def load(self, desc=''):
db = Configurable.__db__
conf = db.open(type='configuration', mode='r')
db.close('configuration')
if not desc in conf:
error(
self, 'A configuration with the description \'' + desc +
'\' does not exist')
raise Exception('')
return
# id = self.getConfId(desc, conf)
# if id != None:
# self.__id__ = id
# else:
# error(self, 'A configuration with the description \''+desc+'\' does not exist')
# Remove the date and description
conf[desc].pop('date')
conf[desc].pop('desc')
# Open the database
db_root = db.open(type='system', mode='a')
# Let the fun begin getattr(db_root,'i%d'%self.__id__)
Configurable.__load__(self, db_root, conf[desc]['s'])
# Close the database
db.close()
Configurable.__refreshEclipse__(self)
def load(self, desc=''):
db = Configurable.__db__
conf = db.open(type='configuration', mode='r')
db.close('configuration')
if not desc in conf:
error(self, 'A configuration with the description \''+desc+'\' does not exist')
raise Exception('')
return
# id = self.getConfId(desc, conf)
# if id != None:
# self.__id__ = id
# else:
# error(self, 'A configuration with the description \''+desc+'\' does not exist')
# Remove the date and description
conf[desc].pop('date')
conf[desc].pop('desc')
# Open the database
db_root = db.open(type='system', mode='a')
# Let the fun begin getattr(db_root,'i%d'%self.__id__)
Configurable.__load__(self, db_root, conf[desc]['s'])
# Close the database
db.close()
Configurable.__refreshEclipse__(self)
def __getitem__(self, *keys):
no_keys = keys.__len__()
if no_keys == 0:
return
elif no_keys == 1:
return Configurable.findAttr(self, keys[0])
else:
vals = []
for key in keys:
vals.append(Configurable.findAttr(self, key))
return vals
def __getitem__(self, *keys):
no_keys = keys.__len__()
if no_keys == 0:
return
elif no_keys == 1:
return Configurable.findAttr(self, keys[0])
else:
vals = []
for key in keys:
vals.append(Configurable.findAttr(self, key))
return vals
def save(self, desc=''):
if desc == '':
if 'desc' in self.__dict__:
desc = self.desc
else:
self.desc = desc
# Save data to DB
# Save configuration to Conf
db = Configurable.__db__
# Select the slot with the given description, or make it if it does not exist
full_conf = db.open(type='configuration', mode='r')
db.close('configuration')
if desc in full_conf:
conf = full_conf[desc]
else:
conf = None
# Let the recursive fun begin..
# Read the current configuration
db_root = db.open(type='system', mode='a')
new_conf = {}
Configurable.__save__(self, db_root, 's', conf, new_conf)
# Save and close the database
db.flush()
db.close()
# Now, let us save the corresponding configuration
# new_conf = new_conf.pop('%d'%self.__id__)
# new_conf = new_conf.pop('class_attr')
# Add the time of modification
dt = datetime.today()
new_conf['date'] = dt.strftime("%y.%m.%d - %H:%M:%S")
# conf['id'] = int(time.mktime(dt.timetuple()))
new_conf['desc'] = desc
# Add the new contents
full_conf[desc] = new_conf
# Save the configuration back
db.open(type='configuration', mode='w')
db.dump(full_conf)
db.close('configuration')
def save(self, desc=''):
if desc == '':
if 'desc' in self.__dict__:
desc = self.desc
else:
self.desc = desc
# Save data to DB
# Save configuration to Conf
db = Configurable.__db__
# Select the slot with the given description, or make it if it does not exist
full_conf = db.open(type='configuration', mode='r')
db.close('configuration')
if desc in full_conf:
conf = full_conf[desc]
else:
conf = None
# Let the recursive fun begin..
# Read the current configuration
db_root = db.open(type='system', mode='a')
new_conf = {}
Configurable.__save__(self, db_root, 's', conf, new_conf)
# Save and close the database
db.flush()
db.close()
# Now, let us save the corresponding configuration
# new_conf = new_conf.pop('%d'%self.__id__)
# new_conf = new_conf.pop('class_attr')
# Add the time of modification
dt = datetime.today()
new_conf['date'] = dt.strftime("%y.%m.%d - %H:%M:%S")
# conf['id'] = int(time.mktime(dt.timetuple()))
new_conf['desc'] = desc
# Add the new contents
full_conf[desc] = new_conf
# Save the configuration back
db.open(type='configuration', mode='w')
db.dump(full_conf)
db.close('configuration')
def __str__( self, indent = 0,
headerLastIndentUnit=Configurable.indentUnit ):
global msg # to print some info depending on output level
indentStr = indent * Configurable.indentUnit
# print header
title = "%s/%s" % ( self.__class__.__name__, self._name )
# print line to easily see start-of-configurable
if indent > 0:
headerIndent = (indent-1)*Configurable.indentUnit \
+ headerLastIndentUnit
else:
headerIndent = ''
rep = Configurable._printHeader( headerIndent, title )
rep += os.linesep
# print own properties
props = self.getProperties()
if not props:
#rep += indentStr + '|-<no output-item-list>' + os.linesep
rep += indentStr + '| ' + os.linesep
else:
# get property name with
nameWidth = 0
for p in props.keys():
nameWidth=max(nameWidth,len(p))
for p, v in props.items():
# start with indent and property name
prefix = indentStr + '|-%-*s' % (nameWidth,p)
# add memory address for debugging (not for defaults)
if msg.isEnabledFor( logging.DEBUG ):
address = ' @%11s' % hex(id(v))
prefix += address
# add value and default
strVal = repr(v)
# add the value
line = prefix + ' = ' + strVal
# add the line to the total string
rep += line + os.linesep
# print configurables + their properties, or loop over sequence
for cfg in self.allChildren():
rep += cfg.__str__( indent + 1, '|=' ) + os.linesep
# print line to easily see end-of-configurable. Note: No linesep!
rep += Configurable._printFooter( indentStr, title )
return rep
def __str__( self, indent = 0,
headerLastIndentUnit=Configurable.indentUnit ):
global msg # to print some info depending on output level
indentStr = indent * Configurable.indentUnit
# print header
title = "%s/%s" % ( self.__class__.__name__, self._name )
# print line to easily see start-of-configurable
if indent > 0:
headerIndent = (indent-1)*Configurable.indentUnit \
+ headerLastIndentUnit
else:
headerIndent = ''
rep = Configurable._printHeader( headerIndent, title )
rep += os.linesep
# print own properties
props = self.getProperties()
if not props:
#rep += indentStr + '|-<no output-item-list>' + os.linesep
rep += indentStr + '| ' + os.linesep
else:
# get property name with
nameWidth = 0
for p in props.keys():
nameWidth=max(nameWidth,len(p))
for p, v in props.items():
# start with indent and property name
prefix = indentStr + '|-%-*s' % (nameWidth,p)
# add memory address for debugging (not for defaults)
if msg.isEnabledFor( logging.DEBUG ):
address = ' @%11s' % hex(id(v))
prefix += address
# add value and default
strVal = repr(v)
# add the value
line = prefix + ' = ' + strVal
# add the line to the total string
rep += line + os.linesep
# print configurables + their properties, or loop over sequence
for cfg in self.allChildren():
rep += cfg.__str__( indent + 1, '|=' ) + os.linesep
# print line to easily see end-of-configurable. Note: No linesep!
rep += Configurable._printFooter( indentStr, title )
return rep
def __str__( self, indent = 0,
headerLastIndentUnit=Configurable.indentUnit ):
global msg # to print some info depending on output level
indentStr = indent * Configurable.indentUnit
# print header
title = "%s/%s" % ( self.__class__.__name__, self._name )
# print line to easily see start-of-configurable
if indent > 0:
headerIndent = (indent-1)*Configurable.indentUnit \
+ headerLastIndentUnit
else:
headerIndent = ''
rep = Configurable._printHeader( headerIndent, title )
rep += os.linesep
rep += self._items.__str__( indent + 1, '|=' ) + os.linesep
# print line to easily see end-of-configurable. Note: No linesep!
rep += Configurable._printFooter( indentStr, title )
return rep
def __str__( self, indent = 0,
headerLastIndentUnit=Configurable.indentUnit ):
global msg # to print some info depending on output level
indentStr = indent * Configurable.indentUnit
# print header
title = "%s/%s" % ( self.__class__.__name__, self._name )
# print line to easily see start-of-configurable
if indent > 0:
headerIndent = (indent-1)*Configurable.indentUnit \
+ headerLastIndentUnit
else:
headerIndent = ''
rep = Configurable._printHeader( headerIndent, title )
rep += os.linesep
rep += self._items.__str__( indent + 1, '|=' ) + os.linesep
# print line to easily see end-of-configurable. Note: No linesep!
rep += Configurable._printFooter( indentStr, title )
return rep
