def __boolOp__(self, other, operation='&'):
cname = ObjectTypeName.typeClassName(self).split('.')[-1]
cls = eval(cname)
if (isinstance(other, cls)):
value = 0
if (operation == EnumInstance._boolOp_AND):
value = self.value & other.value
elif (operation == EnumInstance._boolOp_OR):
value = self.value | other.value
else:
print_function(
'(%s.%s) :: WARNING: Expected operation to be "%s" or "%s" but it is "%s".'
% (ObjectTypeName.typeName(self), misc.funcName(),
EnumInstance._boolOp_AND, EnumInstance._boolOp_OR,
operation))
names = self.__names__(value)
e = cls(self.parent, self.classname,
EnumInstance._concat_symbol.join(names), value)
return e
else:
print_function(
'(%s.%s) :: ERROR: Expected other to be of type "%s" but it is of type "%s".'
% (ObjectTypeName.typeName(self), misc.funcName(),
ObjectTypeName.typeName(self),
ObjectTypeName.typeName(other)))
return None
def fromDict(self, args):
if (lists.isDict(args)):
try:
__iter__ = args.iteritems()
except:
try:
__iter__ = args.asPythonDict().iteritems()
except:
try:
__iter__ = args.asDict().iteritems()
except:
__iter__ = None
for ak, av in __iter__:
try:
for k, v in av.iteritems():
self.__dict__['%s_%s' % (ak, k)] = v
except:
self.__dict__[ak] = av if (not misc.isList(av)) else [
item if
(not lists.isDict(item)) else self.__class__(item)
for item in av
]
else:
logging.warning(
'(%s.%s) :: Illegal args variable, expected type "dict" but got type "%s".'
% (ObjectTypeName.typeName(self), misc.funcName(),
ObjectTypeName.typeName(args)))
def __lazyimport_import(self):
""" Import the module now.
"""
# Load and register module
name = self.__lazyimport_name
if (self.__lazyimport_loaded):
return self.__lazyimport_locals[name]
if (_utils.isBeingDebugged) and (_utils.isVerbose):
print '%s: Loading module %r' % (ObjectTypeName.typeName(self),name)
self.__lazyimport_locals[name] \
= module \
= __import__(name,
self.__lazyimport_locals,
self.__lazyimport_globals,
'*')
# Fill namespace with all symbols from original module to
# provide faster access.
self.__dict__.update(module.__dict__)
# Set import flag
self.__dict__['__lazyimport_loaded'] = 1
if (_utils.isBeingDebugged) and (_utils.isVerbose):
print '%s: Module %r loaded' % (ObjectTypeName.typeName(self),name)
return module
def deleteSalesForceObjects(sfdc, list_of_ids):
import sys, traceback
from vyperlogix import misc
from vyperlogix.misc import ObjectTypeName
deleted_ids = []
t_sfdc = ObjectTypeName.typeName(sfdc)
if (t_sfdc.find('.connection.Connection') > -1):
if (all([misc.isString(id) for id in list_of_ids])):
try:
delete_result = sfdc.delete(list_of_ids)
deleted_ids = sfdc.resultToIdList(delete_result,
success_status=True)
except Exception as details:
exc_info = sys.exc_info()
info_string = '\n'.join(traceback.format_exception(*exc_info))
info_string = '%s :: Cannot process, Reason: %s\n%s' % (
misc.funcName(), str(details), info_string)
print >> sys.stderr, info_string
else:
info_string = '%s :: Cannot process, Reason: "%s" is not a list of id(s) each being a string.' % (
misc.funcName(), str(list_of_ids))
print >> sys.stderr, info_string
else:
info_string = '%s :: Cannot process, Reason: "%s" is not a valid connection object to pyax however it appears to be "%s".' % (
misc.funcName(), str(sfdc), t_sfdc)
print >> sys.stderr, info_string
return deleted_ids
def fromDict(self, args):
if (lists.isDict(args)):
for ak, av in args.iteritems():
if (lists.isDict(av)):
self.__dict__[ak] = SmartObject(av)
else:
self.__dict__[ak] = av if (not misc.isList(av)) else [
item if
(not lists.isDict(item)) else self.__class__(item)
for item in av
]
else:
logging.warning(
'(%s.%s) :: Illegal args variable, expected type "dict" but got type "%s".'
