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nsize = int(varsize(size)) if nsize > max: max = nsize outsize = test[2] if outsize == 'v': outsize = str(max) f.write(' ShAttrib<' + outsize + ', SH_OUTPUT> out;\n') f.write(' out = ' + test[3][0] + ';\n') f.write(' } SH_END;\n') f.write(' ' + prgname + '->name("' + prgname + '");\n') f.write('\n') for case in cases: if len(case) - 1 != len(combination): continue if not reduce(lambda a, b: a and b, [len(x[0]) == int(varsize(x[1])) for x in zip(case[:-1], combination)], 1): continue f.write(' run(' + prgname + ', ') f.write(', '.join(['ShAttrib' + str(len(x)) + 'f(' + ', '.join([str(y) for y in x]) + ')' for x in case]) + ');\n') f.write('\n')
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nsize = int(varsize(size)) if nsize > max: max = nsize outsize = test[2] if outsize == 'v': outsize = str(max) f.write(' ShAttrib<' + outsize + ', SH_OUTPUT> out;\n') f.write(' ' + op + ';\n') f.write(' } SH_END;\n') f.write(' ' + prgname + '->name("' + op + ' [' + ' x '.join(combination) + ']");\n') f.write('\n') for case in cases: if len(case) - 1 != len(combination): continue if not reduce(lambda a, b: a and b, [len(x[0]) == int(varsize(x[1])) for x in zip(case[:-1], combination)], 1): continue f.write(' run(' + prgname + ', ') f.write(', '.join(['ShAttrib' + str(len(x)) + 'f(' + ', '.join([str(y) for y in x]) + ')' for x in case]) + ');\n') f.write('\n')
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def varsize(s): if s == 'v': return '3' if s == 's': return '1' return s
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def make_variable(arg, binding_type, value_type):
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def make_variable(arg, binding_type, value_type, immediate=False):
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def make_variable(arg, binding_type, value_type): if is_array(arg) and is_array(arg[0]): nrows = len(arg[0]) ncols = len(arg) return 'ShMatrix<' + str(nrows) + ', ' + str(ncols) + ', ' + binding_type + ', ' + value_type + '>' elif is_array(arg): size = len(arg) return 'ShAttrib<' + str(size) + ', ' + binding_type + ', ' + value_type + '>' else: return 'ShAttrib<1, ' + binding_type + ', ' + value_type + '>'
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nrows = len(arg[0]) ncols = len(arg)
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ncols = len(arg[0]) nrows = len(arg)
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def make_variable(arg, binding_type, value_type): if is_array(arg) and is_array(arg[0]): nrows = len(arg[0]) ncols = len(arg) return 'ShMatrix<' + str(nrows) + ', ' + str(ncols) + ', ' + binding_type + ', ' + value_type + '>' elif is_array(arg): size = len(arg) return 'ShAttrib<' + str(size) + ', ' + binding_type + ', ' + value_type + '>' else: return 'ShAttrib<1, ' + binding_type + ', ' + value_type + '>'
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def init_scalar(indent, arg, argtype, varname):
|
def init_scalar(indent, arg, argtype, varname, immediate):
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def init_scalar(indent, arg, argtype, varname): out = indent out += make_variable(arg, 'SH_CONST', argtype) + ' ' + varname out += '(' + argtype + '(' + str(arg) + '));\n' return out
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out += make_variable(arg, 'SH_CONST', argtype) + ' ' + varname
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out += make_variable(arg, 'SH_CONST', argtype, immediate) + ' ' + varname
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def init_scalar(indent, arg, argtype, varname): out = indent out += make_variable(arg, 'SH_CONST', argtype) + ' ' + varname out += '(' + argtype + '(' + str(arg) + '));\n' return out
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def init_variable(indent, arg, argtype, varname):
|
def init_variable(indent, arg, argtype, varname, immediate):
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def init_variable(indent, arg, argtype, varname): if is_array(arg) and is_array(arg[0]): return init_matrix(indent, arg, argtype, varname) elif is_array(arg): return init_attrib(indent, arg, argtype, varname) else: return init_scalar(indent, arg, argtype, varname)
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return init_scalar(indent, arg, argtype, varname) def init_inputs(indent, src_arg_types):
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return init_scalar(indent, arg, argtype, varname, immediate) def init_inputs(indent, src_arg_types, immediate=False):
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def init_variable(indent, arg, argtype, varname): if is_array(arg) and is_array(arg[0]): return init_matrix(indent, arg, argtype, varname) elif is_array(arg): return init_attrib(indent, arg, argtype, varname) else: return init_scalar(indent, arg, argtype, varname)
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out += init_variable(indent, arg, argtype, varname)
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out += init_variable(indent, arg, argtype, varname, immediate)
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def init_inputs(indent, src_arg_types): out = '' i = 0 for arg, argtype in src_arg_types: varname = string.ascii_lowercase[i] out += init_variable(indent, arg, argtype, varname) i += 1; return out
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def init_expected(indent, arg, argtype):
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def init_expected(indent, arg, argtype, immediate=False):
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def init_expected(indent, arg, argtype): out = '' varname = 'exp' out += init_variable(indent, arg, argtype, varname) return out
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out += init_variable(indent, arg, argtype, varname)
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out += init_variable(indent, arg, argtype, varname, immediate)
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def init_expected(indent, arg, argtype): out = '' varname = 'exp' out += init_variable(indent, arg, argtype, varname) return out
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out.write(init_inputs(' ', src_arg_types)) out.write(init_expected(' ', test[0], types[0]))
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out.write(init_inputs(' ', src_arg_types, True)) out.write(init_expected(' ', test[0], types[0], True))
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def output(self, out): self.output_header(out) test_nb = 0 for test, testcalls in self.tests: types = test[2] src_arg_types = zip(test[1], types[1:]) for i, call in enumerate(testcalls): testname = make_testname(src_arg_types, types, call.key()) out.write(' { // ' + testname + '\n') out.write(init_inputs(' ', src_arg_types)) out.write(init_expected(' ', test[0], types[0])) out.write('\n') out.write(' ' + make_variable(test[0], 'SH_TEMP', types[0]) + ' out;\n') out.write(' ' + str(call) + ';\n') out.write('\n') out.write(' if (test.check("' + testname + '", out, exp' + ') != 0) errors++;\n') out.write(' }\n\n') self.output_footer(out)
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out.write(' ' + make_variable(test[0], 'SH_TEMP', types[0]) + ' out;\n')
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out.write(' ' + make_variable(test[0], 'SH_TEMP', types[0], True) + ' out;\n')
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def output(self, out): self.output_header(out) test_nb = 0 for test, testcalls in self.tests: types = test[2] src_arg_types = zip(test[1], types[1:]) for i, call in enumerate(testcalls): testname = make_testname(src_arg_types, types, call.key()) out.write(' { // ' + testname + '\n') out.write(init_inputs(' ', src_arg_types)) out.write(init_expected(' ', test[0], types[0])) out.write('\n') out.write(' ' + make_variable(test[0], 'SH_TEMP', types[0]) + ' out;\n') out.write(' ' + str(call) + ';\n') out.write('\n') out.write(' if (test.check("' + testname + '", out, exp' + ') != 0) errors++;\n') out.write(' }\n\n') self.output_footer(out)
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if args[0][0] == "T":
