def errors(db, lang):
params = query._params(max_limit=10000)
results = query._gets(db, params)
translate = utils.translator(lang)
out = []
for res in results:
i = {
'lat': float(res["lat"]),
'lon': float(res["lon"]),
'id': res["id"],
'item': str(res["item"]),
}
if params.full:
i.update({
'lat': float(res["lat"]),
'lon': float(res["lon"]),
'id': res["id"],
'item': str(res["item"]),
'source': res["source"],
'classs': res["class"],
'elems': res["elems"],
'subclass': res["subclass"],
'subtitle': translate.select(res["subtitle"]),
'title': translate.select(res["title"]),
'level': res["level"],
'update': str(res["timestamp"]),
'username': res["username"] or None,
})
out.append(i)
return {'issues': out}
def errors(db, lang):
params = query._params(max_limit=10000)
results = query._gets(db, params)
translate = utils.translator(lang)
out = []
for res in results:
i = {
'lat': float(res["lat"]),
'lon': float(res["lon"]),
'id': res["id"],
'item': str(res["item"]),
}
if params.full:
i.update({
'lat': float(res["lat"]),
'lon': float(res["lon"]),
'id': res["id"],
'item': str(res["item"]),
'source': res["source"],
'classs': res["class"],
'elems': res["elems"],
'subclass': res["subclass"],
'subtitle': translate.select(res["subtitle"]),
'title': translate.select(res["title"]),
'level': res["level"],
'update': str(res["timestamp"]),
'username': res["username"] or None,
})
out.append(i)
return {'issues': out}
def updates(db, lang):
db.execute("""
SELECT
source.id,
EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp)) AS age,
source.country,
source.analyser
FROM
source
LEFT JOIN dynpoi_update_last ON
source.id = dynpoi_update_last.source
ORDER BY
dynpoi_update_last.timestamp DESC
""")
liste = []
for res in db.fetchall():
(source, age, country, analyser) = (res[0], res[1], res[2], res[3])
if age:
if age >= 0:
# TRANSLATORS: days / hours / minutes since last source update, abbreviated to d / h / m
txt = _("{day}d, {hour}h, {minute}m ago").format(day=int(age/86400), hour=int(age/3600)%24, minute=int(age/60)%60)
else:
txt = _("in {day}d, {hour}h, {minute}m").format(day=int(-age/86400), hour=int(-age/3600)%24, minute=int(-age/60)%60)
liste.append((country, analyser, age, txt, source))
else:
liste.append((country, analyser, 1e10, _("never generated"), source))
liste.sort(lambda x, y: -cmp(x[2], y[2]))
return template('control/updates', translate=utils.translator(lang), liste=liste)
def updates(db, lang):
db.execute("""
SELECT
analyser,
COUNT(*),
MIN(EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp)))/60/60/24 AS min_age,
MAX(EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp)))/60/60/24 AS max_age,
MIN(dynpoi_update_last.version) AS min_version,
MAX(dynpoi_update_last.version) AS max_version
FROM
source
JOIN dynpoi_update_last ON
source.id = dynpoi_update_last.source
WHERE
dynpoi_update_last.version IS NOT NULL AND
dynpoi_update_last.version NOT IN ('(None)', '(unknown)')
GROUP BY
analyser
ORDER BY
analyser
""")
summary = defaultdict(list)
max_versions = None
for res in db.fetchall():
(analyser, count, min_age, max_age, min_version, max_version) = res
max_versions = max_version if max_version > max_versions else max_versions
summary[analyser] = {'count': count, 'min_age': min_age, 'max_age': max_age, 'max_version': '-'.join((max_version or '').split('-')[1:5]), 'min_version': '-'.join((min_version or '').split('-')[1:5])}
max_versions = '-'.join((max_versions or '').split('-')[1:5])
return template('control/updates_summary_by_analyser', translate=utils.translator(lang), summary=summary, max_versions=max_versions)
def _errors(db, lang, params):
results = query._gets(db, params)
out = OrderedDict()
if not params.full:
out["description"] = ["lat", "lon", "error_id", "item"]
else:
out["description"] = ["lat", "lon", "error_id", "item", "source", "class", "elems", "subclass", "subtitle", "title", "level", "update", "username"]
out["errors"] = []
translate = utils.translator(lang)
for res in results:
lat = res["lat"]
lon = res["lon"]
error_id = res["id"]
item = res["item"] or 0
if not params.full:
out["errors"].append([str(lat), str(lon), str(error_id), str(item)])
else:
source = res["source"]
classs = res["class"]
elems = res["elems"]
subclass = res["subclass"]
subtitle = translate.select(res["subtitle"])
title = translate.select(res["title"])
level = res["level"]
update = res["timestamp"]
username = res["username"] or ""
out["errors"].append([str(lat), str(lon), str(error_id), str(item), str(source), str(classs), str(elems), str(subclass), subtitle, title, str(level), str(update), username])
return out
def fp(db, lang, err_id):
data_type = { "N": "node", "W": "way", "R": "relation", "I": "infos"}
# TRANSLATORS: link to tooltip help
url_help = _("http://wiki.openstreetmap.org/wiki/Osmose/errors")
translate = utils.translator(lang)
(marker, columns) = _get(db, err_id, 'false')
lat = str(marker["lat"])
lon = str(marker["lon"])
title = translate.select(marker["title"])
subtitle = translate.select(marker["subtitle"])
b_date = marker["timestamp"] or ""
item = marker["item"] or 0
date = marker["date"].isoformat() or 0
return {
"lat":lat, "lon":lon,
"minlat": float(lat) - 0.002, "maxlat": float(lat) + 0.002,
"minlon": float(lon) - 0.002, "maxlon": float(lon) + 0.002,
"error_id":err_id,
"title":title, "subtitle":subtitle,
"b_date":b_date.strftime("%Y-%m-%d"),
"item":item,
"date":date,
