Delete this unused code so we can remove the matplotlib imports.

13 лет назад · 1201c213a1
--- a/tasks/afc_history.py
+++ b/tasks/afc_history.py
@@ -20,208 +20,14 @@
 # OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
 # SOFTWARE.

 from collections import OrderedDict
 from datetime import datetime, timedelta
 from itertools import count
 from os.path import expanduser
 from threading import Lock
 from time import sleep

 from matplotlib import pyplot as plt
 from numpy import arange
 import oursql

 from earwigbot import wiki
 from earwigbot.tasks import Task

 class AFCHistory(Task):
    """A task to generate charts about AfC submissions over time.

    The main function of the task is to work through the "AfC submissions by
    date" categories (e.g. [[Category:AfC submissions by date/12 July 2011]])
    and determine the number of declined, accepted, and currently pending
    submissions every day.

    This information is saved to a MySQL database ("u_earwig_afc_history") and
    used to generate a graph showing the number of AfC submissions by date
    with matplotlib and numpy. The chart is saved as a PNG to
    config.tasks["afc_history"]["graph"]["dest"], which defaults to
    "afc_history.png".
    """
    """A task to generate information about AfC submissions over time."""
    name = "afc_history"

    # Valid submission statuses:
    STATUS_NONE = 0
    STATUS_PEND = 1
    STATUS_DECLINE = 2
    STATUS_ACCEPT = 3

    def setup(self):
        cfg = self.config.tasks.get(self.name, {})
        self.num_days = cfg.get("days", 90)
        self.categories = cfg.get("categories", {})

        # Graph stuff:
        self.graph = cfg.get("graph", {})
        self.destination = self.graph.get("dest", "afc_history.png")

        # Connection data for our SQL database:
        kwargs = cfg.get("sql", {})
        kwargs["read_default_file"] = expanduser("~/.my.cnf")
        self.conn_data = kwargs
        self.db_access_lock = Lock()
        pass

    def run(self, **kwargs):
        self.site = self.bot.wiki.get_site()
        with self.db_access_lock:
            self.conn = oursql.connect(**self.conn_data)

            action = kwargs.get("action")
            try:
                num_days = int(kwargs.get("days", self.num_days))
                if action == "update":
                    self.update(num_days)
                elif action == "generate":
                    self.generate(num_days)
            finally:
                self.conn.close()

    def update(self, num_days):
        self.logger.info("Updating past {0} days".format(num_days))
        generator = self.backwards_cat_iterator()
        for i in xrange(num_days):
            category = generator.next()
            date = category.title.split("/")[-1]
            self.update_date(date, category)
            sleep(10)
        self.logger.info("Update complete")

    def generate(self, num_days):
        self.logger.info("Generating chart for past {0} days".format(num_days))
        data = OrderedDict()
        generator = self.backwards_cat_iterator()
        for i in xrange(num_days):
            category = generator.next()
            date = category.title.split("/")[-1]
            data[date] = self.get_date_counts(date)

        data = OrderedDict(reversed(data.items()))  # Oldest to most recent
        self.generate_chart(data)
        dest = expanduser(self.destination)
        plt.savefig(dest)
        self.logger.info("Chart saved to {0}".format(dest))

    def backwards_cat_iterator(self):
        date_base = self.categories["dateBase"]
        current = datetime.utcnow()
        while 1:
            subcat = current.strftime("%d %B %Y")
            title = "/".join((date_base, subcat))
            yield self.site.get_category(title)
            current -= timedelta(1)  # Subtract one day from date

    def update_date(self, date, category):
        msg = "Updating {0} ([[{1}]])".format(date, category.title)
        self.logger.debug(msg)

        q_select = "SELECT page_date, page_status FROM page WHERE page_id = ?"
        q_delete = "DELETE FROM page WHERE page_id = ?"
        q_update = "UPDATE page SET page_date = ?, page_status = ? WHERE page_id = ?"
        q_insert = "INSERT INTO page VALUES (?, ?, ?)"
        members = category.get_members()

