GCC Code Coverage Report

Directory: ./
File: src/PMockControlBackend.cpp
Date: 2024-12-09 11:00:39
Exec Total Coverage
Lines: 267 301 88.7%
Branches: 342 545 62.8%
Line Branch Exec Source
1 /***************************************
2 Auteur : Pierre Aubert
3 Mail : pierre.aubert@lapp.in2p3.fr
4 Licence : CeCILL-C
5 ****************************************/
6
7 #include "string_utils.h"
8 #include "phoenix_mockControlBackend.h"
9
10 #include "PMockControlBackend.h"
11
12 ///Get the name of the mock file
13 /** @param mockDirectory : directory where to write or read mock files
14 * @param hostName : name of the host which owns the variable or function
15 * @param methodName : name of the method to be used (push, pull, call, etc)
16 * @param varName : name of the variable managed by the mock
17 * @return corresponding file name
18 */
19 26 std::string phoenix_getControlMockFileVar(const std::string & mockDirectory, const std::string & hostName, const std::string & methodName, const std::string & varName){
20
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 52 return mockDirectory + "/mock_" + hostName + "_" +methodName+"_" + varName + ".pmockvar";
21 }
22
23 ///Get the name of the mock file
24 /** @param mockDirectory : directory where to write or read mock files
25 * @param hostName : name of the host which owns the variable or function
26 * @param methodName : name of the method managed by the mock
27 * @return corresponding file name
28 */
29 5 std::string phoenix_getControlMockFileMethod(const std::string & mockDirectory, const std::string & hostName, const std::string & methodName){
30
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 10 return mockDirectory + "/mock_" + hostName + "_call_" + methodName + ".pmockmethod";
31 }
32
33 ///Create a PMockControlParam
34 /** @param isMockRecord : True to record the activity of the backend durring real use to make reusable mock
35 * @param mockDirectory : Directory where to find mock files
36 * @param logLevel : level of log to be used in the backend
37 * @return PMockControlParam
38 */
39 17 PMockControlParam phoenix_mockControlParam(bool isMockRecord, const std::string & mockDirectory, const std::string & logLevel){
40 17 return phoenix_mockControlParam(isMockRecord, mockDirectory, phoenix_strToLogLevel(logLevel));
41 }
42
43 ///Create a PMockControlParam
44 /** @param isMockRecord : True to record the activity of the backend durring real use to make reusable mock
45 * @param mockDirectory : Directory where to find mock files
46 * @param logLevel : level of log to be used in the backend
47 * @return PMockControlParam
48 */
49 45 PMockControlParam phoenix_mockControlParam(bool isMockRecord, const std::string & mockDirectory, PLog::Level logLevel){
50 45 PMockControlParam param;
51 45 param.isMockRecord = isMockRecord;
52
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 45 param.mockDirectory = mockDirectory;
53 45 param.logLevel = logLevel;
54 45 return param;
55 }
56
57 ///Create a PMockManagerParam
58 /** @param name : name of the manager
59 * @param isMockRecord : True to record the activity of the backend durring real use to make reusable mock
60 * @param mockDirectory : Directory where to find mock files
61 * @param logLevel : level of log to be used in the backend
62 * @return PMockControlParam
63 */
64 43 PMockManagerParam phoenix_mockManagerParam(const std::string & name, bool isMockRecord, const std::string & mockDirectory, PLog::Level logLevel){
65 43 PMockManagerParam param;
66
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 43 param.name = name;
67 43 param.isMockRecord = isMockRecord;
68
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 43 param.mockDirectory = mockDirectory;
69 43 param.logLevel = logLevel;
70 43 return param;
71 }
72
73 ///Create a PMockControlParam
74 /** @param isMockRecord : True to record the activity of the backend durring real use to make reusable mock
75 * @param logDirectory : Directory where to find mock files
76 * @param logLevel : level of log to be used in the backend
77 * @return PMockControlParam
78 */
79 14 PMockControlBackend::Param PMockControlBackend::defaultParam(bool isMockRecord, const std::string & logDirectory, PLog::Level logLevel){
80 14 return phoenix_mockControlParam(isMockRecord, logDirectory, logLevel);
81 }
82
83 ///Create a PMockControlBackend
84 /** @param name : name of the manager
85 * @param isMockRecord : True to record the activity of the backend durring real use to make reusable mock
86 * @param logDirectory : Directory where to find mock files
87 * @param logLevel : level of log to be used in the backend
88 * @return PMockControlParam
89 */
90 43 PMockControlBackend::MgrParam PMockControlBackend::defaultMgrParam(const std::string & name, bool isMockRecord, const std::string & logDirectory, PLog::Level logLevel){
91 43 return phoenix_mockManagerParam(name, isMockRecord, logDirectory, logLevel);
92 }
93
94 ///Contructor of the Backend
95 ✗ PMockControlBackend::PMockControlBackend(){
96
97 }
98
99 ///Initialise the data manager