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if args[0][0] != "host_type":
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def scalarcons(self, args, size, extraTplArg=[]): common.inprint(self.tpl(size)) if len(extraTplArg) > 0: common.inprint("template<" + ", ".join(extraTplArg) + ">") common.inprint("inline") common.inprint(self.tplcls(size) + "::" + self.name + "(" + ', '.join([' '.join(x) for x in args]) + ")") common.inprint(" : ShGeneric<" + self.sizevar(size) + ", T>" + "(new ShVariableNode(Binding, " + self.sizevar(size) + ", ShStorageTypeInfo<T>::value_type))") common.inprint("{") common.indent() common.inprint("if (Binding == SH_CONST) {") common.indent() for i in range(0, size): if args[0][0] == "host_type": common.inprint("setValue(" + str(i) + ", s" + str(i) + ");") else: common.inprint("SH_DEBUG_ASSERT(s" + str(i) + ".hasValues());") common.inprint("setValue(" + str(i) + ", s" + str(i) + ".getValue(0));") common.deindent() common.inprint("} else {") common.indent() if args[0][0] == "T": for i in range(0, size): val = "ShAttrib<1, SH_CONST, T>(s" + str(i) + ")" common.inprint("(*this)[" + str(i) + "] = " + val + ";") else: data = "" for i in range(0, size): if data != "": data += ", " data += "s" + str(i) common.inprint("(*this) = ShAttrib<" + self.sizevar(size) + ", SH_CONST, T>(" + data + ");") common.deindent() common.inprint("}") common.deindent() common.inprint("}") common.inprint("")
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val = "ShAttrib<1, SH_CONST, T>(s" + str(i) + ")" common.inprint("(*this)[" + str(i) + "] = " + val + ";")
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common.inprint("(*this)[" + str(i) + "] = s" + str(i) + ";")
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def scalarcons(self, args, size, extraTplArg=[]): common.inprint(self.tpl(size)) if len(extraTplArg) > 0: common.inprint("template<" + ", ".join(extraTplArg) + ">") common.inprint("inline") common.inprint(self.tplcls(size) + "::" + self.name + "(" + ', '.join([' '.join(x) for x in args]) + ")") common.inprint(" : ShGeneric<" + self.sizevar(size) + ", T>" + "(new ShVariableNode(Binding, " + self.sizevar(size) + ", ShStorageTypeInfo<T>::value_type))") common.inprint("{") common.indent() common.inprint("if (Binding == SH_CONST) {") common.indent() for i in range(0, size): if args[0][0] == "host_type": common.inprint("setValue(" + str(i) + ", s" + str(i) + ");") else: common.inprint("SH_DEBUG_ASSERT(s" + str(i) + ".hasValues());") common.inprint("setValue(" + str(i) + ", s" + str(i) + ".getValue(0));") common.deindent() common.inprint("} else {") common.indent() if args[0][0] == "T": for i in range(0, size): val = "ShAttrib<1, SH_CONST, T>(s" + str(i) + ")" common.inprint("(*this)[" + str(i) + "] = " + val + ";") else: data = "" for i in range(0, size): if data != "": data += ", " data += "s" + str(i) common.inprint("(*this) = ShAttrib<" + self.sizevar(size) + ", SH_CONST, T>(" + data + ");") common.deindent() common.inprint("}") common.deindent() common.inprint("}") common.inprint("")
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common.endguard("ATTRIBIMPL_HPP")
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common.endguard("SHATTRIBIMPL_HPP")
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def constructors(self, size = 0): common.inprint(self.tpl(size)) #common.inprint("inline") common.inprint(self.tplcls(size) + "::" + self.name + "()") common.inprint(" : Generic<" + self.sizevar(size) + ", T>" + "(new VariableNode(Binding, " + self.sizevar(size) + ", StorageTypeInfo<T>::value_type, Semantic))") common.inprint("{") common.inprint("}") common.inprint("")
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def atan2_test(p, q, types=[]):
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def atan2_test(p, q, types=[], epsilon=0):
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def atan2_test(p, q, types=[]): result = [math.atan2(b, a) for (a, b) in common.upzip(p, q)] return shtest.make_test(result, [p, q], types)
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return shtest.make_test(result, [p, q], types)
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return shtest.make_test(result, [p, q], types, epsilon)
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def atan2_test(p, q, types=[]): result = [math.atan2(b, a) for (a, b) in common.upzip(p, q)] return shtest.make_test(result, [p, q], types)
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test.add_test(atan2_test((1.0, 1.0, 1.0, 1.0), (0.0, 1.0, 2.0, 3.0))) test.add_test(atan2_test((0.5, 1.5, 3.0, 50.0), (0.0, 1.0, 2.0, 3.0))) test.add_test(atan2_test((1.0, 1.0, 1.0, 1.0), (0.3, 0.5, 0.8, 0.9))) test.add_test(atan2_test((1.0, 1.0, 1.0), (math.pi, -math.pi, 0.0))) test.add_test(atan2_test((math.pi*2.0, math.pi/2.0), (-math.pi*2.0, -math.pi/2.0))) test.add_test(atan2_test((math.pi*2.0, math.pi/2.0, 1.0), (1.0, 1.0, 1.0))) test.add_test(atan2_test((1.0, 1.0, 1.0), (-math.pi*2.0, -math.pi/2.0, 0.0))) test.add_test(atan2_test((3.0,), (9.0,))) test.add_test(atan2_test((0.5, 1.5, 2.5), (1.0, 1.0, 1.0))) test.add_test(atan2_test((1.0, 1.0, 1.0), (0.5, 1.5, 2.5)))
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test.add_test(atan2_test((1.0, math.pi*2.0, 50, 1.0), (0.3, 1.0, 3.0, -math.pi*2.0), [], 0.015)) test.add_test(atan2_test((1.0, 1.0, 1.0), (0.0, 1.0, 2.0), [], 0.003)) test.add_test(atan2_test((0.5, 1.5, 3.0), (0.0, 1.0, 2.0), [], 0.003)) test.add_test(atan2_test((1.0, 1.0, 1.0), (0.5, 0.8, 0.9), [], 0.002)) test.add_test(atan2_test((1.0, 1.0), (math.pi, -math.pi), [], 0.004)) test.add_test(atan2_test((math.pi, -math.pi, -1.0), (1.0, 1.0, 0.0))) test.add_test(atan2_test((math.pi*2.0, math.pi/2.0), (-math.pi*2.0, -math.pi/2.0), [], 0.002)) test.add_test(atan2_test((math.pi/2.0, 1.0), (1.0, 1.0), [], 0.003)) test.add_test(atan2_test((1.0, 1.0), (-math.pi/2.0, 0.0), [], 0.003)) test.add_test(atan2_test((3.0,), (9.0,), [], 0.003)) test.add_test(atan2_test((0.5, -1.0, -3.0, -3.0), (-1.0, 1.0, 1.0, -1.0))) test.add_test(atan2_test((0.5, 1.5, 2.5), (1.0, 1.0, 1.0), [], 0.003)) test.add_test(atan2_test((1.0, 1.0, 1.0), (0.5, 1.5, 2.5), [], 0.003)) test.add_test(atan2_test((0.0, 0.0, 0.0, 0.0), (0.3, 0.34, 1.5, -2.5), [], 0.0001))
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def insert_into5(test): test.add_test(atan2_test((1.0, 1.0, 1.0, 1.0), (0.0, 1.0, 2.0, 3.0))) test.add_test(atan2_test((0.5, 1.5, 3.0, 50.0), (0.0, 1.0, 2.0, 3.0))) test.add_test(atan2_test((1.0, 1.0, 1.0, 1.0), (0.3, 0.5, 0.8, 0.9))) test.add_test(atan2_test((1.0, 1.0, 1.0), (math.pi, -math.pi, 0.0))) #test.add_test(atan2_test((math.pi, -math.pi), (1.0, 1.0))) test.add_test(atan2_test((math.pi*2.0, math.pi/2.0), (-math.pi*2.0, -math.pi/2.0))) test.add_test(atan2_test((math.pi*2.0, math.pi/2.0, 1.0), (1.0, 1.0, 1.0))) test.add_test(atan2_test((1.0, 1.0, 1.0), (-math.pi*2.0, -math.pi/2.0, 0.0))) test.add_test(atan2_test((3.0,), (9.0,))) #test.add_test(atan2_test((0.5, -1.0, -3.0, -3.0), (-1.0, 1.0, 1.0, -1.0))) test.add_test(atan2_test((0.5, 1.5, 2.5), (1.0, 1.0, 1.0))) test.add_test(atan2_test((1.0, 1.0, 1.0), (0.5, 1.5, 2.5)))
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r += " image.load_PNG(\"" + self.filename + "\");\n"
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r += " ShUtil::load_PNG(image, \"" + self.filename + "\");\n"
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def __str__(self): # @todo type move this into test.hpp or test.cpp r = " " + self.textype + " " + self.name + ";\n"; r += " {\n" r += " ShImage image;\n" r += " image.load_PNG(\"" + self.filename + "\");\n" r += " " + self.name + ".size(image.width(), image.height());\n" r += " " + self.name + ".memory(image.memory());\n" r += " }\n" return r
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if to != "":
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if to.startswith(" to = "" else:
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def addMessage(self, text, from_, to=""): """Formats a message in a pretty way with the given arguments.
