def check(modules):
checked = []
module_names = {}
main_module = 0
for module in modules:
try:
if module.name in module_names:
raise CheckError("redefined")
module_names[module.name] = module
_check_module(module, checked)
checked.append(module)
except config.BaseError as e:
raise CheckError("Module %s: %s" % (module.name, str(e)))
if module.is_main:
main_module += 1
if main_module == 0:
utils.warn("Main module missing")
for module in modules:
def check_dep(lst):
for r in lst:
if r.is_main:
utils.warn("Main module %s: Should be the root module (required by %s)" % (r.name, module.name))
check_dep(module.public_required)
check_dep(module.private_required)
for module in modules:
check_include_loop(module, [])
return True
def commit(self):
if self.__cursor:
self.__cursor.close()
self.__conn.commit()
self.__cursor = None
else:
utils.warn('Nothing committed!!!')
def verify_plugin_settings(self):
puts("Verifying settings requested by plugins...")
missing_settings = False
missing_setting_error_messages = []
with indent(2):
for name, meta in self.required_settings_from_plugins.items():
if not hasattr(settings, name):
error_message = (
"%(setting_name)s is missing. It's required by the"
"%(plugin_name)s plugin's '%(function_name)s' method."
) % meta
puts(colored.red("✗ %(setting_name)s" % meta))
missing_setting_error_messages.append(error_message)
missing_settings = True
else:
show_valid("%(setting_name)s" % meta)
if missing_settings:
puts("")
warn(
"Will is missing settings required by some plugins. "
"He's starting up anyway, but you will run into errors"
" if you try to use those plugins!"
)
self.add_startup_error("\n".join(missing_setting_error_messages))
else:
puts("")
def Minimize(func, h, points):
n = len(points)
if n > 2000:
#raise ValueError("Too many points for Cross Validation, limit is 2000")
msg = "Too many points for Cross Validation, limit is 2000, using 0.7 * hRef."
utils.warn(msg)
return 0.7*h
allSquaredDistances = DistancesSquared(points)
min_percent = 0.05
max_percent = 2.00
step_percent = 0.10
h1 = Search(func, allSquaredDistances, n, h, min_percent, max_percent, step_percent)
if h1 <= min_percent * h or h1 >= max_percent * h:
# then it is the min or max value checked
msg = "Cross Validation using "+func.__name__+" failed to minimize, using 0.7 * hRef."
utils.warn(msg)
return 0.7*h
# return h1
#print h1
h2 = Search(func, allSquaredDistances, n, h1, 0.89, 1.11, 0.01)
#print h2
h3 = Search(func, allSquaredDistances, n, h2, 0.989, 1.011, 0.001)
return h3
def __no_cvs_check_user_override(self):
"""Return True iff pre-commit-checks are turned off by user override...
... via the ~/.no_cvs_check file.
This function also performs all necessary debug traces, warnings,
etc.
"""
no_cvs_check_fullpath = expanduser('~/.no_cvs_check')
# Make sure the tilde expansion worked. Since we are only using
# "~" rather than "~username", the expansion should really never
# fail...
assert (not no_cvs_check_fullpath.startswith('~'))
if not isfile(no_cvs_check_fullpath):
return False
# The no_cvs_check file exists. Verify its age.
age = time.time() - getmtime(no_cvs_check_fullpath)
one_day_in_seconds = 24 * 60 * 60
if (age > one_day_in_seconds):
warn('%s is too old and will be ignored.' % no_cvs_check_fullpath)
return False
debug('%s found - pre-commit checks disabled' % no_cvs_check_fullpath)
syslog('Pre-commit checks disabled for %(rev)s on %(repo)s by user'
' %(user)s using %(no_cvs_check_fullpath)s'
% {'rev': self.new_rev,
'repo': self.email_info.project_name,
'user': get_user_name(),
'no_cvs_check_fullpath': no_cvs_check_fullpath,
})
return True
def readDXF(filename):
"""Read a DXF file and extract the recognized entities.
`filename`: name of a .DXF file.
Returns a multiline string with one line for each recognized entity,
in a format that can directly be used by :func:`convertDXF`.
This function requires the external program `dxfparser` which comes
with the pyFormex distribution. It currently recognizes entities of
type 'Arc', 'Line', 'Polyline', 'Vertex'.
"""
import utils,commands
print(filename)
if utils.hasExternal('dxfparser'):
cmd = 'pyformex-dxfparser %s 2>/dev/null' % filename
print(cmd)
sta,out = utils.runCommand(cmd)
if sta==0:
return out
else:
return ''
else:
utils.warn('warn_no_dxfparser')
return ''
def track_module(module):
dependency_map = {}
include_stack = collections.OrderedDict()
included_dirs = set()
for source, ext, _ in module.source_files():
dependency_map[source] = (track_file(module, source, included_dirs, include_stack), ext)
for dep in module.private_required:
ok = False
for d in dep.public_includes:
if d in included_dirs:
ok = True
break
if not ok:
utils.warn("Module %s: Useless dependency '%s'" % (module.name, dep.name))
included_dirs = set()
for header, ext, _ in module.header_files():
dependency_map[header] = (track_file(module, header, included_dirs, include_stack), ext)
for dep in module.public_required:
ok = False
for d in dep.public_includes:
if d in included_dirs:
ok = True
break
if not ok:
utils.warn("Module %s: Dependency '%s' should be private" % (module.name, dep.name))
return dependency_map
def tvnamer(paths):
"""Main tvnamer function, takes an array of paths, does stuff.
"""
# Warn about move_files function
if Config['move_files_enable']:
import warnings
warnings.warn("The move_files feature is still under development. "
"Be very careful with it.\n"
"It has not been heavily tested, and is not recommended for "
"general use yet.")
if Config['force_name'] is not None:
import warnings
warnings.warn("The --name argument is a temporary solution, and will"
"be removed at some point in the future. Do no depend on it")
p("#" * 20)
p("# Starting tvnamer")
episodes_found = []
for cfile in findFiles(paths):
parser = FileParser(cfile)
try:
episode = parser.parse()
except InvalidFilename, e:
warn("Invalid filename: %s" % e)
else:
if episode.seriesname is None:
warn("Parsed filename did not contain series name, skipping: %s" % cfile)
else:
episodes_found.append(episode)
def tvnamer(paths):
"""Main tvnamer function, takes an array of paths, does stuff.
