/******************************************************************************************************** * @file CheckSampleData.m * * @brief A concise description. * * @author Telink, 梁家誌 * @date 2021/3/12 * * @par Copyright (c) [2021], Telink Semiconductor (Shanghai) Co., Ltd. ("TELINK") * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *******************************************************************************************************/ #import #import "TelinkSigMeshLibExtensions/TelinkSigMeshLib.h" //#import "TelinkSigMeshLib/TelinkSigMeshLib.h" #import "OpenSSLHelper.h" #import "OpenSSLHelper+EPA.h" #import "SigNetworkManager.h" #import "SigAccessLayer.h" #import "SigAccessPdu.h" #import "SigUpperTransportLayer.h" #import "SigUpperTransportPdu.h" #import "SigLowerTransportLayer.h" #import "SigLowerTransportPdu.h" #import "SigSegmentedAccessMessage.h" #import "SigSegmentedControlMessage.h" #import "GMEllipticCurveCrypto.h" @interface CheckSampleData : XCTestCase @end @implementation CheckSampleData - (void)setUp { // Put setup code here. This method is called before the invocation of each test method in the class. } - (void)tearDown { // Put teardown code here. This method is called after the invocation of each test method in the class. } - (void)testExample { // This is an example of a functional test case. // Use XCTAssert and related functions to verify your tests produce the correct results. } - (void)testPerformanceExample { // This is an example of a performance test case. [self measureBlock:^{ // Put the code you want to measure the time of here. }]; } /* Mesh profile v1.1,page.644 8 Sampledata */ /// 8.1.1 s1 SALT generation function(AES-CMAC) - (void)testS1Founction { NSData *result1 = [OpenSSLHelper.share calculateSalt:[@"test" dataUsingEncoding:NSASCIIStringEncoding]]; NSData *result2 = [LibTools nsstringToHex:@"b73cefbd641ef2ea598c2b6efb62f79c"]; XCTAssertEqualObjects(result1, result2); } /// 8.1.2 k1 function （参数K1 T为内部计算出的参数，不return到外部） - (void)testK1Founction { NSData *result1 = [OpenSSLHelper.share calculateK1WithN:[LibTools nsstringToHex:@"3216d1509884b533248541792b877f98"] salt:[LibTools nsstringToHex:@"2ba14ffa0df84a2831938d57d276cab4"] andP:[LibTools nsstringToHex:@"5a09d60797eeb4478aada59db3352a0d"]]; NSData *result2 = [LibTools nsstringToHex:@"f6ed15a8934afbe7d83e8dcb57fcf5d7"]; XCTAssertEqualObjects(result1, result2); } /// 8.1.3 k2 function (managed flooding) （参数k2 s1(smk2) 、k2 T、k2 T0、k2 T1、k2 T2、k2 T3为内部计算出的参数，不return到外部） - (void)testK2Founction1 { NSData *result1 = [OpenSSLHelper.share calculateK2WithN:[LibTools nsstringToHex:@"f7a2a44f8e8a8029064f173ddc1e2b00"] andP:[LibTools nsstringToHex:@"00"]]; /* NID:7f EncryptionKey: 9f589181a0f50de73c8070c7a6d27f46 PrivacyKey: 4c715bd4a64b938f99b453351653124f */ NSData *result2 = [LibTools nsstringToHex:@"7f9f589181a0f50de73c8070c7a6d27f464c715bd4a64b938f99b453351653124f"]; XCTAssertEqualObjects(result1, result2); } /// 8.1.4 k2 function (friendship) （参数k2 s1(smk2) 、k2 T、k2 T0、k2 T1、k2 T2、k2 T3为内部计算出的参数，不return到外部） - (void)testK2Founction2 { NSData *result1 = [OpenSSLHelper.share calculateK2WithN:[LibTools nsstringToHex:@"f7a2a44f8e8a8029064f173ddc1e2b00"] andP:[LibTools nsstringToHex:@"010203040506070809"]]; /* NID:73 EncryptionKey: 11efec0642774992510fb5929646df49 PrivacyKey: d4d7cc0dfa772d836a8df9df5510d7a7 */ NSData *result2 = [LibTools nsstringToHex:@"7311efec0642774992510fb5929646df49d4d7cc0dfa772d836a8df9df5510d7a7"]; XCTAssertEqualObjects(result1, result2); } /// 8.1.5 k3 function（参数k3 SALT、k3 T、k3 CMAC(“id64”||0x01)为内部计算出的参数，不return到外部） - (void)testK3Founction { NSData *result1 = [OpenSSLHelper.share calculateK3WithN:[LibTools nsstringToHex:@"f7a2a44f8e8a8029064f173ddc1e2b00"]]; NSData *result2 = [LibTools nsstringToHex:@"ff046958233db014"]; XCTAssertEqualObjects(result1, result2); } /// 8.1.6 k4 function（参数k4 SALT、k4T k4CMAC(“id6”||0x01)为内部计算出的参数，不return到外部） - (void)testK4Founction { UInt8 result1 = [OpenSSLHelper.share calculateK4WithN:[LibTools nsstringToHex:@"3216d1509884b533248541792b877f98"]]; UInt8 result2 = 0x38; XCTAssertEqual(result1, result2); } /// 8.2.1 Application key AID(K4)（参数k4 SALT、k4T k4CMAC(“id6”||0x01)为内部计算出的参数，不return到外部） - (void)testApplicationKeyAID { UInt8 result1 = [OpenSSLHelper.share calculateK4WithN:[LibTools nsstringToHex:@"63964771734fbd76e3b40519d1d94a48"]]; UInt8 result2 = 0x26; XCTAssertEqual(result1, result2); } /// 8.2.2 Encryption and privacy keys (managed flooding)（K2）（参数k2 s1(smk2) 、k2 T、k2 T0、k2 T1、k2 T2、k2 T3为内部计算出的参数，不return到外部） - (void)testEncryptionAndPrivacyKeysOfManagedFlooding { NSData *result1 = [OpenSSLHelper.share calculateK2WithN:[LibTools nsstringToHex:@"7dd7364cd842ad18c17c2b820c84c3d6"] andP:[LibTools nsstringToHex:@"00"]]; /* NID:68 EncryptionKey: 0953fa93e7caac9638f58820220a398e PrivacyKey: 4c715bd4a64b938f99b453351653124f */ NSData *result2 = [LibTools nsstringToHex:@"680953fa93e7caac9638f58820220a398e8b84eedec100067d670971dd2aa700cf"]; XCTAssertEqualObjects(result1, result2); } /// 8.2.3 Encryption and privacy keys (friendship) （参数k2 s1(smk2) 、k2 T、k2 T0、k2 T1、k2 T2、k2 T3为内部计算出的参数，不return到外部） - (void)testEncryptionAndPrivacyKeysOfFriendship { NSData *result1 = [OpenSSLHelper.share calculateK2WithN:[LibTools nsstringToHex:@"7dd7364cd842ad18c17c2b820c84c3d6"] andP:[LibTools nsstringToHex:@"01120123450000072f"]]; /* NID:5e EncryptionKey: be635105434859f484fc798e043ce40e PrivacyKey: 5d396d4b54d3cbafe943e051fe9a4eb8 */ NSData *result2 = [LibTools nsstringToHex:@"5ebe635105434859f484fc798e043ce40e5d396d4b54d3cbafe943e051fe9a4eb8"]; XCTAssertEqualObjects(result1, result2); } /// 8.2.4 Encryption and privacy keys (Directed)（参数k2 s1(smk2) 、k2 T、k2 T0、k2 T1、k2 T2、k2 T3为内部计算出的参数，不return到外部） - (void)testEncryptionAndPrivacyKeysOfDirected { NSData *result1 = [OpenSSLHelper.share calculateK2WithN:[LibTools nsstringToHex:@"7dd7364cd842ad18c17c2b820c84c3d6"] andP:[LibTools nsstringToHex:@"02"]]; /* NID:0d EncryptionKey: b47a02c6cc9b4ac4cb9b88e765c9ade4 PrivacyKey: 9bf7ab5a5ad415fbd77e07bb808f4865 */ NSData *result2 = [LibTools nsstringToHex:@"0db47a02c6cc9b4ac4cb9b88e765c9ade49bf7ab5a5ad415fbd77e07bb808f4865"]; XCTAssertEqualObjects(result1, result2); } /// 8.2.5 Network ID（参数k3 