100 /** @param[out] manager : data manager to be initlialised
101 * @param param : parameters to be used to initialised the manager
102 * @return true on success, false otherwise
103 */
104 43 bool PMockControlBackend::initialiseDataManager(PMockControlBackend::Manager & manager, const PMockControlBackend::MgrParam & param){
105
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 43 manager.name = param.name;
106 43 manager.isMockRecord = param.isMockRecord;
107
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 43 manager.mockDirectory = param.mockDirectory;
108 43 manager.eventId = 0lu;
109 43 const std::string & mockDirectory = param.mockDirectory;
110
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 43 createDirectoriesIfNotExist(mockDirectory);
111
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 43 std::string logDirectory(mockDirectory + "/log/");
112
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 43 createDirectoriesIfNotExist(logDirectory);
113 43 PLog & logger = manager.logger;
114
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 43 logger.setFileName(logDirectory + "/manager_"+manager.name+".log");
115
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 43 logger.setLogLevel(param.logLevel);
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 43 if(!logger.open()){return false;};
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 43 logger.getLogInfo() << "Manager('"<<manager.name<<"') : Log Directory '"<<logDirectory<<"'" << std::endl;
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 43 if(manager.isMockRecord){
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 1 std::string mockRecordDirectory(mockDirectory + "/record");
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 1 createDirectoriesIfNotExist(mockRecordDirectory);
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 1 logger.getLogInfo() << "Manager('"<<manager.name<<"') : Mode record activated" << std::endl;
122
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 1 logger.getLogInfo() << "Manager('"<<manager.name<<"') : Record Directory '"<<mockRecordDirectory<<"'" << std::endl;
123
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 1 manager.mockDirectory = mockRecordDirectory;
124 1 }else{
125
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 42 logger.getLogInfo() << "Manager('"<<manager.name<<"') : Mode replay activated" << std::endl;
126 }
127 43 return true;
128 43 }
129
130 ///Create a client connector
131 /** @param manager : manager to be used to create the client
132 * @param[out] connector : connector to be created
133 * @param address : address of the server, the client has to connect to
134 * @param param : extra customisable parameters for the creation of the connector (depends on the backend)
135 * @return true if the connector has been created, false otherwise
136 */
137 25 bool PMockControlBackend::createClientConnector(PMockControlBackend::Manager & manager, PMockControlBackend::Connector & connector, const std::string & address, const PMockControlBackend::Param & param){
138
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 25 return PMockControlBackend::createConnector(manager, connector, "client", address, param);
139 }
140
141 ///Create a server connector
142 /** @param manager : manager to be used to create the server
143 * @param[out] connector : connector to be created
144 * @param address : address of the server, the client has to connect to
145 * @param param : extra customisable parameters for the creation of the connector (depends on the backend)
146 * @return true if the connector has been created, false otherwise
147 */
148 2 bool PMockControlBackend::createServerConnector(PMockControlBackend::Manager & manager, PMockControlBackend::Connector & connector, const std::string & address, const PMockControlBackend::Param & param){
149
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 2 return PMockControlBackend::createConnector(manager, connector, "server", address, param);
150 }
151
152
153 ///Regiter a variable which can be used by the given connector
154 /** @param connector : connector to be used
155 * @param composeVar : variable to be used (can have a complex type)
156 * @return true on success, false otherwise
157 */
158 15 bool PMockControlBackend::registerVar(PMockControlBackend::Connector & connector, const PComposeVar & composeVar){
159 15 bool b(true);
160 15 PLog & logger = *connector.logger;
161 15 PComposeVar* var = phoenix_findConnectorData(connector.mapRegisterVar, composeVar.getName());
162
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 15 if(var == NULL){
163 15 connector.mapRegisterVar[composeVar.getName()] = composeVar;
164
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 15 logger.getLogInfo() << "Register Var '"<<ts_pcomposeVarToStr(composeVar)<<"' to host '"<<connector.hostname<<"'" << std::endl;
165 }else{
166 ✗ logger.getLogError() << "Already registered Var '"<<ts_pcomposeVarToStr(composeVar)<<"' to host '"<<connector.hostname<<"'" << std::endl;
