def ProcessCmdKey(self, msg, keys):
''' Called anytime the user presses a key while this form has focus. '''
# overidden to allow various "application wide" hotkeys
if keys == Keys.Escape:
# ensure that all CVForms close themselves if you press the escape key.
self.Close()
elif keys == Keys.Control | Keys.Shift | Keys.L:
# ensure that the use can manually save out an application log
log.save()
else:
super(CVForm, self).ProcessCmdKey(msg, keys)
def ProcessCmdKey(self, msg, keys):
''' Called anytime the user presses a key while this form has focus. '''
# overidden to allow various "application wide" hotkeys
if keys == Keys.Escape:
# ensure that all CVForms close themselves if you press the escape key.
self.Close()
elif keys == Keys.Control|Keys.Shift|Keys.L:
# ensure that the use can manually save out an application log
log.save()
else:
super(CVForm, self).ProcessCmdKey(msg, keys)
def read(master, config):
for s in config:
now = datetime.utcnow()
coils = [
master.execute(s['unit'], cst.READ_COILS, x, 1)[0]
for x in s['coils']
]
discrete_inputs = [
master.execute(s['unit'], cst.READ_DISCRETE_INPUTS, x, 1)[0]
for x in s['discrete_inputs']
]
input_registers = [
master.execute(s['unit'], cst.READ_INPUT_REGISTERS, x, 1)[0]
for x in s['input_registers']
]
holding_registers = [
master.execute(s['unit'], cst.READ_HOLDING_REGISTERS, x, 1)[0]
for x in s['holding_registers']
]
log.save(now, s, coils, discrete_inputs, input_registers, holding_registers)
def read(master, config):
for s in config:
now = datetime.utcnow()
coils = [
master.execute(s['unit'], cst.READ_COILS, x, 1)[0]
for x in s['coils']
]
discrete_inputs = [
master.execute(s['unit'], cst.READ_DISCRETE_INPUTS, x, 1)[0]
for x in s['discrete_inputs']
]
input_registers = [
master.execute(s['unit'], cst.READ_INPUT_REGISTERS, x, 1)[0]
for x in s['input_registers']
]
holding_registers = [
master.execute(s['unit'], cst.READ_HOLDING_REGISTERS, x, 1)[0]
for x in s['holding_registers']
]
log.save(now, s, coils, discrete_inputs, input_registers,
holding_registers)
def main():
gcu.clear_temp(
) # auf der lokalen Maschine relevant, die VM der Google Cloud wird mit jedem Job neu erstellt
args = parse_arguments()
global args
imgs, gts, add_data = load_imgs(args.input,
preprocess=preprocess1,
size=256)
kdata = kfold_split(imgs, gts, add_data, n_splits=4, use_splits=1)
shape = kdata[0]["x_train"].shape[1:4]
for n_fil_start in [6, 8, 10, 12, 14]:
for d in [3, 4, 5]:
model = get_u_net(shape, n_filter_start=n_fil_start, depth=d)
model.summary()
train_model(model,
kdata,
model_name="isles_f_{}_d{}".format(n_fil_start, d))
log.save(os.path.join(args.output, "log1.txt"))
for subdirectory in dirs:
subdir = constants.DIRECTORY + subdirectory + '\\'
for filename in os.listdir(subdir):
folder_filename = subdirectory + '\\' + filename
# replaced_features is True/False list that tells me if one particular feature was replaced or not.
# It is the same size as features_to_replace or target_features lists
replaced_features = list()
# modified_lines will contain line numbers that represent ALL lines modified in this file
modified_lines = list()
with open(subdir + filename, 'U') as f_original:
lines = f_original.readlines() #build a list with all the lines to be modified
#Keep the original sentences to save the csv log later
original = lines
# Replace each feature in this file
for feature in features_to_replace:
flag_replace = False
modified_lines_per_feature, lines = replace_all(lines, feature, target_features[features_to_replace.index(feature)])
#if this feature were replaced any time, save the lines that were changed
if len(modified_lines_per_feature) > 0:
flag_replace = True
modified_lines.append((modified_lines_per_feature, feature))
replaced_features.append(flag_replace)
if True in replaced_features: #If any feature was found and replaced in this file
log.save(style, folder_filename, replaced_features)
#create a new file with the new text
create_modified_files(subdirectory, filename, lines)
log.csv_log(folder_filename, style, modified_lines, original, lines, features_to_replace, target_features)
f_original.close()
log.d("being login.. \nusername:"******"get Captcha is :" + captcha)
formData = {
'_xsrf': _xsrf,
'email': username,
'password': password,
'remember_me': 'true',
}
formData['captcha'] = captcha
loginResponse = session.post(postUrl,
data=formData,
headers=headers,
verify=False)
loginJson = json.loads(loginResponse.text)
log.d('json:' + str(loginJson))
try:
login('*****@*****.**', '1234567')
except Exception as e:
log.e(e)
finally:
log.save()
def SetScoreToJSON(name, score):
log.save(score, name)
