def _remoteExec(execStr): global f, idx idx += 1 f.write(binstruct.varEncode((idx, execStr)).tostring()) f.flush() answeridx,answertype,answerret = binstruct.varDecode(f) assert answeridx == idx return answertype, answerret
def _remoteExec(execStr): global f, idx idx += 1 f.write(binstruct.varEncode((idx, execStr)).tostring()) f.flush() answeridx, answertype, answerret = binstruct.varDecode(f) assert answeridx == idx return answertype, answerret
def _handleConnection(conn): conn.setblocking(True) f = conn.makefile() binstruct.write(f, (appinfo.appid, "SocketControl", 0.1)) f.flush() try: clientappid, clientname, clientver, clientstatus = binstruct.read(f) except binstruct.FormatError: print "socketcontrol.handleConnection: wrong signature" return if clientstatus != "ok": print "socketcontrol.handleConnection: status returned %s" % status return from State import state from queue import queue shellGlobals = { "state": state, "queue": queue, } globals = locals = shellGlobals COMPILE_STRING_FN = "<socketcontrol input>" while True: try: idx, s = binstruct.varDecode(f) except Exception: # probably closed return assert isinstance(s, (str, unicode)) try: c = utils.interactive_py_compile(s, COMPILE_STRING_FN) except Exception as e: answer = (idx, "compile-exception", (e.__class__.__name__, str(e))) else: try: ret = eval(c, globals, locals) except Exception as e: answer = (idx, "eval-exception", (e.__class__.__name__, str(e))) else: if ret is not None: try: ret = repr(ret) except Exception as e: ret = "<repr exception: %s: %s>" % ( e.__class__.__name__, str(e)) answer = (idx, "return", ret) f.write(binstruct.varEncode(answer).tostring()) f.flush()
def _handleConnection(conn): conn.setblocking(True) f = conn.makefile() binstruct.write(f, (appinfo.appid, "SocketControl", 0.1)) f.flush() try: clientappid,clientname,clientver,clientstatus = binstruct.read(f) except binstruct.FormatError: print "socketcontrol.handleConnection: wrong signature" return if clientstatus != "ok": print "socketcontrol.handleConnection: status returned %s" % status return from State import state from queue import queue shellGlobals = { "state": state, "queue": queue, } globals = locals = shellGlobals COMPILE_STRING_FN = "<socketcontrol input>" while True: try: idx,s = binstruct.varDecode(f) except Exception: # probably closed return assert isinstance(s, (str,unicode)) try: c = utils.interactive_py_compile(s, COMPILE_STRING_FN) except Exception as e: answer = (idx, "compile-exception", (e.__class__.__name__, str(e))) else: try: ret = eval(c, globals, locals) except Exception as e: answer = (idx, "eval-exception", (e.__class__.__name__, str(e))) else: if ret is not None: try: ret = repr(ret) except Exception as e: ret = "<repr exception: %s: %s>" % (e.__class__.__name__, str(e)) answer = (idx, "return", ret) f.write(binstruct.varEncode(answer).tostring()) f.flush()
def dbRepr(o): return binstruct.varEncode(o).tostring()
def dbRepr(o): return binstruct.varEncode(o).tostring() def dbUnRepr(s): return binstruct.varDecode(s)
binstruct.write(f, (appinfo.appid, "SocketControl-InteractiveClient", 0.1, "ok")) f.flush() try: import readline except ImportError: pass # ignore idx = 0 while True: idx += 1 try: s = raw_input("> ") except (KeyboardInterrupt,EOFError): print("") sys.exit(0) if s.strip() == "": continue f.write(binstruct.varEncode((idx, s)).tostring()) f.flush() answeridx,answertype,answerret = binstruct.varDecode(f) assert answeridx == idx if answertype == "compile-exception": print("%s : %s in %r" % (answerret[0], answerret[1], s)) elif answertype == "eval-exception": print("Exception %s : %s" % (answerret[0], answerret[1])) elif answertype == "return": if answerret is not None: print(answerret) else: assert False, "%s unknown" % answertype
f.flush() try: import readline except ImportError: pass # ignore idx = 0 while True: try: s = raw_input("> ") except (KeyboardInterrupt, EOFError): print("") sys.exit(0) if s.strip() == "": continue f.write(binstruct.varEncode((idx, s)).tostring()) f.flush() answeridx, answertype, answerret = binstruct.varDecode(f) assert answeridx == idx if answertype == "compile-exception": print("%s : %s in %r" % (answerret[0], answerret[1], s)) elif answertype == "eval-exception": print("Exception %s : %s" % (answerret[0], answerret[1])) elif answertype == "return": if answerret is not None: print(answerret) else: assert False, "%s unknown" % answertype