"url_help":url_help
}
def fp(db, lang, err_id):
data_type = {"N": "node", "W": "way", "R": "relation", "I": "infos"}
# TRANSLATORS: link to tooltip help
url_help = _("http://wiki.openstreetmap.org/wiki/Osmose/errors")
translate = utils.translator(lang)
(marker, columns) = _get(db, err_id, 'false')
lat = str(marker["lat"])
lon = str(marker["lon"])
title = translate.select(marker["title"])
subtitle = translate.select(marker["subtitle"])
b_date = marker["timestamp"] or ""
item = marker["item"] or 0
date = marker["date"].isoformat() or 0
return {
"lat": lat,
"lon": lon,
"minlat": float(lat) - 0.002,
"maxlat": float(lat) + 0.002,
"minlon": float(lon) - 0.002,
"maxlon": float(lon) + 0.002,
"error_id": err_id,
"title": title,
"subtitle": subtitle,
"b_date": b_date.strftime("%Y-%m-%d"),
"item": item,
"date": date,
"url_help": url_help
}
def user(db, lang, username=None, format=None):
params = query._params()
if username:
params.users = utils.pg_escape(username.decode("utf-8")).split(",")
params.limit = 500
params.full = True
username = "******".join(params.users)
if not params.users:
return template('byuser/index', translate=utils.translator(lang))
errors = query._gets(db, params)
count = len(errors)
if request.path.startswith("/api") or format == "json":
out = OrderedDict()
for res in errors:
res["timestamp"] = str(res["timestamp"])
res["lat"] = float(res["lat"])
res["lon"] = float(res["lon"])
out["issues"] = map(dict, errors)
return out
elif format == 'rss':
response.content_type = "application/rss+xml"
return template('byuser/byuser.rss', username=username, users=params.users, count=count, errors=errors, translate=utils.translator(lang), website=utils.website)
else:
return template('byuser/byuser', username=username, users=params.users, count=count, errors=errors, translate=utils.translator(lang), website=utils.website, main_website=utils.main_website, remote_url_read=utils.remote_url_read, html_escape=html_escape)
def _errors(db, lang, params):
results = query._gets(db, params)
out = OrderedDict()
if not params.full:
out["description"] = ["lat", "lon", "error_id", "item"]
else:
out["description"] = ["lat", "lon", "error_id", "item", "source", "class", "elems", "subclass", "subtitle", "title", "level", "update", "username"]
out["errors"] = []
translate = utils.translator(lang)
for res in results:
lat = res["lat"]
lon = res["lon"]
error_id = res["id"]
item = res["item"] or 0
if not params.full:
out["errors"].append([str(lat), str(lon), str(error_id), str(item)])
else:
source = res["source"]
classs = res["class"]
elems = res["elems"]
subclass = res["subclass"]
subtitle = translate.select(res["subtitle"])
title = translate.select(res["title"])
level = res["level"]
update = res["timestamp"]
username = res["username"] or ""
out["errors"].append([str(lat), str(lon), str(error_id), str(item), str(source), str(classs), str(elems), str(subclass), subtitle, title, str(level), str(update), username])
return out
def user(db, lang, username=None, format=None):
params = query._params()
if username:
params.users = utils.pg_escape(username.decode("utf-8")).split(",")
params.limit = 500
params.full = True
username = "******".join(params.users)
if not params.users:
return template('byuser/index', translate=utils.translator(lang))
errors = query._gets(db, params)
count = len(errors)
if request.path.startswith("/api") or format == "json":
out = OrderedDict()
out["description"] = ["id", "item", "lat", "lon", "source", "class", "elems", "subclass", "subtitle", "comment", "title", "level", "timestamp", "menu", "username", "date"]
for res in errors:
res["timestamp"] = str(res["timestamp"])
res["date"] = str(res["date"])
out["byusers"] = errors
return out
elif format == 'rss':
response.content_type = "application/rss+xml"
return template('byuser/byuser.rss', username=username, users=params.users, count=count, errors=errors, translate=utils.translator(lang), website=utils.website)
else:
return template('byuser/byuser', username=username, users=params.users, count=count, errors=errors, translate=utils.translator(lang), website=utils.website, main_website=utils.main_website, remote_url_read=utils.remote_url_read, html_escape=html_escape)
def user(db, lang, username=None, format=None):
params = query._params()
if username:
params.users = utils.pg_escape(username.decode("utf-8")).split(",")
params.limit = 500
params.full = True
username = "******".join(params.users)
if not params.users:
return template('byuser/index')
errors = query._gets(db, params)
count = len(errors)
if request.path.startswith("/api") or format == "json":
out = OrderedDict()
out["description"] = [
"id", "item", "lat", "lon", "source", "class", "elems", "subclass",
"subtitle", "comment", "title", "level", "timestamp", "menu",
"username", "date"
]
for res in errors:
res["timestamp"] = str(res["timestamp"])
res["date"] = str(res["date"])
out["byusers"] = errors
return out
elif format == 'rss':
response.content_type = "application/rss+xml"
return template('byuser/byuser.rss',
username=username,
users=params.users,
count=count,
errors=errors,
translate=utils.translator(lang),
website=utils.website)
else:
return template('byuser/byuser',
username=username,
users=params.users,
count=count,
errors=errors,
translate=utils.translator(lang),
website=utils.website,
main_website=utils.main_website,
remote_url_read=utils.remote_url_read,
