "SDLDeleteCommand.h"
#import "SDLFileManager.h"
#import "SDLHMILevel.h"
#import "SDLOnHMIStatus.h"
#import "SDLPredefinedWindows.h"
#import "SDLRPCNotificationNotification.h"
#import "SDLVoiceCommand.h"
#import "SDLVoiceCommandManager.h"
#import "SDLVoiceCommandUpdateOperation.h"
#import "TestConnectionManager.h"
@interface SDLVoiceCommandUpdateOperation ()
@property (strong, nonatomic) NSMutableArray<SDLVoiceCommand *> *currentVoiceCommands;
@end
@interface SDLVoiceCommand()
@property (assign, nonatomic) UInt32 commandId;
@end
@interface SDLVoiceCommandManager()
@property (weak, nonatomic) id<SDLConnectionManagerType> connectionManager;
@property (strong, nonatomic) NSOperationQueue *transactionQueue;
@property (copy, nonatomic, nullable) SDLHMILevel currentLevel;
@property (assign, nonatomic) UInt32 lastVoiceCommandId;
@property (copy, nonatomic) NSArray<SDLVoiceCommand *> *currentVoiceCommands;
+ (BOOL)sdl_arePendingVoiceCommandsUnique:(NSArray<SDLVoiceCommand *> *)voiceCommands;
@end
UInt32 const VoiceCommandIdMin = 1900000000;
QuickSpecBegin(SDLVoiceCommandManagerSpec)
describe(@"voice command manager", ^{
__block SDLVoiceCommandManager *testManager = nil;
__block TestConnectionManager *mockConnectionManager = nil;
__block SDLVoiceCommand *testVoiceCommand = [[SDLVoiceCommand alloc] initWithVoiceCommands:@[@"Test 1"] handler:^{}];
__block SDLVoiceCommand *testVoiceCommand2 = [[SDLVoiceCommand alloc] initWithVoiceCommands:@[@"Test 2"] handler:^{}];
__block SDLVoiceCommand *testVoiceCommand3 = [[SDLVoiceCommand alloc] initWithVoiceCommands:@[@"Test 3", @" ", @"Test 4", @"\t"] handler:^{}];
__block SDLVoiceCommand *testVoiceCommand4 = [[SDLVoiceCommand alloc] initWithVoiceCommands:@[@"\t"] handler:^{}];
__block SDLVoiceCommand *testVoiceCommand5 = [[SDLVoiceCommand alloc] initWithVoiceCommands:@[@""] handler:^{}];
__block SDLVoiceCommand *testVoiceCommand6 = [[SDLVoiceCommand alloc] init];
__block SDLVoiceCommand *testVoiceCommand7 = [[SDLVoiceCommand alloc] initWithVoiceCommands:@[@"Test 1", @"Test 2"] handler:^{}];
__block SDLOnHMIStatus *newHMIStatus = [[SDLOnHMIStatus alloc] init];
__block NSArray<SDLVoiceCommand *> *testVCArray = nil;
beforeEach(^{
testVCArray = @[testVoiceCommand];
mockConnectionManager = [[TestConnectionManager alloc] init];
testManager = [[SDLVoiceCommandManager alloc] initWithConnectionManager:mockConnectionManager];
});
// should instantiate correctly
it(@"should instantiate correctly", ^{
expect(testManager.connectionManager).to(equal(mockConnectionManager));
expect(testManager.currentLevel).to(beNil());
expect(testManager.voiceCommands).to(beEmpty());
expect(testManager.lastVoiceCommandId).to(equal(VoiceCommandIdMin));
expect(testManager.currentVoiceCommands).to(beEmpty());
expect(testManager.transactionQueue).toNot(beNil());
});
// updating voice commands before HMI is ready
describe(@"updating voice commands before HMI is ready", ^{
// when in HMI NONE
context(@"when in HMI NONE", ^{
beforeEach(^{
newHMIStatus.hmiLevel = SDLHMILevelNone;
newHMIStatus.windowID = @(SDLPredefinedWindowsDefaultWindow);
SDLRPCNotificationNotification *notification = [[SDLRPCNotificationNotification alloc] initWithName:SDLDidChangeHMIStatusNotification object:nil rpcNotification:newHMIStatus];
[[NSNotificationCenter defaultCenter] postNotification:notification];
});
it(@"should not update", ^{
testManager.voiceCommands = @[testVoiceCommand];
expect(testManager.transactionQueue.isSuspended).to(beTrue());
expect(testManager.transactionQueue.operationCount).to(equal(1));
});
});
// when no HMI level has been received
context(@"when no HMI level has been received", ^{
it(@"should not update", ^{
testManager.voiceCommands = @[testVoiceCommand];
expect(testManager.transactionQueue.isSuspended).to(beTrue());
expect(testManager.transactionQueue.operationCount).to(equal(1));
});
});
});
// when the hmi is ready
describe(@"when the hmi is ready", ^{
beforeEach(^{
newHMIStatus.hmiLevel = SDLHMILevelFull;
newHMIStatus.windowID = @(SDLPredefinedWindowsDefaultWindow);
SDLRPCNotificationNotification *notification = [[SDLRPCNotificationNotification alloc] initWithName:SDLDidChangeHMIStatusNotification object:nil rpcNotification:newHMIStatus];
[[NSNotificationCenter defaultCenter] postNotification:notification];
});
// should update the transactionQueue's suspension to false