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new_topic = " ".join(params[1:])
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new_topic = " ".join(params[0:])
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def text_command(self,cmdstring,window): if not cmdstring: return # in a debug window, do nothing if hasattr(window, "get_channelname") and \ window.get_channelname() == "debug": return
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self.connection.topic(channel=params[0], new_topic=new_topic)
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if params[0] in self.channels: new_topic = " ".join(params[1:]) if new_topic: self.connection.topic(channel=param[0], new_topic=" ".join(param[1:])) window.sever_event("%s has changed the topic of %s: %s" % (self.connection.get_nickname(), param[0], " ".join(param[1:]))) else: self.connection.topic(channel=window.get_channelname()) else: self.connection.topic(channel=window.get_channelname(), new_topic=new_topic) window.server_event("%s has changed the topic of %s: %s" % (self.connection.get_nickname(), window.get_channelname(), new_topic))
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def text_command(self,cmdstring,window): if not cmdstring: return # in a debug window, do nothing if hasattr(window, "get_channelname") and \ window.get_channelname() == "debug": return
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self.connection.topic(channel=params[0])
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self.connection.topic(channel=window.get_channelname())
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def text_command(self,cmdstring,window): if not cmdstring: return # in a debug window, do nothing if hasattr(window, "get_channelname") and \ window.get_channelname() == "debug": return
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menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ALEFT, "Align switch_bar &Left") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ARIGHT, "Align switch_bar &Right") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ATOP, "Align switch_bar &Top") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ABOTTOM, "Align switch_bar &Bottom")
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menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ALEFT, "Align Switchbar &Left") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ARIGHT, "Align Switchbar &Right") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ATOP, "Align Switchbar &Top") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ABOTTOM, "Align Switchbar &Bottom")
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def create_menu(self): menu_file = wx.Menu() menu_file.Append(ID_MENU_FILE_ABOUT, "&About", "About %s" % (circe_globals.APPNAME)) menu_file.AppendSeparator() menu_file.Append(ID_MENU_FILE_EXIT, "E&xit", "Exit %s" % (circe_globals.APPNAME)) menu_switchbar = wx.Menu() menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ALEFT, "Align switch_bar &Left") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ARIGHT, "Align switch_bar &Right") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ATOP, "Align switch_bar &Top") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ABOTTOM, "Align switch_bar &Bottom") menu_tree = wx.Menu() menu_tree.Append(ID_MENU_VIEW_TREE_ALEFT, "Align Tree &Left") menu_tree.Append(ID_MENU_VIEW_TREE_ARIGHT, "Align Tree &Right") menu_view = wx.Menu() menu_view.AppendMenu(ID_MENU_VIEW_SWITCHBAR, "&switch_bar", menu_switchbar) menu_view.AppendMenu(ID_MENU_VIEW_TREE, "&Treebar", menu_tree) menu_bar = wx.MenuBar() menu_bar.Append(menu_file, "&File"); menu_bar.Append(menu_view, "&View");
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menu_tree.Append(ID_MENU_VIEW_TREE_ALEFT, "Align Tree &Left") menu_tree.Append(ID_MENU_VIEW_TREE_ARIGHT, "Align Tree &Right")
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menu_tree.Append(ID_MENU_VIEW_TREE_ALEFT, "Align Treebar &Left") menu_tree.Append(ID_MENU_VIEW_TREE_ARIGHT, "Align Treebar &Right")
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def create_menu(self): menu_file = wx.Menu() menu_file.Append(ID_MENU_FILE_ABOUT, "&About", "About %s" % (circe_globals.APPNAME)) menu_file.AppendSeparator() menu_file.Append(ID_MENU_FILE_EXIT, "E&xit", "Exit %s" % (circe_globals.APPNAME)) menu_switchbar = wx.Menu() menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ALEFT, "Align switch_bar &Left") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ARIGHT, "Align switch_bar &Right") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ATOP, "Align switch_bar &Top") menu_switchbar.Append(ID_MENU_VIEW_SWITCHBAR_ABOTTOM, "Align switch_bar &Bottom") menu_tree = wx.Menu() menu_tree.Append(ID_MENU_VIEW_TREE_ALEFT, "Align Tree &Left") menu_tree.Append(ID_MENU_VIEW_TREE_ARIGHT, "Align Tree &Right") menu_view = wx.Menu() menu_view.AppendMenu(ID_MENU_VIEW_SWITCHBAR, "&switch_bar", menu_switchbar) menu_view.AppendMenu(ID_MENU_VIEW_TREE, "&Treebar", menu_tree) menu_bar = wx.MenuBar() menu_bar.Append(menu_file, "&File"); menu_bar.Append(menu_view, "&View");
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self.connection.topice(channel=params[0], new_topic=new_topic)
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self.connection.topic(channel=params[0], new_topic=new_topic)
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def TextCommand(self,cmdstring,window): if not cmdstring: raise "Empty command"
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self.connection.whois(targets=params[0])
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self.connection.whois(targets=params)
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def TextCommand(self,cmdstring,window): if not cmdstring: raise "Empty command"
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len(params) > 1 and params[1] or ""
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len(params) > 1 and params[1] or "", len(params) > 2 and params[2] or ""
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def TextCommand(self,cmdstring,window): if not cmdstring: raise "Empty command"
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except IndexError:
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except ValueError:
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def text_command(self,cmdstring,window): if not cmdstring: return # is raising a exception necessary? # in a debug window, do nothing if hasattr(window, "get_channelname") and \ window.get_channelname() == "debug": return
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self.server_event(text)
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window.server_event(text)
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def check_events(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.get_events():
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import config
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import config_engine config=config_engine.Config()
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def check_events(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.get_events():
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print e
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def check_events(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.get_events():
|
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self.Bind(wx.EVT_CLOSE, self.evt_window_del)
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def bind_events(self): self.panel_switchbar.bind_click(self.evt_switchbar_event) self.panel_windowarea.bind_add(self.evt_windowarea_addwindow) self.panel_windowarea.bind_del(self.evt_windowarea_delwindow) self.panel_windowarea.bind_show(self.evt_windowarea_showwindow) self.panel_windowarea.bind_set_caption(self.evt_windowarea_setcaption)
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|
except:
|
except (ValueError, KeyError):
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def __getitem__(self, k): try: return self.config.get(self.section, k) except: try: v = DEFAULTS[k] self.__setitem__(k,v) return v except: raise KeyError, k
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self.txt_edit.SetValue(user+": ")
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self.txt_edit.SetValue("%s%s " % (user, self.complete_suffix))
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def autocomplete(self): """Autocompletes the current input""" value = self.txt_edit.GetValue() if not value: # ignore if nothing typed return get_channelname = getattr(self, "get_channelname", None) if not get_channelname: # ignore if cannot get channel name return channel = get_channelname() # get the channel name if not channel or channel == "debug": # is it none, or is it debug? ignore return
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self.connection.privmsg(target, cmdstring) mynick = self.connection.get_nickname() window.add_message(cmdstring, mynick)
|
for line in cmdstring.split("\n"): self.connection.privmsg(target, line) mynick = self.connection.get_nickname() window.add_message(line, mynick)
|
def text_command(self,cmdstring,window): if not cmdstring: return # in a debug window, do nothing if hasattr(window, "get_channelname") and \ window.get_channelname() == "debug": return
|
window.server_event("%s has joined %s." % (self.connection.get_nickname(), params[0]))
|
def text_command(self,cmdstring,window): if not cmdstring: return # in a debug window, do nothing if hasattr(window, "get_channelname") and \ window.get_channelname() == "debug": return
|
|
if len(params) >= 0: if "," in params[0]:
|
if len(params) > 0: if params[0].find(",") != -1:
|
def cmd_names(self,window,server,params): if len(params) >= 0: if "," in params[0]: server.connection.names(params[0].split(",")) else: server.connection.names(params) else: server.connection.names(window.get_channelname())
|
raise "channel_closed called for unknown channel!"