html_escape=html_escape)
def fp_(db, lang, err_id):
(marker, columns) = _get(db, err_id, 'false')
return template('false-positive/index',
translate=utils.translator(lang),
err_id=err_id,
marker=marker,
columns_marker=columns)
def updates(db, lang):
remote = request.params.get('remote')
country = request.params.get('country')
db.execute("""
SELECT DISTINCT ON (source.id)
source.id,
EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp)) AS age,
country,
analyser
FROM
source
JOIN dynpoi_update_last ON
source.id = dynpoi_update_last.source
WHERE
""" + ("""
RIGHT(MD5(remote_ip), 4) = %(remote)s AND """ if remote else "") + ("""
source.country LIKE %(country)s AND """ if country else "") + """
true
ORDER BY
source.id ASC,
dynpoi_update_last.timestamp DESC
""", {"remote": remote, "country": country and country.replace("*", "%")})
keys = defaultdict(int)
matrix = defaultdict(dict)
stats_analyser = {}
stats_country = {}
for res in db.fetchall():
(source, age, country, analyser) = (res[0], res[1], res[2], res[3])
keys[country] += 1
matrix[analyser][country] = (age/60/60/24, source)
for analyser in matrix:
min = max = None
sum = 0
for country in matrix[analyser]:
v = matrix[analyser][country][0]
min = v if not min or v < min else min
max = v if not max or v > max else max
sum += v
if not stats_country.has_key(country):
min_c = v
sum_c = v
max_c = v
n_c = 1
else:
(min_c, sum_c, max_c, n_c) = stats_country[country]
min_c = v if v < min_c else min_c
max_c = v if v > max_c else max_c
sum_c += v
n_c += 1
stats_country[country] = [min_c, sum_c, max_c, n_c]
stats_analyser[analyser] = [min, sum/len(matrix[analyser]), max]
avg_country = {}
for country in stats_country:
stats_country[country][1] = stats_country[country][1]/stats_country[country][3]
keys = sorted(keys.keys())
return template('control/updates_matrix', translate=utils.translator(lang), keys=keys, matrix=matrix, stats_analyser=stats_analyser, stats_country=stats_country)
def getBugsByUser(db, lang, user=None):
user = user or request.params.get('user')
clause, order = bboxRequest2Clause()
sql_arg = {}
limit = ''
if user:
clause.append("u.username = %(username)s")
sql_arg['username'] = user
else:
num_points = request.params.get('points', type=int, default=100)
if num_points != "all":
limit = "LIMIT %d" % int(num_points)
list2Clause(request.params.get('class'), clause, 'm.class')
list2Clause(request.params.item, clause, 'm.item')
list2Clause(request.params.not_item, clause, 'm.item NOT')
sqlbase = """
SELECT marker.id,
marker.item,
marker.source,
marker.class,
marker.elems,
marker.subclass,
marker.lat,
marker.lon,
dynpoi_class.title as title,
marker.subtitle as subtitle,
dynpoi_update_last.timestamp,
u.username
FROM marker
INNER JOIN dynpoi_class ON
marker.source=dynpoi_class.source AND
marker.class=dynpoi_class.class
INNER JOIN dynpoi_update_last ON
marker.source = dynpoi_update_last.source
LEFT JOIN marker_elem u ON
marker.id = u.marker_id
WHERE
%s
ORDER BY
dynpoi_update_last.timestamp DESC
%s
"""
translate = utils.translator(lang)
def each(res):
lat = res["lat"]
lon = res["lon"]
error_id = res["id"]
title = translate.select(res["title"])
subtitle = translate.select(res["subtitle"])
item = res["item"] or 0
return u'"%s", "%s", "%s", %f, %f, "%s", "%s", "%s"\n' % (res["timestamp"], res["username"].decode('utf-8'), error_id, lon, lat, title, subtitle, item)
response.content_type = 'text/plain; Charset=UTF-8'
content = "# timestamp, username, error_id, lon, lat, title, subtitle, item\n"
return content + query(db, sqlbase % (' AND '.join(clause), limit), sql_arg, each)
def updates(db, lang):
db.execute("""
SELECT
coalesce(backend.hostname, dynpoi_update_last.remote_ip) AS remote,
RIGHT(MD5(remote_ip), 4) AS remote_ip_hash,
country,
MAX(EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp))) AS max_age,
MIN(EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp))) AS min_age,
MAX(dynpoi_update_last.version) AS max_version,
MIN(dynpoi_update_last.version) AS min_version,
count(*) AS count
FROM
source
JOIN dynpoi_update_last ON
source.id = dynpoi_update_last.source
LEFT JOIN backend ON
dynpoi_update_last.remote_ip = backend.ip
GROUP BY
remote,
remote_ip_hash,
country
ORDER BY
remote,
MIN(EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp))) ASC
""")
summary = defaultdict(list)
remote_hashes = {}
max_versions = defaultdict(list)
min_versions = defaultdict(list)
for res in db.fetchall():
(remote, remote_hash, country, max_age, min_age, max_version,
min_version, count) = res
summary[remote].append({
'country': country,
'max_age': max_age / 60 / 60 / 24,
'min_age': min_age / 60 / 60 / 24,
'count': count
})
remote_hashes[remote] = remote_hash
max_versions[remote].append(max_version)
min_versions[remote].append(min_version)
for remote in max_versions.keys():
max_versions[remote] = max(max_versions[remote])
if max_versions[remote] and '-' in max_versions[remote]:
max_versions[remote] = '-'.join(
max_versions[remote].split('-')[1:5])
min_versions[remote] = min(min_versions[remote])
if min_versions[remote] and '-' in min_versions[remote]:
min_versions[remote] = '-'.join(
min_versions[remote].split('-')[1:5])
return template('control/updates_summary',
translate=utils.translator(lang),
summary=summary,
max_versions=max_versions,
min_versions=min_versions,
remote_hashes=remote_hashes)
def _errors_geo(db, lang, params):