"""
print "#" * 20
print "# Starting tvnamer"
episodes_found = []
for cfile in findFiles(paths):
parser = FileParser(cfile)
try:
episode = parser.parse()
except InvalidFilename:
warn("Invalid filename %s" % cfile)
else:
episodes_found.append(episode)
if len(episodes_found) == 0:
raise NoValidFilesFoundError()
print "# Found %d episodes" % len(episodes_found)
tvdb_instance = Tvdb(
interactive=not Config['selectfirst'],
debug = Config['verbose'],
search_all_languages = Config['search_all_languages'],
language = Config['language'])
for episode in episodes_found:
processFile(tvdb_instance, episode)
print
print "#" * 20
print "# Done"
def __init__(self, *args, **kwargs):
self.__dict__ = self.__shared_state
if not getattr(self, 'initialised', False):
self.initialised = True
self.timestamp = time.strftime("%Y%m%d%H%M%S")
cnf = Config()
if cnf.has_key("Dir::UrgencyLog"):
# Create the log directory if it doesn't exist
self.log_dir = cnf["Dir::UrgencyLog"]
if not os.path.exists(self.log_dir) or not os.access(self.log_dir, os.W_OK):
warn("UrgencyLog directory %s does not exist or is not writeable, using /srv/ftp.debian.org/tmp/ instead" % (self.log_dir))
self.log_dir = '/srv/ftp.debian.org/tmp/'
# Open the logfile
self.log_filename = "%s/.install-urgencies-%s.new" % (self.log_dir, self.timestamp)
self.log_file = open_file(self.log_filename, 'w')
else:
self.log_dir = None
self.log_filename = None
self.log_file = None
self.writes = 0
def post_receive_one(ref_name, old_rev, new_rev, refs, submitter_email):
"""post-receive treatment for one reference.
PARAMETERS
ref_name: The name of the reference.
old_rev: The SHA1 of the reference before the update.
new_rev: The SHA1 of the reference after the update.
refs: A dictionary containing all references, as described
in git_show_ref.
submitter_email: Same as AbstractUpdate.__init__.
"""
debug('post_receive_one(ref_name=%s\n'
' old_rev=%s\n'
' new_rev=%s)'
% (ref_name, old_rev, new_rev))
update = new_update(ref_name, old_rev, new_rev, refs, submitter_email)
if update is None:
# We emit a warning, rather than trigger an assertion, because
# it gives the script a chance to process any other reference
# that was updated, but not processed yet.
warn("post-receive: Unsupported reference update: %s (ignored)."
% ref_name,
" old_rev = %s" % old_rev,
" new_rev = %s" % new_rev)
return
update.send_email_notifications()
def doMoveFile(cnamer, destDir = None, destFilepath = None, getPathPreview = False):
"""Moves file to destDir, or to destFilepath
"""
if (destDir is None and destFilepath is None) or (destDir is not None and destFilepath is not None):
raise ValueError("Specify only destDir or destFilepath")
if not (Config['move_files_enable'] or Config['link_files_enable']):
raise ValueError("move_files feature is disabled but doMoveFile was called")
if Config['move_files_destination'] is None:
raise ValueError("Config value for move_files_destination cannot be None if move_files_enabled is True")
try:
if Config['link_files_enable'] and not Config['move_files_enable']:
return cnamer.linkPath(
new_path = destDir,
new_fullpath = destFilepath,
always_move = Config['always_move'],
getPathPreview = getPathPreview,
force = Config['overwrite_destination_on_move'])
else:
return cnamer.newPath(
new_path = destDir,
new_fullpath = destFilepath,
always_move = Config['always_move'],
getPathPreview = getPathPreview,
force = Config['overwrite_destination_on_move'],
linkBack = Config['link_files_enable'])
except OSError, e:
warn(e)
def syslog(message, tag='cvs_check', priority='local0.warn'):
"""Add the given entry to the syslog file.
PARAMETERS
message: The message to file.
tag: Mark every line in the log with the specified tag.
priority: Enter the message with the specified priority.
"""
logger_exe = 'logger'
if 'GIT_HOOKS_LOGGER' in environ:
logger_exe = environ['GIT_HOOKS_LOGGER']
p = Popen([logger_exe, '-t', tag, '-p', priority, message],
stdout=PIPE, stderr=STDOUT)
out, _ = p.communicate()
if p.returncode != 0:
info = (['Failed to file the following syslog entry:',
' - message: %s' % message,
' - tag: %s' % tag,
' - priority: %s' % priority,
'',
'logger returned with error code %d:' % p.returncode]
+ out.splitlines())
warn(*info)
elif out.rstrip():
print out.rstrip()
def processFile(tvdb_instance, episode):
"""Gets episode name, prompts user for input
"""
p("#" * 20)
p("# Processing file: %s" % episode.fullfilename)
if len(Config['input_filename_replacements']) > 0:
replaced = applyCustomInputReplacements(episode.fullfilename)
p("# With custom replacements: %s" % (replaced))
# Use force_name option. Done after input_filename_replacements so
# it can be used to skip the replacements easily
if Config['force_name'] is not None:
episode.seriesname = Config['force_name']
p("# Detected series: %s (%s)" % (episode.seriesname, episode.number_string()))
try:
episode.populateFromTvdb(tvdb_instance, force_name=Config['force_name'], series_id=Config['series_id'])
except (DataRetrievalError, ShowNotFound), errormsg:
if Config['always_rename'] and Config['skip_file_on_error'] is True:
warn("Skipping file due to error: %s" % errormsg)
return
else:
warn(errormsg)
def get(self, request, *args, **kwargs):
# get base
base = kwargs['base']
base_model = get_object_or_404(Base, name=base)
# exec id
exec_id = kwargs['id']
# get exec from database
try:
exec_model = base_model.apys.get(name=exec_id)
except Apy.DoesNotExist:
warn(channel_name_for_user(request), "404 on %s" % request.META['PATH_INFO'])
return HttpResponseNotFound("404 on %s" % request.META['PATH_INFO'])
user = channel_name_for_user(request)
debug(user, "%s-Request received, URI %s" % (request.method, request.path))
apy_data = serializers.serialize("json", [exec_model], fields=('base_id', 'name'))
struct = json.loads(apy_data)
apy_data = json.dumps(struct[0])
rpc_request_data = {}
rpc_request_data.update({'model': apy_data,
'base_name': base_model.name,
})
get_dict = copy.deepcopy(request.GET)
post_dict = copy.deepcopy(request.POST)
for key in ["json", "shared_key"]:
if request.method == "GET":
if get_dict.has_key(key): del get_dict[key]
if request.method == "POST":
if post_dict.has_key(key): del get_dict[key]
rpc_request_data.update({'request':
{
'method': request.method,
'GET': get_dict.dict(),
'POST': post_dict.dict(),
#'session': request.session.session_key,
'user': {'username': request.user.username},
'REMOTE_ADDR': request.META.get('REMOTE_ADDR')
}
})
logger.debug("REQUEST-data: %s" % rpc_request_data)
try:
# _do on remote
start = int(round(time.time() * 1000))
response_data = call_rpc_client(json.dumps(rpc_request_data),
generate_vhost_configuration(base_model.user.username, base_model.name),
base_model.name,
base_model.executor.password)
end = int(round(time.time() * 1000))
ms=str(end-start)
logger.info("RESPONSE-time: %sms" % str(ms))
logger.debug("RESPONSE-data: %s" % response_data[:120])
data = json.loads(response_data)
except Exception, e:
logger.exception(e)
raise HttpResponseServerError(e)
def debugConnection(sock, addr, port):
# Prints the details of a connection
warn("connection timed out, plesae check listener status")
info("detailed Report:")
info("IP_ADDR: "%addr)
info("PORT: "%port)
if not sock.gettimeout(): return
info("connection timed out after %.3f seconds"%sock.gettimeout())
def doRenameFile(cnamer, newName):
"""Renames the file. cnamer should be Renamer instance,
newName should be string containing new filename.