SALT、k3 T、k3 CMAC(“id64”||0x01)为内部计算出的参数，不return到外部） - (void)testNetworkID { NSData *result1 = [OpenSSLHelper.share calculateK3WithN:[LibTools nsstringToHex:@"7dd7364cd842ad18c17c2b820c84c3d6"]]; NSData *result2 = [LibTools nsstringToHex:@"3ecaff672f673370"]; XCTAssertEqualObjects(result1, result2); } /// 8.2.6 IdentityKey （参数K1 T为内部计算出的参数，不return到外部） - (void)testIdentityKey { NSData *result1 = [OpenSSLHelper.share calculateK1WithN:[LibTools nsstringToHex:@"7dd7364cd842ad18c17c2b820c84c3d6"] salt:[LibTools nsstringToHex:@"f8795a1aabf182e4f163d86e245e19f4"] andP:[LibTools nsstringToHex:@"696431323801"]]; NSData *result2 = [LibTools nsstringToHex:@"84396c435ac48560b5965385253e210c"]; XCTAssertEqualObjects(result1, result2); } /// 8.2.7 BeaconKey （参数K1 T为内部计算出的参数，不return到外部） - (void)testBeaconKey { NSData *result1 = [OpenSSLHelper.share calculateK1WithN:[LibTools nsstringToHex:@"7dd7364cd842ad18c17c2b820c84c3d6"] salt:[LibTools nsstringToHex:@"2c24619ab793c1233f6e226738393dec"] andP:[LibTools nsstringToHex:@"696431323801"]]; NSData *result2 = [LibTools nsstringToHex:@"5423d967da639a99cb02231a83f7d254"]; XCTAssertEqualObjects(result1, result2); } /// 8.2.8 PrivateBeaconKey, 8.2.8.1 Sample #1 （参数K1 T为内部计算出的参数，不return到外部） - (void)testPrivateBeaconKeySample1 { NSData *result1 = [OpenSSLHelper.share calculateK1WithN:[LibTools nsstringToHex:@"3bbb6f1fbd53e157417f308ce7aec58f"] salt:[LibTools nsstringToHex:@"2c8b71fb5d95e86cfb753bfee3ab934f"] andP:[LibTools nsstringToHex:@"696431323801"]]; NSData *result2 = [LibTools nsstringToHex:@"ca478cdac626b7a8522d7272dd124f26"]; XCTAssertEqualObjects(result1, result2); } /// 8.2.8 PrivateBeaconKey, 8.2.8.2 Sample #2 （参数K1 T为内部计算出的参数，不return到外部） - (void)testPrivateBeaconKeySample2 { NSData *result1 = [OpenSSLHelper.share calculateK1WithN:[LibTools nsstringToHex:@"db662f48d477740621f5e301cdd69611"] salt:[LibTools nsstringToHex:@"2c8b71fb5d95e86cfb753bfee3ab934f"] andP:[LibTools nsstringToHex:@"696431323801"]]; NSData *result2 = [LibTools nsstringToHex:@"0f30694a3a91b616a48a54701053cb90"]; XCTAssertEqualObjects(result1, result2); } /* 1. message#1#2#3#4#5#7#9#10#12#14 Transport Control Message->UpperTransportControlPDU->LowerTransportUnsegmentedControlPDU->NetworkPDU 2. message#6#8(重发segment1的数据包)#19(只有一个segment)#20(同前)#24(vendor command) Access Payload->UpperTransportAccessPDU->LowerTransportSegmentedAccessPDU->NetworkPDU 3. message#16#18#21(vendor command)#22(同前)#23(同前) Access Payload->UpperTransportAccessPDU->LowerTransportUnsegmentedAccessPDU->NetworkPDU 4. message#11#13#15#17 ->NetworkPDU */ /*该测试单元的XCTAssertEqualObjects有可能不准确，所以加上XCTAssert(NO);进行辅助判断！*/ /*最好直接跑整个类的测试单元，而不是只跑当前一个测试方法*/ /// 8.3.6 Message #6, A Configuration Client sends a Config AppKey Add message to the Low Power node. This message is sent in two segments. - (void)testMeshMessage6 { [SDKLibCommand startMeshSDK]; SigDataSource *defaultMesh = [[SigDataSource alloc] initDefaultMesh]; defaultMesh.ivIndex = @"12345678"; [defaultMesh setLocationSno:0x3129ab]; SigNetkeyModel *netkeyModel = defaultMesh.netKeys.firstObject; netkeyModel.key = @"7dd7364cd842ad18c17c2b820c84c3d6".uppercaseString; netkeyModel.index = 0x456; SigAppkeyModel *appkeyModel = defaultMesh.appKeys.firstObject; appkeyModel.key = @"63964771734fbd76e3b40519d1d94a48".uppercaseString; appkeyModel.index = 0x123; appkeyModel.boundNetKey = 0x456; SigNodeModel *provisionerNode = defaultMesh.curLocationNodeModel; [provisionerNode setAddress:3]; provisionerNode.defaultTTL = 4;//先取provisionerNode的ttl，如果该ttl无效，再取SigMeshLib.share.defaultTtl。 SigNodeModel *node = [[SigNodeModel alloc] init]; [node setAddress:0x1201]; node.deviceKey = @"9d6dd0e96eb25dc19a40ed9914f8f03f"; [defaultMesh.nodes addObject:node]; SigMeshLib.share.defaultTtl = 4;//先取provisionerNode的ttl，如果该ttl无效，再取SigMeshLib.share.defaultTtl。 SigMeshLib.share.dataSource = defaultMesh; SigMeshLib.share.dataSource.unicastAddressOfConnected = node.address; [SDKLibCommand configAppKeyAddWithDestination:node.address appkeyModel:appkeyModel retryCount:0 responseMaxCount:1 successCallback:^(UInt16 source, UInt16 destination, SigConfigAppKeyStatus * _Nonnull responseMessage) { } resultCallback:^(BOOL isResponseAll, NSError * _Nullable error) { dispatch_async(dispatch_get_main_queue(), ^{ NSData *accessPayload1 = SigNetworkManager.share.accessLayer.accessPdu.accessPdu; NSData *accessPayload2 = [LibTools nsstringToHex:@"0056341263964771734fbd76e3b40519d1d94a48"]; XCTAssertEqualObjects(accessPayload1, accessPayload2); NSData *upperTransportPDU1 = SigNetworkManager.share.upperTransportLayer.upperTransportPdu.transportPdu; NSData *upperTransportPDU2 = [LibTools nsstringToHex:@"ee9dddfd2169326d23f3afdfcfdc18c52fdef772e0e17308"]; XCTAssertEqualObjects(upperTransportPDU1, upperTransportPDU2); NSLog(@"accessPayload1=%@,accessPayload2=%@",accessPayload1,accessPayload2); NSLog(@"upperTransportPDU1=%@,upperTransportPDU2=%@",upperTransportPDU1,upperTransportPDU2); if (SigNetworkManager.share.lowerTransportLayer.outgoingSegments && SigNetworkManager.share.lowerTransportLayer.outgoingSegments.count) { NSArray *array = [NSArray arrayWithArray:SigNetworkManager.share.lowerTransportLayer.outgoingSegments.allValues.firstObject]; for (SigSegmentedAccessMessage *segmentedAccessMessage in array) { if ([array indexOfObject:segmentedAccessMessage] == 0) { NSData *upperTransportPDUSegment1 = segmentedAccessMessage.upperTransportPdu; NSData *upperTransportPDUSegment2 = [LibTools nsstringToHex:@"ee9dddfd2169326d23f3afdf"]; XCTAssertEqualObjects(upperTransportPDUSegment1, upperTransportPDUSegment2); NSData *LowerTransportPDUSegment1 = segmentedAccessMessage.transportPdu; NSData *LowerTransportPDUSegment2 = [LibTools nsstringToHex:@"8026ac01ee9dddfd2169326d23f3afdf"]; XCTAssertEqualObjects(LowerTransportPDUSegment1, LowerTransportPDUSegment2); NSData *networkPduSegment1 = segmentedAccessMessage.networkPdu.pduData; NSData *networkPduSegment2 = [LibTools nsstringToHex:@"68cab5c5348a230afba8c63d4e686364979deaf4fd40961145939cda0e"]; XCTAssertEqualObjects(networkPduSegment1, networkPduSegment2); NSLog(@"upperTransportPDUSegment1=%@,upperTransportPDUSegment2=%@",upperTransportPDUSegment1,upperTransportPDUSegment2); NSLog(@"LowerTransportPDUSegment1=%@,LowerTransportPDUSegment2=%@",LowerTransportPDUSegment1,LowerTransportPDUSegment2); NSLog(@"networkPduSegment1=%@,networkPduSegment2=%@",networkPduSegment1,networkPduSegment2); BOOL upperTransportPDUSegmentResult = [upperTransportPDUSegment1 isEqualToData:upperTransportPDUSegment2]; XCTAssert(upperTransportPDUSegmentResult); BOOL LowerTransportPDUSegmentResult = [LowerTransportPDUSegment1 isEqualToData:LowerTransportPDUSegment2]; XCTAssert(LowerTransportPDUSegmentResult); BOOL networkPduSegmentResult = [networkPduSegment1 isEqualToData:networkPduSegment2]; XCTAssert(networkPduSegmentResult); if (!upperTransportPDUSegmentResult || !LowerTransportPDUSegmentResult || !networkPduSegmentResult) { XCTAssert(NO); } } if ([array indexOfObject:segmentedAccessMessage] == 1) { NSData *upperTransportPDUSegment1 = segmentedAccessMessage.upperTransportPdu; NSData *upperTransportPDUSegment2 = [LibTools nsstringToHex:@"cfdc18c52fdef772e0e17308"]; XCTAssertEqualObjects(upperTransportPDUSegment1, upperTransportPDUSegment2); NSData *LowerTransportPDUSegment1 = segmentedAccessMessage.transportPdu; NSData *LowerTransportPDUSegment2 = [LibTools nsstringToHex:@"8026ac21cfdc18c52fdef772e0e17308"]; XCTAssertEqualObjects(LowerTransportPDUSegment1, LowerTransportPDUSegment2); NSData *networkPduSegment1 = segmentedAccessMessage.networkPdu.pduData; NSData *networkPduSegment2 = [LibTools nsstringToHex:@"681615b5dd4a846cae0c032bf0746f44f1b8cc8ce5edc57e55beed49c0"]; XCTAssertEqualObjects(networkPduSegment1, networkPduSegment2); NSLog(@"upperTransportPDUSegment1=%@,upperTransportPDUSegment2=%@",upperTransportPDUSegment1,upperTransportPDUSegment2); NSLog(@"LowerTransportPDUSegment1=%@,LowerTransportPDUSegment2=%@",LowerTransportPDUSegment1,LowerTransportPDUSegment2); NSLog(@"networkPduSegment1=%@,networkPduSegment2=%@",networkPduSegment1,networkPduSegment2); BOOL upperTransportPDUSegmentResult = [upperTransportPDUSegment1 isEqualToData:upperTransportPDUSegment2]; XCTAssert(upperTransportPDUSegmentResult); BOOL LowerTransportPDUSegmentResult = [LowerTransportPDUSegment1 isEqualToData:LowerTransportPDUSegment2]; XCTAssert(LowerTransportPDUSegmentResult); BOOL networkPduSegmentResult = [networkPduSegment1 isEqualToData:networkPduSegment2]; XCTAssert(networkPduSegmentResult); if (!upperTransportPDUSegmentResult || !LowerTransportPDUSegmentResult || !networkPduSegmentResult) { XCTAssert(NO); } } } } BOOL accessPayloadResult = [accessPayload1 isEqualToData:accessPayload2]; XCTAssert(accessPayloadResult); BOOL upperTransportPDUResult = [upperTransportPDU1 isEqualToData:upperTransportPDU2]; XCTAssert(upperTransportPDUResult); if (!accessPayloadResult || !upperTransportPDUResult) { XCTAssert(NO); } }); }]; } /// 8.3.24 Message #24, The Low Power node sends a vendor command to a virtual address using a 64-bit TransMIC.. - (void)testMeshMessage24 { [SDKLibCommand startMeshSDK]; SigDataSource *defaultMesh = [[SigDataSource alloc] initDefaultMesh]; defaultMesh.ivIndex = @"12345677"; [defaultMesh setLocationSno:0x7080d]; defaultMesh.security = SigMeshMessageSecurityHigh; SigNetkeyModel *netkeyModel = defaultMesh.netKeys.firstObject; netkeyModel.key = @"7dd7364cd842ad18c17c2b820c84c3d6".uppercaseString; // netkeyModel.index = 0x456; SigAppkeyModel *appkeyModel = defaultMesh.appKeys.firstObject; appkeyModel.key = @"63964771734fbd76e3b40519d1d94a48".uppercaseString; // appkeyModel.index = 0x123; // appkeyModel.boundNetKey = 0x456; SigNodeModel *provisionerNode = defaultMesh.curLocationNodeModel; [provisionerNode setAddress:0x1234]; provisionerNode.defaultTTL = 3;//先取provisionerNode的ttl，如果该ttl无效，再取SigMeshLib.share.defaultTtl。 SigNodeModel *node = [[SigNodeModel alloc] init]; [node setAddress:0x9736]; [defaultMesh.nodes addObject:node]; SigMeshLib.share.defaultTtl = 3;//先取provisionerNode的ttl，如果该ttl无效，再取SigMeshLib.share.defaultTtl。 SigMeshLib.share.dataSource = defaultMesh; SigMeshLib.share.dataSource.unicastAddressOfConnected = node.address; SigMeshLib.share.dataSource.curNetkeyModel.ivIndex.index = [LibTools uint32From16String:defaultMesh.ivIndex]; IniCommandModel *m = [[IniCommandModel alloc] initVendorModelIniCommandWithNetkeyIndex:defaultMesh.curNetkeyModel.index appkeyIndex:defaultMesh.curAppkeyModel.index retryCount:0 responseMax:1 address:node.address opcode:0x2A vendorId:0xA responseOpcode:0x2B needTid:NO tid:0 commandData:[LibTools nsstringToHex:@"576f726c64"]]; m.curAppkey = defaultMesh.curAppkeyModel; m.curNetkey = defaultMesh.curNetkeyModel; m.curIvIndex = SigMeshLib.share.dataSource.curNetkeyModel.ivIndex; m.meshAddressModel = [[SigMeshAddress alloc] initWithVirtualLabel:[CBUUID UUIDWithString:[LibTools UUIDToMeshUUID:@"f4a002c7fb1e4ca0a469a021de0db875"]]]; [SDKLibCommand sendIniCommandModel:m successCallback:^(UInt16 source, UInt16 destination, SigMeshMessage * _Nonnull responseMessage) { } resultCallback:^(BOOL isResponseAll, NSError * _Nullable error) { dispatch_async(dispatch_get_main_queue(), ^{ NSData *accessPayload1 = SigNetworkManager.share.accessLayer.accessPdu.accessPdu; NSData *accessPayload2 = [LibTools nsstringToHex:@"ea0a00576f726c64"]; XCTAssertEqualObjects(accessPayload1, accessPayload2); NSData *upperTransportPDU1 = SigNetworkManager.share.upperTransportLayer.upperTransportPdu.transportPdu; NSData *upperTransportPDU2 = [LibTools nsstringToHex:@"ee9dddfd2169326d23f3afdfcfdc18c52fdef772e0e17308"]; XCTAssertEqualObjects(upperTransportPDU1, upperTransportPDU2); NSLog(@"accessPayload1=%@,accessPayload2=%@",accessPayload1,accessPayload2); NSLog(@"upperTransportPDU1=%@,upperTransportPDU2=%@",upperTransportPDU1,upperTransportPDU2); if (SigNetworkManager.share.lowerTransportLayer.outgoingSegments && SigNetworkManager.share.lowerTransportLayer.outgoingSegments.count) { NSArray *array = [NSArray arrayWithArray:SigNetworkManager.share.lowerTransportLayer.outgoingSegments.allValues.firstObject]; for (SigSegmentedAccessMessage *segmentedAccessMessage in array) { if ([array indexOfObject:segmentedAccessMessage] == 0) { NSData *upperTransportPDUSegment1 = segmentedAccessMessage.upperTransportPdu; NSData *upperTransportPDUSegment2 = [LibTools nsstringToHex:@"ee9dddfd2169326d23f3afdf"]; XCTAssertEqualObjects(upperTransportPDUSegment1, upperTransportPDUSegment2); NSData *LowerTransportPDUSegment1 = segmentedAccessMessage.transportPdu; NSData *LowerTransportPDUSegment2 = [LibTools nsstringToHex:@"8026ac01ee9dddfd2169326d23f3afdf"]; XCTAssertEqualObjects(LowerTransportPDUSegment1, LowerTransportPDUSegment2); NSData *networkPduSegment1 = segmentedAccessMessage.networkPdu.pduData; NSData *networkPduSegment2 = [LibTools nsstringToHex:@"68cab5c5348a230afba8c63d4e686364979deaf4fd40961145939cda0e"]; XCTAssertEqualObjects(networkPduSegment1, networkPduSegment2); NSLog(@"upperTransportPDUSegment1=%@,upperTransportPDUSegment2=%@",upperTransportPDUSegment1,upperTransportPDUSegment2); NSLog(@"LowerTransportPDUSegment1=%@,LowerTransportPDUSegment2=%@",LowerTransportPDUSegment1,LowerTransportPDUSegment2); NSLog(@"networkPduSegment1=%@,networkPduSegment2=%@",networkPduSegment1,networkPduSegment2); BOOL upperTransportPDUSegmentResult = [upperTransportPDUSegment1 isEqualToData:upperTransportPDUSegment2]; XCTAssert(upperTransportPDUSegmentResult); BOOL LowerTransportPDUSegmentResult = [LowerTransportPDUSegment1 isEqualToData:LowerTransportPDUSegment2]; XCTAssert(LowerTransportPDUSegmentResult); BOOL networkPduSegmentResult = [networkPduSegment1 isEqualToData:networkPduSegment2]; XCTAssert(networkPduSegmentResult); if (!upperTransportPDUSegmentResult || !LowerTransportPDUSegmentResult || !networkPduSegmentResult) { XCTAssert(NO); } } if ([array indexOfObject:segmentedAccessMessage] == 1) { NSData *upperTransportPDUSegment1 = segmentedAccessMessage.upperTransportPdu; NSData *upperTransportPDUSegment2 = [LibTools nsstringToHex:@"cfdc18c52fdef772e0e17308"]; XCTAssertEqualObjects(upperTransportPDUSegment1, upperTransportPDUSegment2); NSData *LowerTransportPDUSegment1 = segmentedAccessMessage.transportPdu; NSData *LowerTransportPDUSegment2 = [LibTools nsstringToHex:@"8026ac21cfdc18c52fdef772e0e17308"]; XCTAssertEqualObjects(LowerTransportPDUSegment1, LowerTransportPDUSegment2); NSData *networkPduSegment1 = segmentedAccessMessage.networkPdu.pduData; NSData *networkPduSegment2 = [LibTools nsstringToHex:@"681615b5dd4a846cae0c032bf0746f44f1b8cc8ce5edc57e55beed49c0"]; XCTAssertEqualObjects(networkPduSegment1, networkPduSegment2); NSLog(@"upperTransportPDUSegment1=%@,upperTransportPDUSegment2=%@",upperTransportPDUSegment1,upperTransportPDUSegment2); NSLog(@"LowerTransportPDUSegment1=%@,LowerTransportPDUSegment2=%@",LowerTransportPDUSegment1,LowerTransportPDUSegment2); NSLog(@"networkPduSegment1=%@,networkPduSegment2=%@",networkPduSegment1,networkPduSegment2); BOOL upperTransportPDUSegmentResult = [upperTransportPDUSegment1 isEqualToData:upperTransportPDUSegment2]; XCTAssert(upperTransportPDUSegmentResult); BOOL LowerTransportPDUSegmentResult = [LowerTransportPDUSegment1 isEqualToData:LowerTransportPDUSegment2]; XCTAssert(LowerTransportPDUSegmentResult); BOOL networkPduSegmentResult = [networkPduSegment1 isEqualToData:networkPduSegment2]; XCTAssert(networkPduSegmentResult); if (!upperTransportPDUSegmentResult || !LowerTransportPDUSegmentResult || !networkPduSegmentResult) { XCTAssert(NO); } } } } BOOL accessPayloadResult = [accessPayload1 isEqualToData:accessPayload2]; XCTAssert(accessPayloadResult); BOOL upperTransportPDUResult = [upperTransportPDU1 isEqualToData:upperTransportPDU2]; XCTAssert(upperTransportPDUResult); if (!accessPayloadResult || !upperTransportPDUResult) { XCTAssert(NO); } }); }]; } //- (void)testVirtualLabel { // NSData *salt = [OpenSSLHelper.share calculateSalt:[@"vtad" dataUsingEncoding:kCFStringEncodingASCII]]; // NSData *hash = [OpenSSLHelper.share calculateCMAC:[LibTools nsstringToHex:[LibTools meshUUIDToUUID:@"f4a002c7fb1e4ca0a469a021de0db875"]] andKey:salt]; //// NSData *hash = [OpenSSLHelper.share calculateCMAC:[LibTools turnOverData:[LibTools nsstringToHex:[LibTools meshUUIDToUUID:@"f4a002c7fb1e4ca0a469a021de0db875"]]] andKey:salt]; // UInt16 address = CFSwapInt16HostToBig([LibTools uint16FromBytes:[hash subdataWithRange:NSMakeRange(14, 2)]]); // address |= 0x8000; // address &= 0xBFFF; // XCTAssertEqual(address, 0x9736); //} /// 8.3.16 Message #16, The Low Power node has now received the complete Config AppKey Add message, so it responds to the segmented message with a status message. This is sent directly to the Configuration Client. - (void)testMeshMessage16 { [SDKLibCommand startMeshSDK]; SigDataSource *defaultMesh = [[SigDataSource alloc] initDefaultMesh]; defaultMesh.ivIndex = @"12345678"; [defaultMesh setLocationSno:0x000006]; SigNetkeyModel *netkeyModel = defaultMesh.netKeys.firstObject; netkeyModel.key = @"7dd7364cd842ad18c17c2b820c84c3d6".uppercaseString; netkeyModel.index = 0x123; SigAppkeyModel *appkeyModel = defaultMesh.appKeys.firstObject; appkeyModel.key = @"63964771734fbd76e3b40519d1d94a48".uppercaseString; appkeyModel.index = 0x456; appkeyModel.boundNetKey = 0x123; SigNodeModel *provisionerNode = defaultMesh.curLocationNodeModel; [provisionerNode setAddress:0x1201]; provisionerNode.defaultTTL = 0x0b;//先取provisionerNode的ttl，如果该ttl无效，再取SigMeshLib.share.defaultTtl。 SigNodeModel *node = [[SigNodeModel alloc] init]; [node setAddress:0x0003]; node.deviceKey = @"9d6dd0e96eb25dc19a40ed9914f8f03f"; [defaultMesh.nodes addObject:node]; SigMeshLib.share.defaultTtl = 0x0b;//先取provisionerNode的ttl，如果该ttl无效，再取SigMeshLib.share.defaultTtl。 