def playback(self):
# This is just like PerformLine.playback, but it doesn't echo
# the line when rerecording, because PostponeLine has already
# echoed it.
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Executing", self.srcline, self.line
exec(self.line, sys.modules[__name__].__dict__)
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Finished", self.srcline, self.line
self.status = "done"
return False
def playback(self):
# This is just like PerformLine.playback, but it doesn't echo
# the line when rerecording, because PostponeLine has already
# echoed it.
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Executing", self.srcline, self.line
exec(self.line, sys.modules[__name__].__dict__)
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Finished", self.srcline, self.line
self.status = "done"
return False
def signalLogger(obj, signal, *args):
if logutils.recording() and not logutils.replaying():
try:
records = findLogger(obj).record(obj, signal, *args)
except logutils.GtkLoggerTopFailure, exc:
if logutils.debugLevel() >= 3:
print >> sys.stderr, "Can't log %s (%s): %s" \
(obj.__class__.__name__, signal, exc)
except logutils.GtkLoggerException, exc:
if logutils.debugLevel() >= 1:
print >> sys.stderr, "Can't log %s (%s): %s" % \
(obj.__class__.__name__, signal, exc)
def signalLogger(obj, signal, *args):
if logutils.recording() and not logutils.replaying():
try:
records = findLogger(obj).record(obj, signal, *args)
except logutils.GtkLoggerTopFailure, exc:
if logutils.debugLevel() >= 3:
print >> sys.stderr, "Can't log %s (%s): %s" \
(obj.__class__.__name__, signal, exc)
except logutils.GtkLoggerException, exc:
if logutils.debugLevel() >= 1:
print >> sys.stderr, "Can't log %s (%s): %s" % \
(obj.__class__.__name__, signal, exc)
def playback(self):
# Do NOT echo to the logfile, even if rerecording. The point
# of rerecording is to allow checkpoints to be added by the
# code.
if checkpoint.check_checkpoint(self.comment):
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Reached checkpoint", self.srcline
self.status = "done"
else:
self.status = "repeating"
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Waiting on checkpoint", self.srcline
gobject.timeout_add(retrydelay, self, priority=gobject.PRIORITY_LOW)
return False
def _writeline(line):
global _prevline
if line != _prevline or _not_redundant(line):
print >> logutils.logfile(), line
logutils.logfile().flush()
if logutils.debugLevel() >= 2 and not logutils.replaying():
print >> sys.stderr, "//////", line
_prevline = line
def _writeline(line):
global _prevline
if line != _prevline or _not_redundant(line):
print >> logutils.logfile(), line
logutils.logfile().flush()
if logutils.debugLevel() >= 2 and not logutils.replaying():
print >> sys.stderr, "//////", line
_prevline = line
def playback(self):
if logutils.recording():
loggers._writeline("pause" + self.delaytime)
if _threaded and self.delaytime > 0:
if self.status == "running":
self.status = "repeating"
if logutils.debugLevel() >= 4:
print >> sys.stderr, self.srcline, \
"Pausing", self.delaytime, "milliseconds"
gobject.timeout_add(self.delaytime, self,
priority=gobject.PRIORITY_LOW)
elif self.status == "repeating":
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Done pausing", self.srcline
self.status = "done"
else:
# not threaded, no need to wait for background tasks
self.status = "done"
return False
def start(self):
# Install ourself as an idle callback. The callback is set to
# a low priority, because we're simulating a user's mouse
# clicks and keyboard events, and users are slow. If we run
# at normal priority, the simulated events interfere with
# normal gtk operation.
if self.status == "initialized":
self.status = "installed"
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Installing", self.srcline
gobject.idle_add(self, priority=gobject.PRIORITY_LOW)
def playback(self):
if logutils.recording():