"""
try:
cnamer.newName(newName, force = Config['overwrite_destination_on_rename'])
except OSError, e:
warn(e)
def doRenameFile(cnamer, newName):
"""Renames the file. cnamer should be Renamer instance,
newName should be string containing new filename.
"""
try:
cnamer.newName(newName)
except OSError, e:
warn(unicode(e))
def init(self):
if os.path.exists(self.repo_path):
utils.warn("Homefiles repo already exists at '%s'"
% self.repo_path)
return
utils.mkdir(self.repo_path)
self.git.init()
def BuildFixesFromPoints(features, shapeFieldName, dateField, groupingFields,
locationVarianceField, mobilityVarianceField, spatialReference):
fieldNames = [f.name for f in arcpy.ListFields(features)]
if not dateField or dateField not in fieldNames:
raise ValueError, "date field is not found in the dataset"
#FIXME - verify field types
dateFieldDelimited = arcpy.AddFieldDelimiters(features, dateField)
sort = dateField + " A"
fields = shapeFieldName + ";" + dateField
if locationVarianceField and locationVarianceField in fieldNames:
fields += ";" + arcpy.AddFieldDelimiters(features, locationVarianceField)
else:
locationVarianceField = None
if mobilityVarianceField and mobilityVarianceField in fieldNames:
fields += ";" + arcpy.AddFieldDelimiters(features, mobilityVarianceField)
else:
mobilityVarianceField = None
if spatialReference.factoryCode != arcpy.Describe(features).spatialReference.factoryCode:
#FIXME - ESRI BUG - reprojection does not work if the data is in a FGDB and a sort order is given.
sort = ''
msg = "Due to a bug in ArcGIS 10, data cannot be both sorted and projected on the fly. "
msg += "Since a projection is required for your data sorting is turned off. "
msg += "This is OK for data in the Animal Movements Database, however other data "
msg += "must be correctly pre-sorted by date or you will get incorrect results. "
msg += "If you can't guarantee pre-sorted data, then reproject your data first."
utils.warn(msg)
results = {}
#print groupingFields, dateFieldDelimited
for groupName, whereClaus in GetGroupings(groupingFields, dateFieldDelimited).iteritems():
#print groupName, whereClaus
#utils.info("Where = " + where + " Fields = " + fields + " Sort = " + sort)
#FIXME - ESRI BUG - reprojection does not work if the data is in a FGDB and a sort order is given.
#utils.info("Spatial Ref = " + spatialRef.Name)
fixes = []
firstTime = None
#print whereClaus, spatialRef, fields, sort
points = arcpy.SearchCursor(features, whereClaus, spatialReference, fields, sort)
for point in points:
fix = [0,0,0,0,0]
newTime = point.getValue(dateField)
if firstTime == None:
firstTime = newTime
fix[0] = GetMinutes(newTime, firstTime)
fix[1] = point.getValue(shapeFieldName).getPart().X
fix[2] = point.getValue(shapeFieldName).getPart().Y
if locationVarianceField:
fix[3] = point.getValue(locationVarianceField)
if mobilityVarianceField:
fix[4] = point.getValue(mobilityVarianceField)
fixes.append(fix)
results[groupName] = fixes
utils.info("fixes "+ str(len(fixes)) +" first fix: " + str(fixes[0]))
return results
def update(self, stop_event):
# Mobot hardware update loop
# self.alphacv() # Removed: Image Processing doesnt happen here anymore
while not stop_event.is_set():
self.touchcount = abs(self.touchcount - 1)
BrickPi.MotorSpeed[L] = self.vL
BrickPi.MotorSpeed[L1] = self.vL
BrickPi.MotorSpeed[R] = self.vR
BrickPi.MotorSpeed[R1] = self.vR
result = BrickPiUpdateValues()
if not result:
# Successfully updated values
# Read touch sensor values
if BrickPi.Sensor[S2]:
# Prevent signal disturbances
threshold = int(28 - self.values['TCHS'] * 20)
self.touchcount += 2
if self.touchcount > threshold:
# Increment gates count
self.status['GATC'] += 1
# Reset signal strength
self.touchcount = 0
# Update encoder values
self.encL = BrickPi.Encoder[L]
self.encR = BrickPi.Encoder[R]
speeds = self.calculateMobotMovement()
self._setMotorSpeed(speeds[0], speeds[1])
self._updateStatus()
# Emergency Abort
if (not GPIO.input(ABORT_BTN)):
warn('manually aborting mission!!!')
