def __init__(self, archname):
# First things first, lets steal ourself an arch!
envi.stealArchMethods(self, archname)
vtrace.Trace.__init__(self, archname=archname)
v_base.TracerBase.__init__(self)
GdbStubMixin.__init__(self)
def __init__(self, archname):
# First things first, lets steal ourself an arch!
envi.stealArchMethods(self, archname)
vtrace.Trace.__init__(self, archname=archname)
v_base.TracerBase.__init__(self)
GdbStubMixin.__init__(self)
def __init__(self, archname):
# First things first, lets steal ourself an arch!
envi.stealArchMethods(self, archname)
vtrace.Trace.__init__(self, archname=archname)
v_base.TracerBase.__init__(self)
GdbStubMixin.__init__(self)
self._break_after_bp = False # We break *at* the bp
def __init__(self, archname):
# First things first, lets steal ourself an arch!
envi.stealArchMethods(self, archname)
vtrace.Trace.__init__(self, archname=archname)
v_base.TracerBase.__init__(self)
GdbStubMixin.__init__(self)
self._break_after_bp = False # We break *at* the bp
def __init__(self, snapdict):
self.s_snapcache = {}
self.s_snapdict = snapdict
# a seperate parser for each version...
if snapdict['version'] == 1:
self.s_version = snapdict['version']
self.s_threads = snapdict['threads']
self.s_regs = snapdict['regs']
self.s_maps = snapdict['maps']
self.s_mem = snapdict['mem']
self.metadata = snapdict['meta']
self.s_stacktrace = snapdict['stacktrace']
self.s_exe = snapdict['exe']
self.s_fds = snapdict['fds']
self.localvars = snapdict.get('vars', {})
else:
raise Exception("ERROR: Unknown snapshot version!")
# In the ghetto!
archname = self.metadata.get('Architecture')
envi.stealArchMethods(self, archname)
vtrace.Trace.__init__(self)
v_base.TracerBase.__init__(self)
# This will re-init meta... *sigh* set it back...
self.metadata = snapdict['meta']
# Steal the reg defs of the first thread
rinfo = self.s_regs.items()[0][1]
self.setRegisterInfo(rinfo)
#FIXME hard-coded page size!
self.s_map_lookup = {}
for map in self.s_maps:
for i in range(map[0], map[0] + map[1], 4096):
self.s_map_lookup[i] = map
# Lets get some symbol resolvers created for our libraries
#for fname in self.getNormalizedLibNames():
#subres = e_resolv.FileSymbol(fname,
self.running = False
self.attached = True
# So that we pickle
self.bplock = None
self.thread = None
def __init__(self, snapdict):
self.s_snapcache = {}
self.s_snapdict = snapdict
# a seperate parser for each version...
if snapdict['version'] == 1:
self.s_version = snapdict['version']
self.s_threads = snapdict['threads']
self.s_regs = snapdict['regs']
self.s_maps = snapdict['maps']
self.s_mem = snapdict['mem']
self.metadata = snapdict['meta']
self.s_stacktrace = snapdict['stacktrace']
self.s_exe = snapdict['exe']
self.s_fds = snapdict['fds']
self.localvars = snapdict.get('vars', {})
else:
raise Exception("ERROR: Unknown snapshot version!")
# In the ghetto!
archname = self.metadata.get('Architecture')
envi.stealArchMethods(self, archname)
vtrace.Trace.__init__(self)
v_base.TracerBase.__init__(self)
# This will re-init meta... *sigh* set it back...
self.metadata = snapdict['meta']
# Steal the reg defs of the first thread
rinfo = self.s_regs.items()[0][1]
self.setRegisterInfo(rinfo)
#FIXME hard-coded page size!
self.s_map_lookup = {}
for map in self.s_maps:
for i in range(map[0],map[0] + map[1], 4096):
self.s_map_lookup[i] = map
# Lets get some symbol resolvers created for our libraries
#for fname in self.getNormalizedLibNames():
#subres = e_resolv.FileSymbol(fname,
self.running = False
self.attached = True
# So that we pickle
self.bplock = None
self.thread = None