def __init__(self, process):
Thread.__init__(self)
self.working = True
self.cmdcondition = threading.Condition()
self.cmdSingle = threading.Condition()
self.process = process
self.interpreter = GDBInterpreter()
self.output = ''
self.currentcmd = None
self.log = Logger("GDBServer")
self.completevisitor = CompleteVisitor()
class GDBServer(Thread):
def __init__(self,process):
Thread.__init__(self)
self.working = True
self.cmdcondition = threading.Condition()
self.cmdSingle = threading.Condition()
self.process = process
self.interpreter = GDBInterpreter()
self.output = ''
self.currentcmd = None
self.log = Logger("GDBServer")
self.completevisitor = CompleteVisitor()
def run(self):
lineCondition = threading.Condition()
while(self.working):
line = self.process.stdout.readline()
if platform.system() == 'Windows':
line = line.replace(os.sep + os.sep + '', os.sep)
line = line.replace('/', os.sep)
self.log.info(line)
self.output += line
if self.currentcmd != None and not self.currentcmd.isComplete():
self.completevisitor.setoutput(self.output)
self.currentcmd.accept(self.completevisitor)
if self.currentcmd != None and self.currentcmd.isComplete():
self.cmdcondition.acquire()
self.cmdcondition.notify()
self.cmdcondition.release()
def send(self,cmd):
self.cmdSingle.acquire()
self.output = ''
self.currentcmd = cmd
self.log.info("Write -> " + str(cmd.getValue()))
self.cmdcondition.acquire()
self.process.stdin.write(cmd.getValue())
self.cmdcondition.wait(15)
try:
if self.currentcmd.isComplete() == True:
self.interpreter.parse(self.currentcmd,self.output.split('\n'))
finally:
self.cmdcondition.release()
self.cmdSingle.release()
# FIXME: Start gdb without confirmation questions
def stopserver(self):
self.output = ''
self.process.stdin.write("quit\n")
self.working = False
class GDBServer(Thread):
def __init__(self, process):
Thread.__init__(self)
self.working = True
self.cmdcondition = threading.Condition()
self.cmdSingle = threading.Condition()
self.process = process
self.interpreter = GDBInterpreter()
self.output = ''
self.currentcmd = None
self.log = Logger("GDBServer")
self.completevisitor = CompleteVisitor()
def run(self):
lineCondition = threading.Condition()
while (self.working):
line = self.process.stdout.readline()
if platform.system() == 'Windows':
line = line.replace(os.sep + os.sep + '', os.sep)
line = line.replace('/', os.sep)
self.log.info(line)
self.output += line
if self.currentcmd != None and not self.currentcmd.isComplete():
self.completevisitor.setoutput(self.output)
self.currentcmd.accept(self.completevisitor)
if self.currentcmd != None and self.currentcmd.isComplete():
self.cmdcondition.acquire()
self.cmdcondition.notify()
self.cmdcondition.release()
def send(self, cmd):
self.cmdSingle.acquire()
self.output = ''
self.currentcmd = cmd
self.log.info("Write -> " + str(cmd.getValue()))
self.cmdcondition.acquire()
self.process.stdin.write(cmd.getValue())
self.cmdcondition.wait(15)
try:
if self.currentcmd.isComplete() == True:
self.interpreter.parse(self.currentcmd,
self.output.split('\n'))
finally:
self.cmdcondition.release()
self.cmdSingle.release()
# FIXME: Start gdb without confirmation questions
def stopserver(self):
self.output = ''
self.process.stdin.write("quit\n")
self.working = False
def __init__(self,process):
Thread.__init__(self)
self.working = True
self.cmdcondition = threading.Condition()
self.cmdSingle = threading.Condition()
self.process = process
self.interpreter = GDBInterpreter()
self.output = ''
self.currentcmd = None
self.log = Logger("GDBServer")
self.completevisitor = CompleteVisitor()
def setUp(self):
self.seq = range(10)
self.interpreter = GDBInterpreter()
class GDBInterpreterTestCase(unittest.TestCase):
def setUp(self):
self.seq = range(10)
self.interpreter = GDBInterpreter()
def _testBreak(self, breakpoint, number, breakpoint_type, address,
function, line, source_file):
self.assertEquals(breakpoint.getNumber(), number)
self.assertEquals(breakpoint.getType(), breakpoint_type)
self.assertEquals(breakpoint.getAddress(), address)
self.assertEquals(breakpoint.getFunction(), function)
self.assertEquals(breakpoint.getLineNumber(), line)