        with self.conn.cursor() as cursor:
            for title, pageid in members:
                cursor.execute(q_select, (pageid,))
                stored = cursor.fetchall()
                status = self.get_status(title, pageid)

                if status == self.STATUS_NONE:
                    if stored:
                        cursor.execute(q_delete, (pageid,))
                    continue

                if stored:
                    stored_date, stored_status = list(stored)[0]
                    if date != stored_date or status != stored_status:
                        cursor.execute(q_update, (date, status, pageid))

                else:
                    cursor.execute(q_insert, (pageid, date, status))

    def get_status(self, title, pageid):
        page = self.site.get_page(title)
        ns = page.namespace

        if ns == wiki.NS_FILE_TALK:  # Ignore accepted FFU requests
            return self.STATUS_NONE

        if ns == wiki.NS_TALK:
            new_page = page.toggle_talk()
            sleep(2)
            if new_page.is_redirect:
                return self.STATUS_NONE  # Ignore accepted AFC/R requests
            return self.STATUS_ACCEPT

        cats = self.categories
        sq = self.site.sql_query
        query = "SELECT 1 FROM categorylinks WHERE cl_to = ? AND cl_from = ?"
        match = lambda cat: list(sq(query, (cat.replace(" ", "_"), pageid)))

        if match(cats["pending"]):
            return self.STATUS_PEND
        elif match(cats["unsubmitted"]):
            return self.STATUS_NONE
        elif match(cats["declined"]):
            return self.STATUS_DECLINE
        return self.STATUS_NONE

    def get_date_counts(self, date):
        query = "SELECT COUNT(*) FROM page WHERE page_date = ? AND page_status = ?"
        statuses = [self.STATUS_PEND, self.STATUS_DECLINE, self.STATUS_ACCEPT]
        counts = {}
        with self.conn.cursor() as cursor:
            for status in statuses:
                cursor.execute(query, (date, status))
                count = cursor.fetchall()[0][0]
                counts[status] = count
        return counts

    def generate_chart(self, data):
        plt.title(self.graph.get("title", "AfC submissions by date"))
        plt.xlabel(self.graph.get("xaxis", "Date"))
        plt.ylabel(self.graph.get("yaxis", "Submissions"))

        pends = [d[self.STATUS_PEND] for d in data.itervalues()]
        declines = [d[self.STATUS_DECLINE] for d in data.itervalues()]
        accepts = [d[self.STATUS_ACCEPT] for d in data.itervalues()]
        pends_declines = [p + d for p, d in zip(pends, declines)]
        ind = arange(len(data))
        xsize = self.graph.get("xsize", 1200)
        ysize = self.graph.get("ysize", 900)
        width = self.graph.get("width", 1)
        xstep = self.graph.get("xAxisStep", 6)
        pcolor = self.graph.get("pendingColor", "#f0e460")
        dcolor = self.graph.get("declinedColor", "#f291a6")
        acolor = self.graph.get("acceptedColor", "#81fc4c")

        p1 = plt.bar(ind, pends, width, color=pcolor)
        p2 = plt.bar(ind, declines, width, color=dcolor, bottom=pends)
        p3 = plt.bar(ind, accepts, width, color=acolor, bottom=pends_declines)

        xticks = arange(xstep-1, ind.size+xstep-1, xstep) + width/2.0
        xlabels = [d for c, d in zip(count(1), data.keys()) if not c % xstep]
        plt.xticks(xticks, xlabels)
        plt.yticks(arange(0, plt.ylim()[1], 10))
        plt.tick_params(direction="out")

        leg = plt.legend((p1[0], p2[0], p3[0]), ("Pending", "Declined",
                         "Accepted"), loc="upper left", fancybox=True)
        leg.get_frame().set_alpha(0.5)

        fig = plt.gcf()
        fig.set_size_inches(xsize/100, ysize/100)
        fig.autofmt_xdate()

        ax = plt.gca()
        ax.yaxis.grid(True)
        pass