def classpaths(self):
"""Retrieve the classpath and bootclasspath of the target VM. If the
classpath is not defined, returns an empty list. If the bootclasspath
is not defined returns an empty list.
"""
response = self.send_command("VM::ClassPaths")
(base_dir, count, off) = parser.unpack(response, "si", add_offset=True)
classpaths = []
while len(classpaths) < count:
path = parser.unpack(response[off:], "s", add_offset=True)
off += path.pop()
path = path.pop()
classpaths.append(path)
# Get the count of boot class paths
count = parser.unpack_int(response[off:])
off += 4
bootclasspaths = []
while len(bootclasspaths) < count:
path = parser.unpack(response[off:], "s", add_offset=True)
off += path.pop()
path = path.pop()
bootclasspaths.append(path)
return (classpaths, bootclasspaths)
def classpaths(self):
"""Retrieve the classpath and bootclasspath of the target VM. If the
classpath is not defined, returns an empty list. If the bootclasspath
is not defined returns an empty list.
"""
response = self.send_command("VM::ClassPaths")
(base_dir, count, off) = parser.unpack(response, "si", add_offset=True)
classpaths = []
while len(classpaths) < count:
path = parser.unpack(response[off:], "s", add_offset=True)
off += path.pop()
path = path.pop()
classpaths.append(path)
# Get the count of boot class paths
count = parser.unpack_int(response[off:])
off += 4
bootclasspaths = []
while len(bootclasspaths) < count:
path = parser.unpack(response[off:], "s", add_offset=True)
off += path.pop()
path = path.pop()
bootclasspaths.append(path)
return (classpaths, bootclasspaths)
def get_threadgroups(self):
"""Return a list of thread groups."""
data = self.send_command("VM::TopLevelThreadGroups")
count = parser.unpack_int(data)
offset = 4
groups = []
while len(groups) < count:
group_data = parser.unpack(data[offset:], "o", add_offset=True)
offset += group_data.pop()
group_id = group_data.pop()
groups.append(group_id)
return groups
def get_threads(self):
"""Return a list of threads."""
data = self.send_command("VM::AllThreads")
count = parser.unpack_int(data)
offset = 4
threads = []
while len(threads) < count:
thread_data = parser.unpack(data[offset:], "o", add_offset=True)
offset += thread_data.pop()
thread_id = thread_data.pop()
threads.append(thread_id)
return threads
def get_threadgroups(self):
"""Return a list of thread groups."""
data = self.send_command("VM::TopLevelThreadGroups")
count = parser.unpack_int(data)
offset = 4
groups = []
while len(groups) < count:
group_data = parser.unpack(data[offset:], "o", add_offset=True)
offset += group_data.pop()
group_id = group_data.pop()
groups.append(group_id)
return groups
def get_threads(self):
"""Return a list of threads."""
data = self.send_command("VM::AllThreads")
count = parser.unpack_int(data)
offset = 4
threads = []
while len(threads) < count:
thread_data = parser.unpack(data[offset:], "o", add_offset=True)
offset += thread_data.pop()
thread_id = thread_data.pop()
threads.append(thread_id)
return threads
def get_classes(self):
"""Returns the list of all the classes currently loaded."""
format = "brsi"
data = self.send_command("VM::AllClasses")
count = parser.unpack_int(data)
classes = []
offset = 4
while len(classes) < count:
class_data = parser.unpack(data[offset:], format, add_offset=True)
offset += class_data.pop()
(cid, cadd, sig, status) = class_data
while sig and sig[0] in const.jni_types:
sig = sig[1:]
while sig and sig[-1] in (";", ):
sig = sig[:-1]
sig = sig.split("$")[0]
sig = sig.replace("/", ".")
classes.append(sig)
return sorted(list(set(classes)))
def get_classes(self):
"""Returns the list of all the classes currently loaded."""
format = "brsi"
data = self.send_command("VM::AllClasses")
count = parser.unpack_int(data)
classes = []
offset = 4
while len(classes) < count:
class_data = parser.unpack(data[offset:], format, add_offset=True)
offset += class_data.pop()
(cid, cadd, sig, status) = class_data
while sig and sig[0] in const.jni_types:
sig = sig[1:]
while sig and sig[-1] in (";",):
sig = sig[:-1]
sig = sig.split("$")[0]
sig = sig.replace("/", ".")
classes.append(sig)
return sorted(list(set(classes)))