167 ✗ b = false;
168 }
169 15 return b;
170 }
171
172 ///Regiter a method which can be called by the given connector
173 /** @param connector : connector to be used
174 * @param prototype : prototype of the method to be called
175 * @return true on success, false otherwise
176 */
177 3 bool PMockControlBackend::registerCall(PMockControlBackend::Connector & connector, const PFunctionPrototype & prototype){
178 3 bool b(true);
179 3 PLog & logger = *connector.logger;
180 3 PFunctionPrototype* function = phoenix_findConnectorData(connector.mapRegisterMethod, prototype.getName());
181
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 3 if(function == NULL){
182 3 connector.mapRegisterMethod[prototype.getName()] = prototype;
183
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 3 logger.getLogInfo() << "Register Call '"<<ts_protoTypeToStr(prototype)<<"' to host '"<<connector.hostname<<"'" << std::endl;
184 }else{
185 ✗ logger.getLogError() << "Already registered Method '"<<ts_protoTypeToStr(prototype)<<"' to host '"<<connector.hostname<<"'" << std::endl;
186 ✗ b = false;
187 }
188 3 return b;
189 }
190
191
192 ///Push a value in the server/client describes by the connector
193 /** @param connector : connector to be used
194 * @param varName : name of the variable to be pushed
195 * @param value : value of the variable to be pushed
196 * @return true on success, false otherwise
197 */
198 112 bool PMockControlBackend::push(PMockControlBackend::Connector & connector, const std::string & varName, const PMockControlBackend::Message & value){
199 112 PLog & logger = *connector.logger;
200
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 112 if(!checkIfVarIsRegister(connector, varName)){
201 1 logger.getLogError() << "push : variable '"<<varName<<"' for host '"<<connector.hostname<<"' not registered" << std::endl;
202 1 return false;
203 }
204 111 PMockConnectorVar* var = phoenix_findConnectorData(connector.mapPush, varName);
205
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 111 if(var != NULL){ //If the variable is already known by the Connector we used the corresponding PMockConnectorVar in mapPush
206
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 99 if(var->getIsWriteMode()){
207 //Let's append the value in the data
208 54 phoenix_connectorVarAppend(connector, *var, varName, value);
209 }else{
210 //If the corresponding mock file does exist we will check if the value is the same as expected
211 45 phoenix_connectorVarCheck(connector, *var, varName, value);
212 }
213 }else{ //If the var is not known we will create the proper entry
214
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 12 PMockConnectorVar tmpVar;
215
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 24 std::string mockFileName(phoenix_getControlMockFileVar(connector.mockDirectory, connector.hostname, "push", varName));
216
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 12 tmpVar.setFileNameMock(mockFileName);
217
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 12 if(connector.isMockRecord){
218 ✗ logger.getLogInfo() << "Create Mock for host '"<<connector.hostname<<"' and variable '"<<varName<<"' push will be saved in file '"<<mockFileName<<"'" << std::endl;
219 ✗ tmpVar.setIsWriteMode(true);
220 ✗ phoenix_connectorVarAppend(connector, tmpVar, varName, value);
221 }else{
222 //If the variable if not known yet we try to find the corresponding mock file
223
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 12 if(data_load(mockFileName, tmpVar)){
224
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 5 logger.getLogInfo() << "Mock file for host '"<<connector.hostname<<"' and variable '"<<varName<<"' push found at '"<<mockFileName<<"'" << std::endl;
225 //So we are in read mode in this case
226
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 5 tmpVar.setIsWriteMode(false);
227 //If the corresponding mock file does exist we will check if the value is the same as expected
228
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 5 phoenix_connectorVarCheck(connector, tmpVar, varName, value);
229 }else{
230 //If the corresponding mock file does not exist we will record the pushed value to create the mock of this variable at the end of the program
231
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 7 phoenix_connectorVarAppend(connector, tmpVar, varName, value);
232 //We do not forget to say the mock is just beeing written to avoid conflict with the other part of this function
233
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 7 tmpVar.setIsWriteMode(true);
234 }
235 }
236 //Let's add the PMockConnectorVar in the map of push
237
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 12 connector.mapPush[varName] = tmpVar;
238 12 }
239 //Let's increment the event id of the connector
240 111 ++connector.eventId;
241 111 return true;
242 }
243
244 ///Pull value from a server/client
245 /** @param[out] connector : connector to be used
246 * @param varName : variable name to pull the value from
247 * @param[out] value : pulled binary data