it(@"should update the transactionQueue's suspension to false", ^{
expect(testManager.transactionQueue.isSuspended).to(beFalse());
});
// when setting voiceCommands
describe(@"when setting voiceCommands", ^{
beforeEach(^{
testManager.transactionQueue.suspended = YES;
testManager.voiceCommands = testVCArray;
});
// should properly update a command
it(@"should properly update a command", ^{
expect(testManager.voiceCommands.firstObject.commandId).to(equal(VoiceCommandIdMin));
expect(testManager.transactionQueue.operations).to(haveCount(1));
expect(testManager.transactionQueue.operations.firstObject.isExecuting).to(beFalse());
});
// when new voice commands are identical to the existing ones
describe(@"when new voice commands are identical to the existing ones", ^{
beforeEach(^{
testManager.voiceCommands = testVCArray;
});
// should only have one operation
it(@"should only have one operation", ^{
expect(testManager.transactionQueue.operations).to(haveCount(1));
});
});
// when new voice commands are different from the existing ones
describe(@"when new voice commands are different from the existing ones", ^{
beforeEach(^{
testManager.voiceCommands = @[testVoiceCommand2];
});
it(@"should queue another operation", ^{
expect(testManager.transactionQueue.operations).to(haveCount(2));
});
// when the first operation finishes and updates the current voice commands
describe(@"when the first operation finishes and updates the current voice commands", ^{
beforeEach(^{
testManager.transactionQueue.suspended = NO;
SDLVoiceCommandUpdateOperation *firstOp = testManager.transactionQueue.operations[0];
firstOp.currentVoiceCommands = [@[testVoiceCommand2] mutableCopy];
[firstOp finishOperation];
});
it(@"should update the second operation", ^{
expect(((SDLVoiceCommandUpdateOperation *)testManager.transactionQueue.operations.firstObject).oldVoiceCommands.firstObject).to(equal(testVoiceCommand2));
});
});
});
// if any of the voice commands contains an empty string
context(@"if any of the voice commands contains an empty string", ^{
// should remove the empty strings and queue another operation
it(@"should remove the empty strings and queue another operation", ^{
testManager.voiceCommands = @[testVoiceCommand2, testVoiceCommand3, testVoiceCommand4, testVoiceCommand5, testVoiceCommand6];
expect(testManager.transactionQueue.operations).to(haveCount(2));
expect(testManager.voiceCommands).to(haveCount(2));
expect(testManager.voiceCommands[0].voiceCommands).to(haveCount(1));
expect(testManager.voiceCommands[0].voiceCommands).to(equal(@[@"Test 2"]));
expect(testManager.voiceCommands[1].voiceCommands).to(haveCount(2));
expect(testManager.voiceCommands[1].voiceCommands).to(equal(@[@"Test 3", @"Test 4"]));
});
// should not queue another operation if all the voice command strings are empty strings
it(@"should not queue another operation if all the voice command strings are empty strings", ^{
testManager.voiceCommands = @[testVoiceCommand4, testVoiceCommand5];
expect(testManager.transactionQueue.operations).to(haveCount(1));
expect(testManager.voiceCommands).to(haveCount(1));
expect(testManager.voiceCommands.firstObject.voiceCommands).to(haveCount(1));
expect(testManager.voiceCommands.firstObject.voiceCommands).to(equal(@[@"Test 1"]));
});
});
// updating voice commands with duplicate string in different voice commands
describe(@"when new voice commands are set and have duplicate strings in different voice commands", ^{
beforeEach(^{
testManager.voiceCommands = @[testVoiceCommand2, testVoiceCommand7];
});
it(@"should only have one operation", ^{
expect(testManager.transactionQueue.operations).to(haveCount(1));
expect([testManager.class sdl_arePendingVoiceCommandsUnique:@[testVoiceCommand2, testVoiceCommand7]]).to(equal(NO));
});
});
});
});
// on disconnect
context(@"on disconnect", ^{
beforeEach(^{
[testManager stop];
});
// should reset correctly
it(@"should reset correctly", ^{
expect(testManager.connectionManager).to(equal(mockConnectionManager));
expect(testManager.voiceCommands).to(beEmpty());
expect(testManager.currentLevel).to(beNil());
expect(testManager.lastVoiceCommandId).to(equal(VoiceCommandIdMin));
expect(testManager.currentVoiceCommands).to(beEmpty());
});
});
});
QuickSpecEnd
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