Exemplo n.º 1
0
 def _interval_get(*args):
     result = []
     for i in range(20):
         d = localtime(self._min + (((self._max-self._min)/20)*(i+1)))
         res = DateTime(d.year, d.month, d.day).ticks()
         if (not result) or result[-1]<>res:
             result.append(res)
     return result
Exemplo n.º 2
0
    def _save_to_db (self, session):
        """
        Save a given session to the database.
        """

        #conn = self.get_conn()
        #cursor = conn.cursor()
        cursor = self.context.get_cursor()

        # ORIGINAL: save a db-thrash by checking for update possibility
        # instead of the following, which always does an extra delete-
        # and-insert:
        # 
        # don't allow multiple session IDs; this also removes it from
        # the uncommitted dictionary.
        del self[session.id]

        #if self.uncommitted.has_key(session.id):
        #    del self.uncommitted[session.id]

        #if self.has_key(session.id):
        #    cursor.execute("""
        #        UPDATE sessions
        #        SET access_time = %s, messages = %s
        #        WHERE session_id = %s
        #        """, (str(localtime(session.get_access_time())), session.messages,
        #        session.id))
        #else:
        cursor.execute("""
            INSERT INTO sessions
            (session_id, user_id, remote_addr, 
            creation_time, 
            access_time, 
            messages,
            form_tokens)
            VALUES 
            (%s, %s, %s, 
            %s, 
            %s, 
            %s,
            %s)
            """, (session.id, session.user.id, session.get_remote_address(),
               str(localtime(session.get_creation_time())),
               str(localtime(session.get_access_time())),
               str(session.messages),
               str('~~'.join(session._form_tokens))))
Exemplo n.º 3
0
            x_range = (self._min,self._max),
            x_axis=axis.X(label="Date", format=self._conv[1]),
            y_axis=axis.Y(label="Tasks"),
            legend = legend.T(), size = (680,450))

        for user in self._datas:
            chart_object.set_defaults(interval_bar_plot.T, direction="horizontal", data=self._datas[user])
            f = fill_style.Plain()
            f.bgcolor = user_color[user]
            ar.add_plot(interval_bar_plot.T(fill_styles = [f, None], label=user, cluster=(0,1)))

        ar.draw(self._canvas)

    def close(self):
        self._canvas.close()

if __name__ == '__main__':
    date_to_int = lambda x: int(x.ticks())
    int_to_date = lambda x: '/a60{}'+localtime(x).strftime('%d %m %Y')
    gt = GanttCanvas('test.pdf', convertors=(date_to_int, int_to_date))
    gt.add('nicoe', 'Graphe de gantt', [(DateTime(2005,6,12), DateTime(2005,6,13))])
    gt.add('nicoe', 'Tarifs', [(DateTime(2005,6,19), DateTime(2005,6,21))])
    gt.add('gaetan', 'Calcul des prix', [(DateTime(2005,6,12), DateTime(2005,6,13))])
    gt.add('nico', 'Mise a jour du site', [(DateTime(2005,6,13), DateTime(2005,6,16))])
    gt.add('tom', 'Coucou', [(DateTime(2005,6,11), DateTime(2005,6,12))])
    gt.draw()
    gt.close()

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