results = query._gets(db, params)
translate = utils.translator(lang)
features = []
for res in results:
properties = {"error_id": res["id"], "item": res["item"] or 0}
features.append({"type": "Feature", "geometry": {"type": "Point", "coordinates": [float(res["lon"]), float(res["lat"])]}, "properties": properties})
return {"type": "FeatureCollection", "features": features}
def updates(db, lang):
db.execute("""
SELECT
backend.hostname AS hostname,
dynpoi_update_last.remote_ip AS remote,
RIGHT(MD5(remote_ip), 4) AS remote_ip_hash,
country,
MAX(EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp))) AS max_age,
MIN(EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp))) AS min_age,
MAX(dynpoi_update_last.version) AS max_version,
MIN(dynpoi_update_last.version) AS min_version,
count(*) AS count
FROM
source
JOIN dynpoi_update_last ON
source.id = dynpoi_update_last.source
LEFT JOIN backend ON
dynpoi_update_last.remote_ip = backend.ip
GROUP BY
hostname,
remote_ip,
remote_ip_hash,
country
ORDER BY
min_age ASC
""")
summary = defaultdict(list)
remote_hashes = {}
hostnames = defaultdict(list)
max_versions = defaultdict(list)
min_versions = defaultdict(list)
max_count = 0
for res in db.fetchall():
(hostname, remote, remote_hash, country, max_age, min_age, max_version, min_version, count) = res
max_count = max(max_count, count)
summary[remote].append({'hostname': hostname, 'country': country, 'max_age': max_age/60/60/24, 'min_age': min_age/60/60/24, 'count': count})
remote_hashes[remote] = remote_hash
hostnames[remote].append(hostname)
max_versions[remote].append(max_version)
min_versions[remote].append(min_version)
for remote in max_versions.keys():
hostnames[remote] = hostnames[remote][0]
max_versions[remote] = max(max_versions[remote])
if max_versions[remote] and '-' in max_versions[remote]:
max_versions[remote] = '-'.join(max_versions[remote].split('-')[1:5])
min_versions[remote] = min(min_versions[remote])
if min_versions[remote] and '-' in min_versions[remote]:
min_versions[remote] = '-'.join(min_versions[remote].split('-')[1:5])
return template('control/updates_summary', translate=utils.translator(lang), summary=summary, hostnames=hostnames, max_versions=max_versions, min_versions=min_versions, remote_hashes=remote_hashes, max_count=max_count)
def user_count(db, lang, username=None, format=None):
count = _user_count(db, username)
if request.path.startswith("/api") or format == "json":
return count
elif format == 'rss':
response.content_type = "application/rss+xml"
return template('byuser/byuser_count.rss',
username=username,
count=count,
translate=utils.translator(lang),
website=utils.website)
else:
return count
def getBugs(db, lang):
clause, order = bboxRequest2Clause()
list2Clause(request.params.get('item'), clause, 'marker.item')
sqlbase = """
SELECT marker.id,
marker.item,
marker.lat,
marker.lon,
dynpoi_class.title as title,
marker.subtitle as subtitle
FROM marker
INNER JOIN dynpoi_class ON
marker.source=dynpoi_class.source AND
marker.class=dynpoi_class.class
INNER JOIN dynpoi_update_last ON
marker.source = dynpoi_update_last.source
WHERE
%s AND
dynpoi_update_last.timestamp > (now() - interval '3 months')
ORDER BY
%s
LIMIT 100
"""
translate = utils.translator(lang)
def each(res):
lat = res["lat"]
lon = res["lon"]
error_id = res["id"]
title = translate.select(res["title"])
subtitle = translate.select(res["subtitle"])
item = res["item"] or 0
text = title
if subtitle:
text += " - <br>" + subtitle
return u"putAJAXMarker('%s', %f, %f, '%s', '%s');\n" % (
error_id, lon, lat, text, item)
response.content_type = 'text/plain; Charset=UTF-8'
return query(db, sqlbase % (' AND '.join(clause), order), None, each)
def _errors_geo(db, lang, params):
results = query._gets(db, params)
translate = utils.translator(lang)
features = []
for res in results:
properties = {"error_id": res["id"], "item": res["item"] or 0}
features.append({
"type": "Feature",
"geometry": {
"type": "Point",
"coordinates": [float(res["lon"]),
float(res["lat"])]
},
"properties": properties
})
return {"type": "FeatureCollection", "features": features}
def getBugs(db, lang):
clause, order = bboxRequest2Clause()
list2Clause(request.params.get('item'), clause, 'marker.item')
sqlbase = """
SELECT marker.id,
marker.item,
marker.lat,
marker.lon,
dynpoi_class.title as title,
marker.subtitle as subtitle
FROM marker
INNER JOIN dynpoi_class ON
marker.source=dynpoi_class.source AND
marker.class=dynpoi_class.class
INNER JOIN dynpoi_update_last ON
marker.source = dynpoi_update_last.source
WHERE
%s AND
dynpoi_update_last.timestamp > (now() - interval '3 months')
ORDER BY
%s
LIMIT 100
"""
translate = utils.translator(lang)
def each(res):
lat = res["lat"]
lon = res["lon"]
error_id = res["id"]
title = translate.select(res["title"])
subtitle = translate.select(res["subtitle"])
item = res["item"] or 0
text = title
if subtitle:
text += " - <br>" + subtitle
return u"putAJAXMarker('%s', %f, %f, '%s', '%s');\n" % (error_id, lon, lat, text, item)
response.content_type = 'text/plain; Charset=UTF-8'
return query(db, sqlbase % (' AND '.join(clause), order), None, each)
def updates(db, lang):
db.execute("""
SELECT
analyser,
COUNT(*),
MIN(EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp)))/60/60/24 AS min_age,
MAX(EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp)))/60/60/24 AS max_age,
MIN(dynpoi_update_last.version) AS min_version,