|
return
|
def channel_closed(self, channel): if channel in self.channels: del self.channels[self.channels.index(channel)] else: raise "channel_closed called for unknown channel!"
|
raise "Empty command"
|
return
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
cmdlist = cmdstring.split() cmd = cmdlist.pop(0) params = cmdlist
|
params = cmdstring.split() cmd = params.pop(0)
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
raise TypeError, "You should supply two arguments: servername\ and nick"
|
raise TypeError, "/server syntax: /server servername [nick]"
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
nick = params[1] if len(params) > 2:
|
try: nick = params[1] except IndexError: nick = "circe" try:
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
else:
|
except (IndexError,ValueError):
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
port = int(params[1])
|
try: port = int(params[1]) except (IndexError,ValueError): port = 6667 try: remote_server = params[2] except IndexError: pass
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
elif cmd == "ctcp": pass
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
|
nicks = params[0].split(",")
|
if ',' in params[0]: nicks = params[0].split(',') elif ' ' in params[0]: nicks = params[0].split(' ')
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
channel = params[0] nick = params[1] if len(params) > 2:
|
try: channel = params[0] except IndexError: channel = window.get_channelname() try: nick = params[1] except IndexError: nick = self.connection.get_nickname() try:
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
else:
|
except IndexError:
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
if params:
|
if params[0]:
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
else:
|
elif ' ' in params[0]:
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
channels = params
|
channels = params[0]
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
chans = params[0].split(",") self.connection.part(params)
|
try: params[0] except IndexError: chans = ['%s' % window.get_channelname()] self.connection.part(chans) return if ',' in params[0]: chans = params[0].split(",") elif ' ' in params[0]: chans = params[0].split(' ') else: chans = [params[0]] self.connection.part(chans)
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
nicks = params[0].split(",")
|
if params: if ',' in params[0]: nicks = params[0].split(",") elif ' ' in params[0]: nicks = params[0].split(" ")
|
def text_command(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
if e.source() and e.source().startswith("NickServ"): text = "NickServ: " + e.arguments()[0] self.statuswindow.server_event(text) elif e.source() and e.source().startswith("MemoServ"): text = "MemoServ: " + e.arguments()[0] self.statuswindow.server_event(text) elif e.source() and e.source().startswith("ChanServ"): text = "ChanServ: " + e.arguments()[0] self.statuswindow.server_event(text)
|
source = e.source() prefixes = ["Nick", "Memo", "Chan"] for prefix in prefixes: if source and source.startswith("%sServ" % prefix): text = "%sServ: %s" % (prefix, e.arguments()[0]) self.statuswindow.server_event(text)
|
def check_events(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.get_events():
|
text = "[%s] %s" % (etype, args) window.server_event(text)
|
if etype == "topic": text = "Topic for %s is: %s" % (chan, args) else: text = "[%s] %s" % (etype, args) if etype == "topic": topic.append(text) else: window.server_event(text)
|
def check_events(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.get_events():
|
text = "[%s] %s on %s" % (etype, sender, date) window.server_event(text)
|
text = "Topic for %s set by %s on %s" % (e.arguments()[0], sender, date) topic.append(text) window.server_event("\n".join(topic)) topic = []
|
def check_events(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.get_events():
|
def nick(self, nick, user="circe", host="circe"): IC.send("USER %s %s %s %s\r\n" % (nick, user,host,user)) IC.send("NICK %s %s\r\n" % (nick, user))
|
def nick(self, nick, host="circe"): IC.send("USER ident * * :%s\r\n" % (host)) IC.send("NICK %s\r\n" % (nick))
|
def nick(self, nick, user="circe", host="circe"): IC.send("USER %s %s %s %s\r\n" % (nick, user,host,user)) IC.send("NICK %s %s\r\n" % (nick, user))
|
self.command_buffer = [] self.current_area_up = 0 self.current_area_down = 0 self.tmp_buffer = ""
|
def __init__(self, windowarea, server, channelname): WindowServer.__init__(self, windowarea, server, channelname)
|
|
window.server_event("%s has changed the topic of %s to: %s" % (e.source(), e.target(), args))
|
window.server_event("%s has changed the topic of %s to: %s" % (e.source().split("!")[0], e.target(), args[0]))
|
def check_events(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.get_events():
|
self.NewChannelWindow(*params)
|
def TextCommand(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
|
for chan in chans: window = self.getChannelWindowRef(chan) if window: self.RemoveChannelWindow(chan)
|
def TextCommand(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
|
window = self.getChannelWindowRef(e.target()) if window: text = "%s has left %s" % (e.source(), e.target())
|
chan = e.target() src = e.source() window = self.getChannelWindowRef(chan) if irclib.nm_to_n(src) == self.connection.get_nickname(): if window: self.RemoveChannelWindow(chan) return if window: text = "%s has left %s" % (src, chan)
|
def checkEvents(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.getEvents():
|
window.delUsers([e.source().split("!")[0]])
|
window.delUsers([src.split("!")[0]])
|
def checkEvents(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.getEvents():
|
del self._users[u]
|
del self._users[self._users.index(u)]
|
def del_user(self, users): """Delete some users from the users list.
