/** * The method that is called when a jar is added as an agent at runtime. * All this method does is store the {@link Instrumentation} for * later use. */ public static void agentmain(String agentArgs, Instrumentation inst) { InstrumentationFactory.setInstrumentation(inst); }
/** * The method that is called when a jar is added as an agent at runtime. * All this method does is store the {@link Instrumentation} for * later use. */ public static void agentmain(String agentArgs, Instrumentation inst) { InstrumentationFactory.setInstrumentation(inst); }
/** * The method that is called when a jar is added as an agent at runtime. * All this method does is store the {@link Instrumentation} for * later use. */ public static void agentmain(String agentArgs, Instrumentation inst) { InstrumentationFactory.setInstrumentation(inst); }
/** * The method that is called when a jar is added as an agent at runtime. * All this method does is store the {@link Instrumentation} for * later use. */ public static void agentmain(String agentArgs, Instrumentation inst) { InstrumentationFactory.setInstrumentation(inst); } }
/** * The method that is called when a jar is added as an agent at runtime. * All this method does is store the {@link Instrumentation} for * later use. */ public static void agentmain(String agentArgs, Instrumentation inst) { InstrumentationFactory.setInstrumentation(inst); } }
/** * The method that is called when a jar is added as an agent at runtime. * All this method does is store the {@link Instrumentation} for * later use. */ public static void agentmain(String agentArgs, Instrumentation inst) { InstrumentationFactory.setInstrumentation(inst); }
/** * The method that is called when a jar is added as an agent at runtime. * All this method does is store the {@link Instrumentation} for * later use. */ public static void agentmain(String agentArgs, Instrumentation inst) { InstrumentationFactory.setInstrumentation(inst); } }
public static void premain(String args, Instrumentation inst) { Options opts = Configurations.parseProperties(args); if (opts.containsKey("ClassLoadEnhancement") || opts.containsKey("classLoadEnhancement")) { if (opts.getBooleanProperty( "ClassLoadEnhancement", "classLoadEnhancement", true)) registerClassLoadEnhancer(inst, opts); } else if (opts.containsKey("RuntimeEnhancement") || opts.containsKey("runtimeEnhancement")) { // Deprecated property setting if (opts.getBooleanProperty( "RuntimeEnhancement", "runtimeEnhancement", true)) registerClassLoadEnhancer(inst, opts); } else { // if neither is set, then we should be turning it on. We need this // logic instead of just a getBooleanProperty() because of the // backwards-compat logic flow. registerClassLoadEnhancer(inst, opts); } if (opts.getBooleanProperty( "RuntimeRedefinition", "runtimeRedefinition", true)) { InstrumentationFactory.setInstrumentation(inst); } else { InstrumentationFactory.setDynamicallyInstallAgent(false); } }
public static void premain(String args, Instrumentation inst) { Options opts = Configurations.parseProperties(args); if (opts.containsKey("ClassLoadEnhancement") || opts.containsKey("classLoadEnhancement")) { if (opts.getBooleanProperty( "ClassLoadEnhancement", "classLoadEnhancement", true)) registerClassLoadEnhancer(inst, opts); } else if (opts.containsKey("RuntimeEnhancement") || opts.containsKey("runtimeEnhancement")) { // Deprecated property setting if (opts.getBooleanProperty( "RuntimeEnhancement", "runtimeEnhancement", true)) registerClassLoadEnhancer(inst, opts); } else { // if neither is set, then we should be turning it on. We need this // logic instead of just a getBooleanProperty() because of the // backwards-compat logic flow. registerClassLoadEnhancer(inst, opts); } if (opts.getBooleanProperty( "RuntimeRedefinition", "runtimeRedefinition", true)) { InstrumentationFactory.setInstrumentation(inst); } else { InstrumentationFactory.setDynamicallyInstallAgent(false); } }
public static void premain(String args, Instrumentation inst) { Options opts = Configurations.parseProperties(args); if (opts.containsKey("ClassLoadEnhancement") || opts.containsKey("classLoadEnhancement")) { if (opts.getBooleanProperty( "ClassLoadEnhancement", "classLoadEnhancement", true)) registerClassLoadEnhancer(inst, opts); } else if (opts.containsKey("RuntimeEnhancement") || opts.containsKey("runtimeEnhancement")) { // Deprecated property setting if (opts.getBooleanProperty( "RuntimeEnhancement", "runtimeEnhancement", true)) registerClassLoadEnhancer(inst, opts); } else { // if neither is set, then we should be turning it on. We need this // logic instead of just a getBooleanProperty() because of the // backwards-compat logic flow. registerClassLoadEnhancer(inst, opts); } if (opts.getBooleanProperty( "RuntimeRedefinition", "runtimeRedefinition", true)) { InstrumentationFactory.setInstrumentation(inst); } else { InstrumentationFactory.setDynamicallyInstallAgent(false); } }
InstrumentationFactory.setInstrumentation(inst); } else { InstrumentationFactory.setDynamicallyInstallAgent(false);
InstrumentationFactory.setInstrumentation(inst); } else { InstrumentationFactory.setDynamicallyInstallAgent(false);
InstrumentationFactory.setInstrumentation(inst); } else { InstrumentationFactory.setDynamicallyInstallAgent(false);
InstrumentationFactory.setInstrumentation(inst); } else { InstrumentationFactory.setDynamicallyInstallAgent(false);