MAX(dynpoi_update_last.version) AS max_version
FROM
source
JOIN dynpoi_update_last ON
source.id = dynpoi_update_last.source
WHERE
dynpoi_update_last.version IS NOT NULL AND
dynpoi_update_last.version NOT IN ('(None)', '(unknown)')
GROUP BY
analyser
ORDER BY
analyser
""")
summary = defaultdict(list)
max_versions = None
for res in db.fetchall():
(analyser, count, min_age, max_age, min_version, max_version) = res
max_versions = max_version if max_version > max_versions else max_versions
summary[analyser] = {
'count': count,
'min_age': min_age,
'max_age': max_age,
'max_version': '-'.join((max_version or '').split('-')[1:5]),
'min_version': '-'.join((min_version or '').split('-')[1:5])
}
max_versions = '-'.join((max_versions or '').split('-')[1:5])
return template('control/updates_summary_by_analyser',
translate=utils.translator(lang),
summary=summary,
max_versions=max_versions)
def updates(db, lang):
db.execute("""
SELECT
source.id,
EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp)) AS age,
source.country,
source.analyser
FROM
source
LEFT JOIN dynpoi_update_last ON
source.id = dynpoi_update_last.source
ORDER BY
dynpoi_update_last.timestamp DESC
""")
liste = []
for res in db.fetchall():
(source, age, country, analyser) = (res[0], res[1], res[2], res[3])
if age:
if age >= 0:
# TRANSLATORS: days / hours / minutes since last source update, abbreviated to d / h / m
txt = _("{day}d, {hour}h, {minute}m ago").format(
day=int(age / 86400),
hour=int(age / 3600) % 24,
minute=int(age / 60) % 60)
else:
txt = _("in {day}d, {hour}h, {minute}m").format(
day=int(-age / 86400),
hour=int(-age / 3600) % 24,
minute=int(-age / 60) % 60)
liste.append((country, analyser, age, txt, source))
else:
liste.append(
(country, analyser, 1e10, _("never generated"), source))
liste.sort(lambda x, y: -cmp(x[2], y[2]))
return template('control/updates',
translate=utils.translator(lang),
liste=liste)
def byuser_stats(db, lang):
return template('byuser/byuser-stats', translate=utils.translator(lang), results=_users(db))
def index(db, lang, format=None):
if request.path.endswith("false-positive"):
title = _("False positives")
gen = "false-positive"
elif request.path.endswith("done"):
title = _("Fixed issues")
gen = "done"
else:
title = _("Informations")
gen = "error"
if not format in ('rss', 'gpx', 'josm'):
format = None
countries = query_meta._countries(db, lang) if format == None else None
items = query_meta._items(db, lang)
params = query._params()
params.status = {"error":"open", "false-positive": "false", "done":"done"}[gen]
params.limit = None
if format == None and params.item:
errors_groups = query._count(db, params, [
"dynpoi_class.item",
"dynpoi_class.source",
"dynpoi_class.class",
"source.country",
"source.analyser"],
["dynpoi_item"], [
"first(dynpoi_item.menu) AS menu",
"first(dynpoi_class.title) AS title"],
orderBy = True)
total = 0
for res in errors_groups:
if res["count"] != -1:
total += res["count"]
else:
errors_groups = []
total = 0
params.limit = request.params.get('limit', type=int, default=100)
if params.limit > 10000:
params.limit = 10000
if (total > 0 and total < 1000) or params.limit:
params.full = True
errors = query._gets(db, params)
if gen in ("false-positive", "done"):
opt_date = "date"
else:
opt_date = "-1"
else:
opt_date = None
errors = None
if format == 'rss':
response.content_type = 'application/rss+xml'
tpl = 'errors/list.rss'
elif format == 'gpx':
response.content_type = 'application/gpx+xml'
tpl = 'errors/list.gpx'
elif format == 'josm':
objects = []
for res in errors:
if res["elems"]:
elems = res["elems"].split("_")
for e in elems:
m = re.match(r"([a-z]+)([0-9]+)", e)
if m:
cur_type = m.group(1)
objects.append(cur_type[0] + m.group(2))
response.status = 302
response.set_header('Location', 'http://localhost:8111/load_object?objects=%s' % ','.join(objects))
return
else:
tpl = 'errors/index'
return template(tpl, countries=countries, items=items, errors_groups=errors_groups, total=total, errors=errors, query=request.query_string, country=params.country, item=params.item, translate=utils.translator(lang), gen=gen, opt_date=opt_date, title=title, website=utils.website)
def user_count(db, lang, username=None, format=None):
count = _user_count(db, username)
if request.path.startswith("/api") or format == "json":
return count
elif format == 'rss':
response.content_type = "application/rss+xml"
return template('byuser/byuser_count.rss', username=username, count=count, translate=utils.translator(lang), website=utils.website)
else:
return count
def getBugsByUser(db, lang, user=None):
user = user or request.params.get('user')
clause, order = bboxRequest2Clause()
sql_arg = {}
limit = ''
if user:
clause.append("u.username = %(username)s")
sql_arg['username'] = user
else:
num_points = request.params.get('points', type=int, default=100)
if num_points != "all":
limit = "LIMIT %d" % int(num_points)
list2Clause(request.params.get('class'), clause, 'm.class')
list2Clause(request.params.item, clause, 'm.item')
list2Clause(request.params.not_item, clause, 'm.item NOT')
sqlbase = """
SELECT marker.id,
marker.item,
marker.source,
marker.class,
marker.elems,
marker.subclass,
marker.lat,
marker.lon,
dynpoi_class.title as title,
marker.subtitle as subtitle,
dynpoi_update_last.timestamp,
u.username
FROM marker
INNER JOIN dynpoi_class ON
marker.source=dynpoi_class.source AND
marker.class=dynpoi_class.class