248 * @return true on success, false otherwise
249 */
250 30 bool PMockControlBackend::pull(PMockControlBackend::Connector & connector, const std::string & varName, PMockControlBackend::Message & value){
251 30 PLog & logger = *connector.logger;
252
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 30 if(!checkIfVarIsRegister(connector, varName)){
253 ✗ logger.getLogError() << "pull : variable '"<<varName<<"' for host '"<<connector.hostname<<"' not registered" << std::endl;
254 ✗ return false;
255 }
256 30 PMockConnectorVar* var = phoenix_findConnectorData(connector.mapPull, varName);
257 30 bool b(true);
258
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 30 if(var != NULL){ //If the variable is already known by the Connector we used the corresponding PMockConnectorVar in mapPush
259
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 27 if(var->getIsWriteMode()){
260 //Let's append the value in the data
261 9 phoenix_connectorVarAppend(connector, *var, varName, value);
262 }else{
263 18 phoenix_connectorVarRead(connector, *var, varName, value);
264 }
265 }else{
266
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 3 PMockConnectorVar tmpVar;
267
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 6 std::string mockFileName(phoenix_getControlMockFileVar(connector.mockDirectory, connector.hostname, "pull", varName));
268
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 3 tmpVar.setFileNameMock(mockFileName);
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 3 if(connector.isMockRecord){
270
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 1 logger.getLogInfo() << "Create Mock for host '"<<connector.hostname<<"' and variable '"<<varName<<"' pull will be stored to file '"<<mockFileName<<"'" << std::endl;
271
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 1 tmpVar.setIsWriteMode(true);
272
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 1 phoenix_connectorVarAppend(connector, tmpVar, varName, value);
273 }else{
274
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 2 logger.getLogInfo() << "Create Mock for host '"<<connector.hostname<<"' and variable '"<<varName<<"' pull will be loaded from file '"<<mockFileName<<"'" << std::endl;
275 //If the variable if not known yet we try to find the corresponding mock file
276
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 2 if(data_load(mockFileName, tmpVar)){
277
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 2 logger.getLogInfo() << "Mock file for host '"<<connector.hostname<<"' and variable '"<<varName<<"' pull found at '"<<mockFileName<<"'" << std::endl;
278
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 2 tmpVar.setIsWriteMode(false);
279
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 2 if(tmpVar.getVecEvent().size() != 0lu){
280
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 2 value = tmpVar.getVecEvent().front().getVecData();
281
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 2 tmpVar.setCurrentInputMessageIndex(1lu); //Let's increment the index
282 }else{
283 ✗ logger.getLogError() << "Mock file for host '"<<connector.hostname<<"' and variable '"<<varName<<"' pull no events in file '"<<mockFileName<<"'" << std::endl;
284 ✗ b = false;
285 }
286 }else{
287 ✗ logger.getLogError() << "Mock file for host '"<<connector.hostname<<"' and variable '"<<varName<<"' pull not found at '"<<mockFileName<<"'" << std::endl;
288 ✗ b =false;
289 }
290 }
291 //Let's add the PMockConnectorVar in the map of push
292
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 3 connector.mapPull[varName] = tmpVar;
293 3 }
294 //Let's increment the event id of the connector
295 30 ++connector.eventId;
296 30 return b;
297 }
298
299 ///Call a method on a remote client/server
300 /** @param[out] connector : Connector to be used
301 * @param[out] methodCall : method to be called
302 * @return true on success, false otherwise
303 */
304 30 bool PMockControlBackend::call(PMockControlBackend::Connector & connector, PFunctionCall & methodCall){
305 30 PLog & logger = *connector.logger;
306 30 std::string & functionName = methodCall.getPrototype().getName();
307
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 30 std::cerr << "PMockControlBackend::call : method = '" << ts_pfunctioncallToStr(methodCall) << "', registerCall = " << connector.mapRegisterMethod.size() << std::endl;
308
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 30 if(!checkIfMethodIsRegister(connector, functionName)){
309 ✗ logger.getLogError() << "Call : method '"<<functionName<<"' for host '"<<connector.hostname<<"' not registered" << std::endl;
310 ✗ return false;
311 }
312 30 std::vector<PMockControlBackend::Message> & vecParam = methodCall.getVecParam();
313 30 std::vector<PMockControlBackend::Message> & vecResult = methodCall.getVecResult();
314
315 30 bool b(true);
316 30 PMockConnectorCall* call = phoenix_findConnectorData(connector.mapCallMethod, functionName);
317
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 30 if(call != NULL){ //If the variable is already known by the Connector we used the corresponding PMockConnectorVar in mapPush