self.assertEquals(breakpoint.getSourceFile(), source_file)
def testParse_AddBreakpoint(self):
#"break main"
handle = open('gdblib/test_files/add-breakpoint.dat', 'r')
content = handle.readlines()
handle.close()
breakpoint = self.interpreter.parseAddBreakpointCommand(content)
self._testBreak(breakpoint, 1, '', '0x498ea1', '', 169, 'src/main.c')
def testParse_AddBreakpoint_NoSourceError(self):
#"break main"
handle = open('gdblib/test_files/add-breakpoint-no-source.dat', 'r')
content = handle.readlines()
handle.close()
self.assertRaises(NoSourceFileError,
self.interpreter.parseAddBreakpointCommand, content)
def testParse_AddBreakpoint_NoLineError(self):
#"break main"
handle = open('gdblib/test_files/add-breakpoint-no-line.dat', 'r')
content = handle.readlines()
handle.close()
self.assertRaises(NoLineError,
self.interpreter.parseAddBreakpointCommand, content)
def testParse_Info_Functions(self):
#"info functions"
self.assertEquals(6, 6)
def testParse_Info_Break(self):
#"info breakpoints"
handle = open("gdblib/test_files/info_break.dat", "r")
filecontent = handle.readlines()
handle.close()
breaks = self.interpreter.parseInfoBreak(filecontent)
self.assertEqual(2, len(breaks))
self._testBreak(breaks[0], 1, "breakpoint", "0x98ea1", "main", 169,
"src/main.c")
self._testBreak(breaks[1], 2, "breakpoint", "0x98e77", "main", 192,
"src/main.c")
def testParse_Info_Break_Windows(self):
#"info breakpoints"
handle = open("gdblib/test_files/info_break_windows.dat", "r")
filecontent = handle.readlines()
handle.close()
breaks = self.interpreter.parseInfoBreak(filecontent)
self.assertEqual(2, len(breaks))
self._testBreak(breaks[0], 1, "breakpoint", "0x98ea1", "main", 169,
"src\main.c")
self._testBreak(breaks[1], 2, "breakpoint", "0x98e77", "main", 192,
"src\main.c")
def testParse_ListSourceFiles(self):
handle = open("gdblib/test_files/list_source_files.dat", "r")
filecontent = handle.readlines()
handle.close()
files = self.interpreter.parseListSourceFiles(filecontent)
self.assertEquals(2, len(files))
self.assertEquals('main.c', files[0]['file'])
self.assertEquals(
'/home/lobo/programming/projects/python/gdb_frontend/test/org/qdebug/gdb/testapplication/main.c',
files[0]['fullname'])
self.assertEquals('module1/functions.c', files[1]['file'])
self.assertEquals(
'/home/lobo/programming/projects/python/gdb_frontend/test/org/qdebug/gdb/testapplication/module1/functions.c',
files[1]['fullname'])
def testParse_Print(self):
handle = open("gdblib/test_files/print.dat", "r")
filecontent = handle.readlines()
handle.close()
value = self.interpreter.parsePrintCommand(filecontent)
self.assertEquals('$1 = 6', value)
def testParse_Print_Incorrect(self):
handle = open("gdblib/test_files/print-incorrect.dat", "r")
filecontent = handle.readlines()
handle.close()
value = self.interpreter.parsePrintCommand(filecontent)
self.assertEquals('No symbol \\\"e\\\" in current context.\\n', value)
def testParse_Step_Next(self):
handle = open("gdblib/test_files/next.dat", "r")
content = handle.readlines()
handle.close()
location = self.interpreter.parseStepCommand(content)
self.assertEquals('print_point', location['func'])
self.assertEquals('module1/functions.c', location['file'])
self.assertEquals(
'/home/lobo/programming/projects/python/gdb_frontend/test/org/qdebug/gdb/testapplication/module1/functions.c',
location['fullname'])
self.assertEquals(13, location['line'])
def testParse_SymbolFile(self):
handle = open("gdblib/test_files/symbol-file.dat", "r")
content = handle.readlines()
handle.close()
symbol = self.interpreter.parseSymbolFileCommand(content)
self.assertEquals(
'/home/lobo/Programming/projects/python/gdblib/gdblib/testapplication/app',
symbol)
def testParse_TargetRemote(self):
handle = open('gdblib/test_files/target-remote-timeout.dat', 'r')
content = handle.readlines()
handle.close()
self.assertTrue(self.interpreter.parseTargetRemoteCommand(content))
def setUp(self):
self.seq = range(10)
self.interpreter = GDBInterpreter()
class GDBInterpreterTestCase(unittest.TestCase):
def setUp(self):
self.seq = range(10)
self.interpreter = GDBInterpreter()
def _testBreak(self, breakpoint, number, breakpoint_type, address,
function, line, source_file):