INNER JOIN dynpoi_update_last ON
marker.source = dynpoi_update_last.source
LEFT JOIN marker_elem u ON
marker.id = u.marker_id
WHERE
%s
ORDER BY
dynpoi_update_last.timestamp DESC
%s
"""
translate = utils.translator(lang)
def each(res):
lat = res["lat"]
lon = res["lon"]
error_id = res["id"]
title = translate.select(res["title"])
subtitle = translate.select(res["subtitle"])
item = res["item"] or 0
return u'"%s", "%s", "%s", %f, %f, "%s", "%s", "%s"\n' % (
res["timestamp"], res["username"].decode('utf-8'), error_id, lon,
lat, title, subtitle, item)
response.content_type = 'text/plain; Charset=UTF-8'
content = "# timestamp, username, error_id, lon, lat, title, subtitle, item\n"
return content + query(db, sqlbase %
(' AND '.join(clause), limit), sql_arg, each)
def translation(lang, name=None):
translate = utils.translator(lang)
return template('translation')
def contact(lang, name=None):
translate = utils.translator(lang)
return template('contact')
def copyright(lang, name=None):
translate = utils.translator(lang)
return template('copyright', translate=utils.translator(lang), main_project=utils.main_project, main_website=utils.main_website)
def contact(lang, name=None):
translate = utils.translator(lang)
return template('contact', translate=utils.translator(lang))
def copyright(lang, name=None):
translate = utils.translator(lang)
return template('copyright')
def index(db, user, lang):
if request.query_string:
redirect("./#" + request.query_string)
tags = query_meta._tags(db)
db.execute("SELECT item FROM dynpoi_item GROUP BY item;")
all_items = map(lambda res: int(res[0]), db.fetchall())
categories = query_meta._items_3(db)
item_tags = defaultdict(set)
item_levels = {'1': set(), '2': set(), '3': set()}
for categ in categories:
for item in categ['items']:
for level in item['levels']:
item_levels[str(level['level'])].add(item['item'])
if item['tags']:
for tag in item['tags']:
item_tags[tag].add(item['item'])
item_levels['1,2'] = item_levels['1'] | item_levels['2']
item_levels['1,2,3'] = item_levels['1,2'] | item_levels['3']
urls = []
# TRANSLATORS: link to help in appropriate language
if user:
urls.append(("byuser", _("Issues by user"), "../byuser/"))
urls.append(("relation_analyser", _("Relation analyser"),
"http://analyser.openstreetmap.fr/"))
# TRANSLATORS: link to source code
urls.append(("statistics", _("Statistics"), "../control/update_matrix"))
helps = []
helps.append((_("Contact"), "../contact"))
helps.append(
(_("Help on wiki"), _("http://wiki.openstreetmap.org/wiki/Osmose")))
helps.append((_("Copyright"), "../copyright"))
helps.append((_("Sources"), "https://github.com/osm-fr?q=osmose"))
helps.append((_("Translation"), "../translation"))
sql = """
SELECT
EXTRACT(EPOCH FROM ((now())-timestamp)) AS age
FROM
dynpoi_update_last
ORDER BY
timestamp
LIMIT
1
OFFSET
(SELECT COUNT(*)/2 FROM dynpoi_update_last)
;
"""
db.execute(sql)
delay = db.fetchone()
if delay and delay[0]:
delay = delay[0] / 60 / 60 / 24
else:
delay = 0
if user != None:
if user:
user_error_count = byuser._user_count(db, user.encode('utf-8'))
else: # user == False
user = '******'
user_error_count = {1: 0, 2: 0, 3: 0}
else:
user_error_count = None
return template('map/index',
categories=categories,
item_tags=item_tags,
tags=tags,
item_levels=item_levels,
main_project=utils.main_project,
urls=urls,
helps=helps,
delay=delay,
languages_name=utils.languages_name,
translate=utils.translator(lang),
website=utils.website,
remote_url_read=utils.remote_url_read,
request=request,
user=user,
user_error_count=user_error_count)
def index(db, user, lang):
if request.query_string:
redirect("./#" + request.query_string)
tags = query_meta._tags(db)
db.execute("SELECT item FROM dynpoi_item GROUP BY item;")
all_items = map(lambda res: int(res[0]), db.fetchall())
categories = query_meta._items_3(db)
item_tags = defaultdict(set)
item_levels = {'1': set(), '2': set(), '3': set()}
for categ in categories:
for item in categ['items']:
for level in item['levels']:
item_levels[str(level['level'])].add(item['item'])
if item['tags']:
for tag in item['tags']:
item_tags[tag].add(item['item'])
item_levels['1,2'] = item_levels['1'] | item_levels['2']
item_levels['1,2,3'] = item_levels['1,2'] | item_levels['3']
urls = []
# TRANSLATORS: link to help in appropriate language
if user:
urls.append(("byuser", _("Issues by user"), "../byuser/"))
urls.append(("relation_analyser", _("Relation analyser"), "http://analyser.openstreetmap.fr/"))
# TRANSLATORS: link to source code
urls.append(("statistics", _("Statistics"), "../control/update_matrix"))
helps = []
helps.append((_("Contact"), "../contact"))
helps.append((_("Help on wiki"), _("http://wiki.openstreetmap.org/wiki/Osmose")))
helps.append((_("Copyright"), "../copyright"))
helps.append((_("Sources"), "https://github.com/osm-fr?q=osmose"))
helps.append((_("Translation"), "../translation"))
sql = """
SELECT
EXTRACT(EPOCH FROM ((now())-timestamp)) AS age
FROM
dynpoi_update_last
ORDER BY
timestamp
LIMIT
1
OFFSET
(SELECT COUNT(*)/2 FROM dynpoi_update_last)
;
"""
db.execute(sql)
delay = db.fetchone()
if delay and delay[0]:
delay = delay[0]/60/60/24
else:
delay = 0
if user != None:
if user:
user_error_count = byuser._user_count(db, user.encode('utf-8'))
else: # user == False
user = '******'
user_error_count = {1: 0, 2: 0, 3: 0}
else:
user_error_count = None
