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//
// SDLLifecycleProtocolHandler.m
// SmartDeviceLinkTests
//
// Created by Joel Fischer on 6/25/20.
// Copyright © 2020 smartdevicelink. All rights reserved.
//
#import <Quick/Quick.h>
#import <Nimble/Nimble.h>
#import <OCMock/OCMock.h>
#import "SDLConfiguration.h"
#import "SDLFunctionID.h"
#import "SDLLifecycleConfiguration.h"
#import "SDLLifecycleProtocolHandler.h"
#import "SDLNotificationConstants.h"
#import "SDLNotificationDispatcher.h"
#import "SDLProtocol.h"
#import "SDLProtocolDelegate.h"
#import "SDLProtocolHeader.h"
#import "SDLProtocolMessage.h"
#import "SDLRPCPayload.h"
#import "SDLShow.h"
#import "SDLTimer.h"
@interface SDLLifecycleProtocolHandler ()
@property (weak, nonatomic) SDLNotificationDispatcher *notificationDispatcher;
@property (strong, nonatomic) SDLTimer *rpcStartServiceTimeoutTimer;
@property (copy, nonatomic) NSString *appId;
@end
QuickSpecBegin(SDLLifecycleProtocolHandlerSpec)
describe(@"SDLLifecycleProtocolHandler tests", ^{
__block SDLLifecycleProtocolHandler *testHandler = nil;
__block id mockProtocol = nil;
__block id mockNotificationDispatcher = nil;
__block id mockTimer = nil;
beforeEach(^{
mockProtocol = OCMClassMock([SDLProtocol class]);
mockNotificationDispatcher = OCMClassMock([SDLNotificationDispatcher class]);
mockTimer = OCMClassMock([SDLTimer class]);
SDLLifecycleConfiguration *testLifecycleConfig = [SDLLifecycleConfiguration defaultConfigurationWithAppName:@"test" fullAppId:@"appid"];
SDLConfiguration *testConfig = [[SDLConfiguration alloc] initWithLifecycle:testLifecycleConfig lockScreen:nil logging:nil fileManager:nil encryption:nil];
testHandler = [[SDLLifecycleProtocolHandler alloc] initWithProtocol:mockProtocol notificationDispatcher:mockNotificationDispatcher configuration:testConfig];
testHandler.rpcStartServiceTimeoutTimer = mockTimer;
});
describe(@"when started", ^{
beforeEach(^{
OCMExpect([(SDLProtocol *)mockProtocol start]);
[testHandler start];
});
it(@"should start the protocol", ^{
OCMVerifyAll(mockProtocol);
});
});
describe(@"when stopped", ^{
beforeEach(^{
OCMExpect([(SDLProtocol *)mockProtocol stopWithCompletionHandler:[OCMArg any]]);
[testHandler stopWithCompletionHandler:^{}];
});
it(@"should stop the protocol", ^{
OCMVerifyAll(mockProtocol);
});
});
describe(@"when the protocol notifies us", ^{
context(@"of the transport opening", ^{
beforeEach(^{
OCMExpect([mockNotificationDispatcher postNotificationName:[OCMArg isEqual:SDLTransportDidConnect] infoObject:[OCMArg isNil]]);
OCMExpect([mockProtocol startServiceWithType:0 payload:[OCMArg any]]).ignoringNonObjectArgs();
OCMExpect([(SDLTimer *)mockTimer start]);
[testHandler protocolDidOpen:mockProtocol];
});
it(@"should set everything up", ^{
OCMVerifyAll(mockNotificationDispatcher);
OCMVerifyAll(mockProtocol);
OCMVerifyAll(mockTimer);
});
});
context(@"of the transport closing", ^{
beforeEach(^{
OCMExpect([mockNotificationDispatcher postNotificationName:[OCMArg isEqual:SDLTransportDidDisconnect] infoObject:[OCMArg isNil]]);
[testHandler protocolDidClose:mockProtocol];
});
it(@"should send a notification", ^{
OCMVerifyAll(mockNotificationDispatcher);
});
});
context(@"of the transport erroring", ^{
beforeEach(^{
OCMExpect([mockNotificationDispatcher postNotificationName:[OCMArg isEqual:SDLTransportConnectError] infoObject:[OCMArg isNotNil]]);
[testHandler protocol:mockProtocol transportDidError:[NSError errorWithDomain:@"test" code:1 userInfo:nil]];
});
it(@"should send a notification", ^{
OCMVerifyAll(mockNotificationDispatcher);
});
});
context(@"of an RPC Start Service ACK", ^{
beforeEach(^{
SDLProtocolHeader *header = [SDLProtocolHeader headerForVersion:4];
header.serviceType = SDLServiceTypeRPC;
header.frameData = SDLFrameInfoStartServiceACK;
SDLProtocolMessage *message = [SDLProtocolMessage messageWithHeader:header andPayload:nil];
OCMExpect([mockNotificationDispatcher postNotificationName:[OCMArg isEqual:SDLRPCServiceDidConnect] infoObject:[OCMArg isNil]]);
