# import the Webstats package
import webstats, webprocessor

####################################################################
# create a subclass of WebStatistic
class TestStat(webstats.WebStatistic):
    def __init__(self):
        self.id = 1
        self.counter = 0
        self.times = []
        self.unique = {}
    
    def addSession(self, session):
        for e in session:
            self.times.append(e.date)
            self.unique[e.date] = 1
        self.counter += len(session)
        
    def finish(self):
        line_parser = webprocessor.BaseLogEntryParser([webprocessor.LFE_REMOTE_HOST,
                                                       webprocessor.LFE_RFC1413,
                                                       webprocessor.LFE_USERID,
                                                       webprocessor.LFE_DATE,
                                                       webprocessor.LFE_URL,
                                                       "uname",
                                                       webprocessor.LFE_STATUS,
                                                       webprocessor.LFE_SIZE,
                                                       webprocessor.LFE_REFERRED,
                                                       webprocessor.LFE_USER_INFO],
                                                      separator = "|")
        f = file('combined.ppstat')
        line_count = 1
        print "Entries ignored by webprocessor:"
        print "line#                  url"
        print "--------------------------------------------------------------------
        for l in f.readlines():
            entry = line_parser.parseLine(l.strip())
            if entry.date not in self.times:
                print line_count, "     ", entry.url
            line_count += 1
        print "# of requests found by webprocessor: ", self.counter
        print "true requests: ", (line_counter-1)

            
####################################################################

























# create a subclass of WebStatistic
## class Stat2(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 2
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."


## ####################################################################
## # create a subclass of WebStatistic
## class Stat3(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 3
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."


## ####################################################################
## # create a subclass of WebStatistic
## class Stat4(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 4
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."


## ####################################################################
## # create a subclass of WebStatistic
## class Stat5(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 5
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."


## ####################################################################
## # create a subclass of WebStatistic
## class Stat6(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 6
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."


## ####################################################################
## # create a subclass of WebStatistic
## class Stat7(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 7
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."


## ####################################################################
## # create a subclass of WebStatistic
## class Stat8(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 8
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."


## ####################################################################
## # create a subclass of WebStatistic
## class Stat9(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 9
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."


## ####################################################################
## # create a subclass of WebStatistic
## class Stat10(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 10
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."


## ####################################################################
## # create a subclass of WebStatistic
## class Stat11(webstats.WebStatistic):
##     def __init__(self):
##         self.id = 11
##         print self.id, ": __init__ called."
    
##     # This method has to be overridden by subclasses.
##     # It takes a user session as an entry. Based
##     # on this the subclass can calculate the desired statistic.
##     def addSession(self, session):
##         print self.id, ": addSession called."
        
##     # When all session are processes this class is to be
##     # called to finalize the calculation of the statistic.
##     def finish(self):
##         print self.id, ": finish called."