318
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 27 if(call->getIsWriteMode()){
319 //Let's append the value in the data
320 9 phoenix_connectorCallAppend(connector, *call, vecResult, functionName, vecParam);
321 }else{
322 18 phoenix_connectorCallRead(connector, *call, vecResult, functionName, vecParam);
323 }
324 }else{
325
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 3 PMockConnectorCall tmpCall;
326
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 3 std::string mockFileName(phoenix_getControlMockFileMethod(connector.mockDirectory, connector.hostname, functionName));
327
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 3 tmpCall.setFileNameMock(mockFileName);
328
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 3 if(connector.isMockRecord){
329
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 1 logger.getLogInfo() << "Create Mock for host '"<<connector.hostname<<"' and call '"<<functionName<<"' will be stored to file '"<<mockFileName<<"'" << std::endl;
330
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 1 tmpCall.setIsWriteMode(true);
331
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 1 phoenix_connectorCallAppend(connector, tmpCall, vecResult, functionName, vecParam);
332 }else{
333
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 2 logger.getLogInfo() << "Create Mock for host '"<<connector.hostname<<"' and call '"<<functionName<<"' will be loaded from file '"<<mockFileName<<"'" << std::endl;
334 //If the call if not known yet we try to find the corresponding mock file
335
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 2 if(data_load(mockFileName, tmpCall)){
336
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 2 logger.getLogInfo() << "Mock file for host '"<<connector.hostname<<"' and call '"<<functionName<<"' found at '"<<mockFileName<<"'" << std::endl;
337
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 2 tmpCall.setIsWriteMode(false);
338
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 2 if(tmpCall.getVecEvent().size() != 0lu){
339
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 2 tmpCall.setCurrentInputMessageIndex(0lu); //Let's increment the index
340
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 2 phoenix_connectorCallRead(connector, tmpCall, vecResult, functionName, vecParam);
341 }else{
342 ✗ logger.getLogError() << "Mock file for host '"<<connector.hostname<<"' and call '"<<functionName<<"' no events in file '"<<mockFileName<<"'" << std::endl;
343 ✗ b = false;
344 }
345 }else{
346 ✗ logger.getLogError() << "Mock file for host '"<<connector.hostname<<"' and call '"<<functionName<<"' not found at '"<<mockFileName<<"'" << std::endl;
347 ✗ b =false;
348 }
349 }
350 //Let's add the PMockConnectorVar in the map of push
351
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 3 connector.mapCallMethod[functionName] = tmpCall;
352 3 }
353 //Let's increment the event id of the connector
354 30 ++connector.eventId;
355 30 return b;
356 }
357
358 ///Resize a message
359 /** @param[out] msg : message to be resized
360 * @param sizeMsg : new size of the message
361 */
362 60 void PMockControlBackend::msgResize(PMockControlBackend::Message& msg, size_t sizeMsg){
363 60 msg.resize(sizeMsg);
364 60 }
365
366
367 ///Get the size of Message in bytes
368 /** @param msg : given message
369 * @return size of the given message in bytes
370 */
371 40 size_t PMockControlBackend::msgSize(const PMockControlBackend::Message& msg){
372 40 return msg.size();
373 }
374
375 ///Get the data pointer of the given message
376 /** @param msg : given message
377 * @return data pointer of the given message
378 */
379 20 const char* PMockControlBackend::msgData(const PMockControlBackend::Message& msg){
380 20 return (const char*)msg.data();
381 }
382
383 ///Get the data pointer of the given message
384 /** @param msg : given message
385 * @return data pointer of the given message
386 */
387 132 char* PMockControlBackend::msgData(PMockControlBackend::Message& msg){
388 132 return (char*)msg.data();
389 }
390
391 ///Close the Connector
392 /** @param connector : connector to be closed
393 */
394 27 void PMockControlBackend::close(PMockControlBackend::Connector & connector){
395 27 PLog & logger = *connector.logger;
396 //Let's save all the mock files in write mode and close the other
397 // if(connector.isMockRecord){
398 // const std::string & mockDirectory = connector.mockDirectory;
399 // std::string mockStateFileName(phoenix_getControlMockFileVar(mockDirectory, connector.hostname, "", "currentState"));
400 // if(data_save(mockStateFileName, connector.currentState)){
401 // logger.getLogInfo() << "Save mock of current state '"<<mockStateFileName<<"'" << std::endl;
402 // }else{
403 // logger.getLogWarning() << "Cannot save mock of current state '"<<mockStateFileName<<"'" << std::endl;
404 // }
405 // }
406
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 27 phoenix_saveConnectorData(logger, connector.mapPush, "Push");
