def do_run(self):
read_line = create_read_line_function(self.input_file, config.prompt)
subs_compiler_command = get_compiler_command(self.options, self.exec_filename)
while True:
inp = read_line(self.input_num + 1) # 1-indexed
if inp is None:
break
col_inp, run_compiler = dot_commands.process(inp, self)
if col_inp:
if self.input_num < len(self.user_input):
self.user_input = self.user_input[: self.input_num]
if incl_re.match(inp) is None:
typ = UserInput.COMMAND
else:
typ = UserInput.INCLUDE
self.user_input.append(UserInput(inp, typ))
self.input_num += 1
if run_compiler:
self.compile_error = run_compile(subs_compiler_command, self)
if self.compile_error is not None:
info = "Compile error - type .e to see it OR disregard if multi-line statement(s)\n"
print(colorize(info, "magenta"))
continue
stdout_data, stderr_data = run_exec(self.exec_filename)
if len(stdout_data) > self.output_chars_printed:
new_output = stdout_data[self.output_chars_printed :]
len_new_output = len(new_output)
print(new_output.decode("utf8"))
self.output_chars_printed += len_new_output
self.user_input[-1].output_chars = len_new_output
if len(stderr_data) > self.error_chars_printed:
new_error = stderr_data[self.error_chars_printed :]
len_new_error = len(new_error)
print(new_error.decode("utf8"))
self.error_chars_printed += len_new_error
self.user_input[-1].error_chars = len_new_error
print() # ensure empty newline between commands
def do_run(self):
read_line = create_read_line_function(self.inputfile, prompt)
subs_compiler_command = get_compiler_command(self.options,
self.exefilename)
inp = 1
while inp is not None:
inp = read_line()
if inp is not None:
col_inp, run_cmp = (dot_commands.process(inp, self))
if self.functions_paste and inp.strip() != '.f':
self.user_functions.append(inp)
elif col_inp:
if self.input_num < len(self.user_input):
self.user_input = self.user_input[:self.input_num]
if incl_re.match(inp):
typ = UserInput.INCLUDE
else:
typ = UserInput.COMMAND
self.user_input.append(UserInput(inp, typ))
self.input_num += 1
if run_cmp and not self.paste and not self.functions_paste:
self.compile_error = run_compile(subs_compiler_command,
self)
if self.compile_error is not None:
print "[Compile error - type .e to see it.]"
else:
stdoutdata, stderrdata = run_exe(self.exefilename)
if len(stdoutdata) > self.output_chars_printed:
new_output = stdoutdata[self.output_chars_printed:]
len_new_output = len(new_output)
print new_output,
self.output_chars_printed += len_new_output
self.user_input[-1].output_chars = len_new_output
if len(stderrdata) > self.error_chars_printed:
new_error = stderrdata[self.error_chars_printed:]
len_new_error = len(new_error)
print new_error,
self.error_chars_printed += len_new_error
self.user_input[-1].error_chars = len_new_error
print
def do_run( self ): read_line = create_read_line_function( self.inputfile, prompt ) subs_compiler_command = get_compiler_command( self.options, self.exefilename ) inp = 1 while inp is not None: inp = read_line() if inp is not None: col_inp, run_cmp = ( dot_commands.process( inp, self ) ) if self.functions_paste and inp.strip() != '.f': self.user_functions.append(inp) elif col_inp: if self.input_num < len( self.user_input ): self.user_input = self.user_input[ : self.input_num ] if incl_re.match( inp ): typ = UserInput.INCLUDE else: typ = UserInput.COMMAND self.user_input.append( UserInput( inp, typ ) ) self.input_num += 1 if run_cmp and not self.paste and not self.functions_paste: self.compile_error = run_compile( subs_compiler_command, self ) if self.compile_error is not None: print "[Compile error - type .e to see it.]" else: stdoutdata, stderrdata = run_exe( self.exefilename ) if len( stdoutdata ) > self.output_chars_printed: new_output = stdoutdata[self.output_chars_printed:] len_new_output = len( new_output ) print new_output, self.output_chars_printed += len_new_output self.user_input[ -1 ].output_chars = len_new_output if len( stderrdata ) > self.error_chars_printed: new_error = stderrdata[self.error_chars_printed:] len_new_error = len( new_error ) print new_error, self.error_chars_printed += len_new_error self.user_input[ -1 ].error_chars = len_new_error print