def add_result(self, data, key):
racedata = {
"pindex": self.pigeon.pindex,
"date": data["date"],
"point": data["point"]
}
# The result is added to the database before this function is called.
if len(database.get_results_for_data(racedata)) > 1:
for row in self.race_ls:
if row[self.LS_COL_DATE] == data["date"] and \
row[self.LS_COL_RACEPOINT] == data["point"]:
self.race_sel.select_iter(row.iter)
self.race_tv.scroll_to_cell(row.path)
break
self.race_ls.set(row.iter, self.LS_COL_TYPE, data["type"],
self.LS_COL_WIND, data["wind"],
self.LS_COL_WINDSPEED, data["windspeed"],
self.LS_COL_WEATHER, data["weather"],
self.LS_COL_TEMPERATURE, data["temperature"])
else:
rowiter = self.race_ls.insert(0, [
data["date"], data["point"], data["type"], data["wind"],
data["windspeed"], data["weather"], data["temperature"]
])
self.race_ls.set_sort_column_id(0, gtk.SORT_ASCENDING)
self.race_sel.select_iter(rowiter)
path = self.race_ls.get_path(rowiter)
self.race_tv.scroll_to_cell(path)
def fill_treeview(self):
self.clear()
counter = 0
for race in database.get_all_races():
self.results_cache[counter] = {"results": [], "filtered": []}
resultstmp = database.get_results_for_data({
"date": race["date"],
"point": race["point"]
})
for result in resultstmp:
result = dict(result)
band, year = common.get_band_from_pindex(result["pindex"])
result["band"] = band
result["year"] = year
result["ring"] = "%s / %s" % (band, year[2:])
placestr, coef, coefstr = common.format_place_coef(
result["place"], result["out"])
result["speedstr"] = common.format_speed(result["speed"])
result["coef"] = coef
result["coefstr"] = coefstr
result["placestr"] = placestr
self.results_cache[counter]["results"].append(result)
self.results_cache[counter]["filtered"].append(result)
self.race_ls.append([
counter, race["date"], race["point"], race["type"],
race["wind"], race["windspeed"], race["weather"],
race["temperature"]
])
counter += 1
def set_pigeon(self, pigeon):
self.pigeon = pigeon
self.liststore.clear()
for result in database.get_results_for_data({"pindex": pigeon.pindex}):
placestr, coef, coefstr = common.format_place_coef(
result["place"], result["out"])
speed = common.format_speed(result["speed"])
self.liststore.append([
result["Resultkey"], result["date"], result["point"], placestr,
result["out"], coefstr, speed, result["sector"],
result["type"], result["category"], result["wind"],
result["windspeed"], result["weather"], result["temperature"],
result["comment"], result["place"], coef, result["speed"]
])
def on_race_sel_changed(self, selection):
model, rowiter = selection.get_selected()
if rowiter is None:
return
date = model.get_value(rowiter, 0)
racepoint = model.get_value(rowiter, 1)
self.liststore.clear()
data = {"pindex": self.pigeon.pindex, "date": date, "point": racepoint}
for result in database.get_results_for_data(data):
placestr, coef, coefstr = common.format_place_coef(
result["place"], result["out"])
speed = common.format_speed(result["speed"])
self.liststore.append([
result["Resultkey"], placestr, result["out"], coefstr, speed,
result["sector"], result["category"], result["comment"],
result["place"], coef, result["speed"]
])
def update_result(self, data):
# Get the key of the selected result now, it might become invalid due to race changes
model, node = self.selection.get_selected()
key = self.liststore.get_value(node, self.LS_COL_ID)
model, racenode = self.race_sel.get_selected()
date = self.race_ls.get_value(racenode, self.LS_COL_DATE)
point = self.race_ls.get_value(racenode, self.LS_COL_RACEPOINT)
if date != data["date"] or point != data["point"]:
if len(self.liststore) == 1:
# This is the only result for this race
self.race_ls.remove(racenode)
# The date or point is changed, this means that the result should
# be handled as a different race. Add a new one in this case.
racedata = {
"pindex": self.pigeon.pindex,
"date": data["date"],
"point": data["point"]
}
if len(database.get_results_for_data(racedata)) > 0:
# This race already exists for this pigeon
for row in self.race_ls:
if row[self.LS_COL_DATE] == data["date"] and \
row[self.LS_COL_RACEPOINT] == data["point"]:
self.race_sel.select_iter(row.iter)
self.race_tv.scroll_to_cell(row.path)
break
else:
rowiter = self.race_ls.append([
data["date"], data["point"], data["type"], data["wind"],
data["windspeed"], data["weather"], data["temperature"]
])
self.race_sel.select_iter(rowiter)
path = self.race_ls.get_path(rowiter)
self.race_tv.scroll_to_cell(path)
else:
self.race_ls.set(racenode, self.LS_COL_TYPE, data["type"],
self.LS_COL_WIND, data["wind"],
self.LS_COL_WINDSPEED, data["windspeed"],
self.LS_COL_WEATHER, data["weather"],
self.LS_COL_TEMPERATURE, data["temperature"])
return key