407
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 27 phoenix_saveConnectorData(logger, connector.mapPull, "Pull");
408
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 27 phoenix_saveConnectorData(logger, connector.mapCallMethod, "CallMethod");
409
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 27 phoenix_saveConnectorData(logger, connector.mapIsConnected, "IsConnected");
410 27 logger.getLogInfo() << "Close connection with host '"<<connector.hostname<<"'" << std::endl;
411 27 }
412
413 ///Close the Manager
414 /** @param manager : manager to be closed
415 */
416 25 void PMockControlBackend::closeMgr(PMockControlBackend::Manager & manager){
417 25 PLog & logger = manager.logger;
418
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 25 phoenix_saveConnectorData(logger, manager.mapGetLocalVar, "getLocalVar");
419
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 25 phoenix_saveConnectorData(logger, manager.mapSetLocalVar, "setLocalVar");
420 25 logger.getLogInfo() << "Close connection with Manager '"<<manager.name<<"'" << std::endl;
421 25 }
422
423 ///Register a local variable
424 /** @param[out] manager : Manager to be used
425 * @param composeVar : description of the local variable
426 * @return true on success, false otherwise
427 */
428 3 bool PMockControlBackend::registerLocalVar(PMockControlBackend::Manager & manager, const PComposeVar & composeVar){
429 3 bool b(true);
430 3 PLog & logger = manager.logger;
431 3 PComposeVar* var = phoenix_findConnectorData(manager.mapRegisterLocalVar, composeVar.getName());
432
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 3 if(var == NULL){
433 3 manager.mapRegisterLocalVar[composeVar.getName()] = composeVar;
434
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 3 logger.getLogInfo() << "Register Local Var '"<<ts_pcomposeVarToStr(composeVar)<<"' to Manager '"<<manager.name<<"'" << std::endl;
435 }else{
436 ✗ logger.getLogError() << "Already registered Local Var '"<<ts_pcomposeVarToStr(composeVar)<<"' to Manager '"<<manager.name<<"'" << std::endl;
437 ✗ b = false;
438 }
439 3 return b;
440 }
441
442 ///Get value of a local variable
443 /** @param[out] manager : Manager to be used
444 * @param[out] localVar : variable description to be updated from the message
445 * @return true on success, false otherwise
446 */
447 30 bool PMockControlBackend::getLocalVar(PMockControlBackend::Manager & manager, PComposeVar & localVar){
448 30 PLog & logger = manager.logger;
449 30 std::string & varName = localVar.getName();
450
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 30 if(!checkIfLocalVarIsRegister(manager, localVar)){
451 ✗ logger.getLogError() << "getLocalVar : '"<<varName<<"' of Manager '"<<manager.name<<"' not registered" << std::endl;
452 ✗ return false;
453 }
454 30 std::vector<char> & value = localVar.getValue();
455 30 PMockConnectorVar* var = phoenix_findConnectorData(manager.mapGetLocalVar, varName);
456 30 bool b(true);
457
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 30 if(var != NULL){ //If the variable is already known by the Connector we used the corresponding PMockConnectorVar in mapPush
458
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 27 if(var->getIsWriteMode()){
459 //Let's append the value in the data
460 9 phoenix_managerVarAppend(manager, *var, varName, value);
461 }else{
462 18 phoenix_managerVarRead(manager, *var, varName, value);
463 }
464 }else{
465
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 3 PMockConnectorVar tmpVar;
466
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 6 std::string mockFileName(phoenix_getControlMockFileVar(manager.mockDirectory, manager.name, "getLocalVar", varName));
467
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 3 tmpVar.setFileNameMock(mockFileName);
468
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 3 if(manager.isMockRecord){
469
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 1 logger.getLogInfo() << "Create Mock for Manager '"<<manager.name<<"' and local variable '"<<varName<<"' getLocalVar will be stored to file '"<<mockFileName<<"'" << std::endl;
470
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 1 tmpVar.setIsWriteMode(true);
471
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 1 tmpVar.setType(localVar.getType());
472
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 1 phoenix_managerVarAppend(manager, tmpVar, varName, value);
473 }else{
474
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 2 logger.getLogInfo() << "Create Mock for Manager '"<<manager.name<<"' and local variable '"<<varName<<"' getLocalVar will be loaded from file '"<<mockFileName<<"'" << std::endl;
475 //If the variable if not known yet we try to find the corresponding mock file
476
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 2 if(data_load(mockFileName, tmpVar)){
477
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 2 logger.getLogInfo() << "Mock file for Manager '"<<manager.name<<"' and variable '"<<varName<<"' getLocalVar found at '"<<mockFileName<<"'" << std::endl;