% (ObjectTypeName.typeName(self), misc.funcName(),
ObjectTypeName.typeName(args)))
def __init__(self, logger=None):
self.__smtp_server__ = ''
self.__smtp_port__ = -1
self.__smtp_username__ = ''
self.__smtp_password__ = ''
self.__logger__ = None
print 'You cannot use the %s class because this is an Abstract Class. Try using one of the sub-classes instead.' % (
ObjectTypeName.typeName(self))
def __new__(cls, parent, classname, enumname, value):
self = super(EnumInstance, cls).__new__(cls, str(value))
self.__parent = parent
self.__classname = classname
if (misc.isString(enumname)):
self.__enumname = enumname
self.__value = value
elif (misc.isList(enumname)):
self.__value = 0
for n in enumname:
val = parent[n].value
self.__value |= val
assert self.__value == value, '(%s.%s) :: ERROR: Why the freak is the value of "%s" not equal to "%s"; the value that was stated to equate to "%s" cannot be correct according to the actual values from the parent of this %s object.' % (
ObjectTypeName.typeName(self), misc.funcName(), self.__value,
value, enumname, ObjectTypeName.typeName(self))
else:
print_function(
'(%s.%s) :: ERROR: What the freak is the meaning of enumname of "%s" of type "%s".'
% (ObjectTypeName.typeName(self), misc.funcName(), enumname,
ObjectTypeName.typeName(enumname)))
return self
def __getattr__(self, name):
""" Import the module on demand and get the attribute.
"""
if (self.__lazyimport_loaded):
raise AttributeError, name
if (_utils.isBeingDebugged) and (_utils.isVerbose):
print '%s: Module load triggered by attribute %r read access' % (ObjectTypeName.typeName(self),name)
module = self.__lazyimport_import()
try:
return getattr(module, name)
except:
return module
def login(self):
if (self.smtp_port < 1):
toks = self.smtp_server.split(':')
self.smtp_server = toks[0]
self.smtp_port = -1 if (len(toks) != 2) else -1 if (
not toks[-1].isdigit()) else int(toks[-1])
if (len(self.smtp_server) > 0) and (isinstance(
self.smtp_port, int)) and (self.smtp_port > -1):
print '(%s.%s) :: smtpServer=[%s], port=[%s], username=[%s], password=[%s]' % (
ObjectTypeName.typeName(self), misc.funcName(),
self.smtp_server, self.smtp_port, self.smtp_username,
self.smtp_password)
try:
self.mailServer = smtplib.SMTP(host=self.smtp_server,
port=self.smtp_port)
self.mailServer.set_debuglevel(self.debug)
if (len(self.smtp_username) > 0) and (len(self.smtp_password) >
0):
self.mailServer.login(self.smtp_username,
self.smtp_password)
except Exception as details:
tbinfofile = StringIO.StringIO()
traceback.print_exc(None, tbinfofile)
tbinfofile.seek(0)
tbinfo = tbinfofile.read()
_msg = '(%s.%s) :: ERROR due to "%s"\n%s.' % (
ObjectTypeName.typeName(self), misc.funcName(), details,
tbinfo)
print >> sys.stderr, _msg
raise smtplib.SMTPConnectError(_msg)
self.log = self.logger
else:
_msg = '(%s.%s) :: WARNING :: Invalid SMTP Configuration that does not work, recommend checking your choices and attributes because something is wrong. smtpServer=[%s], port=[%s], username=[%s], password=[%s]' % (
ObjectTypeName.typeName(self), misc.funcName(),
self.smtp_server, self.smtp_port, self.smtp_username,
self.smtp_password)
print >> sys.stderr, _msg
raise ValueError(_msg)
def __setattr__(self, name, value):
""" Import the module on demand and set the attribute.
"""
if (not self.__lazyimport_init):
self.__dict__[name] = value
return
if (self.__lazyimport_loaded):
self.__lazyimport_locals[self.__lazyimport_name] = value
self.__dict__[name] = value
return
if (_utils.isBeingDebugged) and (_utils.isVerbose):
print '%s: Module load triggered by attribute %r write access' % (ObjectTypeName.typeName(self),name)
module = self.__lazyimport_import()
setattr(module, name, value)
def __init__(self, *args, **kwds):
kwds["style"] = wx.STAY_ON_TOP
self.bitmapFile = kwds['bitmapFile']
del kwds['bitmapFile']
wx.Frame.__init__(self, *args, **kwds)
if (ObjectTypeName.typeName(self.bitmapFile) == 'wx._core.Image'):
self.bitmap = wx.StaticBitmap(self, -1,
wx.BitmapFromImage(self.bitmapFile))
elif (os.path.exists(self.bitmapFile)):
self.bitmap = wx.StaticBitmap(
self, -1, wx.Bitmap(self.bitmapFile, wx.BITMAP_TYPE_ANY))
else:
self.bitmap = None
self.__set_properties()
self.__do_layout()
def __call__(self, *args):
_name = misc.callersName()
_l = [
'_'.join(str(c).split()) for c in args
if ObjectTypeName.typeName(c).find('.') == -1
]
_key = '_'.join(_l)
if (self.cache[_name] == None):
self.cache[_name] = {}
try:
return self.cache[_name][_key]
except KeyError:
self.cache[_name][_key] = value = self.func(*args)
return value
except TypeError, e:
# uncachable -- for instance, passing a list as an argument.
# Better to not cache than to blow up entirely.
return self.func(*args)
def end(self, evt):
if (ObjectTypeName.typeName(self.frame) != 'wx._core._wxPyDeadObject'):
self.__delay__ -= self.delay
self.min_delay -= self.delay
if (self.isVerbose):
print '(%s) :: self.delay=%s, self.min_delay=%s, self.__delay__=%s' % (
ObjectTypeName.objectSignature(self), self.delay,
self.min_delay, self.__delay__)
bool = False
if (callable(self.__callback__)):
bool = self.__callback__() and (self.min_delay <= 0)
if (self.isVerbose):
print '(%s) :: bool=%s, self.min_delay=%s' % (
ObjectTypeName.objectSignature(self), bool,
self.min_delay)
if (bool) or (self.__delay__ <= 0):
if (bool):
self.timer.Stop()
self.frame.Destroy()
def fromDict(self, d):
try:
if (d.keys()) and (d.values()):
for k, v in d.iteritems():
try:
if (v.keys()) and (v.values()):
cc = '%s()' % ObjectTypeName.typeName(self).split(
'.')[-1]
new_d = eval(cc)
new_d.fromDict(v)
self[k] = new_d
except:
if (isinstance(v, list)):
for item in v:
self[k] = item
else:
self[k] = v
except:
pass
return self
def column(self,name_or_number):
'''Retrieve a whole column of data by name or number, the name must be a valid column header or the sero-based number must reference a valid column header.'''
s = str(name_or_number)
guess = self.__by_col__[s]
if (not guess) and (s.isdigit()):
guess = self.__by_col__[self.header[int(s)]]
if (guess):
return guess
_msg = '(%s.%s) :: Cannot return data for column "%s" because this number does not match the number of columns (%d) from row #1.' % (ObjectTypeName.typeName(self),misc.funcName(),name_or_number,self.num_headers)
logging.warning(_msg)
raise ValueError(_msg)
def __init__(self, func):
self.func = func
self.cache = lists.HashedLists2()
self.objType = ObjectTypeName.typeName(self)
def process_message(self, peer, mailfrom, rcpttos, data):
f_unpack = lambda foo, key: foo[key][0] if (misc.isList(foo[key])
) else foo[key]
try:
SmtpMailsinkServer._count_messages += 1
try:
d = self.parseMessage(data)
except:
exc_info = sys.exc_info()
info_string = '\n'.join(traceback.format_exception(*exc_info))
logMessage(info_string,
ObjectTypeName.typeName(self),
misc.funcName(),
_logging=standardLogging.LoggingLevels.error)
if (self.multi_file):
_toAddr = f_unpack(d, const_to_symbol)
_path = _utils.safely_mkdir(fpath=self.cwd,
dirname=os.sep.join(
['mailboxes', _toAddr]))
_fMbx = self.mailboxFile
self.mailboxFile = open(
'%s.%s' % (os.sep.join([
_path, _utils.timeStamp().replace(':', '')
]), 'html' if (self.use_html) else 'txt'), 'w')
info_string = 'DEBUG: self.mailboxFile is "%s".' % (
self.mailboxFile)
logMessage(info_string,
ObjectTypeName.typeName(self),
misc.funcName(),
_logging=standardLogging.LoggingLevels.error)
if self.mailboxFile is not None:
#_utils.print_stderrout("Mail From is %s\n" % mailfrom)
try:
io_buffer = _utils.stringIO()
if (self.is_debugging):
d.prettyPrint(prefix='',
title='Mail Parts',
fOut=io_buffer)
else:
if (self.use_html):
print >> io_buffer, self.renderHTML(
f_unpack(d, const_subject_symbol),
f_unpack(d, const_body_symbol))
else:
print >> io_buffer, '%s' % (f_unpack(
d, const_subject_symbol))
print >> io_buffer, '%s' % ('\n'.join(
f_unpack(d, const_body_symbol)))
s = io_buffer.getvalue()
self.mailboxFile.write(s)
except:
exc_info = sys.exc_info()
info_string = '\n'.join(
traceback.format_exception(*exc_info))
logMessage(info_string,