SigMeshLib.share.dataSource = defaultMesh; SigMeshLib.share.dataSource.unicastAddressOfConnected = node.address; IniCommandModel *m = [[IniCommandModel alloc] initSigModelIniCommandWithNetkeyIndex:defaultMesh.curNetkeyModel.index appkeyIndex:defaultMesh.curAppkeyModel.index retryCount:0 responseMax:0 address:node.address opcode:SigOpCode_configAppKeyStatus commandData:[LibTools nsstringToHex:@"00563412"]]; m.curAppkey = defaultMesh.curAppkeyModel; m.curNetkey = defaultMesh.curNetkeyModel; m.curIvIndex = SigMeshLib.share.dataSource.curNetkeyModel.ivIndex; m.meshAddressModel = [[SigMeshAddress alloc] initWithAddress:node.address]; m.isEncryptByDeviceKey = YES; [SDKLibCommand sendIniCommandModel:m successCallback:^(UInt16 source, UInt16 destination, SigMeshMessage * _Nonnull responseMessage) { } resultCallback:^(BOOL isResponseAll, NSError * _Nullable error) { dispatch_async(dispatch_get_main_queue(), ^{ NSData *accessPayload1 = SigNetworkManager.share.accessLayer.accessPdu.accessPdu; NSData *accessPayload2 = [LibTools nsstringToHex:@"800300563412"]; XCTAssertEqualObjects(accessPayload1, accessPayload2); NSData *upperTransportPDU1 = SigNetworkManager.share.upperTransportLayer.upperTransportPdu.transportPdu; NSData *upperTransportPDU2 = [LibTools nsstringToHex:@"89511bf1d1a81c11dcef"]; XCTAssertEqualObjects(upperTransportPDU1, upperTransportPDU2); NSLog(@"accessPayload1=%@,accessPayload2=%@",accessPayload1,accessPayload2); NSLog(@"upperTransportPDU1=%@,upperTransportPDU2=%@",upperTransportPDU1,upperTransportPDU2); // if (SigNetworkManager.share.lowerTransportLayer.outgoingSegments && SigNetworkManager.share.lowerTransportLayer.outgoingSegments.count) { // NSArray *array = [NSArray arrayWithArray:SigNetworkManager.share.lowerTransportLayer.outgoingSegments.allValues.firstObject]; // for (SigSegmentedAccessMessage *segmentedAccessMessage in array) { // if ([array indexOfObject:segmentedAccessMessage] == 0) { // NSData *upperTransportPDUSegment1 = segmentedAccessMessage.upperTransportPdu; // NSData *upperTransportPDUSegment2 = [LibTools nsstringToHex:@"ee9dddfd2169326d23f3afdf"]; // XCTAssertEqualObjects(upperTransportPDUSegment1, upperTransportPDUSegment2); // NSData *LowerTransportPDUSegment1 = segmentedAccessMessage.transportPdu; // NSData *LowerTransportPDUSegment2 = [LibTools nsstringToHex:@"8026ac01ee9dddfd2169326d23f3afdf"]; // XCTAssertEqualObjects(LowerTransportPDUSegment1, LowerTransportPDUSegment2); // NSData *networkPduSegment1 = segmentedAccessMessage.networkPdu.pduData; // NSData *networkPduSegment2 = [LibTools nsstringToHex:@"68cab5c5348a230afba8c63d4e686364979deaf4fd40961145939cda0e"]; // XCTAssertEqualObjects(networkPduSegment1, networkPduSegment2); // // NSLog(@"upperTransportPDUSegment1=%@,upperTransportPDUSegment2=%@",upperTransportPDUSegment1,upperTransportPDUSegment2); // NSLog(@"LowerTransportPDUSegment1=%@,LowerTransportPDUSegment2=%@",LowerTransportPDUSegment1,LowerTransportPDUSegment2); // NSLog(@"networkPduSegment1=%@,networkPduSegment2=%@",networkPduSegment1,networkPduSegment2); // BOOL upperTransportPDUSegmentResult = [upperTransportPDUSegment1 isEqualToData:upperTransportPDUSegment2]; // XCTAssert(upperTransportPDUSegmentResult); // BOOL LowerTransportPDUSegmentResult = [LowerTransportPDUSegment1 isEqualToData:LowerTransportPDUSegment2]; // XCTAssert(LowerTransportPDUSegmentResult); // BOOL networkPduSegmentResult = [networkPduSegment1 isEqualToData:networkPduSegment2]; // XCTAssert(networkPduSegmentResult); // if (!upperTransportPDUSegmentResult || !LowerTransportPDUSegmentResult || !networkPduSegmentResult) { // XCTAssert(NO); // } // } // if ([array indexOfObject:segmentedAccessMessage] == 1) { // NSData *upperTransportPDUSegment1 = segmentedAccessMessage.upperTransportPdu; // NSData *upperTransportPDUSegment2 = [LibTools nsstringToHex:@"cfdc18c52fdef772e0e17308"]; // XCTAssertEqualObjects(upperTransportPDUSegment1, upperTransportPDUSegment2); // NSData *LowerTransportPDUSegment1 = segmentedAccessMessage.transportPdu; // NSData *LowerTransportPDUSegment2 = [LibTools nsstringToHex:@"8026ac21cfdc18c52fdef772e0e17308"]; // XCTAssertEqualObjects(LowerTransportPDUSegment1, LowerTransportPDUSegment2); // NSData *networkPduSegment1 = segmentedAccessMessage.networkPdu.pduData; // NSData *networkPduSegment2 = [LibTools nsstringToHex:@"681615b5dd4a846cae0c032bf0746f44f1b8cc8ce5edc57e55beed49c0"]; // XCTAssertEqualObjects(networkPduSegment1, networkPduSegment2); // // NSLog(@"upperTransportPDUSegment1=%@,upperTransportPDUSegment2=%@",upperTransportPDUSegment1,upperTransportPDUSegment2); // NSLog(@"LowerTransportPDUSegment1=%@,LowerTransportPDUSegment2=%@",LowerTransportPDUSegment1,LowerTransportPDUSegment2); // NSLog(@"networkPduSegment1=%@,networkPduSegment2=%@",networkPduSegment1,networkPduSegment2); // BOOL upperTransportPDUSegmentResult = [upperTransportPDUSegment1 isEqualToData:upperTransportPDUSegment2]; // XCTAssert(upperTransportPDUSegmentResult); // BOOL LowerTransportPDUSegmentResult = [LowerTransportPDUSegment1 isEqualToData:LowerTransportPDUSegment2]; // XCTAssert(LowerTransportPDUSegmentResult); // BOOL networkPduSegmentResult = [networkPduSegment1 isEqualToData:networkPduSegment2]; // XCTAssert(networkPduSegmentResult); // if (!upperTransportPDUSegmentResult || !LowerTransportPDUSegmentResult || !networkPduSegmentResult) { // XCTAssert(NO); // } // } // } // } if (SigNetworkManager.share.lowerTransportLayer.unSegmentLowerTransportPdu) { NSData *networkPduUnSegment1 = SigNetworkManager.share.lowerTransportLayer.unSegmentLowerTransportPdu.networkPdu.pduData; NSData *networkPduUnSegment2 = [LibTools nsstringToHex:@"68e80e5da5af0e6b9be7f5a642f2f98680e61c3a8b47f228"]; XCTAssertEqualObjects(networkPduUnSegment1, networkPduUnSegment2); } BOOL accessPayloadResult = [accessPayload1 isEqualToData:accessPayload2]; XCTAssert(accessPayloadResult); BOOL upperTransportPDUResult = [upperTransportPDU1 isEqualToData:upperTransportPDU2]; XCTAssert(upperTransportPDUResult); if (!accessPayloadResult || !upperTransportPDUResult) { XCTAssert(NO); } }); }]; } /* MshPRF_EPA_CR_r08.docx The following sample data shows a provisioning security functions computation when the Algorithm field is BTM_ECDH_P256_CMAC_AES128_AES_CCM. */ - (void)testCMAC_AES128 { GMEllipticCurveCrypto *crypto = [GMEllipticCurveCrypto cryptoForKey:[LibTools nsstringToHex:@"06a516693c9aa31a6084545d0c5db641b48572b97203ddffb7ac73f7d0457663"]]; crypto.compressedPublicKey = NO; NSLog(@"crypto.publicKey=%@,crypto.privateKey=%@",[LibTools convertDataToHexStr:crypto.publicKey],[LibTools convertDataToHexStr:crypto.privateKey]); NSData *devicePublicKey = [LibTools nsstringToHex:@"f465e43ff23d3f1b9dc7dfc04da8758184dbc966204796eccf0d6cf5e16500cc0201d048bcbbd899eeefc424164e33c201c2b010ca6b4d43a8a155cad8ecb279"]; UInt8 tem = 0x04; NSMutableData *devicePublicKeyData = [NSMutableData dataWithBytes:&tem length:1]; [devicePublicKeyData appendData:devicePublicKey]; GMEllipticCurveCrypto *deviceKeyCrypto = [GMEllipticCurveCrypto cryptoForKey:devicePublicKeyData]; deviceKeyCrypto.compressedPublicKey = YES; NSData *sharedSecretKeyData = [LibTools