def __init__(self, code_file_name, input_file_name, output_file_name, id):
self.code_data_id = id
self.current_line = 0
self.output_file_name = output_file_name
self.current_steps = 0
self.vis_arrays = {}
self.last_edit = datetime.datetime.utcnow()
p = subprocess.Popen(['clang-3.5', '-Xclang', '-ast-dump', '-fsyntax-only',
code_file_name + "_parsing.cpp"], stdout=subprocess.PIPE, stderr=subprocess.PIPE)
out, err = p.communicate()
self.vars_def_list = code_parser.getVariablesDef(out)
defined_functions = code_parser.getFunctionsNames(
code_file_name + ".cpp")
self.gdb_process = nbsr_process("gdb " + code_file_name + " -q")
os.remove(code_file_name + "_parsing.cpp")
os.remove(code_file_name + ".cpp")
self.gdb_process.write("python (executeGdbCommand('b main'))")
self.gdb_process.write("python (executeGdbCommand('set confirm off'))")
self.gdb_process.write(
"python (executeGdbCommand('run < " + input_file_name + " > " + output_file_name + "'))")
for function in defined_functions:
self.gdb_process.write(
"python (executeGdbCommand('b " + function + "'))")
self.gdb_process.write("python setLastLine()")
self.gdb_process.write(
"python (executeGdbCommand('target record-full'))")
self.gdb_process.write("python print('begin')")
self.gdb_process.readTill("begin")
self.graph = gdbGraph()
def next(self, number=1):
self.gdb_process.write("python next('" + str(number) + "')")
mess = (self.gdb_process.readTill("done"))
for x in mess:
if "Program received signa" in x:
raise ProcRunTimeError(("\n").join(mess), "RuntimeError")
self.graph = gdbGraph()
self.updateGraph()
def goToLine(self, line):
self.gdb_process.write("python goToLine(" + str(line) + ")")
mess = (self.gdb_process.readTill("done"))
for x in mess:
if "Program received signa" in x:
raise ProcRunTimeError(("\n").join(mess), "RuntimeError")
self.graph = gdbGraph()
self.updateGraph()
def goToLine(self, line):
self.gdb_process.write("python goToLine(" + str(line) + ")")
mess = (self.gdb_process.readTill("done"))
for x in mess:
if "Program received signa" in x:
raise ProcRunTimeError(("\n").join(mess), "RuntimeError")
self.graph = gdbGraph()
self.updateGraph()
def next(self, number=1):
self.gdb_process.write("python next('" + str(number) + "')")
mess = (self.gdb_process.readTill("done"))
for x in mess:
if "Program received signa" in x:
raise ProcRunTimeError(("\n").join(mess), "RuntimeError")
self.graph = gdbGraph()
self.updateGraph()
def __init__(self, code_file_name, input_file_name, output_file_name, id):
self.code_data_id = id
self.current_line = 0
self.output_file_name = output_file_name
self.current_steps = 0
self.vis_arrays = {}
self.last_edit = datetime.datetime.utcnow()
p = subprocess.Popen([
'clang-3.5', '-Xclang', '-ast-dump', '-fsyntax-only',
code_file_name + "_parsing.cpp"
],
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
out, err = p.communicate()
self.vars_def_list = code_parser.getVariablesDef(out)
defined_functions = code_parser.getFunctionsNames(code_file_name +
".cpp")
self.gdb_process = nbsr_process("gdb " + code_file_name + " -q")
os.remove(code_file_name + "_parsing.cpp")
os.remove(code_file_name + ".cpp")
self.gdb_process.write("python (executeGdbCommand('b main'))")
self.gdb_process.write("python (executeGdbCommand('set confirm off'))")
self.gdb_process.write("python (executeGdbCommand('run < " +
input_file_name + " > " + output_file_name +
"'))")
for function in defined_functions:
self.gdb_process.write("python (executeGdbCommand('b " + function +
"'))")
self.gdb_process.write("python setLastLine()")
self.gdb_process.write(
"python (executeGdbCommand('target record-full'))")
self.gdb_process.write("python print('begin')")
self.gdb_process.readTill("begin")
self.graph = gdbGraph()
def prev(self, number=1):
self.gdb_process.write("python prev(" + str(number) + ")")
self.graph = gdbGraph()
self.updateGraph()
def stackDown(self):
self.gdb_process.write("python (executeGdbCommand('down'))")
self.graph = gdbGraph()
self.updateGraph()
def endFunciton(self):
self.gdb_process.write("python (executeGdbCommand('finish'))")
self.graph = gdbGraph()
self.updateGraph()
def prev(self, number=1):
self.gdb_process.write("python prev(" + str(number) + ")")
self.graph = gdbGraph()
self.updateGraph()
def stackDown(self):
self.gdb_process.write("python (executeGdbCommand('down'))")
self.graph = gdbGraph()
self.updateGraph()
def endFunciton(self):
self.gdb_process.write("python (executeGdbCommand('finish'))")
self.graph = gdbGraph()
self.updateGraph()