|
class CheckVersion(wx.MessageDialog):
|
class CheckVersion:
|
def OnClick(self, *a): self.Destroy()
|
elif ' ' in params[0]: nicks = params[0].split(' ') else: nicks = params[0]
|
else: nicks = params
|
def text_command(self,cmdstring,window): if not cmdstring: return # is raising a exception necessary? # in a debug window, do nothing if hasattr(window, "get_channelname") and \ window.get_channelname() == "debug": return
|
self.connection.privmsg(target, line) mynick = self.connection.get_nickname() window.add_message(line, mynick)
|
if line.strip().strip("\n"): self.connection.privmsg(target, line) mynick = self.connection.get_nickname() window.add_message(line, mynick)
|
def text_command(self,cmdstring,window): if not cmdstring: return # in a debug window, do nothing if hasattr(window, "get_channelname") and \ window.get_channelname() == "debug": return
|
self.txt_edit.SetValue(user)
|
self.txt_edit.SetValue(user+": ") self.txt_edit.SetInsertionPointEnd()
|
def txt_edit_evt_char(self, event): """Called when the user enter some text in the entry widget.""" key = event.GetKeyCode() if key == 13: # enter # Enter pressed value = self.txt_edit.GetValue() if not value: # ignore event if nothing typed event.Skip() return self.txt_edit.SetValue("") self.server.text_command(value,self) # Do nothing after this! We might be destroyed! elif key == 9: # tab value = self.txt_edit.GetValue() if not value: # ignore if nothing typed event.Skip() return get_channelname = getattr(self, "get_channelname", None) if not get_channelname: # ignore if cannot get channel name event.Skip() return channel = get_channelname() # get the channel name if not channel or channel == "debug": # is it none, or is it debug? ignore event.Skip() return
|
if e.source().split("!")[0] == self.connection.get_nickname():
|
src = e.source() if irclib.nm_to_n(src) == self.connection.get_nickname():
|
def checkEvents(self): """Redirects all received events to the correct windows.""" # Print events and display them in the rigth windows. for e in self.getEvents():
|
elif cmd == "msg": target = window.getChannelname() text = params[0]
|
elif cmd in ("msg","privmsg"): if len(params) == 0: raise "MSGError", "You must supply the target and the message" target = params[0] if len(params) == 2: text = params[1] else: text = " " .join(params[1:]) print target, text
|
def TextCommand(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
if target == window.getChannelname(): target = "" window.addMessage(text, self.connection.get_nickname(), to=target) elif cmd == "privmsg": if len(params) < 2: raise "PRIVMSGError", "You must supply two arguments" target = params[0] text = params[1] self.connection.privmsg(target, text) if target == window.getChannelname(): target = "" window.addMessage(text, self.connection.get_nickname(), to=target)
|
if hasattr(window, "getChannelname"): window.addMessage(text, self.connection.get_nickname(),target) else: window.ServerEvent("[%s(%s)] %s" % ("msg", target, text))
|
def TextCommand(self,cmdstring,window): if not cmdstring: raise "Empty command"
|
"""Deletes some users from the users list.
|
"""Delete some users from the users list.
|
def del_user(self, users): """Deletes some users from the users list.
|
self._users()
|
self.users()
|
def del_user(self, users): """Deletes some users from the users list.
|
"""Formats a message in a pretty way with the given arguments.
|
"""Format a message in a pretty way with the given arguments.
|
def add_message(self, text, from_, to=""): """Formats a message in a pretty way with the given arguments.
|
for chan in self.server.channels: print "Closing channel: %s" % chan._channelname
|
for chan in channellist:
|
def evt_disconnect(self): self.disableChecking() # Close all channels for chan in self.server.channels: print "Closing channel: %s" % chan._channelname chan.CloseWindow()
|
self.other_text = "%s Version: %s\nWxPython Version: %s\npython-irclib Version: %s\n" % (circe_globals.APPNAME, circe_globals.VERSION, python_version, irclib_version[:5])
|
self.other_text = "%s Version: %s\nPython Version: %s\nWxPython Version: %s\npython-irclib Version: %s\n" % (circe_globals.APPNAME, \ circe_globals.VERSION, \ python_version, wx.VERSION_STRING, irclib_version[:5])
|
def __init__(self,event): windowname = "About "+circe_globals.APPNAME+" "+circe_globals.VERSION wx.Dialog.__init__(self, None, -1, windowname, style=wx.DEFAULT_DIALOG_STYLE)
|
def __init__(self,**kwargs): circelib.Server(**kwargs[0],**kwargs[1])
|
def __init__(self,*options): Server.__init__(self,*options)
|
def __init__(self,**kwargs): circelib.Server(**kwargs[0],**kwargs[1]) self.statuswindow = None self.channels = None
|
def AddServer(**options): s = WXServer(**options[0],**options[1])
|
def AddServer(*options): s = WXServer(*options)
|
def AddServer(**options): s = WXServer(**options[0],**options[1]) servers.append(s) return s
|
return users.sort()
|
users.sort(lambda x, y: cmp(string.lower(x), string.lower(y))) self._users = users
|
def sort(self): users = list(self._users) return users.sort()
|
print self._users for u in self._users.keys():
|
for u in self._users:
|
def users(self, users=None): """Update the uers list and eventually add the given users.""" if not users: users = []
|
for u in self._users.keys():
|
for u in self._users:
|
def del_user(self, users): """Delete some users from the users list.
|
try: if not self.in_use: raise IndexError args[0] except IndexError:
|
if self.in_use: return super(AskNicknameDialog, self).__init__(None, "Nickname (%s) is in use. Please select a different one:" % args[0]) else:
|
def __init__(self, *args, **kwargs): self.in_use = kwargs.get("in_use") self.times = 2 try: if not self.in_use: raise IndexError args[0] except IndexError: return super(AskNicknameDialog, self).__init__(None, "Please select a nickname:") self.nickname = args[0] super(AskNicknameDialog, self).__init__(None, "Nickname (%s) is in use. Please select a different one:" % args[0])
|
self.nickname = args[0] super(AskNicknameDialog, self).__init__(None, "Nickname (%s) is in use. Please select a different one:" % args[0])
|
def __init__(self, *args, **kwargs): self.in_use = kwargs.get("in_use") self.times = 2 try: if not self.in_use: raise IndexError args[0] except IndexError: return super(AskNicknameDialog, self).__init__(None, "Please select a nickname:") self.nickname = args[0] super(AskNicknameDialog, self).__init__(None, "Nickname (%s) is in use. Please select a different one:" % args[0])
|
|
self.server_event("%s has quit: %s" % (user, " ".join(event.arguments())))
|
msg = event.arguments() self.server_event("%s has quit (%s)" % (user, msg))
|
def user_quit(self, event): """Remove a users from the list and informs that the user has quit."""
|
self.txt_edit = wx.TextCtrl(self,ID_TXT_EDIT,"",wx.DefaultPosition,wx.DefaultSize)
|
self.txt_edit = wx.TextCtrl(self,ID_TXT_EDIT,"",wx.DefaultPosition,wx.DefaultSize,wx.TE_PROCESS_TAB)
|
def __init__(self, windowarea, server, channelname): WindowServer.__init__(self, windowarea, server, channelname)
|
if key == 13:
|
if key == wx.WXK_RETURN or key == wx.WXK_NUMPAD_ENTER:
|
def txt_edit_evt_char(self, event): """Called when the user enter some text in the entry widget.""" key = event.GetKeyCode() if key == 13: # enter # Enter pressed value = self.txt_edit.GetValue() if not value: # ignore event if nothing typed event.Skip() return self.command_buffer.append(value) self.txt_edit.SetValue("") self.current_area_up = 0 self.current_area_down = 0 self.tmp_buffer = "" self.server.text_command(value,self) # Do nothing after this! We might be destroyed!
|
event.Skip()
|
def txt_edit_evt_char(self, event): """Called when the user enter some text in the entry widget.""" key = event.GetKeyCode() if key == 13: # enter # Enter pressed value = self.txt_edit.GetValue() if not value: # ignore event if nothing typed event.Skip() return self.command_buffer.append(value) self.txt_edit.SetValue("") self.current_area_up = 0 self.current_area_down = 0 self.tmp_buffer = "" self.server.text_command(value,self) # Do nothing after this! We might be destroyed!
|
|
elif key == 9:
|
elif key == wx.WXK_TAB:
|
def txt_edit_evt_char(self, event): """Called when the user enter some text in the entry widget.""" key = event.GetKeyCode() if key == 13: # enter # Enter pressed value = self.txt_edit.GetValue() if not value: # ignore event if nothing typed event.Skip() return self.command_buffer.append(value) self.txt_edit.SetValue("") self.current_area_up = 0 self.current_area_down = 0 self.tmp_buffer = "" self.server.text_command(value,self) # Do nothing after this! We might be destroyed!
|
else: if len(users) > 0: event.Skip() return else:
|
else:
|
def txt_edit_evt_char(self, event): """Called when the user enter some text in the entry widget.""" key = event.GetKeyCode() if key == 13: # enter # Enter pressed value = self.txt_edit.GetValue() if not value: # ignore event if nothing typed event.Skip() return self.command_buffer.append(value) self.txt_edit.SetValue("") self.current_area_up = 0 self.current_area_down = 0 self.tmp_buffer = "" self.server.text_command(value,self) # Do nothing after this! We might be destroyed!