ObjectTypeName.typeName(self),
misc.funcName(),
_logging=standardLogging.LoggingLevels.error)
#self.mailboxFile.write( "="*80 )
#self.mailboxFile.write( "\n\n" )
self.mailboxFile.flush()
if (self.multi_file):
self.mailboxFile.close()
self.mailboxFile = _fMbx
else:
print >> sys.stderr, 'ERROR: self.mailboxFile is "%s".' % (
self.mailboxFile)
if (callable(self.callback)):
try:
info_string = 'DEBUG: mailfrom is "%s", rcpttos is "%s".' % (
mailfrom, rcpttos)
logMessage(info_string,
ObjectTypeName.typeName(self),
misc.funcName(),
_logging=standardLogging.LoggingLevels.error)
self.callback(d, mailfrom, rcpttos, data)
except:
exc_info = sys.exc_info()
info_string = '\n'.join(
traceback.format_exception(*exc_info))
logMessage(info_string,
ObjectTypeName.typeName(self),
misc.funcName(),
_logging=standardLogging.LoggingLevels.error)
else:
logMessage(
'Cannot issue callback because callback is not callable.',
ObjectTypeName.typeName(self),
misc.funcName(),
_logging=standardLogging.LoggingLevels.warning)
info_string = 'SmtpMailsinkServer._count_messages=%d' % (
SmtpMailsinkServer._count_messages)
logMessage(info_string,
ObjectTypeName.typeName(self),
misc.funcName(),
_logging=standardLogging.LoggingLevels.info)
except:
exc_info = sys.exc_info()
info_string = '\n'.join(traceback.format_exception(*exc_info))
logMessage(info_string,
ObjectTypeName.typeName(self),
misc.funcName(),
_logging=standardLogging.LoggingLevels.error)
def renderHTML(self, subj, body):
from vyperlogix.html import myOOHTML as oohtml
h_html = oohtml.Html()
def renderBody(_body):
h = oohtml.Html()
h_html = h.tag(oohtml.oohtml.HTML)
h_body = h_html.tag(oohtml.oohtml.BODY)
h_Content = h_body.tag(oohtml.oohtml.DIV,
id="content",
style="background-color: white")
_body = _body[0] if (misc.isList(_body)) and (len(_body)
== 1) else _body
h_Content.text(_body[0])
if (len(_body) > 1):
for b in _body[1:]:
h_Content.tagOp(oohtml.oohtml.BR)
h_Content.text(b)
return h_Content.toHtml()
if (not misc.isString(subj)):
subj = str(subj)
if (not misc.isList(body)):
body = [body]
if (misc.isString(subj)) and (misc.isList(body)):
h_html.text(oohtml.oohtml.DOCTYPE_40_TRANSITIONAL)
_title = "Vyper Logix SMTP Email Proxy (%s v.%s)" % (
ObjectTypeName.typeName(self), __version__)
html_html = h_html.tag(oohtml.oohtml.HTML)
head_html = html_html.tag(oohtml.oohtml.HEAD)
head_html.tagOp(oohtml.oohtml.META,
http_equiv=oohtml.oohtml.CONTENT_TYPE,
content=oohtml.oohtml.TEXT_HTML_CHARSET_ISO_8859_1)
head_html.metas((
oohtml.oohtml.AUTHOR, '%s :: %s' %
(self.author, self.__author__)
), (oohtml.oohtml.KEYWORDS, _title), (
oohtml.oohtml.DESCRIPTION,
"The contents of this email are considered to be confidential unless otherwise specified."
), (oohtml.oohtml.ROBOTS, oohtml.oohtml.ALL))
head_html.tagTITLE(
'©%s, Vyper Logix Corp., All Rights Reserved., %s' %
(_utils.timeStamp(format=_utils.formatDate_YYYY()), _title))
body_html = html_html.tag(oohtml.oohtml.BODY)
idContent = body_html.tag(oohtml.oohtml.DIV,
id="content",
style="background-color: white")
rows = []
rows.append(tuple(['%s' % (subj)]))
rows.append(tuple([renderBody(body)]))
rows.append(tuple(['<BR/><BR/><BR/><BR/>']))
rows.append(
tuple([
self.copyright if (misc.isString(self.copyright)) and
(len(self.copyright) > 0) else self.__copyright__
]))
idContent.html_table(rows)
pass
else:
logMessage(
'subj must be of type str and body must be of type list rather than of types "%s" and "%s", respectively.'
