public PythonInterpreter(PyObject dict, PySystemState systemState) {
if (dict == null) dict = new PyStringMap();
if (systemState == null) {
systemState = Py.getSystemState();
if (systemState == null) systemState = new PySystemState();
}
module = new PyModule("main", dict);
this.systemState = systemState;
locals = module.__dict__;
setState();
}
public PythonInterpreter(PyObject dict, PySystemState systemState) {
if (dict == null) {
dict = new PyStringMap();
}
if (systemState == null) {
systemState = Py.getSystemState();
if (systemState == null) {
systemState = new PySystemState();
}
}
this.systemState = systemState;
setState();
module = new PyModule("__main__", dict);
systemState.modules.__setitem__("__main__", module);
locals = dict;
}
public void execfile(java.io.InputStream s, String name) {
setState();
Py.runCode((PyCode) Py.compile_flags(s, name, "exec", cflags), locals, locals);
Py.flushLine();
}
/** Execute a file of Python source in the local namespace */
public void execfile(String filename) {
setState();
__builtin__.execfile_flags(filename, locals, locals, cflags);
Py.flushLine();
}
/** Execute a Python code object in the local namespace */
public void exec(PyObject code) {
setState();
Py.exec(code, locals, locals);
Py.flushLine();
}
/** Execute a string of Python source in the local namespace */
public void exec(String s) {
setState();
Py.exec(Py.compile_flags(s, "<string>", "exec", cflags), locals, locals);
Py.flushLine();
}
/** Evaluate a string as Python source and return the result */
public PyObject eval(String s) {
setState();
return __builtin__.eval(new PyString(s), locals);
}
/**
* Execute a file of Python source in the local namespace
*
* @param s the name of the file to execute
*/
public void execfile(String s) {
setState();
__builtin__.execfile_flags(s, locals, locals, cflags);
}