return template('map/index', categories=categories, item_tags=item_tags, tags=tags, item_levels=item_levels,
main_project=utils.main_project, urls=urls, helps=helps, delay=delay, languages_name=utils.languages_name, translate=utils.translator(lang),
website=utils.website, remote_url_read=utils.remote_url_read, request=request,
user=user, user_error_count=user_error_count)
def index(lang):
translate = utils.translator(lang)
return template('index')
def translation(lang, name=None):
translate = utils.translator(lang)
return template('translation', translate=utils.translator(lang))
def copyright(lang, name=None):
translate = utils.translator(lang)
return template('copyright',
main_project=utils.main_project,
main_website=utils.main_website)
def index(db, lang, format=None):
if request.path.endswith("false-positive"):
title = _("False positives")
gen = "false-positive"
elif request.path.endswith("done"):
title = _("Fixed issues")
gen = "done"
else:
title = _("Informations")
gen = "error"
if not format in ('rss', 'gpx', 'josm'):
format = None
countries = query_meta._countries(db, lang) if format == None else None
items = query_meta._items(db, lang)
params = query._params()
params.status = {
"error": "open",
"false-positive": "false",
"done": "done"
}[gen]
params.limit = None
if format == None and params.item:
errors_groups = query._count(
db,
params, [
"dynpoi_class.item", "dynpoi_class.source",
"dynpoi_class.class", "source.country", "source.analyser"
], ["dynpoi_item"], [
"min(dynpoi_item.menu::text)::hstore AS menu",
"min(dynpoi_class.title::text)::hstore AS title"
],
orderBy=True)
total = 0
for res in errors_groups:
if res["count"] != -1:
total += res["count"]
else:
errors_groups = []
total = 0
params.limit = request.params.get('limit', type=int, default=100)
if params.limit > 10000:
params.limit = 10000
if (total > 0 and total < 1000) or params.limit:
params.full = True
errors = query._gets(db, params)
if gen in ("false-positive", "done"):
opt_date = "date"
else:
opt_date = "-1"
else:
opt_date = None
errors = None
if format == 'rss':
response.content_type = 'application/rss+xml'
tpl = 'errors/list.rss'
elif format == 'gpx':
response.content_type = 'application/gpx+xml'
tpl = 'errors/list.gpx'
elif format == 'josm':
objects = []
for res in errors:
if res["elems"]:
elems = res["elems"].split("_")
for e in elems:
m = re.match(r"([a-z]+)([0-9]+)", e)
if m:
cur_type = m.group(1)
objects.append(cur_type[0] + m.group(2))
response.status = 302
response.set_header(
'Location',
'http://localhost:8111/load_object?objects=%s' % ','.join(objects))
return
else:
tpl = 'errors/index'
return template(tpl,
countries=countries,
items=items,
errors_groups=errors_groups,
total=total,
errors=errors,
query=request.query_string,
country=params.country,
item=params.item,
translate=utils.translator(lang),
gen=gen,
opt_date=opt_date,
title=title,
website=utils.website,
main_website=utils.main_website,
remote_url_read=utils.remote_url_read)
def byuser_stats(db, lang):
return template('byuser/byuser-stats', translate=utils.translator(lang), results=_users(db))
def index(db, lang):
# valeurs par défaut
params = { "lat": 46.97,
"lon": 2.75,
"zoom": 6,
"item": None,
"level": 1,
"source": '',
"class": '',
"username": '',
"country": '',
"tags": '',
"fixable": None,
}
for p in ["lat", "lon", "zoom", "item", "level", "tags", "fixable"]:
if request.cookies.get("last_" + p, default=None):
params[p] = request.cookies.get("last_" + p)
for p in ["lat", "lon", "zoom", "item", "useDevItem", "level", "source", "username", "class", "country", "tags", "fixable"]:
if request.params.get(p, default=None):
params[p] = request.params.get(p)
for p in ["lat", "lon"]:
params[p] = float(params[p])
for p in ["zoom"]:
params[p] = int(params[p])
if not params.has_key("useDevItem"):
params["useDevItem"] = ""
tags = query_meta._tags(db, lang)
tags_selected = {}
tags_params = params["tags"].split(',')
for t in tags:
if t in tags_params:
tags_selected[t] = " selected=\"selected\""
else:
tags_selected[t] = ""
fixable_selected = {}
fixable_selected['online'] = " selected=\"selected\"" if params["fixable"] and params["fixable"] == "online" else ""
fixable_selected['josm'] = " selected=\"selected\"" if params["fixable"] and params["fixable"] == "josm" else ""
all_items = []
db.execute("SELECT item FROM dynpoi_item GROUP BY item;")
for res in db.fetchall():
all_items.append(int(res[0]))
active_items = check_items(params["item"], all_items)
level_selected = {}
for l in ("_all", "1", "2", "3", "1,2", "1,2,3"):
level_selected[l] = ""
if params["level"] == "":
level_selected["1"] = " selected=\"selected\""
elif params["level"] in ("1", "2", "3", "1,2", "1,2,3"):
level_selected[params["level"]] = " selected=\"selected\""
categories = query_meta._categories(db, lang)
item_tags = {}
item_levels = {"1": set(), "2": set(), "3": set()}
for categ in categories:
for err in categ["item"]:
for l in err["levels"]:
item_levels[str(l)].add(err["item"])
if err["tags"]:
for t in err["tags"]:
if not item_tags.has_key(t):
item_tags[t] = set()
item_tags[t].add(err["item"])
item_levels["1,2"] = item_levels["1"] | item_levels["2"]
item_levels["1,2,3"] = item_levels["1,2"] | item_levels["3"]
urls = []
# TRANSLATORS: link to help in appropriate language
urls.append(("byuser", _("Issues by user"), "../byuser/"))
urls.append(("relation_analyser", _("Relation analyser"), "http://analyser.openstreetmap.fr/"))