## Hack opportunity: if it's necessary to modify some
## lines in existing log files, check for the lines here,
## and call loggers._writeline with the modified version.
## This will allow log files to be modified by rerecording
## them.
loggers._writeline(self.line)
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Executing", self.srcline, self.line
# Exec'ing the line with an explicitly provided dictionary
# allows variables created on one line to be available on a
# later line. Otherwise, the variable's scope would just be
# this function call, which wouldn't be very useful.
exec(self.line, sys.modules[__name__].__dict__)
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Finished", self.srcline, self.line
self.status = "done"
return False
def start(self):
# Install ourself as an idle callback. The callback is set to
# a low priority, because we're simulating a user's mouse
# clicks and keyboard events, and users are slow. If we run
# at normal priority, the simulated events interfere with
# normal gtk operation.
if self.status == "initialized":
self.status = "installed"
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Installing", self.srcline
gobject.idle_add(self, priority=gobject.PRIORITY_LOW)
def playback(self):
if logutils.recording():
## Hack opportunity: if it's necessary to modify some
## lines in existing log files, check for the lines here,
## and call loggers._writeline with the modified version.
## This will allow log files to be modified by rerecording
## them.
loggers._writeline(self.line)
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Executing", self.srcline, self.line
# Exec'ing the line with an explicitly provided dictionary
# allows variables created on one line to be available on a
# later line. Otherwise, the variable's scope would just be
# this function call, which wouldn't be very useful.
exec(self.line, sys.modules[__name__].__dict__)
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Finished", self.srcline, self.line
self.status = "done"
return False
def checkpoint(comment):
_checkpointlock.acquire()
try:
if logutils.recording(): # recording
print >> logutils.logfile(), "checkpoint", comment
logutils.logfile().flush()
if logutils.debugLevel() >= 2:
print >> sys.stderr, "////// checkpoint", comment
if logutils.replaying():
try:
_checkpointdict[comment] += 1
except KeyError:
_checkpointdict[comment] = 1
finally:
_checkpointlock.release()
def checkpoint(comment):
_checkpointlock.acquire()
try:
if logutils.recording(): # recording
print >> logutils.logfile(), "checkpoint", comment
logutils.logfile().flush()
if logutils.debugLevel() >= 2:
print >> sys.stderr, "////// checkpoint", comment
if logutils.replaying():
try:
_checkpointdict[comment] += 1
except KeyError:
_checkpointdict[comment] = 1
finally:
_checkpointlock.release()
def checkpoint(comment):
_checkpointlock.acquire()
try:
#print "checkpoint access attempt: %s" %comment
if logutils.recording(): # recording
# print "checkpoint accessed for recording: %s" %comment
print >> logutils.logfile(), "checkpoint", comment
if logutils.debugLevel() >= 2:
print >> sys.stderr, "////// checkpoint", comment
if logutils.replaying():
try:
_checkpointdict[comment] += 1
#print "checkpoint accessed for replaying: %s" %comment
except KeyError:
_checkpointdict[comment] = 1
#print "checkpoint fail to be played: %s" %comment
#if not logutils.replaying() and not logutils.recording():
#print "checkpoint access failed: %s" %comment
finally:
_checkpointlock.release()
if logutils.debugLevel() >= 3:
print >> sys.stderr, "Can't log %s (%s): %s" \
(obj.__class__.__name__, signal, exc)
except logutils.GtkLoggerException, exc:
if logutils.debugLevel() >= 1:
print >> sys.stderr, "Can't log %s (%s): %s" % \
(obj.__class__.__name__, signal, exc)
else:
if records is GtkLogger.ignore:
pass
elif records is not None:
assert type(records) is types.ListType
for record in records:
_writeline(record)
else:
if logutils.debugLevel() >= 1:
print >> sys.stderr, "No record function for", obj, signal
return False # propagate events
## Some lines are logged too often. This code eliminates redundant
## lines, making the log files easier to read and faster to run.
## _redundantlines is a list of regular expression objects that match
## lines that are redundant when repeated.
_redundantlines = [
# Each time a Window is created, it emits four 'configure-event'
# signals, which show up as four 'resize' lines in the log.
re.compile(r".*\.resize\([0-9]+, [0-9]+\)$"),
# set_position lines for HPaned and VPaned widgets are generated
# from their children's 'size-allocate' signals, which are
def __call__(self):
# Execute our line of the gui log, *if* the previous line has
# completed. Figuring out if the previous line has completed
# is non-trivial, because the previous line may have emitted a
# gtk signal that caused a modal dialog box to open, in which
# case its "emit" call won't return until the box has closed!
# *This* line contains the commands that operate the dialog
# box, and must be issued even though the previous command
# hasn't returned. If the previous line hasn't returned it
# must have called Dialog.run or started up a new gtk main
# loop, so by keeping track of gtk.main_level() and the number
# of open dialogs, we can tell when it's time to execute our
# line. (This is why we must redefine the Dialog class.)
if self.logrunner.aborted:
# The previous line raised an exception, so don't run this
# line, even though it's already been installed as an idle
# callback.
self.status = "aborted"
return False
# Run this line, but only if there are no postponed lines
# ready to go, and if this line is also ready.
if not self.run_postponed() and self.ready():
assert self.status in ("repeating", "installed")
# Add the idle callback for the next line *before*
# executing our line, because we might not return
# until after the next line is done! This is why we
# need a separate idle callback for each line.
if self.status != "repeating" and self.nextLine() is not None:
self.nextLine().start()
if _threaded:
gtk.gdk.threads_enter()
try:
if self.status == "installed":
self.status = "running"
self.report()
self.runLevel = logutils.run_level()
# self.playback performs some suitable action and
# returns True if the idle callback should be
# repeated, and False if it shouldn't. It can also
# reinstall the callback, and should set self.status
# to "done" if the task is finished.
try:
result = self.playback()
if self.nextLine() is None:
self.logrunner.stop()
return result
except logutils.GtkLoggerTopFailure:
# It's possible that the previous log line tried
# to open a window, but the window hasn't actually
# appeared yet. In that case, our line will have
# failed with a GtkLoggerTopFailure exception. We
# just want to keep trying (within reason) until
# the window appears. Using checkpoints to wait
# until the window is mapped makes this problem
# less frequent, but doesn't make it go away
# entirely.
self.status = "repeating"
self.ntries += 1
if self.ntries == maxtries:
if logutils.debugLevel() >= 1:
print >> sys.stderr, \
"Failed to find top-level widget after", \
self.ntries, "attempts."
raise
# Keep trying. By reinstalling ourself in the
# idle callback table and returning False
# (meaning, "don't repeat this callback") we move
# to the back of the queue. This allows the
# widget we are waiting for to appear, we hope.
gobject.timeout_add(retrydelay, self,
priority=gobject.PRIORITY_LOW)
return False
except logutils.exceptions(), exc:
# Any type of exception other than GtkLoggerTopFailure
# is fatal.
self.status = "aborted"
self.logrunner.abort()
if self.logrunner.exceptHook:
if not self.logrunner.exceptHook(exc, self.srcline):
raise exc
finally:
gtk.gdk.flush()
if _threaded:
gtk.gdk.threads_leave()
# We're still waiting for the previous line to execute. We put
# ourself at the back of the execution queue (by reinstalling
# and returning False) so that the previous line will run
# first.
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Reinstalling", self.srcline
gobject.timeout_add(retrydelay, self, priority=gobject.PRIORITY_LOW)
return False
def __call__(self):