nsstringToHex:@"ab85843a2f6d883f62e5684b38e307335fe6e1945ecd19604105c6f23221eb69"]; NSData *sharedSecretKeyDataResult = [crypto sharedSecretForPublicKey:deviceKeyCrypto.publicKey]; XCTAssertEqualObjects(sharedSecretKeyData, sharedSecretKeyDataResult); NSData *confirmationInputs = [LibTools nsstringToHex:@"00010001000000000000000000000000002c31a47b5779809ef44cb5eaaf5c3e43d5f8faad4a8794cb987e9b03745c78dd919512183898dfbecd52e2408e43871fd021109117bd3ed4eaf8437743715d4ff465e43ff23d3f1b9dc7dfc04da8758184dbc966204796eccf0d6cf5e16500cc0201d048bcbbd899eeefc424164e33c201c2b010ca6b4d43a8a155cad8ecb279"]; NSData *confirmationSalt = [LibTools nsstringToHex:@"5faabe187337c71cc6c973369dcaa79a"]; NSData *confirmationSaltResult = [OpenSSLHelper.share calculateSalt:confirmationInputs]; XCTAssertEqualObjects(confirmationSalt, confirmationSaltResult); NSData *confirmationKey = [LibTools nsstringToHex:@"e31fe046c68ec339c425fc6629f0336f"]; NSData *confirmationKeyResult = [OpenSSLHelper.share calculateK1WithN:sharedSecretKeyData salt:confirmationSalt andP:[@"prck" dataUsingEncoding:NSASCIIStringEncoding]]; XCTAssertEqualObjects(confirmationKey, confirmationKeyResult); NSData *randomProvisioner = [LibTools nsstringToHex:@"8b19ac31d58b124c946209b5db1021b9"]; NSData *authValue = [LibTools nsstringToHex:@"00000000000000000000000000000000"]; NSMutableData *confirmationProvisionerInput = [NSMutableData dataWithData:randomProvisioner]; [confirmationProvisionerInput appendData:authValue]; NSData *confirmationProvisioner = [LibTools nsstringToHex:@"b38a114dfdca1fe153bd2c1e0dc46ac2"]; NSData *confirmationProvisionerResult = [OpenSSLHelper.share calculateCMAC:confirmationProvisionerInput andKey:confirmationKey]; XCTAssertEqualObjects(confirmationProvisioner, confirmationProvisionerResult); NSData *randomDevice = [LibTools nsstringToHex:@"55a2a2bca04cd32ff6f346bd0a0c1a3a"]; NSMutableData *confirmationDeviceInput = [NSMutableData dataWithData:randomDevice]; [confirmationDeviceInput appendData:authValue]; NSData *confirmationDevice = [LibTools nsstringToHex:@"eeba521c196b52cc2e37aa40329f554e"]; NSData *confirmationDeviceResult = [OpenSSLHelper.share calculateCMAC:confirmationDeviceInput andKey:confirmationKey]; XCTAssertEqualObjects(confirmationDevice, confirmationDeviceResult); /* The Session key shall be derived using the formula: ProvisioningSalt = s1(ConfirmationSalt || RandomProvisioner || RandomDevice) SessionKey = k1(ECDHSecret, ProvisioningSalt, “prsk”) The nonce shall be the 13 least significant octets of: SessionNonce = k1(ECDHSecret, ProvisioningSalt, “prsn”) DevKey = k1(ECDHSecret, ProvisioningSalt, “prdk”) */ NSData *provisioningSaltInput = [LibTools nsstringToHex:@"5faabe187337c71cc6c973369dcaa79a8b19ac31d58b124c946209b5db1021b955a2a2bca04cd32ff6f346bd0a0c1a3a"]; NSData *provisioningSalt = [LibTools nsstringToHex:@"a21c7d45f201cf9489a2fb57145015b4"]; NSData *provisioningSaltResult = [OpenSSLHelper.share calculateSalt:provisioningSaltInput]; XCTAssertEqualObjects(provisioningSalt, provisioningSaltResult); NSData *sessionKey = [LibTools nsstringToHex:@"c80253af86b33dfa450bbdb2a191fea3"]; NSData *sessionKeyResult = [OpenSSLHelper.share calculateK1WithN:sharedSecretKeyData salt:provisioningSalt andP:[@"prsk" dataUsingEncoding:NSASCIIStringEncoding]]; XCTAssertEqualObjects(sessionKey, sessionKeyResult); NSData *sessionNonceFull = [LibTools nsstringToHex:@"c5e02eda7ddbe78b5f62b81d6847487e"]; NSData *sessionNonce = [LibTools nsstringToHex:@"da7ddbe78b5f62b81d6847487e"]; NSData *sessionNonceResult = [OpenSSLHelper.share calculateK1WithN:sharedSecretKeyData salt:provisioningSalt andP:[@"prsn" dataUsingEncoding:NSASCIIStringEncoding]]; XCTAssertEqualObjects(sessionNonceFull, sessionNonceResult); XCTAssertEqualObjects(sessionNonce, [sessionNonceResult subdataWithRange:NSMakeRange(3, sessionNonceResult.length-3)]); NSData *data = [LibTools nsstringToHex:@"efb2255e6422d330088e09bb015ed707056700010203040b0c"]; NSData *dataEncrypted = [LibTools nsstringToHex:@"d0bd7f4a89a2ff6222af59a90a60ad58acfe3123356f5cec29"]; NSData *dataMIC = [LibTools nsstringToHex:@"73e0ec50783b10c7"]; NSData *dataEncryptedMIC = [LibTools nsstringToHex:@"d0bd7f4a89a2ff6222af59a90a60ad58acfe3123356f5cec2973e0ec50783b10c7"]; NSData *dataEncryptedMICResult = [[OpenSSLHelper share] calculateCCM:data withKey:sessionKey nonce:sessionNonce andMICSize:8 withAdditionalData:nil]; XCTAssertEqualObjects(dataEncryptedMIC, dataEncryptedMICResult); NSData *deviceKey = [LibTools nsstringToHex:@"0520adad5e0142aa3e325087b4ec16d8"]; NSData *deviceKeyResult = [OpenSSLHelper.share calculateK1WithN:sharedSecretKeyData salt:provisioningSalt andP:[@"prdk" dataUsingEncoding:NSASCIIStringEncoding]]; XCTAssertEqualObjects(deviceKey, deviceKeyResult); } /* MshPRF_EPA_CR_r08.docx The following sample data shows a provisioning security functions computation when the Algorithm field is BTM_ECDH_P256_HMAC_SHA256_AES_CCM. */ - (void)testHMAC_SHA256 { NSData *authValue = [LibTools nsstringToHex:@"906d73a3c7a7cb3ff730dca68a46b9c18d673f50e078202311473ebbe253669f"]; GMEllipticCurveCrypto *crypto = [GMEllipticCurveCrypto cryptoForKey:[LibTools nsstringToHex:@"06a516693c9aa31a6084545d0c5db641b48572b97203ddffb7ac73f7d0457663"]]; crypto.compressedPublicKey = NO; NSLog(@"crypto.publicKey=%@,crypto.privateKey=%@",[LibTools convertDataToHexStr:crypto.publicKey],[LibTools convertDataToHexStr:crypto.privateKey]); NSData *devicePublicKey = [LibTools nsstringToHex:@"f465e43ff23d3f1b9dc7dfc04da8758184dbc966204796eccf0d6cf5e16500cc0201d048bcbbd899eeefc424164e33c201c2b010ca6b4d43a8a155cad8ecb279"]; UInt8 tem = 0x04; NSMutableData *devicePublicKeyData = [NSMutableData dataWithBytes:&tem length:1]; [devicePublicKeyData appendData:devicePublicKey]; GMEllipticCurveCrypto *deviceKeyCrypto = [GMEllipticCurveCrypto cryptoForKey:devicePublicKeyData]; deviceKeyCrypto.compressedPublicKey = YES; NSData *sharedSecretKeyData = [LibTools nsstringToHex:@"ab85843a2f6d883f62e5684b38e307335fe6e1945ecd19604105c6f23221eb69"]; NSData *sharedSecretKeyDataResult = [crypto sharedSecretForPublicKey:deviceKeyCrypto.publicKey]; XCTAssertEqualObjects(sharedSecretKeyData, sharedSecretKeyDataResult); NSData *confirmationInputs = [LibTools