self.stopMission()
CAMERA.close()
sys.exit(0)
# Ramp Adapatation
incline_btn = not GPIO.input(RAMP_BTN)
if ((not self.incline_btn_prev) and incline_btn):
# Button is pressed, set inclined
self.setInclined()
elif ((self.incline_btn_prev) and not incline_btn):
# Button is released, unset inclined
self.unsetInclined()
self.incline_btn_prev = incline_btn
# Update Terminal Feedback
# Should be disabled for safety considerations -> STABLE_MODE
if term2 != None and not STABLE_MODE:
c = term2.scr.getch()
if c == 410:
info("@terminal: resize event")
term2.resizeAll()
term2.refreshAll()
def handle_entity_decisions(self, entity, decision):
"""Handles the entity's decision by resetting it if there is an error"""
entity_memento = utils.Memento(entity)
try:
entity.perform_action(*decision)
except utils.OutOfBoundsError:
utils.warn('{}.handle_entity_decisions'.format(self), '{} tried to go out of bounds...little bugger'.format(entity))
entity_memento.restore()
def exposed_startVideoStream(self, port):
# Establishs a TCP connection with interface for video streaming
if self.videothd != None:
warn("video streaming already running")
return
self.videothd = threading.Thread(target=startVideoStream_H264,
args=(port, self.videostop))
self.videothd.daemon = True
info("starting video stream")
self.videothd.start()
def main_by_names():
mains = []
for name in main_names:
if name not in main_map:
utils.warn("Unknown main module '%s'" % name)
continue
if main_map[name] == None:
utils.warn("Main module '%s' specified twice" % name)
continue
mains.append(main_map[name])
main_map[name] = None
return mains
def doMoveFile(cnamer, destDir, getPathPreview = False):
"""Moves file to destDir"""
if not Config['move_files_enable']:
raise ValueError("move_files feature is disabled but doMoveFile was called")
if Config['move_files_destination'] is None:
raise ValueError("Config value for move_files_destination cannot be None if move_files_enabled is True")
try:
return cnamer.newPath(destDir, getPathPreview = getPathPreview)
except OSError, e:
warn(unicode(e))
def BuildNormalizedRaster(subsetIdentifier, uniqueValues, locationLayer, hList, saveRasters, rasterFolder, sr = None, cellSize = None):
n = 0
layer = "subsetSelectionForRaster"
savedState, searchRadius = UD_Raster.SetRasterEnvironment(locationLayer, max(hList), sr, cellSize)
try:
hDict = {}
for k,v in zip(uniqueValues,hList):
hDict[k]=v
for value in uniqueValues:
query = UD_Isopleths.BuildQuery(locationLayer,subsetIdentifier,value)
utils.info("Creating KDE raster for " + query)
if arcpy.Exists(layer):
arcpy.Delete_management(layer)
arcpy.MakeFeatureLayer_management(locationLayer, layer, query)
try:
searchRadius = 2 * hDict[value]
gotRaster, probRaster = UD_Raster.GetNormalizedKernelRaster(layer, searchRadius)
if gotRaster:
lines, polys, donuts = None, None, None
if isoplethLines:
lines = isoplethLines + "_" + str(value)
if isoplethPolys:
polys = isoplethPolys + "_" + str(value)
if isoplethDonuts:
donuts = isoplethDonuts + "_" + str(value)
UD_Isopleths.CreateIsopleths(isoplethList, probRaster, lines, polys, donuts)
if saveRasters:
# Save individual probability rasters
name = os.path.join(rasterFolder,"praster_"+str(value)+".tif")
probRaster.save(name)
if n:
raster = raster + probRaster
n = n + 1
else:
raster = probRaster
n = 1
else:
errorMsg = str(probRaster) # only if gotRaster is False
utils.warn(" Raster creation failed, not included in total. " + errorMsg)
finally:
arcpy.Delete_management(layer)
finally:
UD_Raster.RestoreRasterEnvironment(savedState)
if n == 0:
return False, None
#renormalize from 1 to 100
raster = arcpy.sa.Slice(raster,100,"EQUAL_INTERVAL")
if saveRasters:
name = os.path.join(rasterFolder,"_praster_TOTAL.tif")
raster.save(name)
return True, raster
def on_disconnect(self):
warn("connection lost")
self._connected = False
self.done = True
self.loopstop.set()
self.hardwarestop.set()
self.exposed_stopVideoStream()
# Shut down the processors orderly
while self.pool:
with self.lock:
processor = self.pool.pop()
processor.terminated = True
def doMoveFile(cnamer, destDir):
"""Moves file to destDir"""
if not Config['move_files_enable']:
raise ValueError("move_files feature is disabled but doMoveFile was called")
if Config['move_files_destination'] is None:
raise ValueError("Config value for move_files_destination cannot be None if move_files_enabled is True")
p("New directory:", destDir)
try:
cnamer.newPath(destDir)
except OSError, e:
warn(unicode(e))
def __init__(self, **kwargs):
if "template_dirs" in kwargs:
warn("template_dirs is now depreciated")
if "plugin_dirs" in kwargs:
warn("plugin_dirs is now depreciated")
log_level = getattr(settings, 'LOGLEVEL', logging.ERROR)
logging.basicConfig(
level=log_level,
format='%(levelname)-8s %(message)s'
)
# Find all the PLUGINS modules
plugins = settings.PLUGINS
self.plugins_dirs = {}
# Set template dirs.
full_path_template_dirs = []
for t in settings.TEMPLATE_DIRS:
full_path_template_dirs.append(os.path.abspath(t))
# Add will's templates_root
if TEMPLATES_ROOT not in full_path_template_dirs:
full_path_template_dirs += [TEMPLATES_ROOT, ]
# Add this project's templates_root
if PROJECT_TEMPLATE_ROOT not in full_path_template_dirs:
full_path_template_dirs += [PROJECT_TEMPLATE_ROOT, ]
# Convert those to dirs
for plugin in plugins:
path_name = None
for mod in plugin.split('.'):
if path_name is not None:
path_name = [path_name]
file_name, path_name, description = imp.find_module(mod, path_name)
# Add, uniquely.
self.plugins_dirs[os.path.abspath(path_name)] = plugin
if os.path.exists(os.path.join(os.path.abspath(path_name), "templates")):
full_path_template_dirs.append(
os.path.join(os.path.abspath(path_name), "templates")
)
# Key by module name
self.plugins_dirs = dict(zip(self.plugins_dirs.values(), self.plugins_dirs.keys()))
# Storing here because storage hasn't been bootstrapped yet.
os.environ["WILL_TEMPLATE_DIRS_PICKLED"] =\
";;".join(full_path_template_dirs)
def processFile(tvdb_instance, episode):
"""Gets episode name, prompts user for input
"""
print "#" * 20
print "# Processing file: %s" % episode.fullfilename
print "# Detected series: %s (season: %s, episode: %s)" % (
episode.seriesname,
episode.seasonnumber,
episode.episodenumber)
try:
correctedSeriesName, epName = getEpisodeName(tvdb_instance, episode)
except (DataRetrievalError, ShowNotFound), errormsg:
warn(errormsg)
def layer():
lt = time.time()
global NC_LAYER, NC_IMAGE #, NC_SCORE
#print(utils.ribb("==", sep="="))
#print(utils.ribb("[%d] LAYER " % NC_LAYER, sep="="))
#print(utils.ribb("==", sep="="), "\n")
# --- 1 step --- find all possible lines (that makes sense) ----------------
print("Starting new round")
lt = time.time()
segments = pSLID(NC_IMAGE['main'])
raw_lines = SLID(NC_IMAGE['main'], segments)
lines = slid_tendency(raw_lines)
# --- 2 step --- find interesting intersections (potentially a mesh grid) --
print(utils.clock(),
time.time() - lt, "--- 1 step --- found all lines", len(lines))
v[0] += time.time() - lt
lt = time.time()
points = LAPS(NC_IMAGE['main'], lines)
print(utils.clock(),
time.time() - lt, "--- 2 step --- find all intersections",
len(points))
v[1] += time.time() - lt
lt = time.time()
four_points, mat_pts = hldet.getGridFromPoints(
points, padding=0 if NC_LAYER == 2 else .25)
re = four_points
oim = NC_IMAGE['main'].copy()
for pt in mat_pts:
cv2.circle(oim, (int(pt[0]), int(pt[1])), 6, (255, 0, 0), 3)
print(utils.clock(),
time.time() - lt, "--- 3 step --- fit grid from points")
v[2] += time.time() - lt
lt = time.time()
try:
NC_IMAGE.crop(four_points)
except:
utils.warn("Error on crop")
print(utils.clock(), time.time() - lt, "--- 4 step --- post crop")
return re
def loadGraphicsV3(self, grahpics_name, graphic_index):
utils.warn("graphics v3 is not fully supported")
if self.__graphics['header']['魔数'] == 'RD':
# RunLength解码
self.__graphics['rle'] = self.extractGraphics(
self.__graphics['raw'], self.__graphics['header'])
# 校验一下解压出来的数据长度是否正确
rle_length = self.__graphics['header']['宽度'] * self.__graphics[
'header']['高度'] + self.__graphics['header']['调色板长度']
if len(self.__graphics['rle']) == rle_length:
# 切出内置调色板
inpal = self.__graphics['rle'][
-self.__graphics['header']['调色板长度'] - 1:-1]
# 把内置调色板整形成一长条list
inpal_np = np.array(inpal).astype('uint8')
inpal_np = inpal_np.reshape(-1, 3)
self.__graphics['inpal'] = inpal_np.tolist()
# 切出图像数据
pp = self.__graphics['rle'][0:(
self.__graphics['header']['宽度'] *
self.__graphics['header']['高度'])]
self.__graphics['bytes'] = []
for pixel in pp:
if pixel == 0xF0:
self.__graphics['bytes'].append([0, 0, 0, 0])
else:
[r, g, b] = self.__graphics['inpal'][pixel]
a = 255
self.__graphics['bytes'].append([r, g, b, a])
# 变成pixmap数据返回
p = np.array(self.__graphics['bytes']).astype('uint8')
p = p.reshape(self.__graphics_info['dict']['高度'], -1, 4)
# 把数组上下翻转，因为像素按行倒序存放
p = np.flipud(p)
self.__graphics['pixmap'] = Image.fromarray(
p, mode='RGBA').toqpixmap()
else:
utils.warn("rle数据长度（%d）不正确，应为%d" %
(len(self.__graphics['rle']), rle_length))
def perform_segmentation(self):
'''
Worker function, runs as code in ScanFile._segmentation_thread
Calculates and sets the segmentation on the image.
Do not return anything from this method.
'''
segmentation_array = None
try:
# change stage title
self.instructions.setText('<html><head/><body><p align="center">Stage 2:</p><p align="center">'
'Calculating <\p><p>Segmentation...</p><p '
'align="center">(please wait)</p></body></html>')
segmentation_array = self._all_scans[self._segmentation_running].perform_segmentation()
except Exception as ex:
print('perform_segmentation', ex)
if segmentation_array is None:
utils.warn('An error occurred while computing the segmentation. Please perform better markings, '
'and try again.')
self.instructions.setText(
'<html><head/><body><p align="center">Stage 1 [retry]: Boundary Marking...</p><p '
'align="center">(hover for instructions)</p></body></html>')
# reset status in workspace table
item = QtWidgets.QTableWidgetItem('')
self.tableWidget.setItem(self._segmentation_running, 1, item)
self.segmentation_finished.emit()
return
# update finished status in workspace table
item = QtWidgets.QTableWidgetItem(SEGMENTED)
self.tableWidget.setItem(self._segmentation_running, 1, item)
# show hidden features which are now relevant to work on segmentation
self.verticalFrame.show()
self.instructions.setText('<html><head/><body><p align="center">Stage 3: Review Segmentation...</p><p '
'align="center">(hover for instructions)</p></body></html>')
self.instructions.setToolTip('Use paintbrush and eraser to fix result segmentation.\nWhen finished, '
'save segmentation.')
self.save_seg_btn.setEnabled(True)
self.segmentation_finished.emit() # next segmentation will be run
def maybe_post_receive_hook(post_receive_data):
"""Call the post-receive-hook is required.
This function implements supports for the hooks.post-receive-hook
config variable, by calling this function if the config variable
is defined.
"""
result = maybe_call_thirdparty_hook('hooks.post-receive-hook',
hook_input=post_receive_data)
if result is not None:
hook_exe, p, out = result
sys.stdout.write(out)
# Flush stdout now, to make sure the script's output is printed
# ahead of the warning below, which is directed to stderr.
sys.stdout.flush()
if p.returncode != 0:
warn('!!! WARNING: %s returned code: %d.' %
(hook_exe, p.returncode))
def __init__(self, **kwargs):
if "template_dirs" in kwargs:
warn("template_dirs is now depreciated")
if "plugin_dirs" in kwargs:
warn("plugin_dirs is now depreciated")
log_level = getattr(settings, 'LOGLEVEL', logging.ERROR)
logging.basicConfig(level=log_level,\
format='%(levelname)-8s %(message)s')
# Find all the PLUGINS modules
plugins = settings.PLUGINS
self.plugins_dirs = {}
# Convert those to dirs
for plugin in plugins:
path_name = None
for mod in plugin.split('.'):
if path_name is not None:
path_name=[path_name]
file_name, path_name, description = imp.find_module(mod, path_name)
# Add, uniquely.
self.plugins_dirs[os.path.abspath(path_name)] = plugin
# Key by module name
self.plugins_dirs = dict(zip(self.plugins_dirs.values(),self.plugins_dirs.keys()))
full_path_template_dirs = []
for t in settings.TEMPLATE_DIRS:
full_path_template_dirs.append(os.path.abspath(t))
# Add will's templates_root
if not TEMPLATES_ROOT in full_path_template_dirs:
full_path_template_dirs += [TEMPLATES_ROOT, ]
# Add this project's templates_root
if not PROJECT_TEMPLATE_ROOT in full_path_template_dirs:
full_path_template_dirs += [PROJECT_TEMPLATE_ROOT, ]
# Storing here because storage hasn't been bootstrapped yet.
os.environ["WILL_TEMPLATE_DIRS_PICKLED"] =\
";;".join(full_path_template_dirs)
def warn_about_tag_update(tag_name, old_rev, new_rev):
"""Emit a warning about tag updates.
PARAMETER
tag_name: The name of the tag being updated.
old_rev: The old revision referenced by the tag.
new_rev: The new revision referenced by the tag.
"""
warn('---------------------------------------------------------------',
'-- IMPORTANT NOTICE:',
'--',
'-- You just updated the tag %s as follow:' % tag_name,
'-- old SHA1: %s' % old_rev,
'-- new SHA1: %s' % new_rev,
'--',
'-- Other developers pulling from this repository will not',
'-- get the new tag. Assuming this update was deliberate,',
'-- notifying all known users of the update is recommended.',
'---------------------------------------------------------------')
def comicnamer(paths):
"""Main comicnamer function, takes an array of paths, does stuff.
