175 TString debug;
176 if (config->GetValue(keys[CONFIG_SECTION_APPLICATION],
177 keys[CONFIG_APP_DEBUG], debug) == true) {
178 FBootFields->FArgs.push_back(debug);
179 }
180 }
181
182 void Package::Clear() {
183 FreeBootFields();
184 FInitialized = false;
185 }
186
187 // This is the only location that the AppCDS state should be modified except
188 // by command line arguments provided by the user.
189 //
190 // The state of AppCDS is as follows:
191 //
192 // -> cdsUninitialized
193 // -> cdsGenCache If -Xappcds:generatecache
194 // -> cdsDisabled If -Xappcds:off
195 // -> cdsEnabled If "AppCDSJVMOptions" section is present
196 // -> cdsAuto If "AppCDSJVMOptions" section is present and
197 // app.appcds.cache=auto
198 // -> cdsDisabled Default
199 //
200 void Package::PromoteAppCDSState(ISectionalPropertyContainer* Config) {
201 Platform& platform = Platform::GetInstance();
202 std::map<TString, TString> keys = platform.GetKeys();
203
204 // The AppCDS state can change at this point.
205 switch (platform.GetAppCDSState()) {
206 case cdsEnabled:
207 case cdsAuto:
208 case cdsDisabled:
209 case cdsGenCache: {
210 // Do nothing.
211 break;
212 }
213
214 case cdsUninitialized: {
215 if (Config->ContainsSection(
216 keys[CONFIG_SECTION_APPCDSJVMOPTIONS]) == true) {
217 // If the AppCDS section is present then enable AppCDS.
218 TString appCDSCacheValue;
219
220 // If running with AppCDS enabled, and the configuration has
221 // been setup so "auto" is enabled, then
222 // the launcher will attempt to generate the cache file
223 // automatically and run the application.
224 if (Config->GetValue(keys[CONFIG_SECTION_APPLICATION],
225 _T("app.appcds.cache"), appCDSCacheValue) == true &&
226 appCDSCacheValue == _T("auto")) {
227 platform.SetAppCDSState(cdsAuto);
228 }
229 else {
230 platform.SetAppCDSState(cdsEnabled);
231 }
232 } else {
233
234 platform.SetAppCDSState(cdsDisabled);
235 }
236 }
237 }
238 }
239
240 void Package::ReadJVMArgs(ISectionalPropertyContainer* Config) {
241 Platform& platform = Platform::GetInstance();
242 std::map<TString, TString> keys = platform.GetKeys();
243
244 // Evaluate based on the current AppCDS state.
245 switch (platform.GetAppCDSState()) {
246 case cdsUninitialized: {
247 throw Exception(_T("Internal Error"));
248 }
249
250 case cdsDisabled: {
251 Config->GetSection(keys[CONFIG_SECTION_JVMOPTIONS],
252 FBootFields->FJVMArgs);
253 break;
254 }
255
256 case cdsGenCache: {
257 Config->GetSection(keys[
258 CONFIG_SECTION_APPCDSGENERATECACHEJVMOPTIONS],
259 FBootFields->FJVMArgs);
260 break;
261 }
262
263 case cdsAuto:
264 case cdsEnabled: {
265 if (Config->GetValue(keys[CONFIG_SECTION_APPCDSJVMOPTIONS],
266 _T( "-XX:SharedArchiveFile"),
267 FBootFields->FAppCDSCacheFileName) == true) {
268 // File names may contain the incorrect path separators.
269 // The cache file name must be corrected at this point.
270 if (FBootFields->FAppCDSCacheFileName.empty() == false) {
271 IniFile* iniConfig = dynamic_cast<IniFile*>(Config);
272
273 if (iniConfig != NULL) {
274 FBootFields->FAppCDSCacheFileName =
275 FilePath::FixPathForPlatform(
276 FBootFields->FAppCDSCacheFileName);
277 iniConfig->SetValue(keys[
278 CONFIG_SECTION_APPCDSJVMOPTIONS],
279 _T( "-XX:SharedArchiveFile"),
280 FBootFields->FAppCDSCacheFileName);
281 }
282 }
283
284 Config->GetSection(keys[CONFIG_SECTION_APPCDSJVMOPTIONS],
285 FBootFields->FJVMArgs);
286 }
287
288 break;
289 }
290 }
291 }
292
293 void Package::SetCommandLineArguments(int argc, TCHAR* argv[]) {
294 if (argc > 0) {
295 std::list<TString> args;
296
297 // Prepare app arguments. Skip value at index 0 -
298 // this is path to executable.
299 FBootFields->FCommandName = argv[0];
300
301 // Path to executable is at 0 index so start at index 1.