|
wx.Dialog.__init__(self, None, -1, windowname, style=wx.DEFAULT_DIALOG_STYLE)
|
wx.Dialog.__init__(self, None, -1, windowname, style=wx.DEFAULT_DIALOG_STYLE, size=(370,205))
|
def __init__(self,event): windowname = "About "+circe_globals.APPNAME+" "+circe_globals.VERSION wx.Dialog.__init__(self, None, -1, windowname, style=wx.DEFAULT_DIALOG_STYLE)
|
self._users = {}
|
self._users = []
|
def __init__(self,windowarea,server,channelname): WindowTextEdit.__init__(self, windowarea, server, channelname) self.windowarea = windowarea self.channelname = channelname self._users = {} # Store info about users self.create_controls() self.create_sizers() self.add_controls()
|
for u in users: if u not in self._users.keys(): self._users[u] = ""
|
for user in users: self._users.append(user)
|
def users(self, users=None): """Update the uers list and eventually add the given users.""" if not users: users = []
|
if user in self._users.keys():
|
if user in self._users:
|
def user_quit(self, event): """Remove a users from the list and informs that the user has quit."""
|
return
|
return 0
|
def GetCurrentVersion(self): try: curver = self.curver except AttributeError: import urllib2 a = urllib2.urlopen("http://circe.berlios.de/version.php") curver2 = a.read() curver = curver2.split(".") self.curver = curver runver = circe_globals.VERSION.split(".")
|
if os.getenv("APPDATA") != "":
|
if type(os.getenv("APPDATA")) == "NoneType":
|
def main(): # Some globals and variables global config global homedir config = {} options = [ "--config", "--configdump", "--daemon", "--debug", "--verbose", "--version" ] shortoptions = { "c":"--config", "d":"--debug", "D":"--daemon", "v":"--verbose", "V":"--version" } overwrite = [ "--daemon", "--debug", "--verbose" ] # Scan for commandline options. This is like the handling # of Gentoo's (http://www.gentoo.org) "emerge". # Thanks vor this inspiration guys! tmpcmd = sys.argv[1:] cmd = [] opts = [] for x in tmpcmd: if x[0:1] == "-" and x[1:2] != "-": for y in x[1:]: if shortoptions.has_key(y): if shortoptions[y] in cmd: print "*** Warning: Redundant use of "+shortoptions[y] else: cmd.append(shortoptions[y]) else: print "!!! Error: -"+y+" is an invalid option." sys.exit(1) else: cmd.append(x) for x in cmd: if len(x) >= 2 and x[0:2] != "--": opts.append(x) elif len(x) >= 2 and x[0:2] == "--": opts.append(x) elif x not in options: print "!!! Error: "+x+" is an invalid option." sys.exit(1) # Some error handling if "--daemon" in opts and "--nodaemon" in opts: print "!!! Error: You can not use --daemon and --nodaemon at the same time" sys.exit(1) # "One option, one output and die" (tm) if "--help" in opts: print "I guess you need help. That's bad at the moment! ;)" sys.exit() elif "--version" in opts: # Some easy release-checkin' headinfo = string.split(__headurl__, "/") if "tags" in headinfo: print "Stable release: "+headinfo[headinfo.index("tags")+1] else: print "This is a development version. Expect bugs!" print __revision__ sys.exit() # Get the users application data directory from environment variables and "~/" # Try windows path first, as windows has a special application data directory # The last fallback is to use the current working directory if os.getenv("APPDATA") != "": homedir = os.getenv("APPDATA").replace("\\", "/") else: homedir = os.path.expanduser("~") if not os.path.exists(homedir): homedir = os.getenv("HOME") if not os.path.exists(homedir): homedir = os.getcwd() # Get the systems global settings directory # Try both /etc and the windows "all users" diretory if os.path.isdir("/etc/"): etcdir = "/etc" elif os.getenv("ALLUSERSPROFILE") != "": etcdir = os.getenv("ALLUSERSPROFILE").replace("\\", "/") + os.getenv("APPDATA")[len(os.getenv("USERPROFILE")):].replace("\\", "/") else: etcdir = "" if "--config" in opts: if opts[opts.index("--config")+1][0:2] == "--": print "!!! Error: You specified --config but no file was appended!" sys.exit(1) config['config'] = opts[opts.index("--config")+1] else: if os.path.isfile(homedir+"/dirt.xml"): config['config'] = homedir+"/dirt.xml" elif os.path.isfile(etcdir+"/dirt.xml"): config['config'] = etcdir+"/dirt.xml" else: print "!!! Error: No configuration file found!" sys.exit(1) configuration = xml.dom.minidom.parse(config['config']) # Validate XML # TODO general_config = configuration.getElementsByTagName('general') for node in general_config: for general in node.childNodes: if general.nodeType == Node.ELEMENT_NODE: setname = general.nodeName for set in general.childNodes: # TODO: We really have to find a nice way to check for bool's. # This is ugly. if string.lower(set.data) == "true": config[setname] = True elif string.lower(set.data) == "false": config[setname] = False else: config[setname] = set.data for set in opts: if set in overwrite: config[set[2:]] = True if "--configdump" in opts: pprint.pprint(config) sys.exit()
|
print "!!! Error: -"+y+" is an invalid option."
|
print "!!! Error: -"+y+" is an invalid shortoption."