"""
# Warn about move_files function
if Config['move_files_enable']:
import warnings
warnings.warn(
"The move_files feature is still under development. "
"Be very careful with it.\n"
"It has not been heavily tested, and is not recommended for "
"general use yet.")
p("#" * 20)
p("# Starting comicnamer")
issues_found = []
for cfile in findFiles(paths):
cfile = cfile.decode("utf-8")
parser = FileParser(cfile)
try:
issue = parser.parse()
except InvalidFilename:
warn("Invalid filename %s" % cfile)
else:
issues_found.append(issue)
if len(issues_found) == 0:
raise NoValidFilesFoundError()
p("# Found %d issue" % len(issues_found) + ("s" * (len(issues_found) > 1)))
# Sort issues by series name and issue number
issues_found.sort(key=lambda x: (x.seriesname, x.issuenumbers))
comicvine_instance = Comicvine(interactive=not Config['select_first'])
for issue in issues_found:
processFile(comicvine_instance, issue)
p('')
p("#" * 20)
p("# Done")
def BCV2(allDistancesSquared, n, h):
term1 = 1.0 / (4 * math.pi * h * h * (n - 1))
term2 = 8 * (n - 1) * (n - 2) * h * h * math.pi
#print "h",h,"n",n,"term1",term1,"term2",term2
total = 0.0
for d in allDistancesSquared:
if d == 0.0:
utils.warn(
"Warning duplicate locations found, results may be invalid.")
utils.warn(" Separating the locations by 1 unit.")
d = 1
D = d / (h * h)
D2 = D * D
term3 = (D2 - 8 * D + 8) * math.exp(-D2 / 2) / term2
total = total + term3
#print "d",d,"D",D,"D2",D2,"term3",term3,"total", total
result = term1 + total
#print "BCV2", h, result
return result
def DistancesSquared(points):
small = 1e-3
allSquaredDistances = []
n = len(points)
for i in range(n):
#for j in range(i+1, n): #unique set of distances dij = dji is faster; however produces different LSCV
for j in range(n):
if i == j:
continue
dx = points[j][0] - points[i][0]
dy = points[j][1] - points[i][1]
d2 = dx * dx + dy * dy
if d2 < small:
utils.warn(
"Distance from %d to %d is too small (%g). Using %g" %
(i, j, d2, small))
d2 = small
allSquaredDistances.append(d2)
return allSquaredDistances
def main() -> None:
failed = False
nonmatching_fns_with_dump = {
p.stem: p.read_bytes()
for p in (root / "expected").glob("*.bin")
}
for func in utils.get_functions():
if not func.decomp_name:
continue
try:
get_fn_from_my_elf(func.decomp_name, 0)
except KeyError:
utils.warn(
f"couldn't find {utils.format_symbol_name_for_msg(func.decomp_name)}"
)
continue
if func.status == utils.FunctionStatus.Matching:
if not check_function(func.addr, func.size, func.decomp_name):
utils.print_error(
f"function {utils.format_symbol_name_for_msg(func.decomp_name)} is marked as matching but does not match"
)
failed = True
elif func.status == utils.FunctionStatus.Equivalent or func.status == utils.FunctionStatus.NonMatching:
if check_function(func.addr, func.size, func.decomp_name):
utils.print_note(
f"function {utils.format_symbol_name_for_msg(func.decomp_name)} is marked as non-matching but matches"
)
fn_dump = nonmatching_fns_with_dump.get(func.decomp_name, None)
if fn_dump is not None and not check_function(
func.addr, len(fn_dump), func.decomp_name, fn_dump):
utils.print_error(
f"function {utils.format_symbol_name_for_msg(func.decomp_name)} does not match expected output"
)
failed = True
if failed:
sys.exit(1)
def clear_expiry():
utils.log(f" Running clear task.")
clear_queue = []
for channel_name in fetched:
for video_id in fetched[channel_name]:
for m3u8_id in fetched[channel_name][video_id]["fregments"]:
if time.time() - fetched[channel_name][video_id]["fregments"][
m3u8_id]["create_time"] > const.EXPIRY_TIME:
utils.log(
f"[{channel_name}] {m3u8_id} has expired. Clearing...")
clear_queue.append({
"channel_name": channel_name,
"video_id": video_id,
"m3u8_id": m3u8_id
})
for x in clear_queue:
try:
os.remove(fetched[x["channel_name"]][x["video_id"]]["fregments"][
x["m3u8_id"]]["file"])
except:
utils.warn(
f"[{x['channel_name']}] Error occurs when deleting {x['m3u8_id']}. Ignoring..."
)
fetched[x["channel_name"]][x["video_id"]]["fregments"].pop(
x["m3u8_id"])
clear_queue = []
for channel_name in fetched:
for video_id in fetched[channel_name]:
if not fetched[channel_name][video_id]["fregments"]:
clear_queue.append({
"channel_name": channel_name,
"video_id": video_id
})
for x in clear_queue:
utils.log(
f"[{x['channel_name']}] {x['video_id']} has all gone. Clearing...")
fetched[x['channel_name']].pop(x['video_id'])
save()
def insert(self, db_connection):
sql = """
INSERT INTO opinions (
docket_number,
type_id,
authoring_justice,
no_concurrences_flag,
effective_type_flag
)
VALUES (?, ?, ?, ?, ?);
"""
if self._sql_tuple is None:
msg = "Encountered unknown authoring justice '{}' in {}"
utils.warn(msg, self.authoring_justice, repr(self))
return False
tup = self._sql_tuple + (self.has_no_concurrences,
self.needs_effective_type)
cur = self._insert(db_connection, sql, tup)
self._fetch_id(cur)
return True
def urlopen(url, retry=0):
try:
return urllib.request.urlopen(url)
except urllib.error.HTTPError as e:
if e.code == 503:
if retry < const.HTTP_RETRY:
utils.warn(
f" Get {e.code} Error. Trying {retry+1}/{const.HTTP_RETRY}..."
)
time.sleep(1)
return urlopen(url, retry + 1)
else:
raise e
else:
raise e
except urllib.error.URLError as e:
if retry < const.HTTP_RETRY:
return urlopen(url, retry + 1)
else:
raise e
def insert_case(db_connection, case_filing):
# Begin and commit transaction for inserting the case
# filing and its opinions.
inserted_opinions = []
try:
with db_connection:
case_filing.insert(db_connection)
for opinion in case_filing.opinions:
# Case Filing has no opinions.
if opinion is None:
break
if opinion.insert(db_connection):
inserted_opinions.append(opinion)
except (apsw.Error, sqlite3.Error) as e:
msg = 'Unable to insert {}: {}'
utils.warn(msg, case_filing.docket_number, e)
# Case filing and opinions not inserted, so no
# concurrences to insert.
return None
return inserted_opinions
def get_emails_from_script(script_filename, changed_files):
"""The list of emails addresses for the given list of changed files.
This list is obtained by running the given script, and passing it
the list of changed files via stdin (one file per line). By
convention, passing nothing via stdin (no file changed) should
trigger the script to return all email addresses.
PARAMETERS
script_filename: The name of the script to execute.
changed_files: A list of files to pass to the script (via stdin).
None is also accepted in place of an empty list.
