def doClean(rule, dirObj, toProcess, srcDir, dstDir):
"""
Function to execute the core of the clean operation. It is in its own
function because it is used also by the export rule.
"""
# Identical source and destination, useless operation
if os.path.abspath(srcDir) == os.path.abspath(dstDir):
return
for datafile in toProcess:
adagio.logDebug(rule, dirObj, ' EXEC ' + datafile)
# If file not found, terminate
if not os.path.exists(datafile):
print i18n.get('file_not_found').format(datafile)
sys.exit(1)
# Remove the srcDir prefix
dstFile = datafile.replace(srcDir, '', 1)
# If the result has a slash, remove it
if dstFile[0] == '/':
dstFile = dstFile[1:]
# Derive the destination file name
dstFile = os.path.abspath(os.path.join(dstDir, dstFile))
# If file is not there, bypass
if not os.path.exists(dstFile):
continue
# Proceed with the cleaning (dump the file name being deleted)
rules.remove(dstFile)
def __validate_environment():
'''
Checks to see if the current environment is valid to run this script in.
If it is not, an error message is displayed to explain the problem.
Returns True if the current environment is valid, False if it is not.
'''
# the minimum versions required for a valid environment
REQUIRED_MAJOR=0
REQUIRED_MINOR=9
REQUIRED_BUILD=165
valid_environment = True
try:
version = re.split(r'\.', ComicRack.App.ProductVersion)
def hash( major, minor, build ):
return float(sstr(major * 5000 + minor) + "." + sstr(build))
valid_environment = \
hash(int(version[0]),int(version[1]), int(version[2])) >= \
hash(REQUIRED_MAJOR, REQUIRED_MINOR, REQUIRED_BUILD)
if not valid_environment:
log.debug("WARNING: script requires ComicRack ", REQUIRED_MAJOR, '.',
REQUIRED_MINOR, '.', REQUIRED_BUILD, ' or higher. Exiting...')
MessageBox.Show( ComicRack.MainWindow, i18n.get("ComicRackOODText"),
i18n.get("ComicRackOODTitle"), MessageBoxButtons.OK,
MessageBoxIcon.Warning)
except:
log.debug_exc("WARNING: couldn't validate comicrack version")
valid_environment = True
return valid_environment
def getProperty(config, rule, option):
"""
Function that given a rule name of the form 'a.b.c.d' and an option name,
gets the value obtained from the given config. The procedure works
hierarchically. It first checks for the option value in the given rule,
and if not found, it keeps asking for the values in the rules obtained by
dropping the last suffix (from the last dot until the end of the rule
name.
"""
global _adagio_given_definiton_rule_name
# If the rule is a.b.c, loop asking if we have the option a.b.c.option,
# then a.b.option, and then a.option.
partialRule = rule
while partialRule != '':
if config.has_option(_adagio_given_definiton_rule_name,
partialRule + '.' + option):
result = config.get(partialRule, option)
return result
partialRule = partialRule.rpartition('.')[0]
# If no hit so far, need to make one more test to see if the value is in the
# DEFAULT rule
try:
result = config.get(rule, option)
# Yes, the value is stored as in DEFAULT
return result
except ConfigParser.InterpolationMissingOptionError, e:
print i18n.get('incorrect_variable_reference').format(option)
sys.exit(1)
def dumpOptions(self, rule, prefix):
"""
Print the value of the options affecting the computations
"""
# Remove the .vars from the end of the rule to fish for options
rule = re.sub('\.?vars$', '', rule)
if rule == '':
rule = prefix
basicPrefix = rule.split('.')[0]
# Concatenate all the variable values and pass through pager (skip help
# because it is supposed to be printed outside this function)
str = i18n.get('var_preamble').format(prefix) + '\n\n'
for (on, ov) in sorted(self.options.items(rule)):
if on == 'help':
continue
# Get the help_message from the global dict (try first with the rule
# name, and if not found, without it to find generic variables)
help_message = adagio.variable_help_messages.get(basicPrefix +
'.' + on)
if help_message == None:
help_message = adagio.variable_help_messages.get(on)
# Create the string: value + help message
str += ' - ' + on + ' = ' + ov + '\n'
if help_message != None:
str += ' ' + help_message + '\n\n'
else:
str += ' ' + i18n.get('user_defined_variable') + '\n\n'
return str
def test_configure_translation_forced(translator):
rdftools.configure_translation(force_locale='tv')
# Ensure we override the default system locale
import i18n
assert len(i18n.load_path) == 1
assert i18n.get('locale') == 'tv'
assert i18n.get('fallback') == 'en'
def Execute(rule, dirObj, pad = None):
"""
Execute the rule in the given directory
"""
if pad == 'None':
pad = ''
(toProcess, remoteRules,
optionsToSet, newExportDir) = prepareRule(rule, dirObj)
# Loop over each directory
for dirName in toProcess:
adagio.logInfo(rule, dirObj, 'RECUR: ' + dirName)
if not os.path.isdir(dirName):
print i18n.get('not_a_directory').format(dirName)
sys.exit(1)
remoteDir = directory.getDirectoryObject(dirName, optionsToSet)
if remoteDir.rule_list == []:
# If rule_list is empty, there is no Properties.dgo in that dir, skip execution
continue
# Execute the targets in the remote directory
remoteDir.Execute(remoteRules, pad + ' ')
return
def clean(rule, dirObj):
"""
Clean the files produced by this rule
"""
adagio.logInfo(rule, dirObj, 'Cleaning')
# Get the files to process
toProcess = glob.glob(os.path.join(dirObj.current_dir, '*.xcf'))
if toProcess == []:
adagio.logDebug(rule, dirObj, i18n.get('no_file_to_process'))
return
# Loop over the source files to see if an execution is needed
dstFiles = []
dstDir = dirObj.getProperty(rule, 'src_dir')
for datafile in toProcess:
# If file not found, terminate
if not os.path.isfile(datafile):
print i18n.get('file_not_found').format(datafile)
sys.exit(1)
# Derive the destination file name
dstFile = os.path.splitext(os.path.basename(datafile))[0] + '.png'
dstFile = os.path.abspath(os.path.join(dstDir, dstFile))
if not os.path.exists(dstFile):
continue
rules.remove(dstFile)
return
def checkCreateErroneousRule(self, ruleName, ruleDescription, ruleCode, ruleLog):
print ' Check notifications'
notification.waitText(self.browser, notification.Type.Success, i18n.get()["modals"]["dashboard"]["sub-windows"]["automation-center"]["ruleSuccessfullyCreated"])
notification.waitSubText(self.browser, notification.Type.Error, i18n.get()["eventLogger"]["RuleFailed"].replace("__who__", ruleName))
print ' Check rule was inserted in rules table'
rulesTable = dashboard.automation.waitRulesTableHasNRules(self.browser, 1)
ruleNumber = 0
print ' Check rule data in rules table'
self.assertEqual(len(dashboard.automation.getRuleDatas(rulesTable, ruleNumber)), 5)
self.assertEqual(dashboard.automation.getRuleName(rulesTable, ruleNumber), ruleName)
self.assertEqual(dashboard.automation.getRuleDescription(rulesTable, ruleNumber), ruleDescription)
self.assertTrue(dashboard.automation.getRuleAutoStart(rulesTable, ruleNumber))
buttons = dashboard.automation.getRuleButtons(rulesTable, ruleNumber)
self.assertEqual(len(buttons), 4)
self.assertTrue(tools.waitUntil(lambda: dashboard.automation.getRuleStartStopButton(rulesTable, ruleNumber).get_attribute("class"), "btn btn-enableDisable btn-success"))
self.assertEqual(dashboard.automation.getRuleEditButton(rulesTable, ruleNumber).get_attribute("class"), "btn btn-edit btn-primary")
self.assertEqual(dashboard.automation.getRuleRemoveButton(rulesTable, ruleNumber).get_attribute("class"), "btn btn-delete btn-danger")
self.assertTrue(tools.waitUntil(lambda: dashboard.automation.getRuleState(rulesTable, ruleNumber) == dashboard.automation.RuleState.Error))
print ' Check rule was created on disk (corresponding script file)'
self.assertTrue(scripts.checkLocalRuleCodeById(1, ruleCode))
self.assertTrue(tools.waitUntil(lambda: scripts.checkLocalRuleLogById(1, ruleLog)))
def findOrAddTransform(styleFile, styleList, paths = None):
"""
Simple dictionary storing XSL Transforms. The key is the given styleFile (which
could be a string)
"""
global _createdTransforms
global _xml_parser
theKey = ' '.join(styleList)
# Get the last modification time of the given file to detect changes. First
# filter files because there could be some URLs
fileStyleList = [x for x in styleList if os.path.exists(x)]
ftime = sys.float_info.max
if fileStyleList != []:
ftime = max([os.path.getmtime(x) for x in fileStyleList])
(transform, tstamp) = _createdTransforms.get(theKey, (None, None))
if (transform != None) and (ftime <= tstamp):
# HIT
adagio.logDebug('treecache', None, 'HIT: ' + str(styleFile))
return transform
# expand includes and create transformation object
try:
transform = etree.parse(styleFile, _xml_parser)
except etree.XMLSyntaxError, e:
print i18n.get('severe_parse_error').format(styleFile)
print str(e)
sys.exit(1)
def clean(rule, dirObj):
"""
Clean the files produced by this rule
"""
adagio.logInfo(rule, dirObj, 'Cleaning')
# Get the files to process
toProcess = rules.getFilesToProcess(rule, dirObj)
if toProcess == []:
return
# Loop over all source files to process
dstDir = dirObj.getProperty(rule, 'dst_dir')
nupOption = dirObj.getProperty(rule, 'nup')
for datafile in toProcess:
# If file not found, terminate
if not os.path.isfile(datafile):
print i18n.get('file_not_found').format(datafile)
sys.exit(1)
# Derive the destination file name
dstFile = os.path.splitext(os.path.basename(datafile))[0] + \
'-' + nupOption + os.path.splitext(os.path.basename(datafile))[1]
dstFile = os.path.abspath(os.path.join(dstDir, dstFile))
if not os.path.exists(dstFile):
continue
rules.remove(dstFile)
return
def getFilesToProcess(rule, dirObj):
"""
Get the files to process by expanding the expressions in "files" and
concatenating the src_dir as prefix.
"""
# Safety guard, if srcFiles is empty, no need to proceed. Silence.
srcFiles = dirObj.getProperty(rule, 'files').split()
if srcFiles == []:
adagio.logDebug(rule, dirObj, i18n.get('no_file_to_process'))
return []
srcDir = dirObj.getProperty(rule, 'src_dir')
toProcess = []
for srcFile in srcFiles:
found = glob.glob(os.path.join(srcDir, srcFile))
# Something was given in the variable, but nothing was found. Warn the
# user but proceed.
if found == []:
print i18n.get('file_not_found').format(srcFile)
# Exiting here sometimes is needed (i.e. when searching for a source
# file to process) and sometimes it's ok (i.e. when searching for
# files to export). There should be a boolean to select either
# behavior
# sys.exit(1)
toProcess.extend(found)
return toProcess
def __build_advancedtab(self):
''' builds and returns the "Advanced" Tab for the TabControl '''
tabpage = TabPage()
tabpage.Text = i18n.get("ConfigFormAdvancedTab")
# 1. --- a description label for this tabpage
label = Label()
label.UseMnemonic = False
label.AutoSize = True
label.Location = Point(14, 25)
label.Size = Size(299, 17)
label.Text = i18n.get("ConfigFormAdvancedText")
# 2. --- build the update checklist (contains all the 'data' checkboxes)
tbox = RichTextBox()
tbox.Multiline = True
tbox.MaxLength = 65536
tbox.WordWrap = True
tbox.Location = Point(15, 50)
tbox.Size = Size(355, 200)
menu = ContextMenu()
items = menu.MenuItems
items.Add(MenuItem(i18n.get("TextCut"), lambda s, ea: tbox.Cut()))
items.Add(MenuItem(i18n.get("TextCopy"), lambda s, ea: tbox.Copy()))
items.Add(MenuItem(i18n.get("TextPaste"), lambda s, ea: tbox.Paste()))
tbox.ContextMenu = menu
self.__advanced_tbox = tbox
# 3. --- add 'em all to the tabpage
tabpage.Controls.Add(label)