478
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 2 tmpVar.setIsWriteMode(false);
479
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 2 if(tmpVar.getVecEvent().size() != 0lu){
480
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 2 value = tmpVar.getVecEvent().front().getVecData();
481
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 2 tmpVar.setCurrentInputMessageIndex(1lu); //Let's increment the index
482 }else{
483 ✗ logger.getLogError() << "Mock file for Manager '"<<manager.name<<"' and local variable '"<<varName<<"' getLocalVar no events in file '"<<mockFileName<<"'" << std::endl;
484 ✗ b = false;
485 }
486 }else{
487 ✗ logger.getLogError() << "Mock file for Manager '"<<manager.name<<"' and local variable '"<<varName<<"' getLocalVar not found at '"<<mockFileName<<"'" << std::endl;
488 ✗ b =false;
489 }
490 }
491 //Let's add the PMockConnectorVar in the map of push
492
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 3 manager.mapGetLocalVar[varName] = tmpVar;
493 3 }
494 //Let's increment the event id of the Manager
495 30 ++manager.eventId;
496 30 return b;
497 }
498
499 ///Set value of a local variable
500 /** @param[out] manager : Manager to be used
501 * @param localVar : variable description to be written into the message
502 * @return true on success, false otherwise
503 */
504 30 bool PMockControlBackend::setLocalVar(PMockControlBackend::Manager & manager, const PComposeVar & localVar){
505 30 PLog & logger = manager.logger;
506 30 const std::string & varName = localVar.getName();
507
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 30 if(!checkIfLocalVarIsRegister(manager, localVar)){
508 ✗ logger.getLogError() << "setLocalVar : '"<<varName<<"' of Manager '"<<manager.name<<"' not registered" << std::endl;
509 ✗ return false;
510 }
511 30 const std::vector<char> & value = localVar.getValue();
512 30 PMockConnectorVar* var = phoenix_findConnectorData(manager.mapSetLocalVar, varName);
513
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 30 if(var != NULL){ //If the variable is already known by the Connector we used the corresponding PMockConnectorVar in mapPush
514
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 27 if(var->getIsWriteMode()){
515 //Let's append the value in the data
516 18 phoenix_managerVarAppend(manager, *var, varName, value);
517 }else{
518 //If the corresponding mock file does exist we will check if the value is the same as expected
519 9 phoenix_managerVarCheck(manager, *var, varName, value);
520 }
521 }else{ //If the var is not known we will create the proper entry
522
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 3 PMockConnectorVar tmpVar;
523
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 6 std::string mockFileName(phoenix_getControlMockFileVar(manager.mockDirectory, manager.name, "setLocalVar", varName));
524
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 3 tmpVar.setFileNameMock(mockFileName);
525
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 3 if(manager.isMockRecord){
526
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 1 logger.getLogInfo() << "Create Mock for Manager '"<<manager.name<<"' and local variable '"<<varName<<"' setLocalVar will be saved in file '"<<mockFileName<<"'" << std::endl;
527
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 1 tmpVar.setIsWriteMode(true);
528
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 1 tmpVar.setType(localVar.getType());
529
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 1 phoenix_managerVarAppend(manager, tmpVar, varName, value);
530 }else{
531 //If the variable if not known yet we try to find the corresponding mock file
532
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 2 if(data_load(mockFileName, tmpVar)){
533
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 1 logger.getLogInfo() << "Mock file for Manager '"<<manager.name<<"' and local variable '"<<varName<<"' setLocalVar found at '"<<mockFileName<<"'" << std::endl;
534 //So we are in read mode in this case
535
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 1 tmpVar.setIsWriteMode(false);
536 //If the corresponding mock file does exist we will check if the value is the same as expected
537
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 1 phoenix_managerVarCheck(manager, tmpVar, varName, value);
538 }else{
539 //If the corresponding mock file does not exist we will record the pushed value to create the mock of this variable at the end of the program
540
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 1 phoenix_managerVarAppend(manager, tmpVar, varName, value);
541 //We do not forget to say the mock is just beeing written to avoid conflict with the other part of this function
542
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 1 tmpVar.setIsWriteMode(true);
543 }
544 }
545 //Let's add the PMockConnectorVar in the map of push
546
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 3 manager.mapSetLocalVar[varName] = tmpVar;
547 3 }
548 //Let's increment the event id of the connector