"""
input_str = '' if changed_files is None else '\n'.join(changed_files)
p = Popen([script_filename], stdin=PIPE, stdout=PIPE)
(output, _) = p.communicate(input=input_str)
if p.returncode != 0:
warn('!!! %s failed with error code: %d.'
% (script_filename, p.returncode))
return output.splitlines()
def send_email_notifications(self):
"""Send all email notifications associated to this update.
"""
no_email_re = self.search_config_option_list('hooks.no-emails')
if no_email_re is not None:
warn(*['-' * 70,
"-- The hooks.no-emails config option contains `%s',"
% no_email_re,
'-- which matches the name of the reference being'
' updated ',
'-- (%s).' % self.ref_name,
'--',
'-- Commit emails will therefore not be sent.',
'-' * 70,
], prefix='')
return
# This phase needs all added commits to have certain attributes
# to be computed. Do it now.
self.__set_send_email_p_attr(self.new_commits_for_ref)
self.__email_ref_update()
self.__email_new_commits()
def verify_plugin_settings(self):
puts("Verifying settings requested by plugins...")
missing_settings = False
missing_setting_error_messages = []
with indent(2):
for name, meta in self.required_settings_from_plugins.items():
if not hasattr(settings, name):
error_message = "%(setting_name)s is missing. It's required by the %(plugin_name)s plugin's '%(function_name)s' method." % meta
puts(colored.red("✗ %(setting_name)s" % meta))
missing_setting_error_messages.append(error_message)
missing_settings = True
else:
show_valid("%(setting_name)s" % meta)
if missing_settings:
puts("")
warn("Will is missing settings required by some plugins. He's starting up anyway, but you will run into errors if you try to use those plugins!")
self.add_startup_error("\n".join(missing_setting_error_messages))
else:
puts("")
def processFile(comicvine_instance, issue):
"""Gets issue name, prompts user for input
"""
p("#" * 20)
p("# Processing file: %s" % issue.fullfilename)
if len(Config['input_filename_replacements']) > 0:
replaced = applyCustomInputReplacements(issue.fullfilename)
p("# With custom replacements: %s" % (replaced))
p("# Detected series: %s (issue: %s)" %
(issue.seriesname, ", ".join([str(x) for x in issue.issuenumbers])))
try:
correctedSeriesName, issName = getIssueName(comicvine_instance, issue)
except (DataRetrievalError, SeriesNotFound), errormsg:
if Config['always_rename'] and Config['skip_file_on_error'] is True:
warn("Skipping file due to error: %s" % errormsg)
return
else:
warn(errormsg)
def processFile(tvdb_instance, episode):
"""Gets episode name, prompts user for input
"""
p("#" * 20)
p("# Processing file: %s" % episode.fullfilename)
if len(Config['input_filename_replacements']) > 0:
replaced = applyCustomInputReplacements(episode.fullfilename)
p("# With custom replacements: %s" % (replaced))
p("# Detected series: %s (%s)" %
(episode.seriesname, episode.number_string()))
try:
episode.populateFromTvdb(tvdb_instance)
except (DataRetrievalError, ShowNotFound), errormsg:
if Config['always_rename'] and Config['skip_file_on_error'] is True:
warn("Skipping file due to error: %s" % errormsg)
return
else:
warn(errormsg)
def tvnamer(paths):
"""Main tvnamer function, takes an array of paths, does stuff.
"""
p("#" * 20)
p("# Starting tvnamer")
episodes_found = []
for cfile in findFiles(paths):
parser = FileParser(cfile)
try:
episode = parser.parse()
except InvalidFilename, e:
warn("Invalid filename: %s" % e)
else:
if episode.seriesname is None and Config['force_name'] is None and Config['series_id'] is None:
warn("Parsed filename did not contain series name (and --name or --series-id not specified), skipping: %s" % cfile)
else:
episodes_found.append(episode)
def cli(question_file, answers_dir, answer_file, test):
"""Given a set of questions and the answers directory with top 100
documents for each question, generate the answer file
"""
success('---NLP Project Three: Question Answer---')
question_filepath = os.path.realpath(question_file)
answers_dirpath = os.path.realpath(answers_dir)
answer_filepath = os.path.realpath(answer_file)
log('Answering: {}\n Using: {}\n Into: {}'.format(question_filepath,
answers_dirpath,
answer_filepath))
if test:
warn('Testing, not normal execution...')
_test_endpoint(question_filepath, answers_dirpath, answer_filepath)
return
try:
questions = get_questions(question_filepath)
if len(questions) is not 232:
warn('devset has 232 questions (Got {})'.format(len(questions)))
answers = {}
for question in questions:
answers[question.qid] = get_answers(question, answers_dirpath)
if len(answers) is not len(questions):
warn('Got {} answers for {} questions'.format(
len(answers), len(questions)))
write_answers(answers, answer_filepath)
success('Wrote answers to {}'.format(answer_filepath))
except NotImplementedError as e:
error('TODO: {}'.format(e))
def order(input_dir, output, manifest, debug):
try:
paths = sanitize_paths(input_dir, output, manifest)
input_dirpath, output_filepath, manifest_filepath = paths
except ValueError as e:
warn('Error: {}. Exiting.'.format(e.message))
return
graph_d3_data, manifest_data = process(input_dirpath, debug)
if os.path.exists(output_filepath):
warn('Overwriting the existing file at {}'.format(output_filepath))
if os.path.exists(manifest_filepath):
warn('Overwriting the existing file at {}'.format(manifest_filepath))
with open(output_filepath, 'w') as output_file:
output_file.truncate()
output_file.write(json.dumps(graph_d3_data, indent=2))
with open(manifest_filepath, 'w') as manifest_file:
manifest_file.truncate()
manifest_file.write(json.dumps(manifest_data, indent=2))
success('Wrote partial ordering graph of {} to {}'.format(input_dirpath, output_filepath))
success('Created manifest file at {}'.format(manifest_filepath))
def cli(input_dir, output_dir):
success("---NLP Project Three---")
input_dirpath = os.path.realpath(input_dir)
output_dirpath = os.path.realpath(output_dir)
if input_dirpath == output_dirpath:
raise ValueError('Input and output directories must be different')
log("{} --> {}".format(input_dirpath, output_dirpath))
questions = os.listdir(input_dirpath)
for question_dirname in questions:
input_question_dirpath = os.path.join(input_dirpath, question_dirname)
output_question_dirpath = os.path.join(output_dirpath,
question_dirname)
os.makedirs(output_question_dirpath)
log('Processing question {}...'.format(question_dirname))
filenames = os.listdir(input_question_dirpath)