tabpage.Controls.Add(self.__advanced_tbox)
return tabpage
def checkCreateErroneousRule(self, ruleName, ruleDescription, ruleCode, ruleLog):
print (' Check notifications')
notification.waitText(self.browser, notification.Type.Success, i18n.get()["modals"]["dashboard"]["sub-windows"]["automation-center"]["ruleSuccessfullyCreated"])
notification.waitSubText(self.browser, notification.Type.Error, i18n.get()["eventLogger"]["RuleFailed"].replace("{{who}}", ruleName))
print (' Check rule was inserted in rules table')
rulesTable = dashboard.automation.waitRulesTableHasNRules(self.browser, 1)
ruleNumber = 0
print (' Check rule data in rules table')
self.assertEqual(len(dashboard.automation.getRuleDatas(rulesTable, ruleNumber)), 5)
self.assertEqual(dashboard.automation.getRuleName(rulesTable, ruleNumber), ruleName)
self.assertEqual(dashboard.automation.getRuleDescription(rulesTable, ruleNumber), ruleDescription)
self.assertTrue(dashboard.automation.getRuleAutoStartState(rulesTable, ruleNumber))
buttons = dashboard.automation.getRuleButtons(rulesTable, ruleNumber)
self.assertEqual(len(buttons), 5)
self.assertTrue(tools.waitUntil(lambda: dashboard.automation.getRuleStartStopButton(rulesTable, ruleNumber).get_attribute("class"), "btn btn-enableDisable btn-success"))
self.assertEqual(dashboard.automation.getRuleStartStopButton(rulesTable, ruleNumber).get_attribute("class"), "btn btn-startStop btn-success")
self.assertEqual(dashboard.automation.getRuleEditButton(rulesTable, ruleNumber).get_attribute("class"), "btn btn-edit btn-primary")
self.assertEqual(dashboard.automation.getRuleDuplicateButton(rulesTable, ruleNumber).get_attribute("class"), "btn btn-duplicate btn-primary")
self.assertEqual(dashboard.automation.getRuleRemoveButton(rulesTable, ruleNumber).get_attribute("class"), "btn btn-delete btn-danger")
self.assertTrue(tools.waitUntil(lambda: dashboard.automation.getRuleState(rulesTable, ruleNumber) == dashboard.automation.RuleState.Error))
print (' Check rule was created on disk (corresponding script file)')
self.assertTrue(scripts.checkLocalRuleCodeById(1, ruleCode))
self.assertTrue(tools.waitUntil(lambda: scripts.checkLocalRuleLogById(1, ruleLog)))
def obtainXincludes(files):
"""
Obtain the files included using xinclude in the given file. Return a list
with the absolute filenames
"""
# Remember the old current directory because we are going to modify it
old_cwd = os.getcwd()
result = set([])
for fileName in files:
# We only accept absolute paths
if not os.path.isabs(fileName):
fileName = os.path.abspath(fileName)
# Get the directory where the file is located and change cwd
fDir = os.path.dirname(fileName)
os.chdir(fDir)
# Get the file parsed without expanding the xincludes
root = treecache.findOrAddTree(fileName, False)
# Path to locate the includes and dir of the given file
includePath = '//{http://www.w3.org/2001/XInclude}include'
# Obtain the included files
includeFiles = \
set([os.path.join(
x.attrib.get('{http://www.w3.org/XML/1998/namespace}base',
''),
x.attrib.get('href'))
for x in root.findall(includePath)
if x.attrib.get('href') != None and \
(x.attrib.get('parse') == None or
x.attrib.get('parse') == 'xml')])
# Traverse all the include files
for includeFile in includeFiles:
# Locate the file applying Adagio search rules
# locatedFile = dependency.locateFile(includeFile, [fDir])
locatedFile = treecache.xml_resolver.resolve_file(includeFile)
# If not found, notify and terminate
if locatedFile == None:
print i18n.get('file_not_found').format(includeFile)
print i18n.get('included_from'), fileName
sys.exit(1)
if os.path.dirname(os.path.abspath(locatedFile)) == fDir:
# If it is in the same dir, prepare to traverse
files.append(locatedFile)
else:
# If in another dir, append to the result
result.add(os.path.abspath(locatedFile))
# restore the original cwd
os.chdir(old_cwd)
return result
def Execute(rule, dirObj):
"""
Execute the rule in the given directory
"""
global has_executable
if has_executable == '':
has_executable = adagio.findExecutable(rule, dirObj)
# If the executable is not present, notify and terminate
if not has_executable:
print i18n.get('no_executable').format(dirObj.options.get(rule, 'exec'))
if dirObj.options.get(rule, 'partial') == '0':
sys.exit(1)
return
# Get the files to process, if empty, terminate
toProcess = rules.getFilesToProcess(rule, dirObj)
if toProcess == []:
adagio.logDebug(rule, dirObj, i18n.get('no_file_to_process'))
return
# Loop over all source files to process
executable = dirObj.getProperty(rule, 'exec')
extraArgs = dirObj.getProperty(rule, 'extra_arguments')
# The command is soffice --nologo --invisible --headless
# --convert-to pdf *.doc
command = [executable, '--nologo', '--invisible', '--headless',
'--convert-to', 'pdf']
command.extend(extraArgs.split())
dstDir = dirObj.getProperty(rule, 'src_dir')
for datafile in toProcess:
adagio.logDebug(rule, dirObj, ' EXEC ' + datafile)
# If file not found, terminate
if not os.path.isfile(datafile):
print i18n.get('file_not_found').format(datafile)
sys.exit(1)
# Derive the destination file name
dstFileName = os.path.splitext(os.path.basename(datafile))[0] + \
'.pdf'
dstFile = os.path.abspath(os.path.join(dstDir, dstFileName))
# Perform the execution
command.append(datafile)
# command.append('macro:///Tools.MSToPDF.ConvertMSToPDF(' + datafile + ')')
rules.doExecution(rule, dirObj, command, datafile, dstFile,
stdout = adagio.userLog)
command.pop(-1)
# End of loop over all src files
return
def prepareRule(rule, dirObj):
"""
Obtain the directories to process, calculate the options to set in the
remote execution and obtain the remote rules.
Return:
(list of dirs to process, remote rules, options to set in the remote exec)
"""
# Get the directories to process from the files option
toProcess = []
for srcDir in dirObj.getProperty(rule, 'files').split():
newDirs = glob.glob(srcDir)
if newDirs == []:
print i18n.get('file_not_found').format(srcDir)
sys.exit(1)
toProcess.extend(glob.glob(srcDir))
# Add the files included in files_included_from
filesIncluded = \
obtainXincludes(dirObj.getProperty(rule, 'files_included_from').split())
# The list of dirs is extended with a set to avoid duplications
toProcess.extend(set(map(lambda x: os.path.dirname(x), filesIncluded)))
# If there are no files to process stop
if toProcess == []:
adagio.logDebug(rule, dirObj, i18n.get('no_file_to_process'))
return (toProcess, [], None, '')
# Translate all paths to absolute paths
toProcess = map(lambda x: os.path.abspath(x), toProcess)
# Rules to execute in the remote directory
remoteRules = dirObj.getProperty(rule, 'rules').split()
# Create the option dict for the remote directories
optionsToSet = []
newExportDir = dirObj.getProperty(rule, 'export_dst')
if newExportDir != '':
# If a new dst_dir has been specified, include the options to modify
# that variable for each of the rules
if remoteRules != []:
# If there are some given rules, use them
optionsToSet = [x + ' dst_dir ' + newExportDir
for x in remoteRules if x.startswith('export')]
else:
# If no rule is given, leave the option in the export.dst_dir
# to its default value default
optionsToSet = ['export dst_dir ' + newExportDir]
adagio.logInfo(rule, dirObj, 'NEW Options = ' + ', '.join(optionsToSet))
return (toProcess, remoteRules, optionsToSet, newExportDir)
def __init__(self, path = os.getcwd(), givenOptions = []):
# Initial values
self.previous_dir = os.getcwd()
self.current_dir = os.path.abspath(path)
self.givenOptions = ''
self.options = None
self.rule_list = []
self.alias = {}
self.current_rule = None
self.executing = False
self.executed_rules = set([])
self.option_files = set([])
adagio.logInfo('Directory', None,
'New dir object in ' + self.current_dir)
configDefaults = adagio.getConfigDefaults(self.current_dir)
# Compute the project home
os.chdir(self.current_dir)
detected_project_home = findProjectDir(configDefaults['project_file'],
self.current_dir)
configDefaults['project_home'] = detected_project_home
os.chdir(self.previous_dir)
# Compute the relative_basedir (relative path from basedir to
# project_home
configDefaults['relative_basedir'] = \
os.path.relpath(self.current_dir, detected_project_home)
# Safe parser to store the options, the defaults are loaded here
self.options = properties.initialConfig(configDefaults)
#
# STEP 1: Load the default options from the Rule files
#
adagio.LoadDefaults(self.options)
#
# STEP 2: Load the ~/.adagiorc if any
#
userAdagioConfig = os.path.normpath(os.path.join(os.path.expanduser('~'),
'.adagiorc'))
if os.path.isfile(userAdagioConfig):
# Swallow user file on top of global options, and if trouble, report
# up
try:
(newFiles, b) = properties.loadConfigFile(self.options,
userAdagioConfig,
self.alias)
self.option_files.update(newFiles)
except ValueError, e:
print i18n.get('severe_parse_error').format(userAdagioConfig)
print str(e)
sys.exit(3)
def Execute(rule, dirObj):
"""
Execute the rule in the given directory
"""
global has_executable
if has_executable == '':
has_executable = adagio.findExecutable(rule, dirObj)
# If the executable is not present, notify and terminate
if not has_executable:
print i18n.get('no_executable').format(dirObj.options.get(rule, 'exec'))
if dirObj.options.get(rule, 'partial') == '0':
sys.exit(1)
return
# Get the files to process, if empty, terminate
toProcess = rules.getFilesToProcess(rule, dirObj)
if toProcess == []:
return
# Prepare the command to execute
executable = dirObj.getProperty(rule, 'exec')
dstDir = dirObj.getProperty(rule, 'dst_dir')
nupOption = dirObj.getProperty(rule, 'nup')
# Loop over all source files to process
for datafile in toProcess:
adagio.logDebug(rule, dirObj, ' EXEC ' + datafile)
# If file not found, terminate
if not os.path.isfile(datafile):
print i18n.get('file_not_found').format(datafile)
sys.exit(1)
# Derive the destination file name
dstFile = os.path.splitext(os.path.basename(datafile))[0] + \
'-' + nupOption + os.path.splitext(os.path.basename(datafile))[1]
dstFile = os.path.abspath(os.path.join(dstDir, dstFile))
# Add the input file to the command
command = [executable]
if nupOption != '':
command.extend(['--outfile', dstFile])
command.extend(dirObj.getProperty(rule,
'extra_arguments').split())
command.append(datafile)
# Perform the execution
rules.doExecution(rule, dirObj, command, datafile, dstFile,
adagio.userLog, adagio.userLog)
return
def treatTemplate(config, filename, newOptions, sname, aliasDict, includeChain):
"""
Process template and parse the required files.
- Config what you have so far
- filename file where the template is found
- NewOptions is the new config
- sname is the rule name where the template was detected
- includeChain are the files that are included
Returns the pair (set of files processed, list of rules detected)
"""
# Get the pairs in the template rule that are not in the defaults
# dictionary
fileItem = [(a, b) for (a, b) in newOptions.items(sname)
if not a in newOptions.defaults()]
# There must be a single option with name 'files'
if len(fileItem) != 1:
print i18n.get('template_error').format(filename)
sys.exit(1)
# The option must have name files
if fileItem[0][0] != 'files':
print i18n.get('incorrect_option_in_file').format(fileItem[0][0],
filename)
sys.exit(1)
# Add template rule to the given config to evaluate the files assignment
templateFiles = setProperty(config, sname, 'files', fileItem[0][1],
fileName = filename,
createRule = True,
createOption = True).split()
# Remove rule from the original config:
config.remove_section(sname)
# Process the template files recursively!
result = (set([]), [])
for fname in templateFiles:
# Get the full path of the template
if os.path.isabs(fname):
templateFile = fname
else:
templateFile = os.path.abspath(os.path.join(os.path.dirname(filename), fname))
(a, b) = loadConfigFile(config,
os.path.normpath(templateFile),
aliasDict, includeChain)
result[0].update(a)
result[1].extend(b)
return result
def delegate():
# NOTE: now we're on the ComicForm Application Thread
self.__current_book = book
self.__current_page = 0
self.__current_page_count = page_count
self.__label.Text = i18n.get("ComicFormScrapingLabel") + book_name
self.__pbox_panel.set_image(page_image) # cover image may be None
self.__progbar.PerformStep()
self.__progbar.Maximum = self.__progbar.Value + num_remaining
self.__cancel_button.Text=\
i18n.get("ComicFormCancelButton").format(sstr(num_remaining))
self.Update()
def delegate():
# NOTE: now we're on the ComicForm Application Thread
self.__current_book = book
self.__current_page = 0
self.__current_page_count = page_count
self.__label.Text = i18n.get("ComicFormScrapingLabel") + book_name
self.__pbox_panel.set_image(page_image) # cover image may be None
self.__progbar.PerformStep()
self.__progbar.Maximum = self.__progbar.Value + num_remaining
self.__cancel_button.Text=\
i18n.get("ComicFormCancelButton").format(sstr(num_remaining))
self.Update()
def checkDateFormat(d, f):
"""
Check if the date d is compliant with the format f. If not, terminate with a
message.
Returns the datetime object with the date
"""
try:
result = datetime.datetime.strptime(d, f)
except ValueError, e:
print i18n.get('date_incorrect_format').format(d, f)
print str(e)
sys.exit(1)
def doShuffle(toProcess, dirObj):
# Every source file given is processed to know how many permutations will be
# produced.
rawFiles = []
for fname in toProcess:
# Get the result files
resultFiles = doGetShuffledFiles(fname)
# Accumulate the list
rawFiles.extend(resultFiles)
# Update the dependencies (apply update to all elements in resultFiles)
try:
sources = set([fname])
sources.update(dirObj.option_files)
map(lambda x: dependency.update(x, sources), resultFiles)
except etree.XMLSyntaxError, e:
print i18n.get('severe_parse_error').format(fName)
print e
sys.exit(1)
# If all the permutation files are up to date, no need to process
if reduce(lambda x, y: x and y,
[dependency.isUpToDate(x) for x in resultFiles]):
print i18n.get('testexam_no_shuffle_required').format(fname)
continue
print i18n.get('testexam_shuffling').format(fname)
permutations = testshuffle.main(fname, adagio.userLog)
if permutations == 0:
print i18n.get('testexam_no_permutations').format(fname)
sys.exit(1)
async def _get(self, ctx: Context, key: str):
embed: Embed = Embed(title=t("locale.title", k=key))
embed.add_field(name=t("locale.translation"),
value=t(key, prefix=self._bot.command_prefix,
command="lang",
name=ctx.author.name,
name2=f"{ctx.author.name}_2",
id=ctx.author.id,
id2=str(ctx.author.id)[::-1],
locale=get("locale"),
locales=get("available_locales"),
k=key,
role_id=choice(ctx.guild.roles).id))
await ctx.send(embed=embed)
def __build_skip_label(self, skipped_n):
'''
Builds and returns the 'number skipped' Label for this form.
'skipped_n' -> the number of books that were skipped.
'''
label = Label()
label.UseMnemonic = False
label.Location = Point(10, 30)
label.Size = Size(280, 13)
label.TextAlign = ContentAlignment.MiddleCenter
label.Text = i18n.get("FinishFormSkippedSingle") if skipped_n==1 else \
i18n.get("FinishFormSkippedPlural").format(skipped_n)
return label
def __build_skip_label(self, skipped_n):
'''
Builds and returns the 'number skipped' Label for this form.
'skipped_n' -> the number of books that were skipped.
'''
label = Label()
label.UseMnemonic = False
label.Location = Point(10, 30)
label.Size = Size(280, 13)
label.TextAlign = ContentAlignment.MiddleCenter
label.Text = i18n.get("FinishFormSkippedSingle") if skipped_n==1 else \
i18n.get("FinishFormSkippedPlural").format(skipped_n)
return label
def generate_suite_variables(self):
robot_buildIn = BuiltIn()
is_prefer = i18n.get('is_prefer')
prefer_lang = i18n.get('prefer')
keys = self._get_all_unique_keys()
for key in keys:
robot_buildIn.log('Generate variable for ' + key)
value = ''
if is_prefer:
value = self.translate_message_with_prefer_language(
key, prefer_lang)
else:
value = self.translate_message(key)
robot_buildIn.set_suite_variable('${' + key + '}', "" + value)
def Execute(rule, dirObj):
"""
Execute the rule in the given directory
"""
# Get the files to process, if empty, terminate
toProcess = rules.getFilesToProcess(rule, dirObj)
if toProcess == []:
return
# Every source file given is processed to know how many permutations will be
# rawFiles contains the list of files produced that need to be processed
rawFiles = doShuffle(toProcess, dirObj)
# Prepare the style transformation
styleFiles = dirObj.getProperty(rule, 'styles')
styleTransform = xsltproc.createStyleTransform(styleFiles.split())
if styleTransform == None:
print i18n.get('no_style_file')
return
# Create the dictionary of stylesheet parameters
styleParams = xsltproc.createParameterDict(rule, dirObj)
# Create a list with the param dictionaries to use in the different versions
# to be created.
paramDict = []
produceValues = set(dirObj.getProperty(rule, 'produce').split())
if 'regular' in produceValues:
# Create the regular version, no additional parameters needed
paramDict.append(({}, ''))
if 'solution' in produceValues:
paramDict.append(({'solutions.include.guide': "'yes'",
'adagio.testquestions.include.solutions': "'yes'"},
'_solution'))
if 'pguide' in produceValues:
paramDict.append(({'solutions.include.guide': "'yes'",
'adagio.testquestions.include.solutions': "'yes'",
'professorguide.include.guide': "'yes'",
'adagio.testquestions.include.id': "'yes'",
'adagio.testquestions.include.history': "'yes'"},
'_pguide'))
# Apply all these transformations.
xsltproc.doTransformations(styleFiles.split(), styleTransform, styleParams,
rawFiles, rule, dirObj, paramDict)
return
def handle_error(error):
'''
Handles the given error object (a python or .net exception) by formatting it
nicely and then printing it to the debug log. If the 'app_window' provided
to the 'install' method was not None, an "unexpected error" message
will also be displayed for the user in a modal dialog owned by the
app_window.
This method should be an application's normal way to handle unexpected
errors and exceptions.
'''
global __logger, __app_window
if not __logger:
return
# if none, do current python exception. else sstr() the given exception
if isinstance(error, Exception):
debug("------------------- PYTHON ERROR ------------------------")
debug_exc() # a python exception
else:
debug("-------------------- .NET ERROR -------------------------")
debug(utils.sstr(error).replace('\r','')) # a .NET exception
if __app_window:
handled = False
if type(error) == DatabaseConnectionError:
# if this is a DatabaseConnectionError, then it is a semi-expected
# error that may get a special error message
if error.get_error_code_s() == "100": # coryhigh: i18n
MessageBox.Show(__app_window, # invalid api key
i18n.get("LogDBErrorApiKeyText").format(error.get_db_name_s()),
i18n.get("LogDBErrorTitle"), MessageBoxButtons.OK,
MessageBoxIcon.Warning)
handled = True
elif error.get_error_code_s() == "107":
MessageBox.Show(__app_window, # rate limit reached
i18n.get("LogDBErrorRateText").format(error.get_db_name_s()),
i18n.get("LogDBErrorTitle"), MessageBoxButtons.OK,
MessageBoxIcon.Warning)
handled = True
elif error.get_error_code_s() == "0":
MessageBox.Show(__app_window, # generic
i18n.get("LogDBErrorText").format(error.get_db_name_s()),
i18n.get("LogDBErrorTitle"), MessageBoxButtons.OK,
MessageBoxIcon.Warning)
handled = True
if not handled:
# all other errors are considered "unexpected", and handled generically
result = MessageBox.Show(__app_window, i18n.get("LogErrorText"),
i18n.get("LogErrorTitle"), MessageBoxButtons.YesNo,
MessageBoxIcon.Error)
if result == DialogResult.Yes:
save(True)
def setProperty(config, rule, option, value, fileName = None,
createRule = None, createOption = None):
"""
Function that sets the given value for the rule.option in the given
config and returns the resulting value (after interpolation). createRule
and createOption is the boolean allowing the creation of both.
"""
# Obtain the rule prefix
rulePrefix = rule.split('.')[0]
# Check if the rule is allowed,
if (not createRule) and (not config.has_section(rulePrefix)):
# Rule prefix does not exist in config, and creation is not allowed
raise ValueError('Rule ' + rulePrefix + ' not allowed.')
# Create the rule if needed
if not config.has_section(rule):
config.add_section(rule)
# See if the option is already present in the config
try:
optionPresent = True
getProperty(config, rule, option)
except ConfigParser.NoOptionError:
optionPresent = False
# Check if option is allowed
if (not createOption) and (not optionPresent):
# Option does not exist in config, and creation is not allowed
raise ValueError('Option ' + option + ' not allowed.')