549 30 ++manager.eventId;
550 30 return true;
551 }
552
553 ///Create a generic connector
554 /** @param manager : manager to be used to create the Connector
555 * @param[out] connector : connector to be created
556 * @param connectorType : type of the conenctor (client or server)
557 * @param address : address of the server, the client has to connect to
558 * @param param : extra customisable parameters for the creation of the connector (depends on the backend)
559 * @return true if the connector has been created, false otherwise
560 */
561 27 bool PMockControlBackend::createConnector(PMockControlBackend::Manager & manager, PMockControlBackend::Connector & connector, const std::string & connectorType, const std::string & address, const Param & param){
562 27 connector.hostname = address;
563 27 connector.isMockRecord = param.isMockRecord;
564 // connector.mockDirectory = manager.mockDirectory + "/" + param.mockDirectory;
565 27 connector.mockDirectory = param.mockDirectory;
566 27 connector.eventId = manager.eventId; //We start the eventId from where the manager told us to
567 27 const std::string & mockDirectory = connector.mockDirectory;
568 27 createDirectoriesIfNotExist(mockDirectory);
569 // std::string logDirectory(mockDirectory + "/log/");
570 // createDirectoriesIfNotExist(logDirectory);
571 27 connector.logger = &manager.logger;
572 27 PLog & logger = *connector.logger;
573 // logger.setFileName(logDirectory + "/"+connectorType+"_"+address+".log");
574 // logger.setLogLevel(param.logLevel);
575 // if(!logger.open()){return false;};
576 // logger.getLogInfo() << "Log Directory '"<<logDirectory<<"'" << std::endl;
577
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 27 if(connector.isMockRecord){
578
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 3 std::string mockRecordDirectory(mockDirectory + "/record");
579
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 3 createDirectoriesIfNotExist(mockRecordDirectory);
580
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 3 logger.getLogInfo() << "Mode record activated" << std::endl;
581
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 3 logger.getLogInfo() << "Record Directory '"<<mockRecordDirectory<<"'" << std::endl;
582
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 3 connector.mockDirectory = mockRecordDirectory;
583 3 }else{ //If we are not in record mode, we can load input mock
584 //Let's try to open the mock files
585 //Only those which are not dynamically created by the workflow
586 //So : current state
587
588 }
589 27 return true;
590 }
591
592 ///Check if a variable has been registed in the Backend
593 /** @param[out] connector : connector to be used
594 * @param varName : name of the variable to be checked
595 * @return true if the variable was registered, false otherwise
596 */
597 142 bool PMockControlBackend::checkIfVarIsRegister(PMockControlBackend::Connector & connector, const std::string & varName){
598 142 return phoenix_isDataExist(connector.mapRegisterVar, varName);
599 }
600
601 ///Check if a local variable has been registed in the Backend
602 /** @param[out] manager : Manager to be used
603 * @param localVar : local variable to be checked (if its type and name are correct)
604 * @return true if the local variable was registered, false otherwise
605 */
606 60 bool PMockControlBackend::checkIfLocalVarIsRegister(PMockControlBackend::Manager & manager, const PComposeVar & localVar){
607 60 PLog & logger = manager.logger;
608 60 bool b(true);
609 // logger.getLogDebug() << "checkIfLocalVarIsRegister localVar = " << ts_pcomposeVarToStr(localVar) << std::endl;
610 60 PComposeVar* var = phoenix_findConnectorData(manager.mapRegisterLocalVar, localVar.getName());
611
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 60 if(var != NULL){
612
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 60 if(localVar.getName() == var->getName() && checkValue("checkIfLocalVarIsRegister check var type", localVar.getType(), var->getType())){
613
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 60 logger.getLogDebug() << "checkIfLocalVarIsRegister " << ts_pcomposeVarToStr(localVar) << std::endl;
614 }else{
615 ✗ logger.getLogError() << "checkIfLocalVarIsRegister : wrong type, expect '"<<ts_pcomposeVarToStr(*var)<<"' but '"<<ts_pcomposeVarToStr(localVar)<<"' given" << std::endl;
616 ✗ b = false;
617 }
618 }else{
619 ✗ logger.getLogError() << "checkIfLocalVarIsRegister : Unknown local variable '"<<ts_pcomposeVarToStr(localVar)<<"'" << std::endl;
620 ✗ b = false;
621 }
622 60 return b;
623 }
624
625 ///Check if a method has been registed in the Backend
626 /** @param[out] connector : connector to be used
627 * @param methodName : name of the method to be checked
628 * @return true if the method was registered, false otherwise
629 */
630 30 bool PMockControlBackend::checkIfMethodIsRegister(PMockControlBackend::Connector & connector, const std::string & methodName){
631 30 return phoenix_isDataExist(connector.mapRegisterMethod, methodName);
632 }
633
634
635