labpack/records/time.py
def fromJavascript(cls, javascript_datetime):

        ''' a method to construct labDT from a javascript datetime string
        
        :param javascript_datetime: string with datetime info in javascript formatting
        :return: labDT object
        '''

    # validate inputs
        title = 'Javascript datetime string input for labDT.fromJavascript'
        jsDTpattern = re.compile('\s*\(.*\)$')
        jsGMTpattern = re.compile('GMT[-\+]\d{4}')
        if not jsGMTpattern.findall(javascript_datetime):
            raise Exception('\n%s must have a GMT timezone adjustment.' % title)

    # construct datetime from javascript string
        adj_input = jsDTpattern.sub('', javascript_datetime)
        if '-' in adj_input:
            adj_input = adj_input.replace('-','+')
        elif '+' in adj_input:
            adj_input = adj_input.replace('+','-')
        python_datetime = dTparser.parse(adj_input)
        dT = python_datetime.astimezone(pytz.utc)
        dt_kwargs = {
            'year': dT.year,
            'month': dT.month,
            'day': dT.day,
            'hour': dT.hour,
            'minute': dT.minute,
            'second': dT.second,
            'microsecond': dT.microsecond,
            'tzinfo': dT.tzinfo
        }
        return labDT(**dt_kwargs)
 a method to construct labDT from a javascript datetime string
        
        :param javascript_datetime: string with datetime info in javascript formatting
        :return: labDT object
        
a method to construct labDT from a javascript datetime string
a method to construct labDT from a javascript datetime string
def fromJavascript(cls, javascript_datetime):
        title = 'Javascript datetime string input for labDT.fromJavascript'
        jsDTpattern = re.compile('\s*\(.*\)$')
        jsGMTpattern = re.compile('GMT[-\+]\d{4}')
        if not jsGMTpattern.findall(javascript_datetime):
            raise Exception('\n%s must have a GMT timezone adjustment.' % title)
        adj_input = jsDTpattern.sub('', javascript_datetime)
        if '-' in adj_input:
            adj_input = adj_input.replace('-','+')
        elif '+' in adj_input:
            adj_input = adj_input.replace('+','-')
        python_datetime = dTparser.parse(adj_input)
        dT = python_datetime.astimezone(pytz.utc)
        dt_kwargs = {
            'year': dT.year,
            'month': dT.month,
            'day': dT.day,
            'hour': dT.hour,
            'minute': dT.minute,
            'second': dT.second,
            'microsecond': dT.microsecond,
            'tzinfo': dT.tzinfo
        }
        return labDT(**dt_kwargs)
def fromJavascript ( cls , javascript_datetime ) : title = 'Javascript datetime string input for labDT.fromJavascript' jsDTpattern = re . compile ( '\s*\(.*\)$' ) jsGMTpattern = re . compile ( 'GMT[-\+]\d{4}' ) if not jsGMTpattern . findall ( javascript_datetime ) : raise Exception ( '\n%s must have a GMT timezone adjustment.' % title ) adj_input = jsDTpattern . sub ( '' , javascript_datetime ) if '-' in adj_input : adj_input = adj_input . replace ( '-' , '+' ) elif '+' in adj_input : adj_input = adj_input . replace ( '+' , '-' ) python_datetime = dTparser . parse ( adj_input ) dT = python_datetime . astimezone ( pytz . utc ) dt_kwargs = { 'year' : dT . year , 'month' : dT . month , 'day' : dT . day , 'hour' : dT . hour , 'minute' : dT . minute , 'second' : dT . second , 'microsecond' : dT . microsecond , 'tzinfo' : dT . tzinfo } return labDT ( ** dt_kwargs )
a method to construct labDT from a javascript datetime string
a method to construct labDT from a javascript datetime string
''' a method to construct labDT from a javascript datetime string
        
        :param javascript_datetime: string with datetime info in javascript formatting
        :return: labDT object
        ''' # validate inputs
 # construct datetime from javascript string

None
cls
javascript_datetime
string with datetime info in javascript formatting
string with datetime info in javascript formatting