|
def main(): # Some globals and variables global config global homedir config = {} options = [ "--config", "--configdump", "--debug", "--daemon", "--verbose", "--version" ] shortoptions = { "c":"--config", "d":"--debug", "D":"--daemon", "v":"--verbose", "V":"--version" } overwrite = [ "--daemon", "--debug", "--verbose" ] # Scan for commandline options. This is like the handling # of Gentoo's (http://www.gentoo.org) "emerge". # Thanks vor this inspiration guys! tmpcmd = sys.argv[1:] cmd = [] opts = [] for x in tmpcmd: if x[0:1] == "-" and x[1:2] != "-": for y in x[1:]: if shortoptions.has_key(y): if shortoptions[y] in cmd: print "*** Warning: Redundant use of "+shortoptions[y] else: cmd.append(shortoptions[y]) else: print "!!! Error: -"+y+" is an invalid option." sys.exit(1) else: cmd.append(x) for x in cmd: if len(x) >= 2 and x[0:2] != "--": opts.append(x) elif len(x) >= 2 and x[0:2] == "--": opts.append(x) elif x not in options: print "!!! Error: "+x+" is an invalid option." sys.exit(1) # Some error handling if "--daemon" in opts and "--nodaemon" in opts: print "!!! Error: You can not use --daemon and --nodaemon at the same time" sys.exit(1) # "One option, one output and die" (tm) if "--help" in opts: print "This is dirteater (http://dirteater.berlios.de). The information management system.\n" print "These are the availibale command line options:\n" print "--config <path>\t\t Specify configuration file manually" print "--configdump \t\t Parse configuation file and print out all configuration variables" print "--daemon \t\t Make dirteater daemonic" print "--debug \t\t Degging output" print "--verbose \t\t Make output verbose" print "--version \t\t Print out version information and exit\n" print "Please report bugs to <[email protected]>\n" sys.exit() elif "--version" in opts: # Some easy release-checkin' headinfo = string.split(__headurl__, "/") if "tags" in headinfo: print "Stable release: "+headinfo[headinfo.index("tags")+1] else: print "This is a development version. Expect bugs!" print __revision__ sys.exit() # Get the users application data directory from environment variables and "~/" # Try windows path first, as windows has a special application data directory # The last fallback is to use the current working directory if os.getenv("APPDATA") is not None: homedir = os.getenv("APPDATA").replace("\\", "/") else: homedir = os.path.expanduser("~") if not os.path.exists(homedir): homedir = os.getenv("HOME") if not os.path.exists(homedir): homedir = os.getcwd() # Get the systems global settings directory # Try both /etc and the windows "all users" diretory if os.path.isdir("/etc/"): etcdir = "/etc" elif os.getenv("ALLUSERSPROFILE") != "": etcdir = os.getenv("ALLUSERSPROFILE").replace("\\", "/") + os.getenv("APPDATA")[len(os.getenv("USERPROFILE")):].replace("\\", "/") else: etcdir = "" if "--config" in opts: if opts[opts.index("--config")+1][0:2] == "--": print "!!! Error: You specified --config but no file was appended!" sys.exit(1) config['config'] = opts[opts.index("--config")+1] else: if os.path.isfile(homedir+"/.dirt.xml"): config['config'] = homedir+"/.dirt.xml" elif os.path.isfile(etcdir+"/dirt.xml"): config['config'] = etcdir+"/dirt.xml" else: print "!!! Error: No configuration file found!" sys.exit(1) # Validate XML try: parser = xmlval.XMLValidator() parser.set_error_handler(dtdErrHandle(parser)) parser.parse_resource(config['config']) except Exception, msg: print msg sys.exit() configuration = xml.dom.minidom.parse(config['config']) general_config = configuration.getElementsByTagName('general') for node in general_config: for general in node.childNodes: if general.nodeType == Node.ELEMENT_NODE: setname = general.nodeName for set in general.childNodes: # TODO: We really have to find a nice way to check for bool's. # This is ugly. if string.lower(set.data) == "true": config[setname] = True elif string.lower(set.data) == "false": config[setname] = False else: config[setname] = set.data for set in opts: if set in overwrite: config[set[2:]] = True # Just give back the whole configuration and exit. if "--configdump" in opts: pprint.pprint(config) sys.exit()
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if len(x) >= 2 and x[0:2] != "--":
|
if len(x) >= 2 and x[0:2] == "--": if x in options: opts.append(x) else: print "!!! Error "+x+" is an invalid option." sys.exit(1) else:
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def main(): # Some globals and variables global config global homedir config = {} options = [ "--config", "--configdump", "--debug", "--daemon", "--verbose", "--version" ] shortoptions = { "c":"--config", "d":"--debug", "D":"--daemon", "v":"--verbose", "V":"--version" } overwrite = [ "--daemon", "--debug", "--verbose" ] # Scan for commandline options. This is like the handling # of Gentoo's (http://www.gentoo.org) "emerge". # Thanks vor this inspiration guys! tmpcmd = sys.argv[1:] cmd = [] opts = [] for x in tmpcmd: if x[0:1] == "-" and x[1:2] != "-": for y in x[1:]: if shortoptions.has_key(y): if shortoptions[y] in cmd: print "*** Warning: Redundant use of "+shortoptions[y] else: cmd.append(shortoptions[y]) else: print "!!! Error: -"+y+" is an invalid option." sys.exit(1) else: cmd.append(x) for x in cmd: if len(x) >= 2 and x[0:2] != "--": opts.append(x) elif len(x) >= 2 and x[0:2] == "--": opts.append(x) elif x not in options: print "!!! Error: "+x+" is an invalid option." sys.exit(1) # Some error handling if "--daemon" in opts and "--nodaemon" in opts: print "!!! Error: You can not use --daemon and --nodaemon at the same time" sys.exit(1) # "One option, one output and die" (tm) if "--help" in opts: print "This is dirteater (http://dirteater.berlios.de). The information management system.\n" print "These are the availibale command line options:\n" print "--config <path>\t\t Specify configuration file manually" print "--configdump \t\t Parse configuation file and print out all configuration variables" print "--daemon \t\t Make dirteater daemonic" print "--debug \t\t Degging output" print "--verbose \t\t Make output verbose" print "--version \t\t Print out version information and exit\n" print "Please report bugs to <[email protected]>\n" sys.exit() elif "--version" in opts: # Some easy release-checkin' headinfo = string.split(__headurl__, "/") if "tags" in headinfo: print "Stable release: "+headinfo[headinfo.index("tags")+1] else: print "This is a development version. Expect bugs!" print __revision__ sys.exit() # Get the users application data directory from environment variables and "~/" # Try windows path first, as windows has a special application data directory # The last fallback is to use the current working directory if os.getenv("APPDATA") is not None: homedir = os.getenv("APPDATA").replace("\\", "/") else: homedir = os.path.expanduser("~") if not os.path.exists(homedir): homedir = os.getenv("HOME") if not os.path.exists(homedir): homedir = os.getcwd() # Get the systems global settings directory # Try both /etc and the windows "all users" diretory if os.path.isdir("/etc/"): etcdir = "/etc" elif os.getenv("ALLUSERSPROFILE") != "": etcdir = os.getenv("ALLUSERSPROFILE").replace("\\", "/") + os.getenv("APPDATA")[len(os.getenv("USERPROFILE")):].replace("\\", "/") else: etcdir = "" if "--config" in opts: if opts[opts.index("--config")+1][0:2] == "--": print "!!! Error: You specified --config but no file was appended!" sys.exit(1) config['config'] = opts[opts.index("--config")+1] else: if os.path.isfile(homedir+"/.dirt.xml"): config['config'] = homedir+"/.dirt.xml" elif os.path.isfile(etcdir+"/dirt.xml"): config['config'] = etcdir+"/dirt.xml" else: print "!!! Error: No configuration file found!" sys.exit(1) # Validate XML try: parser = xmlval.XMLValidator() parser.set_error_handler(dtdErrHandle(parser)) parser.parse_resource(config['config']) except Exception, msg: print msg sys.exit() configuration = xml.dom.minidom.parse(config['config']) general_config = configuration.getElementsByTagName('general') for node in general_config: for general in node.childNodes: if general.nodeType == Node.ELEMENT_NODE: setname = general.nodeName for set in general.childNodes: # TODO: We really have to find a nice way to check for bool's. # This is ugly. if string.lower(set.data) == "true": config[setname] = True elif string.lower(set.data) == "false": config[setname] = False else: config[setname] = set.data for set in opts: if set in overwrite: config[set[2:]] = True # Just give back the whole configuration and exit. if "--configdump" in opts: pprint.pprint(config) sys.exit()
|
elif len(x) >= 2 and x[0:2] == "--": opts.append(x) elif x not in options: print "!!! Error: "+x+" is an invalid option." sys.exit(1) if "--daemon" in opts and "--nodaemon" in opts: print "!!! Error: You can not use --daemon and --nodaemon at the same time" sys.exit(1)