# Insert the option
config.set(rule, option, value)
# Register the rule.option also in the __ADAGIO_GIVEN_RULE_NAME
config.set(_adagio_given_definiton_rule_name,
rule + '.' + option, value)
# Get the option just inserted to verify interpolation errors
try:
finalValue = config.get(rule, option)
except (ConfigParser.InterpolationDepthError,
ConfigParser.InterpolationMissingOptionError), e:
if fileName != None:
print i18n.get('severe_parse_error').format(fileName)
print i18n.get('incorrect_variable_reference').format(value)
sys.exit(3)
def __build_gui(self):
''' Constructs and initializes the gui for this form. '''
# 1. --- build each gui component
self.__ok_button = self.__build_okbutton()
self.__cancel_button = self.__build_cancel_button()
self.__restore_button = self.__build_restore_button()
self.__tabcontrol = self.__build_tabcontrol()
# 2. -- configure this form, and add all the gui components to it
self.AutoScaleMode = AutoScaleMode.Font
self.ClientSize = Size(416, 375)
self.Text = i18n.get("ConfigFormTitle")
self.Controls.Add(self.__ok_button)
self.Controls.Add(self.__cancel_button)
self.Controls.Add(self.__restore_button)
self.Controls.Add(self.__tabcontrol)
# 3. -- define the keyboard focus tab traversal ordering
self.__ok_button.TabIndex = 0
self.__cancel_button.TabIndex = 1
self.__restore_button.TabIndex = 2
self.__tabcontrol.TabIndex = 3
self.__fired_update_gui()
def __build_gui(self, scraped_n, skipped_n):
'''
Constructs and initializes the gui for this form.
'scraped_n' -> the number of books that were scraped (reported to user)
'skipped_n' -> the number of books that were skipped (reported to user)
'''
# 1. --- build each gui component
scrape_label = self.__build_scrape_label(scraped_n)
skip_label = self.__build_skip_label(skipped_n)
ok = self.__build_okbutton()
# 2. --- configure this form, and add all the gui components to it
self.AcceptButton = ok
self.AutoScaleMode = AutoScaleMode.Font
self.Text = i18n.get("FinishFormTitle").format(
Resources.SCRIPT_VERSION)
self.ClientSize = Size(300, 90)
self.Controls.Add(scrape_label)
self.Controls.Add(skip_label)
self.Controls.Add(ok)
# 3. --- define the keyboard focus tab traversal ordering
ok.TabIndex = 0
def __build_label(self, series_ref):
''' builds and returns the main text label for this form '''
# 1. compute the best possible full name for the given SeriesRef
name_s = series_ref.series_name_s
publisher_s = series_ref.publisher_s
vol_year_n = series_ref.volume_year_n
vol_year_s = sstr(vol_year_n) if vol_year_n > 0 else ''
fullname_s = ''
if name_s:
if publisher_s:
if vol_year_s:
fullname_s = "'"+name_s+"' ("+publisher_s+", " + vol_year_s + ")"
else:
fullname_s = "'"+name_s+"' (" + publisher_s + ")"
else:
fullname_s = "'"+name_s+"'"
label = Label()
label.UseMnemonic = False
sep = ' ' if len(fullname_s) > 40 else '\n'
label.Text = i18n.get("IssueFormChooseText").format(fullname_s, sep)
if self.__config.show_covers_b:
label.Location = Point(218, 20)
label.Size = Size(480, 40)
else:
label.Location = Point(10, 20)
label.Size = Size(680, 40)
return label
def __build_label(self, books):
'''
Builds and returns the Label for this form.
'books' -> a list of all the comic books being scraped.
'''
plural = len(books) != 1
label = Label()
label.UseMnemonic = False
label.AutoSize = True
label.Location = Point(9, 10)
label.Size = Size(319, 13)
label.Text = i18n.get("WelcomeFormTextPlural").format(len(books)) \
if plural else i18n.get("WelcomeFormTextSingle")
return label
def versionToInteger(version):
"""
Fucntion that given a ??.??.?? version (all digits), produces an integer.
"""
match = re.match('^(?P<major>[0-9]+)\.(?P<minor>[0-9]+)\.(?P<pt>[0-9]+)$',
version)
if not match:
print i18n.get('incorrect_version_format').version
sys.exit(3)
result = 0
result = 1000000 * int(match.group('major')) + \
10000 * int(match.group('minor')) + int(match.group('pt'))
return result
def doTest_removeRule(self, initialConditionsFct):
print(' Open rules dashboard')
dashboard.open(self.browser)
dashboard.openAutomation(self.browser)
ruleNumber = 0
print(' Get rule table')
rulesTable = dashboard.automation.waitRulesTableHasNRules(
self.browser, 1)
removeButton = dashboard.automation.getRuleRemoveButton(
rulesTable, ruleNumber)
initialConditionsFct(rulesTable, ruleNumber)
print(' Remove rule')
removeButton.click()
confirmationModal = modals.waitOkCancelModal(self.browser)
confirmationModal.ok()
print(' Expect notification')
notification.waitText(
self.browser, notification.Type.Success,
i18n.get()["modals"]["dashboard"]["sub-windows"]
["automation-center"]["ruleDeleted"])
print(' Check table was updated')
self.assertTrue(
tools.waitUntil(
lambda: dashboard.automation.getRuleNumberInTable(
self.browser, rulesTable) == 0, 5))
def test_simpleQuery(self):
print '=== Simple query test ==='
pluginNumber = 0
print ' Select query'
pluginsTable = dashboard.plugins.waitPluginsTableHasNPlugins(
self.browser, 1)
tools.waitUntil(lambda: dashboard.plugins.getPluginExtraCommandButton(
pluginsTable, pluginNumber).is_enabled())
button = dashboard.plugins.getPluginExtraCommandButton(
pluginsTable, pluginNumber)
button.click()
select = button.find_element_by_xpath(
".//following-sibling::ul[@class='dropdown-menu dropdown-extraqueries']"
)
select.find_element_by_xpath(
".//li/a[@class='btn-extraQuery-simpleCommand']").click()
notification.waitText(
self.browser, notification.Type.Success,
i18n.get()["core"]["plugins"]["extraquery"]["success"].replace(
"{{extraquery}}",
i18n.getPlugin("dev-fakePlugin")["extraQueries"]
["simpleCommand"]["name"]))
def __build_label(self, series_ref):
""" builds and returns the main text label for this form """
# 1. compute the best possible full name for the given SeriesRef
name_s = series_ref.series_name_s
publisher_s = series_ref.publisher_s
vol_year_n = series_ref.volume_year_n
vol_year_s = sstr(vol_year_n) if vol_year_n > 0 else ""
fullname_s = ""
if name_s:
if publisher_s:
if vol_year_s:
fullname_s = "'" + name_s + "' (" + publisher_s + ", " + vol_year_s + ")"
else:
fullname_s = "'" + name_s + "' (" + publisher_s + ")"
else:
fullname_s = "'" + name_s + "'"
label = Label()
label.UseMnemonic = False
sep = " " if len(fullname_s) > 40 else "\n"