for filename in filenames:
input_filepath = os.path.join(input_question_dirpath, filename)
file_content = get_content(input_filepath)
if not file_content:
warn('Found no content in document {}:{}'.format(
question_dirname, filename))
tokens = string_to_tokens(file_content)
ner_chunks = process_ner(tokens)
output_filepath = os.path.join(output_question_dirpath, filename)
output_data = '\n'.join(ner_chunks)
with open(output_filepath, 'w') as output_file:
output_file.write(output_data)
log('Wrote to directory {}'.format(output_question_dirpath))
def process(path_to_dir, debug):
g = Graph()
programs = []
program_to_vertex = {}
for filename in os.listdir(path_to_dir):
_, extension = os.path.splitext(filename)
if extension != '.p2':
continue
filepath = os.path.join(path_to_dir, filename)
try:
meta = get_program_info(filepath)
except SyntaxError as e:
warn('Error processing "{}" at {}:{}\n{}'.format(
filename, e.lineno, e.offset, e.text))
continue
programs.append(meta)
programs = decompose_to_scc(programs)
for program in programs:
vertex_id = g.add_vertex(program)
program_to_vertex[program.pid] = vertex_id
for i in xrange(len(programs)):
for j in xrange(i + 1, len(programs)):
first, second = programs[i], programs[j]
first_vid, second_vid = program_to_vertex[
first.pid], program_to_vertex[second.pid]
if first in second:
g.add_edge((first_vid, second_vid))
if second in first:
g.add_edge((second_vid, first_vid))
if debug:
debug_dump(g)
return graph_to_d3_dict(g)
def main(args: argparse.Namespace) -> None:
"""
Main method for building tf examples from individual book (.npy) files
:param args: ArgumentParser-parsed arguments
:return: None
"""
utils.log_args(args)
if args.sent_per_book != -1:
utils.warn("Using a max number of sentences per book")
# Initialize the list of output files to write the examples to
output_files = []
for i_tf_ex in range(args.num_example_files):
cur_tf_file_name = "%d_TfExample.tfrecord" % i_tf_ex
output_files.append(os.path.join(args.output_dir, cur_tf_file_name))
# Generate examples
with tf_example_utils.WriteAsTfExample(output_files, args.vocab_file,
args.max_num_tokens) as writer:
generate_tf_example(args, writer)
def findFiles(paths):
"""Takes an array of paths, returns all files found
"""
valid_files = []
for cfile in paths:
cur = FileFinder(cfile,
with_extension=Config['valid_extensions'],
recursive=Config['recursive'])
try:
valid_files.extend(cur.findFiles())
except InvalidPath:
warn("Invalid path: %s" % cfile)
if len(valid_files) == 0:
raise NoValidFilesFoundError()
# Remove duplicate files (all paths from FileFinder are absolute)
valid_files = list(set(valid_files))
return valid_files
def begin_battle() -> bool:
if not MODE_FIGHT: # enable auto in auto mode
for auto in [Btn.auto, Btn.auto_sub]:
auto.click(utils.screenshot()) # enable auto
# use heals
if not Btn.zero_heals.on_screen(utils.screenshot()):
utils.click(47, 255, 25, 25, 2.0)
Btn.use_heal.click(utils.screenshot())
Btn.cancel_heal.click(utils.screenshot())
# Check mood
screen = utils.screenshot()
if Btn.mood.on_screen(screen):
log("Ships in bad mood. Wait 60 min")
utils.warn("mood", screen)
time.sleep(60 * 60)
log("Continue")
return False
Btn.battle.click(utils.screenshot()) # begin battle
if Btn.enhance_start.click(utils.screenshot()):
menu.enhance_ships()
for i in range(2):
adb.back()
time.sleep(1.5)
return begin_battle()
if Btn.battle.on_screen(utils.screenshot()): # check if battle started
return False
if MODE_FIGHT:
fight()
else:
log("Waiting 30s")
time.sleep(30.0)
return True
def load(self, load_ckpt_paths, options, epoch=200):
"""Load checkpoints.
"""
assert len(load_ckpt_paths) == len(self.embeds)
for i in range(len(self.embeds)):
ckpt_path = load_ckpt_paths[i]
load_opt = options[i]
if len(ckpt_path) == 0:
utils.info('{}: training from scratch'.format(
self.modalities[i]))
continue
if load_opt == 0: # load teacher model (visual + sequence)
path = os.path.join(ckpt_path, 'embed_{}.pth'.format(epoch))
ckpt = torch.load(path)
try:
self.embeds[i].load_state_dict(ckpt)
except:
utils.warn(
'Check that the "modalities" argument is correct.')
exit(0)
utils.info('{}: ckpt {} loaded'.format(self.modalities[i],
path))
elif load_opt == 1: # load pretrained visual encoder
ckpt = torch.load(ckpt_path)
# Change keys in the ckpt
new_state_dict = OrderedDict()
for key in list(ckpt.keys())[:-2]: # exclude fc weights
new_key = key[7:] # Remove 'module.'
new_state_dict[new_key] = ckpt[key]
# update state_dict
state_dict = self.embeds[i].module.embed.state_dict()
state_dict.update(new_state_dict)
self.embeds[i].module.embed.load_state_dict(state_dict)
utils.info('{}: visual encoder from {} loaded'.format(
self.modalities[i], ckpt_path))
else:
raise NotImplementedError
def track_file(module, file_name, included_dirs, include_stack):
dependencies = set()
include_stack[file_name] = True
for inc in module.include_map()[file_name]:
ok = False
for m, inc_dir in module.private_dirs():
abs_header = os.path.abspath(os.path.join(inc_dir, inc))
if os.path.isfile(abs_header):
ok = True
dependencies.add(abs_header)
included_dirs.add(inc_dir)
if not abs_header in m.include_map():
utils.warn("Unknown file '%s' of module %s (included from '%s')" % (abs_header, m.name, file_name))
break
if abs_header in include_stack:
raise config.BaseError("File include loop ('%s' included by '%s')" % (
os.path.relpath(abs_header), " --> ".join([os.path.relpath(i) for i in include_stack])))
dependencies |= track_file(m, abs_header, included_dirs, include_stack)
break
if not ok:
utils.warn("Cannot found '%s' included from '%s'" % (inc, os.path.relpath(file_name)))
del include_stack[file_name]
return dependencies
def LSCV(allDistancesSquared, n, h):
term1 = 1.0 / (math.pi * n * h * h)
term2a = 1.0 / (4.0 * math.pi)
term2b = -1.0 / (4.0 * h * h)
term3a = 1.0 / math.pi
term3b = -1.0 / (2.0 * h * h)
term4 = n * n * h * h
#print "term1",term1,"term2a",term2a,"term3a",term3a,"term2b",term2b,"term3b",term3b,"term4",term4
total = 0.0
for d in allDistancesSquared:
if d == 0:
utils.warn(
"Warning duplicate locations found, results may be invalid.")
utils.warn(" Separating the locations by 1 unit.")
d = 1
term2 = term2a * math.exp(d * term2b)
term3 = term3a * math.exp(d * term3b)
term5 = (term2 - term3) / term4
total = total + term5
#print "d",d,"term2",term2,"term3",term3,"term5",term5, "total", total
result = term1 + total
#print "CV", h, result
return result