# Execute our line of the gui log, *if* the previous line has
# completed. Figuring out if the previous line has completed
# is non-trivial, because the previous line may have emitted a
# gtk signal that caused a modal dialog box to open, in which
# case its "emit" call won't return until the box has closed!
# *This* line contains the commands that operate the dialog
# box, and must be issued even though the previous command
# hasn't returned. If the previous line hasn't returned it
# must have called Dialog.run or started up a new gtk main
# loop, so by keeping track of gtk.main_level() and the number
# of open dialogs, we can tell when it's time to execute our
# line. (This is why we must redefine the Dialog class.)
if self.logrunner.aborted:
# The previous line raised an exception, so don't run this
# line, even though it's already been installed as an idle
# callback.
self.status = "aborted"
return False
# Run this line, but only if there are no postponed lines
# ready to go, and if this line is also ready.
if not self.run_postponed() and self.ready():
assert self.status in ("repeating", "installed")
# Add the idle callback for the next line *before*
# executing our line, because we might not return
# until after the next line is done! This is why we
# need a separate idle callback for each line.
if self.status != "repeating" and self.nextLine() is not None:
self.nextLine().start()
if _threaded:
gtk.gdk.threads_enter()
try:
if self.status == "installed":
self.status = "running"
self.report()
self.runLevel = logutils.run_level()
# self.playback performs some suitable action and
# returns True if the idle callback should be
# repeated, and False if it shouldn't. It can also
# reinstall the callback, and should set self.status
# to "done" if the task is finished.
try:
result = self.playback()
if self.nextLine() is None:
self.logrunner.stop()
return result
except logutils.GtkLoggerTopFailure:
# It's possible that the previous log line tried
# to open a window, but the window hasn't actually
# appeared yet. In that case, our line will have
# failed with a GtkLoggerTopFailure exception. We
# just want to keep trying (within reason) until
# the window appears. Using checkpoints to wait
# until the window is mapped makes this problem
# less frequent, but doesn't make it go away
# entirely.
self.status = "repeating"
self.ntries += 1
if self.ntries == maxtries:
if logutils.debugLevel() >= 1:
print >> sys.stderr, \
"Failed to find top-level widget after", \
self.ntries, "attempts."
raise
# Keep trying. By reinstalling ourself in the
# idle callback table and returning False
# (meaning, "don't repeat this callback") we move
# to the back of the queue. This allows the
# widget we are waiting for to appear, we hope.
gobject.timeout_add(retrydelay,
self,
priority=gobject.PRIORITY_LOW)
return False
except logutils.exceptions(), exc:
# Any type of exception other than GtkLoggerTopFailure
# is fatal.
self.status = "aborted"
self.logrunner.abort()
if self.logrunner.exceptHook:
if not self.logrunner.exceptHook(exc, self.srcline):
raise exc
finally:
gtk.gdk.flush()
if _threaded:
gtk.gdk.threads_leave()
# We're still waiting for the previous line to execute. We put
# ourself at the back of the execution queue (by reinstalling
# and returning False) so that the previous line will run
# first.
if logutils.debugLevel() >= 4:
print >> sys.stderr, "Reinstalling", self.srcline
gobject.timeout_add(retrydelay, self, priority=gobject.PRIORITY_LOW)
return False
if logutils.debugLevel() >= 3:
print >> sys.stderr, "Can't log %s (%s): %s" \
(obj.__class__.__name__, signal, exc)
except logutils.GtkLoggerException, exc:
if logutils.debugLevel() >= 1:
print >> sys.stderr, "Can't log %s (%s): %s" % \
(obj.__class__.__name__, signal, exc)
else:
if records is GtkLogger.ignore:
pass
elif records is not None:
assert type(records) is types.ListType
for record in records:
_writeline(record)
else:
if logutils.debugLevel() >= 1:
print >> sys.stderr, "No record function for", obj, signal
return False # propagate events
## Some lines are logged too often. This code eliminates redundant
## lines, making the log files easier to read and faster to run.
## _redundantlines is a list of regular expression objects that match
## lines that are redundant when repeated.
_redundantlines = [
# Each time a Window is created, it emits four 'configure-event'
# signals, which show up as four 'resize' lines in the log.
re.compile(r".*\.resize\([0-9]+, [0-9]+\)$"),
# set_position lines for HPaned and VPaned widgets are generated
# from their children's 'size-allocate' signals, which are