OCMExpect([(SDLTimer *)mockTimer cancel]);
[testHandler protocol:mockProtocol didReceiveStartServiceACK:message];
});
it(@"should stop the timer and send a notification", ^{
OCMVerifyAll(mockNotificationDispatcher);
OCMVerifyAll(mockTimer);
});
});
context(@"of an RPC Start Service NAK", ^{
beforeEach(^{
SDLProtocolHeader *header = [SDLProtocolHeader headerForVersion:4];
header.serviceType = SDLServiceTypeRPC;
header.frameData = SDLFrameInfoStartServiceNACK;
SDLProtocolMessage *message = [SDLProtocolMessage messageWithHeader:header andPayload:nil];
OCMExpect([mockNotificationDispatcher postNotificationName:[OCMArg isEqual:SDLRPCServiceConnectionDidError] infoObject:[OCMArg isNil]]);
OCMExpect([(SDLTimer *)mockTimer cancel]);
[testHandler protocol:mockProtocol didReceiveStartServiceNAK:message];
});
it(@"should stop the timer and send a notification", ^{
OCMVerifyAll(mockNotificationDispatcher);
OCMVerifyAll(mockTimer);
});
});
context(@"no response from the module to the RPC Start Service", ^{
beforeEach(^{
testHandler.rpcStartServiceTimeoutTimer = nil;
});
it(@"should send a transport disconnected notification when the timer elapses", ^{
OCMExpect([mockProtocol stopWithCompletionHandler:[OCMArg any]]);
[testHandler protocolDidOpen:mockProtocol];
OCMVerifyAllWithDelay(mockProtocol, 11.0);
});
});
context(@"of an RPC End Service ACK", ^{
beforeEach(^{
SDLProtocolHeader *header = [SDLProtocolHeader headerForVersion:4];
header.serviceType = SDLServiceTypeRPC;
header.frameData = SDLFrameInfoEndServiceACK;
SDLProtocolMessage *message = [SDLProtocolMessage messageWithHeader:header andPayload:nil];
OCMExpect([mockNotificationDispatcher postNotificationName:[OCMArg isEqual:SDLRPCServiceDidDisconnect] infoObject:[OCMArg isNil]]);
OCMExpect([(SDLTimer *)mockTimer cancel]);
[testHandler protocol:mockProtocol didReceiveEndServiceACK:message];
});
it(@"should stop the timer and send a notification", ^{
OCMVerifyAll(mockNotificationDispatcher);
OCMVerifyAll(mockTimer);
});
});
context(@"of an RPC End Service NAK", ^{
beforeEach(^{
SDLProtocolHeader *header = [SDLProtocolHeader headerForVersion:4];
header.serviceType = SDLServiceTypeRPC;
header.frameData = SDLFrameInfoEndServiceNACK;
SDLProtocolMessage *message = [SDLProtocolMessage messageWithHeader:header andPayload:nil];
OCMExpect([mockNotificationDispatcher postNotificationName:[OCMArg isEqual:SDLRPCServiceConnectionDidError] infoObject:[OCMArg any]]);
[testHandler protocol:mockProtocol didReceiveEndServiceNAK:message];
});
it(@"should send a RPC service connection error notification", ^{
OCMVerifyAll(mockNotificationDispatcher);
});
});
context(@"of a protocol message", ^{
beforeEach(^{
SDLShow *showRPC = [[SDLShow alloc] initWithMainField1:@"Test1" mainField2:@"Test2" alignment:SDLTextAlignmentLeft];
SDLProtocolHeader *header = [SDLProtocolHeader headerForVersion:4];
header.serviceType = SDLServiceTypeRPC;
header.frameData = SDLFrameInfoSingleFrame;
NSDictionary *dict = [showRPC serializeAsDictionary:4];
NSData *data = [NSJSONSerialization dataWithJSONObject:dict options:kNilOptions error:nil];
SDLRPCPayload *messagePayload = [[SDLRPCPayload alloc] init];
messagePayload.jsonData = data;
messagePayload.rpcType = SDLRPCMessageTypeRequest;
messagePayload.correlationID = 1;
messagePayload.functionID = [[SDLFunctionID sharedInstance] functionIdForName:SDLRPCFunctionNameShow].unsignedIntValue;
SDLProtocolMessage *testMessage = [SDLProtocolMessage messageWithHeader:header andPayload:messagePayload.data];
OCMExpect([mockNotificationDispatcher postRPCRequestNotification:[OCMArg isEqual:SDLDidReceiveShowRequest] request:[OCMArg isNotNil]]);
[testHandler protocol:mockProtocol didReceiveMessage:testMessage];
});
it(@"should send the notification", ^{
OCMVerifyAll(mockNotificationDispatcher);
});
});
});
});
QuickSpecEnd
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