nsstringToHex:@"00010003000100000000000001000100002c31a47b5779809ef44cb5eaaf5c3e43d5f8faad4a8794cb987e9b03745c78dd919512183898dfbecd52e2408e43871fd021109117bd3ed4eaf8437743715d4ff465e43ff23d3f1b9dc7dfc04da8758184dbc966204796eccf0d6cf5e16500cc0201d048bcbbd899eeefc424164e33c201c2b010ca6b4d43a8a155cad8ecb279"]; NSData *confirmationSalt = [LibTools nsstringToHex:@"a71141ba8cb6b40f4f52b622e1c091614c73fc308f871b78ca775e769bc3ae69"]; NSData *confirmationSaltResult = [OpenSSLHelper.share calculateSalt2:confirmationInputs]; XCTAssertEqualObjects(confirmationSalt, confirmationSaltResult); NSData *confirmationKey = [LibTools nsstringToHex:@"210c3c448152e8d59ef742aa7d22ee5ba59a38648bda6bf05c74f3e46fc2c0bb"]; NSMutableData *n = [NSMutableData dataWithData:sharedSecretKeyData]; [n appendData:authValue]; NSData *confirmationKeyResult = [OpenSSLHelper.share calculateK5WithN:n salt:confirmationSalt andP:[@"prck256" dataUsingEncoding:NSASCIIStringEncoding]]; XCTAssertEqualObjects(confirmationKey, confirmationKeyResult); NSData *randomProvisioner = [LibTools nsstringToHex:@"36f968b94a13000e64b223576390db6bcc6d62f02617c369ee3f5b3e89df7e1f"]; NSData *confirmationProvisioner = [LibTools nsstringToHex:@"c99b54617ae646f5f32cf7e1ea6fcc49fd69066078eba9580fa6c7031833e6c8"]; NSData *confirmationProvisionerResult = [OpenSSLHelper.share calculateHMAC_SHA256:randomProvisioner andKey:confirmationKey]; XCTAssertEqualObjects(confirmationProvisioner, confirmationProvisionerResult); NSData *randomDevice = [LibTools nsstringToHex:@"5b9b1fc6a64b2de8bece53187ee989c6566db1fc7dc8580a73dafdd6211d56a5"]; NSData *confirmationDevice = [LibTools nsstringToHex:@"56e3722d291373d38c995d6f942c02928c96abb015c233557d7974b6e2df662b"]; NSData *confirmationDeviceResult = [OpenSSLHelper.share calculateHMAC_SHA256:randomDevice andKey:confirmationKey]; XCTAssertEqualObjects(confirmationDevice, confirmationDeviceResult); /* The Session key shall be derived using the formula: ProvisioningSalt = s1(ConfirmationSalt || RandomProvisioner || RandomDevice) SessionKey = k1(ECDHSecret, ProvisioningSalt, “prsk”) The nonce shall be the 13 least significant octets of: SessionNonce = k1(ECDHSecret, ProvisioningSalt, “prsn”) DevKey = k1(ECDHSecret, ProvisioningSalt, “prdk”) */ NSData *provisioningSaltInput = [LibTools nsstringToHex:@"a71141ba8cb6b40f4f52b622e1c091614c73fc308f871b78ca775e769bc3ae6936f968b94a13000e64b223576390db6bcc6d62f02617c369ee3f5b3e89df7e1f5b9b1fc6a64b2de8bece53187ee989c6566db1fc7dc8580a73dafdd6211d56a5"]; NSData *provisioningSalt = [LibTools nsstringToHex:@"d1cb10ad8d51286067e348fc4b692122"]; NSData *provisioningSaltResult = [OpenSSLHelper.share calculateSalt:provisioningSaltInput]; XCTAssertEqualObjects(provisioningSalt, provisioningSaltResult); NSData *sessionKey = [LibTools nsstringToHex:@"df4a494da3d45405e402f1d6a6cea338"]; NSData *sessionKeyResult = [OpenSSLHelper.share calculateK1WithN:sharedSecretKeyData salt:provisioningSalt andP:[@"prsk" dataUsingEncoding:NSASCIIStringEncoding]]; XCTAssertEqualObjects(sessionKey, sessionKeyResult); NSData *sessionNonceFull = [LibTools nsstringToHex:@"caee0611b987db2ae41fbb9e96b80446"]; NSData *sessionNonce = [LibTools nsstringToHex:@"11b987db2ae41fbb9e96b80446"]; NSData *sessionNonceResult = [OpenSSLHelper.share calculateK1WithN:sharedSecretKeyData salt:provisioningSalt andP:[@"prsn" dataUsingEncoding:NSASCIIStringEncoding]]; XCTAssertEqualObjects(sessionNonceFull, sessionNonceResult); XCTAssertEqualObjects(sessionNonce, [sessionNonceResult subdataWithRange:NSMakeRange(3, sessionNonceResult.length-3)]); NSData *data = [LibTools nsstringToHex:@"efb2255e6422d330088e09bb015ed707056700010203040b0c"]; NSData *dataEncrypted = [LibTools nsstringToHex:@"f9df98cbb736be1f600659ac4c37821a82db31e410a03de769"]; NSData *dataMIC = [LibTools nsstringToHex:@"3a2a0428fbdaf321"]; NSData *dataEncryptedMIC = [LibTools nsstringToHex:@"f9df98cbb736be1f600659ac4c37821a82db31e410a03de7693a2a0428fbdaf321"]; NSData *dataEncryptedMICResult = [[OpenSSLHelper share] calculateCCM:data withKey:sessionKey nonce:sessionNonce andMICSize:8 withAdditionalData:nil]; XCTAssertEqualObjects(dataEncryptedMIC, dataEncryptedMICResult); NSData *deviceKey = [LibTools nsstringToHex:@"2770852a737cf05d8813768f22af3a2d"]; NSData *deviceKeyResult = [OpenSSLHelper.share calculateK1WithN:sharedSecretKeyData salt:provisioningSalt andP:[@"prdk" dataUsingEncoding:NSASCIIStringEncoding]]; XCTAssertEqualObjects(deviceKey, deviceKeyResult); } - (void)testSigOpcodesAggregatorSequence { SigOpcodesAggregatorItemModel *model1 = [[SigOpcodesAggregatorItemModel alloc] initWithSigMeshMessage:[[SigGenericOnOffGet alloc] init]]; SigOpcodesAggregatorItemModel *model2 = [[SigOpcodesAggregatorItemModel alloc] initWithSigMeshMessage:[[SigLightCTLGet alloc] init]]; SigOpcodesAggregatorItemModel *model3 = [[SigOpcodesAggregatorItemModel alloc] initWithSigMeshMessage:[[SigLightHSLGet alloc] init]]; NSArray *items = @[model1,model2,model3]; SigOpcodesAggregatorSequence *message = [[SigOpcodesAggregatorSequence alloc] initWithElementAddress:0x0002 items:items]; dispatch_semaphore_t semaphore = dispatch_semaphore_create(0); [SDKLibCommand sendSigOpcodesAggregatorSequenceMessage:message retryCount:SigMeshLib.share.dataSource.defaultRetryCount responseMaxCount:items.count successCallback:^(UInt16 source, UInt16 destination, SigOpcodesAggregatorStatus * _Nonnull responseMessage) { TeLogInfo(@"SigOpcodesAggregatorSequence=%@,source=%d,destination=%d",[LibTools convertDataToHexStr:responseMessage.parameters],source,destination); } resultCallback:^(BOOL isResponseAll, NSError * _Nullable error) { TeLogInfo(@"isResponseAll=%d,error=%@",isResponseAll,error); dispatch_semaphore_signal(semaphore); }]; dispatch_after(dispatch_time(DISPATCH_TIME_NOW, (int64_t)(0.5 * NSEC_PER_SEC)), dispatch_get_main_queue(), ^{ [self createSigOpcodesAggregatorStatus]; }); //Most provide 3 seconds to firmwareDistributionReceiversGet every node. dispatch_semaphore_wait(semaphore, (dispatch_semaphore_wait(semaphore, dispatch_time(DISPATCH_TIME_NOW, NSEC_PER_SEC * 60.0)))); } - (void)createSigOpcodesAggregatorStatus { SigOpcodesAggregatorItemModel *model1 = [[SigOpcodesAggregatorItemModel alloc] initWithSigMeshMessage:[[SigGenericOnOffStatus alloc] initWithIsOn:YES