302 for (int index = 1; index < argc; index++) {
303 TString arg = argv[index];
304
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175 TString debug;
176 if (config->GetValue(keys[CONFIG_SECTION_APPLICATION],
177 keys[CONFIG_APP_DEBUG], debug) == true) {
178 FBootFields->FArgs.push_back(debug);
179 }
180 }
181
182 void Package::Clear() {
183 FreeBootFields();
184 FInitialized = false;
185 }
186
187 // This is the only location that the AppCDS state should be modified except
188 // by command line arguments provided by the user.
189 //
190 // The state of AppCDS is as follows:
191 //
192 // -> cdsUninitialized
193 // -> cdsGenCache If -Xappcds:generatecache
194 // -> cdsDisabled If -Xappcds:off
195 // -> cdsEnabled If "AppCDSJavaOptions" section is present
196 // -> cdsAuto If "AppCDSJavaOptions" section is present and
197 // app.appcds.cache=auto
198 // -> cdsDisabled Default
199 //
200 void Package::PromoteAppCDSState(ISectionalPropertyContainer* Config) {
201 Platform& platform = Platform::GetInstance();
202 std::map<TString, TString> keys = platform.GetKeys();
203
204 // The AppCDS state can change at this point.
205 switch (platform.GetAppCDSState()) {
206 case cdsEnabled:
207 case cdsAuto:
208 case cdsDisabled:
209 case cdsGenCache: {
210 // Do nothing.
211 break;
212 }
213
214 case cdsUninitialized: {
215 if (Config->ContainsSection(
216 keys[CONFIG_SECTION_APPCDSJAVAOPTIONS]) == true) {
217 // If the AppCDS section is present then enable AppCDS.
218 TString appCDSCacheValue;
219
220 // If running with AppCDS enabled, and the configuration has
221 // been setup so "auto" is enabled, then
222 // the launcher will attempt to generate the cache file
223 // automatically and run the application.
224 if (Config->GetValue(keys[CONFIG_SECTION_APPLICATION],
225 _T("app.appcds.cache"), appCDSCacheValue) == true &&
226 appCDSCacheValue == _T("auto")) {
227 platform.SetAppCDSState(cdsAuto);
228 }
229 else {
230 platform.SetAppCDSState(cdsEnabled);
231 }
232 } else {
233
234 platform.SetAppCDSState(cdsDisabled);
235 }
236 }
237 }
238 }
239
240 void Package::ReadJVMArgs(ISectionalPropertyContainer* Config) {
241 Platform& platform = Platform::GetInstance();
242 std::map<TString, TString> keys = platform.GetKeys();
243
244 // Evaluate based on the current AppCDS state.
245 switch (platform.GetAppCDSState()) {
246 case cdsUninitialized: {
247 throw Exception(_T("Internal Error"));
248 }
249
250 case cdsDisabled: {
251 Config->GetSection(keys[CONFIG_SECTION_JAVAOPTIONS],
252 FBootFields->FJVMArgs);
253 break;
254 }
255
256 case cdsGenCache: {
257 Config->GetSection(keys[
258 CONFIG_SECTION_APPCDSGENERATECACHEJAVAOPTIONS],
259 FBootFields->FJVMArgs);
260 break;
261 }
262
263 case cdsAuto:
264 case cdsEnabled: {
265 if (Config->GetValue(keys[CONFIG_SECTION_APPCDSJAVAOPTIONS],
266 _T( "-XX:SharedArchiveFile"),
267 FBootFields->FAppCDSCacheFileName) == true) {
268 // File names may contain the incorrect path separators.
269 // The cache file name must be corrected at this point.
270 if (FBootFields->FAppCDSCacheFileName.empty() == false) {
271 IniFile* iniConfig = dynamic_cast<IniFile*>(Config);
272
273 if (iniConfig != NULL) {
274 FBootFields->FAppCDSCacheFileName =
275 FilePath::FixPathForPlatform(
276 FBootFields->FAppCDSCacheFileName);
277 iniConfig->SetValue(keys[
278 CONFIG_SECTION_APPCDSJAVAOPTIONS],
279 _T( "-XX:SharedArchiveFile"),
280 FBootFields->FAppCDSCacheFileName);
281 }
282 }
283
284 Config->GetSection(keys[CONFIG_SECTION_APPCDSJAVAOPTIONS],
285 FBootFields->FJVMArgs);
286 }
287
288 break;
289 }
290 }
291 }
292
293 void Package::SetCommandLineArguments(int argc, TCHAR* argv[]) {
294 if (argc > 0) {
295 std::list<TString> args;
296
297 // Prepare app arguments. Skip value at index 0 -
298 // this is path to executable.
299 FBootFields->FCommandName = argv[0];
300
301 // Path to executable is at 0 index so start at index 1.
302 for (int index = 1; index < argc; index++) {
303 TString arg = argv[index];
304
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