|
def main(): # Some globals and variables global config global homedir config = {} options = [ "--config", "--configdump", "--debug", "--daemon", "--verbose", "--version" ] shortoptions = { "c":"--config", "d":"--debug", "D":"--daemon", "v":"--verbose", "V":"--version" } overwrite = [ "--daemon", "--debug", "--verbose" ] # Scan for commandline options. This is like the handling # of Gentoo's (http://www.gentoo.org) "emerge". # Thanks vor this inspiration guys! tmpcmd = sys.argv[1:] cmd = [] opts = [] for x in tmpcmd: if x[0:1] == "-" and x[1:2] != "-": for y in x[1:]: if shortoptions.has_key(y): if shortoptions[y] in cmd: print "*** Warning: Redundant use of "+shortoptions[y] else: cmd.append(shortoptions[y]) else: print "!!! Error: -"+y+" is an invalid option." sys.exit(1) else: cmd.append(x) for x in cmd: if len(x) >= 2 and x[0:2] != "--": opts.append(x) elif len(x) >= 2 and x[0:2] == "--": opts.append(x) elif x not in options: print "!!! Error: "+x+" is an invalid option." sys.exit(1) # Some error handling if "--daemon" in opts and "--nodaemon" in opts: print "!!! Error: You can not use --daemon and --nodaemon at the same time" sys.exit(1) # "One option, one output and die" (tm) if "--help" in opts: print "This is dirteater (http://dirteater.berlios.de). The information management system.\n" print "These are the availibale command line options:\n" print "--config <path>\t\t Specify configuration file manually" print "--configdump \t\t Parse configuation file and print out all configuration variables" print "--daemon \t\t Make dirteater daemonic" print "--debug \t\t Degging output" print "--verbose \t\t Make output verbose" print "--version \t\t Print out version information and exit\n" print "Please report bugs to <[email protected]>\n" sys.exit() elif "--version" in opts: # Some easy release-checkin' headinfo = string.split(__headurl__, "/") if "tags" in headinfo: print "Stable release: "+headinfo[headinfo.index("tags")+1] else: print "This is a development version. Expect bugs!" print __revision__ sys.exit() # Get the users application data directory from environment variables and "~/" # Try windows path first, as windows has a special application data directory # The last fallback is to use the current working directory if os.getenv("APPDATA") is not None: homedir = os.getenv("APPDATA").replace("\\", "/") else: homedir = os.path.expanduser("~") if not os.path.exists(homedir): homedir = os.getenv("HOME") if not os.path.exists(homedir): homedir = os.getcwd() # Get the systems global settings directory # Try both /etc and the windows "all users" diretory if os.path.isdir("/etc/"): etcdir = "/etc" elif os.getenv("ALLUSERSPROFILE") != "": etcdir = os.getenv("ALLUSERSPROFILE").replace("\\", "/") + os.getenv("APPDATA")[len(os.getenv("USERPROFILE")):].replace("\\", "/") else: etcdir = "" if "--config" in opts: if opts[opts.index("--config")+1][0:2] == "--": print "!!! Error: You specified --config but no file was appended!" sys.exit(1) config['config'] = opts[opts.index("--config")+1] else: if os.path.isfile(homedir+"/.dirt.xml"): config['config'] = homedir+"/.dirt.xml" elif os.path.isfile(etcdir+"/dirt.xml"): config['config'] = etcdir+"/dirt.xml" else: print "!!! Error: No configuration file found!" sys.exit(1) # Validate XML try: parser = xmlval.XMLValidator() parser.set_error_handler(dtdErrHandle(parser)) parser.parse_resource(config['config']) except Exception, msg: print msg sys.exit() configuration = xml.dom.minidom.parse(config['config']) general_config = configuration.getElementsByTagName('general') for node in general_config: for general in node.childNodes: if general.nodeType == Node.ELEMENT_NODE: setname = general.nodeName for set in general.childNodes: # TODO: We really have to find a nice way to check for bool's. # This is ugly. if string.lower(set.data) == "true": config[setname] = True elif string.lower(set.data) == "false": config[setname] = False else: config[setname] = set.data for set in opts: if set in overwrite: config[set[2:]] = True # Just give back the whole configuration and exit. if "--configdump" in opts: pprint.pprint(config) sys.exit()
|
|
if opts[opts.index("--config")+1][0:2] == "--": print "!!! Error: You specified --config but no file was appended!"
|
if len(opts) == 1: print "!!! Error: You want to use --config, but no file was appended!" sys.exit(1) elif opts[opts.index("--config")+1][0:2] == "--" or len(opts) <= 1: print "!!! Error: You want to use --config, but no file was appended!"
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def main(): # Some globals and variables global config global homedir config = {} options = [ "--config", "--configdump", "--debug", "--daemon", "--verbose", "--version" ] shortoptions = { "c":"--config", "d":"--debug", "D":"--daemon", "v":"--verbose", "V":"--version" } overwrite = [ "--daemon", "--debug", "--verbose" ] # Scan for commandline options. This is like the handling # of Gentoo's (http://www.gentoo.org) "emerge". # Thanks vor this inspiration guys! tmpcmd = sys.argv[1:] cmd = [] opts = [] for x in tmpcmd: if x[0:1] == "-" and x[1:2] != "-": for y in x[1:]: if shortoptions.has_key(y): if shortoptions[y] in cmd: print "*** Warning: Redundant use of "+shortoptions[y] else: cmd.append(shortoptions[y]) else: print "!!! Error: -"+y+" is an invalid option." sys.exit(1) else: cmd.append(x) for x in cmd: if len(x) >= 2 and x[0:2] != "--": opts.append(x) elif len(x) >= 2 and x[0:2] == "--": opts.append(x) elif x not in options: print "!!! Error: "+x+" is an invalid option." sys.exit(1) # Some error handling if "--daemon" in opts and "--nodaemon" in opts: print "!!! Error: You can not use --daemon and --nodaemon at the same time" sys.exit(1) # "One option, one output and die" (tm) if "--help" in opts: print "This is dirteater (http://dirteater.berlios.de). The information management system.\n" print "These are the availibale command line options:\n" print "--config <path>\t\t Specify configuration file manually" print "--configdump \t\t Parse configuation file and print out all configuration variables" print "--daemon \t\t Make dirteater daemonic" print "--debug \t\t Degging output" print "--verbose \t\t Make output verbose" print "--version \t\t Print out version information and exit\n" print "Please report bugs to <[email protected]>\n" sys.exit() elif "--version" in opts: # Some easy release-checkin' headinfo = string.split(__headurl__, "/") if "tags" in headinfo: print "Stable release: "+headinfo[headinfo.index("tags")+1] else: print "This is a development version. Expect bugs!" print __revision__ sys.exit() # Get the users application data directory from environment variables and "~/" # Try windows path first, as windows has a special application data directory # The last fallback is to use the current working directory if os.getenv("APPDATA") is not None: homedir = os.getenv("APPDATA").replace("\\", "/") else: homedir = os.path.expanduser("~") if not os.path.exists(homedir): homedir = os.getenv("HOME") if not os.path.exists(homedir): homedir = os.getcwd() # Get the systems global settings directory # Try both /etc and the windows "all users" diretory if os.path.isdir("/etc/"): etcdir = "/etc" elif os.getenv("ALLUSERSPROFILE") != "": etcdir = os.getenv("ALLUSERSPROFILE").replace("\\", "/") + os.getenv("APPDATA")[len(os.getenv("USERPROFILE")):].replace("\\", "/") else: etcdir = "" if "--config" in opts: if opts[opts.index("--config")+1][0:2] == "--": print "!!! Error: You specified --config but no file was appended!" sys.exit(1) config['config'] = opts[opts.index("--config")+1] else: if os.path.isfile(homedir+"/.dirt.xml"): config['config'] = homedir+"/.dirt.xml" elif os.path.isfile(etcdir+"/dirt.xml"): config['config'] = etcdir+"/dirt.xml" else: print "!!! Error: No configuration file found!" sys.exit(1) # Validate XML try: parser = xmlval.XMLValidator() parser.set_error_handler(dtdErrHandle(parser)) parser.parse_resource(config['config']) except Exception, msg: print msg sys.exit() configuration = xml.dom.minidom.parse(config['config']) general_config = configuration.getElementsByTagName('general') for node in general_config: for general in node.childNodes: if general.nodeType == Node.ELEMENT_NODE: setname = general.nodeName for set in general.childNodes: # TODO: We really have to find a nice way to check for bool's. # This is ugly. if string.lower(set.data) == "true": config[setname] = True elif string.lower(set.data) == "false": config[setname] = False else: config[setname] = set.data for set in opts: if set in overwrite: config[set[2:]] = True # Just give back the whole configuration and exit. if "--configdump" in opts: pprint.pprint(config) sys.exit()
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