self.assertEquals(breakpoint.getNumber(), number)
self.assertEquals(breakpoint.getType(), breakpoint_type)
self.assertEquals(breakpoint.getAddress(), address)
self.assertEquals(breakpoint.getFunction(), function)
self.assertEquals(breakpoint.getLineNumber(), line)
self.assertEquals(breakpoint.getSourceFile(), source_file)
def testParse_AddBreakpoint(self):
#"break main"
handle = open('gdblib/test_files/add-breakpoint.dat','r')
content = handle.readlines()
handle.close()
breakpoint = self.interpreter.parseAddBreakpointCommand(content)
self._testBreak(breakpoint, 1,'', '0x498ea1', '', 169, 'src/main.c')
def testParse_AddBreakpoint_NoSourceError(self):
#"break main"
handle = open('gdblib/test_files/add-breakpoint-no-source.dat','r')
content = handle.readlines()
handle.close()
self.assertRaises(NoSourceFileError, self.interpreter.parseAddBreakpointCommand, content)
def testParse_AddBreakpoint_NoLineError(self):
#"break main"
handle = open('gdblib/test_files/add-breakpoint-no-line.dat','r')
content = handle.readlines()
handle.close()
self.assertRaises(NoLineError, self.interpreter.parseAddBreakpointCommand, content)
def testParse_Info_Functions(self):
#"info functions"
self.assertEquals(6,6)
def testParse_Info_Break(self):
#"info breakpoints"
handle = open("gdblib/test_files/info_break.dat","r")
filecontent = handle.readlines()
handle.close()
breaks = self.interpreter.parseInfoBreak(filecontent)
self.assertEqual(2, len(breaks))
self._testBreak(breaks[0], 1, "breakpoint", "0x98ea1", "main", 169, "src/main.c")
self._testBreak(breaks[1], 2, "breakpoint", "0x98e77", "main", 192, "src/main.c")
def testParse_Info_Break_Windows(self):
#"info breakpoints"
handle = open("gdblib/test_files/info_break_windows.dat","r")
filecontent = handle.readlines()
handle.close()
breaks = self.interpreter.parseInfoBreak(filecontent)
self.assertEqual(2, len(breaks))
self._testBreak(breaks[0], 1, "breakpoint", "0x98ea1", "main", 169, "src\main.c")
self._testBreak(breaks[1], 2, "breakpoint", "0x98e77", "main", 192, "src\main.c")
def testParse_ListSourceFiles(self):
handle = open("gdblib/test_files/list_source_files.dat", "r")
filecontent = handle.readlines()
handle.close()
files = self.interpreter.parseListSourceFiles(filecontent)
self.assertEquals(2, len(files))
self.assertEquals('main.c',files[0]['file'])
self.assertEquals('/home/lobo/programming/projects/python/gdb_frontend/test/org/qdebug/gdb/testapplication/main.c',files[0]['fullname'])
self.assertEquals('module1/functions.c',files[1]['file'])
self.assertEquals('/home/lobo/programming/projects/python/gdb_frontend/test/org/qdebug/gdb/testapplication/module1/functions.c',files[1]['fullname'])
def testParse_Print(self):
handle = open("gdblib/test_files/print.dat", "r")
filecontent = handle.readlines()
handle.close()
value = self.interpreter.parsePrintCommand(filecontent)
self.assertEquals('$1 = 6', value)
def testParse_Print_Incorrect(self):
handle = open("gdblib/test_files/print-incorrect.dat", "r")
filecontent = handle.readlines()
handle.close()
value = self.interpreter.parsePrintCommand(filecontent)
self.assertEquals('No symbol \\\"e\\\" in current context.\\n', value)
def testParse_Step_Next(self):
handle = open("gdblib/test_files/next.dat", "r")
content = handle.readlines()
handle.close()
location = self.interpreter.parseStepCommand(content)
self.assertEquals('print_point', location['func'])
self.assertEquals('module1/functions.c', location['file'])
self.assertEquals('/home/lobo/programming/projects/python/gdb_frontend/test/org/qdebug/gdb/testapplication/module1/functions.c', location['fullname'])
self.assertEquals(13, location['line'])
def testParse_SymbolFile(self):
handle = open("gdblib/test_files/symbol-file.dat", "r")
content = handle.readlines()
handle.close()
symbol = self.interpreter.parseSymbolFileCommand(content)
self.assertEquals('/home/lobo/Programming/projects/python/gdblib/gdblib/testapplication/app',
symbol)
def testParse_TargetRemote(self):
handle = open('gdblib/test_files/target-remote-timeout.dat', 'r')
content = handle.readlines()
handle.close()
self.assertTrue(self.interpreter.parseTargetRemoteCommand(content))
