def __init__(self, wd=DIR_UPLOADS):
"""
Constructor de la clase.
:param wd: Working directory, carpeta de trabajo sobre la cual se cargarán los distintos archivos
:type wd: str
:return: void
:rtype: None
"""
# Se instancian los super
err.ExceptionBehaviour.__init__(self)
VarTypedClass.__init__(self)
# Carga de configuraciones
config = ConfigLoader(DIR_CONFIG, "filemanager.ini")
core_config = ConfigLoader(DIR_CONFIG, "core.ini")
folder_config = ConfigLoader(DIR_CONFIG, "folder.ini")
package_config = ConfigLoader(DIR_CONFIG, "packages.ini")
# Parámetros de extracción
self._autoExtract = config.is_true("AUTOEXTRACT") # Auto extraer un archivo comprimido
self._doRemoveExtractedFolders = config.is_true("DO_REMOVE_EXTRACTED_FOLDERS")
self._extractIfFolderAlreadyExists = config.is_true("REPLACE_IF_FOLDER_ALREADY_EXISTS")
if config.param_exists("RAR_EXTRACT_ENCODING"):
self._rarFileEncoding = config.get_value("RAR_EXTRACT_ENCODING")
else:
self._rarFileEncoding = _DEFAULT_RAR_EXTRACT_ENCODING
# Parámetros de exclusión
self._ignoredFiles = folder_config.get_value_listed("IGNORE")
self._removeOnExtract = config.is_true("REMOVE_ON_EXTRACT")
# Parámetros de caracteres
self._doCharactersRestricted = config.is_true("CHARACTERS_DO_RESTRICT")
self._needDotOnFile = package_config.is_true("NEED_DOT_ON_FILE")
self._validChars = package_config.get_value("VALID_CHARACTERS")
self._validChars_rec = self._validChars
self._validStructureChars = package_config.get_value("VALID_STRUCTURE_CHARACTERS")
self._validRegexChars = package_config.get_value("VALID_REGEX_CHARACTERS")
# Otros parámetros
if package_config.param_exists("ENCODE"):
self._fileEncoding = package_config.get_value("ENCODE")
else:
self._fileEncoding = _DEFAULT_FILE_ENCODING
self._verbose = core_config.is_true("VERBOSE")
# Variables del FD
self._wd = wd
self._defaultwd = DIR_UPLOADS
self._lastExecutionExtractedFilelist = []
# Main test
if __name__ == "__main__":
# Importación de librerías
# noinspection PyUnresolvedReferences
from _testpath import * # @UnusedWildImport
from bin.configloader import ConfigLoader
from bin.utils import compare_version, get_version, print_bars_console
from config import DIR_CONFIG
from bin import __version__
# Arreglo de comparaciones
versionDict = {1: ">", 2: "<", 0: "=="}
# Se cargan las configuraciones del update
print_bars_console("Cargando configuraciones")
updateConfig = ConfigLoader(DIR_CONFIG, "updates.ini")
label = str(updateConfig.get_value("LABEL"))
web = updateConfig.get_value("WEB")
header = str(updateConfig.get_value("HEADER"))
print "Label a usar:", label
print "Web cargada:", web
print "Headers cargados:", header
# Se carga la version web
print_bars_console("Obteniendo version web")
version = get_version(label, header, web)
print "Version local:", __version__
print "Version web:", version
# noinspection SpellCheckingInspection
print "Comparacion version (1) Local, (2) Web ===> (1)", versionDict[compare_version(__version__, version)], "(2)"
if doPlot: # Se crea un gráfico de los resultados en función del tiempo
_continue = False
try:
import matplotlib.pyplot as plt # @UnresolvedImport @UnusedImport
_continue = True
except Exception, e:
if verbose:
# noinspection PyArgumentEqualDefault
st_error(ERROR_MATPLOTLIB_NOT_INSTALLED, False, "runtests.py", e)
if _continue:
try:
# Se obtienen las configuraciones
plotConfig = ConfigLoader(DIR_CONFIG, "plot.ini")
dpi_result = int(plotConfig.get_value("DPI", autoNumberify=True))
max_data = int(plotConfig.get_value("NUMBER_OF_X_DATA", autoNumberify=True))
max_range_var = float(plotConfig.get_value("MAX_RANGE_VAR", autoNumberify=True))
y_range_max_coeff = float(plotConfig.get_value("Y_RANGE_COEF_FROM_MAX_VALUE", autoNumberify=True))
# Se cargan los datos
vec_time = []
vec_test = []
vec_ok = []
vec_fail = []
vec_x = []
# noinspection PyArgumentEqualDefault
testdata = open(DIR_TEST_RESULTS + RESULT_FILE, 'r')
counter = 0
for ln in testdata:
if "ERROR" not in ln: