| 26 | | The java-implementation of the pan language compiler is completely multi-threaded. Internally, it controls several thread pools to handle compilation, execution, and serialization in parallel. At the end of a compilation, the compiler will normally destroy the thread pools that were created. The java security model requires that a program have the "modifyThread" permission to destroy threads. In some environments (notably eclipse), this permission may not be given to the compiler. If this is the case, then the message "WARNING: missing modifyThread permission" is printed on the standard error. Lacking this permission causes a "thread leak", but the effects are minor unless an extremely large number of templates are being compiled. If this is the case, then you should either change the configuration to grant this permission to the compiler, or work in an environment that grants it by default (e.g. using ant from the command line). |
| | 26 | The java-implementation of the pan language compiler is completely multi-threaded. Internally, it controls several thread pools to handle compilation, execution, and serialization in parallel. At the end of a compilation, the compiler will normally destroy the thread pools that were created. The java security model requires that a program have the "modifyThread" permission to destroy threads. In some environments (notably Eclipse), this permission may not be given to the compiler. If this is the case, then the message "WARNING: missing modifyThread permission" is printed on the standard error. Lacking this permission causes a "thread leak", but the effects are minor unless an extremely large number of templates are being compiled. If this is the case, then you should either change the configuration to grant this permission to the compiler, or work in an environment that grants it by default (e.g. using ant from the command line). |