targetState:YES remainingTime:nil]]; SigOpcodesAggregatorItemModel *model2 = [[SigOpcodesAggregatorItemModel alloc] initWithSigMeshMessage:[[SigLightCTLStatus alloc] initWithPresentCTLLightness:[LibTools lumToLightness:100] presentCTLTemperature:[LibTools temp100ToTemp:100] targetCTLLightness:[LibTools lumToLightness:100] targetCTLTemperature:[LibTools temp100ToTemp:100] remainingTime:nil]]; SigOpcodesAggregatorItemModel *model3 = [[SigOpcodesAggregatorItemModel alloc] initWithSigMeshMessage:[[SigLightHSLStatus alloc] initWithHSLLightness:[LibTools lumToLightness:100] HSLHue:[LibTools lumToLightness:100] HSLSaturation:[LibTools lumToLightness:100] remainingTime:nil]]; NSArray *items = @[model1,model2,model3]; SigOpcodesAggregatorStatus *responseMessage = [[SigOpcodesAggregatorStatus alloc] initWithStatus:SigConfigMessageStatus_success elementAddress:0x0002 items:items]; dispatch_async(SigMeshLib.share.delegateQueue, ^{ if ([SigMeshLib.share.delegate respondsToSelector:@selector(didReceiveMessage:sentFromSource:toDestination:)]) { [SigMeshLib.share.delegate didReceiveMessage:responseMessage sentFromSource:0x0002 toDestination:SigMeshLib.share.dataSource.curLocationNodeModel.address]; } }); } - (void)testMeshPrivateBeacon1 { SigNetkeyModel *model = [[SigNetkeyModel alloc] init]; model.key = @"f7a2a44f8e8a8029064f173ddc1e2b00"; SigMeshPrivateBeacon *beacon = [[SigMeshPrivateBeacon alloc] initWithKeyRefreshFlag:NO ivUpdateActive:YES ivIndex:[LibTools uint32From16String:@"1010abcd"] randomData:[LibTools nsstringToHex:@"435f18f85cf78a3121f58478a5"] usingNetworkKey:model]; NSData *obfuscatedPrivateBeaconData = [LibTools nsstringToHex:@"61e488e7cb"]; NSData *Authentication_Tag = [LibTools nsstringToHex:@"f3174f022a514741"]; XCTAssertEqualObjects(beacon.obfuscatedPrivateBeaconData, obfuscatedPrivateBeaconData); XCTAssertEqualObjects(beacon.authenticationTag, Authentication_Tag); } - (void)testReceiveMeshPrivateBeacon1 { SigNetkeyModel *model = [[SigNetkeyModel alloc] init]; model.key = @"f7a2a44f8e8a8029064f173ddc1e2b00"; NSString *ivIndexString = @"1010abcd"; SigMeshLib.share.dataSource.ivIndex = ivIndexString; UInt32 iv32 = [LibTools uint32From16String:ivIndexString]; model.ivIndex = [[SigIvIndex alloc] initWithIndex:iv32 updateActive:YES]; model.phase = normalOperation; SigMeshPrivateBeacon *beacon = [[SigMeshPrivateBeacon alloc] initWithDecodePdu:[LibTools nsstringToHex:@"02435f18f85cf78a3121f58478a561e488e7cbf3174f022a514741"] usingNetworkKey:model]; NSData *obfuscatedPrivateBeaconData = [LibTools nsstringToHex:@"61e488e7cb"]; NSData *Authentication_Tag = [LibTools nsstringToHex:@"f3174f022a514741"]; XCTAssertEqualObjects(beacon.obfuscatedPrivateBeaconData, obfuscatedPrivateBeaconData); XCTAssertEqualObjects(beacon.authenticationTag, Authentication_Tag); XCTAssertEqual(beacon.ivIndex, iv32); XCTAssertEqual(beacon.keyRefreshFlag, NO); XCTAssertEqual(beacon.ivUpdateActive, YES); } - (void)testMeshPrivateBeacon2 { SigNetkeyModel *model = [[SigNetkeyModel alloc] init]; model.key = @"3bbb6f1fbd53e157417f308ce7aec58f"; SigMeshPrivateBeacon *beacon = [[SigMeshPrivateBeacon alloc] initWithKeyRefreshFlag:NO ivUpdateActive:NO ivIndex:[LibTools uint32From16String:@"00000000"] randomData:[LibTools nsstringToHex:@"1b998f82927535ea6f3076f422"] usingNetworkKey:model]; NSData *obfuscatedPrivateBeaconData = [LibTools nsstringToHex:@"ce827408ab"]; NSData *Authentication_Tag = [LibTools nsstringToHex:@"2f0ffb94cf97f881"]; XCTAssertEqualObjects(beacon.obfuscatedPrivateBeaconData, obfuscatedPrivateBeaconData); XCTAssertEqualObjects(beacon.authenticationTag, Authentication_Tag); } - (void)testReceiveMeshPrivateBeacon2 { SigNetkeyModel *model = [[SigNetkeyModel alloc] init]; model.key = @"3bbb6f1fbd53e157417f308ce7aec58f"; NSString *ivIndexString = @"00000000"; SigMeshLib.share.dataSource.ivIndex = ivIndexString; UInt32 iv32 = [LibTools uint32From16String:ivIndexString]; model.ivIndex = [[SigIvIndex alloc] initWithIndex:iv32 updateActive:NO]; model.phase = normalOperation; SigMeshPrivateBeacon *beacon = [[SigMeshPrivateBeacon alloc] initWithDecodePdu:[LibTools nsstringToHex:@"021b998f82927535ea6f3076f422ce827408ab2f0ffb94cf97f881"] usingNetworkKey:model]; NSData *obfuscatedPrivateBeaconData = [LibTools nsstringToHex:@"ce827408ab"]; NSData *Authentication_Tag = [LibTools nsstringToHex:@"2f0ffb94cf97f881"]; XCTAssertEqualObjects(beacon.obfuscatedPrivateBeaconData, obfuscatedPrivateBeaconData); XCTAssertEqualObjects(beacon.authenticationTag, Authentication_Tag); XCTAssertEqual(beacon.ivIndex, iv32); XCTAssertEqual(beacon.keyRefreshFlag, NO); XCTAssertEqual(beacon.ivUpdateActive, NO); } - (void)testNodeIdentity { SigNetkeyModel *model = [[SigNetkeyModel alloc] init]; model.key = @"7dd7364cd842ad18c17c2b820c84c3d6"; SigNodeModel *node = [[SigNodeModel alloc] init]; node.unicastAddress = @"1201"; NSData *AdvertisementDataServiceData = [LibTools nsstringToHex:@"0100861765aefcc57b34ae608fbbc1f2c6"]; BOOL result = [SigDataSource.share matchNodeIdentityWithAdvertisementDataServiceData:AdvertisementDataServiceData peripheralUUIDString:@"7dd7364cd842ad18c17c2b820c84c3d6" nodes:@[node] networkKey:model]; XCTAssertTrue(result); } - (void)testPrivateNetworkIdentity { SigNetkeyModel *model = [[SigNetkeyModel alloc] init]; model.key = @"7dd7364cd842ad18c17c2b820c84c3d6"; NSData *AdvertisementDataServiceData = [LibTools nsstringToHex:@"02d30f7229ef04543534ae608fbbc1f2c6"]; BOOL result = [SigDataSource.share matchPrivateNetworkIdentityWithAdvertisementDataServiceData:AdvertisementDataServiceData peripheralUUIDString:@"7dd7364cd842ad18c17c2b820c84c3d6" networkKey:model]; XCTAssertTrue(result); } - (void)testPrivateNodeIdentity { SigNetkeyModel *model = [[SigNetkeyModel alloc] init]; model.key = @"7dd7364cd842ad18c17c2b820c84c3d6"; SigNodeModel *node = [[SigNodeModel alloc] init]; node.unicastAddress = @"1201"; NSData *AdvertisementDataServiceData = [LibTools nsstringToHex:@"032c64a8cbca65bfe134ae608fbbc1f2c6"]; BOOL result = [SigDataSource.share matchPrivateNodeIdentityWithAdvertisementDataServiceData:AdvertisementDataServiceData peripheralUUIDString:@"7dd7364cd842ad18c17c2b820c84c3d6" nodes:@[node] networkKey:model]; XCTAssertTrue(result); } @end