% (type(subj), type(body)),
ObjectTypeName.typeName(self),
misc.funcName(),
_logging=standardLogging.LoggingLevels.warning)
return h_html.toHtml()
def parse(self):
fIn = open(self.filename,'r')
try:
lines = [l.strip() for l in fIn.readlines()]
finally:
fIn.close()
self.__header__ = [h.strip() for h in lines[0].split(',') if (len(h) > 0)]
self.__num_headers__ = len(self.header)
for i in xrange(0,len(self.header)):
self.__row_by_col__[self.header[i]] = lists.HashedLists()
_re = re.compile('"[^"\r\n]*"|[^,\r\n]*', re.MULTILINE)
for l in lines[1:]:
recs = [match.group().replace('"','') for match in _re.finditer(l)]
if (len(recs) != len(self.header)):
i = 0
n = len(recs)
while (i < (n-1)):
can_remove = (len(recs[i]) > 0) and (len(recs[i+1]) == 0)
if (can_remove):
del recs[i+1]
n = len(recs)
i += 1
len_header = len(self.header)
len_recs = len(recs)
_num_missing_cols = len_header - len_recs
if (_num_missing_cols > 0):
_msg = '(%s.%s) :: CSV parser warning "%s", number of fields do not match the first line, padding with "MISSING" data.' % (ObjectTypeName.typeName(self),misc.funcName(),l)
logging.warning(_msg)
for i in xrange(0,_num_missing_cols):
recs.append('MISSING')
_num_missing_cols = len(self.header) - len(recs)
self.__problem_rows__.append(recs)
elif (_num_missing_cols == 0):
self.__rows__.append(recs)
for i in xrange(0,len(self.header)):
self.__by_col__[self.header[i]] = recs[i]
self.__row_by_col__[self.header[i]][recs[i]] = recs
elif (_num_missing_cols < 0):
self.__rows__.append(recs)
def mouse_action(self, evt):
if (callable(self.__callback__)):
return
self.timer.Stop()
if (ObjectTypeName.typeName(self.frame) != 'wx._core._wxPyDeadObject'):
self.frame.Destroy()
def parse(self,dict2_factory=dict):
'''dict2_factory is optional and specifies a class to be used when making each record.'''
self.__header__ = None
self.fIn = open(self.filename,'r')
_re = re.compile('"[^"\r\n]*"|[^,\r\n]*', re.MULTILINE)
for l in self.fIn:
l = str(l).strip()
if (self.__header__ is None):
self.__header__ = [h.strip() for h in l.split(',') if (len(h) > 0)]
self.__num_headers__ = len(self.header)
for i in xrange(0,len(self.header)):
self.__row_by_col__[self.header[i]] = lists.HashedLists()
recs = [match.group().replace('"','') for match in _re.finditer(l)]
if (len(recs) != len(self.header)):
i = 0
n = len(recs)
while (i < (n-1)):
can_remove = (len(recs[i]) > 0) and (len(recs[i+1]) == 0)
if (can_remove):
del recs[i+1]
n = len(recs)
i += 1
len_header = len(self.header)
len_recs = len(recs)
_num_missing_cols = len_header - len_recs
if (_num_missing_cols > 0):
_msg = '(%s.%s) :: CSV parser warning "%s", number of fields do not match the first line, padding with "MISSING" data.' % (ObjectTypeName.typeName(self),misc.funcName(),l)
logging.warning(_msg)
for i in xrange(0,_num_missing_cols):
recs.append('MISSING')
_num_missing_cols = len(self.header) - len(recs)
self.__problem_rows__.append(recs)
elif (_num_missing_cols == 0):
for i in xrange(0,len(self.header)):
self.__by_col__[self.header[i]] = recs[i]
self.__row_by_col__[self.header[i]][recs[i]] = recs
yield recs if (dict2_factory) else self.__rowAsRecords__(recs,dict2_factory=dict2_factory)
elif (_num_missing_cols < 0):
yield recs if (dict2_factory) else self.__rowAsRecords__(recs,dict2_factory=dict2_factory)
self.fIn.close()