label.Text = i18n.get("IssueFormChooseText").format(fullname_s, sep)
if self.__config.show_covers_b:
label.Location = Point(218, 20)
label.Size = Size(480, 40)
else:
label.Location = Point(10, 20)
label.Size = Size(680, 40)
return label
def test_dataBindingPluginCommandQuery(self):
print '=== Query with data binding with plugin test ==='
pluginNumber = 0
print ' Select query'
pluginsTable = dashboard.plugins.waitPluginsTableHasNPlugins(
self.browser, 1)
tools.waitUntil(lambda: dashboard.plugins.getPluginExtraCommandButton(
pluginsTable, pluginNumber).is_enabled())
button = dashboard.plugins.getPluginExtraCommandButton(
pluginsTable, pluginNumber)
button.click()
select = button.find_element_by_xpath(
".//following-sibling::ul[@class='dropdown-menu dropdown-extraqueries']"
)
select.find_element_by_xpath(
".//li/a[@class='btn-extraQuery-dataBindingPluginCommand']").click(
)
modal = self.waitExtraQueryParameterModal()
modal.setEnumField(
"plugins.dev-fakePlugin:extraQueries.dataBindingPluginCommand.commandData.dynamicSection",
0)
modal.ok()
notification.waitText(
self.browser, notification.Type.Success,
i18n.get()["core"]["plugins"]["extraquery"]["success"].replace(
"{{extraquery}}",
i18n.getPlugin("dev-fakePlugin")["extraQueries"]
["dataBindingPluginCommand"]["name"]))
def test_changePluginStateMessageQuery(self):
print '=== Query of change plugin state test ==='
pluginNumber = 0
print ' Select query'
pluginsTable = dashboard.plugins.waitPluginsTableHasNPlugins(
self.browser, 1)
tools.waitUntil(lambda: dashboard.plugins.getPluginExtraCommandButton(
pluginsTable, pluginNumber).is_enabled())
button = dashboard.plugins.getPluginExtraCommandButton(
pluginsTable, pluginNumber)
button.click()
select = button.find_element_by_xpath(
".//following-sibling::ul[@class='dropdown-menu dropdown-extraqueries']"
)
select.find_element_by_xpath(
".//li/a[@class='btn-extraQuery-changePluginStateMessage']").click(
)
modal = self.waitExtraQueryParameterModal()
modal.setTextField(
"plugins.dev-fakePlugin:extraQueries.changePluginStateMessage.commandData.newStateMessage",
"message associated to plugin state")
modal.ok()
notification.waitText(
self.browser, notification.Type.Success,
i18n.get()["core"]["plugins"]["extraquery"]["success"].replace(
"{{extraquery}}",
i18n.getPlugin("dev-fakePlugin")["extraQueries"]
["changePluginStateMessage"]["name"]))
def __key_was_released(self, sender, args):
""" Called whenever the user releases any key on this form. """
# unhighlight the skip button bold whenever the user releases control key
if args.KeyCode == Keys.ControlKey:
self.__pressing_controlkey = False
self.__skip_button.Text = i18n.get("IssueFormSkip")
def __was_deactivated(self, sender, args):
""" Called whenever this form gets deactivated, for any reason """
# unhighlight the skip button bold whenever we deactivate
if self.__pressing_controlkey:
self.__pressing_controlkey = False
self.__skip_button.Text = i18n.get("IssueFormSkip")
def test_editStoppedRule(self):
print('=== Edit of a stopped rule test ===')
ruleNumber = 0
# Edit the first rule
print('Open the rule edit modal')
rulesTable = dashboard.automation.waitRulesTableHasNRules(
self.browser, 1)
tools.waitUntil(lambda: dashboard.automation.getRuleEditButton(
rulesTable, ruleNumber).is_enabled())
dashboard.automation.getRuleEditButton(rulesTable, ruleNumber).click()
print('Change rule description')
ruleNewDescription = "This is the new rule description"
editRuleModal = dashboard.automation.waitEditRuleModal(self.browser)
editRuleModal.setRuleDescription(ruleNewDescription)
editRuleModal.ok()
print('Check modified rule')
notification.waitText(
self.browser, notification.Type.Success,
i18n.get()["modals"]["dashboard"]["sub-windows"]
["automation-center"]["ruleSuccessfullyUpdated"])
rulesTable = dashboard.automation.waitRulesTableHasNRules(
self.browser, 1)
ruleDatas = dashboard.automation.getRuleDatas(rulesTable, ruleNumber)
tools.waitUntil(lambda: len(ruleDatas[1].text) > 0)
self.assertEqual(ruleDatas[1].text, ruleNewDescription)
self.assertEqual(
dashboard.automation.getRuleState(rulesTable, ruleNumber),
dashboard.automation.RuleState.Stopped)
self.assertFalse(
dashboard.automation.getRuleAutoStartState(rulesTable, ruleNumber))
def __key_was_pressed(self, sender, args):
""" Called whenever the user presses any key on this form. """
# highlight the skip button whenever the user presses control key
if args.KeyCode == Keys.ControlKey and not self.__pressing_controlkey:
self.__pressing_controlkey = True
self.__skip_button.Text = "- " + i18n.get("IssueFormSkip") + " -"
def __key_was_pressed(self, sender, args):
''' Called whenever the user presses any key on this form. '''
# highlight the skip button whenever the user presses control key
if args.KeyCode == Keys.ControlKey and not self.__pressing_controlkey:
self.__pressing_controlkey = True
self.__skip_button.Text = "- " + i18n.get("SeriesFormSkip") + " -"
def __build_gui(self):
''' Constructs and initializes the gui for this form. '''
# 1. --- build each gui component
self.__ok_button = self.__build_okbutton()
self.__cancel_button = self.__build_cancel_button()
self.__restore_button = self.__build_restore_button()
self.__tabcontrol = self.__build_tabcontrol()
# 2. -- configure this form, and add all the gui components to it
self.AutoScaleMode = AutoScaleMode.Font
self.ClientSize = Size(416, 375)
self.Text = i18n.get("ConfigFormTitle")
self.Controls.Add(self.__ok_button)
self.Controls.Add(self.__cancel_button)
self.Controls.Add(self.__restore_button)
self.Controls.Add(self.__tabcontrol)
# 3. -- define the keyboard focus tab traversal ordering
self.__ok_button.TabIndex = 0
self.__cancel_button.TabIndex = 1
self.__restore_button.TabIndex = 2
self.__tabcontrol.TabIndex = 3
self.__fired_update_gui()
def __was_deactivated(self, sender, args):
''' Called whenever this form gets deactivated, for any reason '''
# unhighlight the skip button bold whenever we deactivate
if self.__pressing_controlkey:
self.__pressing_controlkey = False
self.__skip_button.Text = i18n.get("SeriesFormSkip")
def __key_was_released(self, sender, args):
''' Called whenever the user releases any key on this form. '''
# unhighlight the skip button bold whenever the user releases control key
if args.KeyCode == Keys.ControlKey:
self.__pressing_controlkey = False
self.__skip_button.Text = i18n.get("SeriesFormSkip")
def test_asyncEQwithProgressionQuery(self):
print '=== Query with progress following test ==='
pluginNumber = 0
print ' Select query'
pluginsTable = dashboard.plugins.waitPluginsTableHasNPlugins(
self.browser, 1)
tools.waitUntil(lambda: dashboard.plugins.getPluginExtraCommandButton(
pluginsTable, pluginNumber).is_enabled())
button = dashboard.plugins.getPluginExtraCommandButton(
pluginsTable, pluginNumber)
button.click()
select = button.find_element_by_xpath(
".//following-sibling::ul[@class='dropdown-menu dropdown-extraqueries']"
)
select.find_element_by_xpath(
".//li/a[@class='btn-extraQuery-asyncEQwithProgression']").click()
modal = self.waitExtraQueryParameterModal()
modal.setFileField(
"plugins.dev-fakePlugin:extraQueries.asyncEQwithProgression.commandData.fileContent",
__file__)
modal.ok()
notification.waitText(
self.browser, notification.Type.Success,
i18n.get()["core"]["plugins"]["extraquery"]["success"].replace(
"{{extraquery}}",
i18n.getPlugin("dev-fakePlugin")["extraQueries"]
["asyncEQwithProgression"]["name"]), 20)
def checkCreatedPluginSequence(test, pluginInstanceName, pluginType,
hasExtraCommand, hasLog):
""" Check successfull plugin creation all-in-one sequence """
print ' Check notification'
notification.waitText(
test.browser, notification.Type.Success,
i18n.get()["modals"]["configure-plugin"]["pluginSuccessfullyCreated"])
print ' Check plugins table'
pluginsTable = waitPluginsTableHasNPlugins(test.browser, 1)
pluginNumber = 0
test.assertEqual(len(getPluginDatas(pluginsTable, pluginNumber)), 5)
test.assertEqual(getPluginName(pluginsTable, pluginNumber),
pluginInstanceName)
test.assertEqual(
getPluginType(pluginsTable, pluginNumber).lstrip(),
i18n.getPlugin(pluginType)["name"])
test.assertTrue(getPluginAutoStartState(pluginsTable, pluginNumber))
buttons = getPluginButtons(pluginsTable, pluginNumber)
expectedButtonCount = 3 + (1 if hasExtraCommand else 0) + (1 if hasLog else
0)
test.assertEqual(len(buttons), expectedButtonCount)
buttonIndex = 0
startStopButton = getPluginStartStopButton(pluginsTable, pluginNumber)
test.assertEqual(startStopButton, buttons[buttonIndex])
tools.waitUntil(
lambda: "btn-warning" in startStopButton.get_attribute("class"))
buttonIndex += 1
configureButton = getPluginConfigureButton(pluginsTable, pluginNumber)
test.assertEqual(configureButton, buttons[buttonIndex])
test.assertIn("btn-primary", configureButton.get_attribute("class"))
buttonIndex += 1
if hasExtraCommand:
extraCommandButton = getPluginExtraCommandButton(
pluginsTable, pluginNumber)
test.assertEqual(extraCommandButton, buttons[buttonIndex])
test.assertIn("btn-success", extraCommandButton.get_attribute("class"))
buttonIndex += 1
if hasLog:
logButton = getPluginLogButton(pluginsTable, pluginNumber)
test.assertEqual(logButton, buttons[buttonIndex])
test.assertIn("btn-info", logButton.get_attribute("class"))
buttonIndex += 1
removeButton = getPluginRemoveButton(pluginsTable, pluginNumber)
test.assertEqual(removeButton, buttons[buttonIndex])
test.assertIn("btn-danger", removeButton.get_attribute("class"))
buttonIndex += 1
WebDriverWait(test.browser, 20).until(lambda browser: getPluginState(
pluginsTable, pluginNumber) == PluginState.Running)
def __build_label(self, search_terms_s, num_matches_n):
'''
Builds and return the text label for this form.
'search_terms_s' -> user's search string that was used to find series
'num_matches_n' -> number of series (table rows) the user's search matched
'''
label = Label()
label.UseMnemonic = False
label.Location = Point(10, 20)
label.Size = Size(480, 40)
if num_matches_n > 1:
label.Text = i18n.get("SeriesFormChooseText")\
.format(search_terms_s, num_matches_n )
else:
label.Text = i18n.get("SeriesFormConfirmText").format(search_terms_s)
return label
def __build_okbutton(self):
''' builds and returns the ok button for this form '''
button = Button()
button.DialogResult = DialogResult.OK
button.Location = Point(15, 362)
button.Size = Size(90, 24)
button.Text = i18n.get("SeriesFormOK")
return button
def __build_label(self):
''' builds and returns the text label for this form '''
label = Label()
label.UseMnemonic = False
label.Location = Point(10, 110 if self.__fail_label_is_visible else 10)
label.Size = Size(415, 20)
label.Text = i18n.get("SearchFormText")
return label
def waitAddPageModal(browser):
modal = WebDriverWait(browser, 10).until(
Condition.visibility_of_element_located(
(By.XPATH, ".//div[@id='modify-page-modal']")))
if modal.find_element_by_xpath(
".//h4[@class='modal-title']").text == i18n.get(
)["modals"]["modify-page"]["createNewPageTitle"]:
return AddPageModal(modal)
assert False
def __build_skipbutton(self):
''' builds and return the skip button for this form '''
button = Button()
button.DialogResult = DialogResult.Ignore
button.Location = Point(110, 362)
button.Size = Size(90, 24)
button.Text = i18n.get("SeriesFormSkip")
return button
def __build_backbutton(self):
''' builds and returns the back button for this form '''
button = Button()
button.DialogResult = DialogResult.Retry
button.Location = Point(595, 362)
button.Size = Size(125, 24)
button.Text = i18n.get("IssueFormGoBack")
return button
async def lang(self, ctx: Context):
if ctx.invoked_subcommand:
return
embed: Embed = Embed(title=t("locale.language"))
embed.add_field(name=t("locale.current"),
value=f"**{get('locale')}** {t('flag')}")
embed.add_field(name=t("locale.available"),
value=", ".join(get("available_locales")))
await ctx.send(embed=embed)
def __build_restore_button(self):
''' builds and returns the restore button for this form '''
button = Button()
button.Click += self.__fired_restore_defaults
button.Location = Point(10, 343)
button.Size = Size(170, 23)
button.Text = i18n.get("ConfigFormRestore")
return button
def __build_cancel_button(self):
''' builds and returns the cancel button for this form '''
button = Button()
button.DialogResult = DialogResult.Cancel
button.Location = Point(315, 343)
button.Size = Size(90, 23)
button.Text = i18n.get("ConfigFormCancel")
return button