# TRANSLATORS: link to source code
urls.append(("statistics", _("Statistics"), "../control/update_matrix"))
helps = []
helps.append((_("Contact"), "../contact"))
helps.append((_("Help on wiki"), _("http://wiki.openstreetmap.org/wiki/Osmose")))
helps.append((_("Copyright"), "../copyright"))
helps.append((_("Sources"), "https://github.com/osm-fr?query=osmose"))
helps.append((_("Translation"), "../translation"))
sql = """
SELECT
EXTRACT(EPOCH FROM ((now())-timestamp)) AS age
FROM
dynpoi_update_last
ORDER BY
timestamp
LIMIT
1
OFFSET
(SELECT COUNT(*)/2 FROM dynpoi_update_last)
;
"""
db.execute(sql)
delay = db.fetchone()
if delay and delay[0]:
delay = delay[0]/60/60/24
else:
delay = 0
if request.session.has_key('user'):
if request.session['user']:
user = request.session['user']['osm']['user']['@display_name']
user_error_count = byuser._user_count(db, user.encode('utf-8'))
else:
user = '******'
user_error_count = {1: 0, 2: 0, 3: 0}
else:
user = None
user_error_count = None
return template('map/index', categories=categories, lat=params["lat"], lon=params["lon"], zoom=params["zoom"],
source=params["source"], username=params["username"], classs=params["class"], country=params["country"],
item_tags=item_tags, tags_selected=tags_selected, tags=tags, fixable_selected=fixable_selected,
item_levels=item_levels, level_selected=level_selected,
active_items=active_items, useDevItem=params["useDevItem"],
main_project=utils.main_project, urls=urls, helps=helps, delay=delay, languages_name=utils.languages_name, translate=utils.translator(lang),
website=utils.website, request=request, assets=assets.environment,
user=user, user_error_count=user_error_count)
def update(db, lang, source=None):
sql = "SELECT source,timestamp,remote_url,remote_ip,version FROM dynpoi_update WHERE source=%d ORDER BY timestamp DESC;" % source
db.execute(sql)
return template('control/update',
translate=utils.translator(lang),
liste=db.fetchall())
def update(db, lang, source=None):
sql = "SELECT source,timestamp,remote_url,remote_ip,version FROM dynpoi_update WHERE source=%d ORDER BY timestamp DESC;" % source
db.execute(sql)
return template('control/update', translate=utils.translator(lang), liste=db.fetchall())
def updates(db, lang):
remote = request.params.get('remote')
country = request.params.get('country')
db.execute(
"""
SELECT DISTINCT ON (source.id)
source.id,
EXTRACT(EPOCH FROM ((now())-dynpoi_update_last.timestamp)) AS age,
country,
analyser
FROM
source
JOIN dynpoi_update_last ON
source.id = dynpoi_update_last.source
WHERE
""" + ("""
RIGHT(MD5(remote_ip), 4) = %(remote)s AND """ if remote else "") + ("""
source.country LIKE %(country)s AND """ if country else "") + """
true
ORDER BY
source.id ASC,
dynpoi_update_last.timestamp DESC
""", {
"remote": remote,
"country": country and country.replace("*", "%")
})
keys = defaultdict(int)
matrix = defaultdict(dict)
stats_analyser = {}
stats_country = {}
for res in db.fetchall():
(source, age, country, analyser) = (res[0], res[1], res[2], res[3])
keys[country] += 1
matrix[analyser][country] = (age / 60 / 60 / 24, source)
for analyser in matrix:
min = max = None
sum = 0
for country in matrix[analyser]:
v = matrix[analyser][country][0]
min = v if not min or v < min else min
max = v if not max or v > max else max
sum += v
if not stats_country.has_key(country):
min_c = v
sum_c = v
max_c = v
n_c = 1
else:
(min_c, sum_c, max_c, n_c) = stats_country[country]
min_c = v if v < min_c else min_c
max_c = v if v > max_c else max_c
sum_c += v
n_c += 1
stats_country[country] = [min_c, sum_c, max_c, n_c]
stats_analyser[analyser] = [min, sum / len(matrix[analyser]), max]
avg_country = {}
for country in stats_country:
stats_country[country][
1] = stats_country[country][1] / stats_country[country][3]
keys = sorted(keys.keys())
return template('control/updates_matrix',
translate=utils.translator(lang),
keys=keys,
matrix=matrix,
stats_analyser=stats_analyser,
stats_country=stats_country)
def index(db, lang):
# valeurs par défaut
params = { "lat": 46.97,
"lon": 2.75,
"zoom": 6,
"item": None,
"level": 1,
"source": '',
"class": '',
"username": '',
"country": '',
"tags": '',
"fixable": None,
}
for p in ["lat", "lon", "zoom", "item", "level", "tags", "fixable"]:
if request.cookies.get("last_" + p, default=None):
params[p] = request.cookies.get("last_" + p)
for p in ["lat", "lon", "zoom", "item", "useDevItem", "level", "source", "username", "class", "country", "tags", "fixable"]:
if request.params.get(p, default=None):
params[p] = request.params.get(p)
for p in ["lat", "lon"]:
params[p] = float(params[p])
for p in ["zoom"]:
params[p] = int(params[p])
if not params.has_key("useDevItem"):
params["useDevItem"] = ""
tags = query_meta._tags(db, lang)
tags_selected = {}
tags_params = params["tags"].split(',')
for t in tags:
if t in tags_params:
tags_selected[t] = " selected=\"selected\""
else:
tags_selected[t] = ""
fixable_selected = {}
fixable_selected['online'] = " selected=\"selected\"" if params["fixable"] and params["fixable"] == "online" else ""
fixable_selected['josm'] = " selected=\"selected\"" if params["fixable"] and params["fixable"] == "josm" else ""
all_items = []
db.execute("SELECT item FROM dynpoi_item GROUP BY item;")
for res in db.fetchall():
all_items.append(int(res[0]))
active_items = check_items(params["item"], all_items)
level_selected = {}
for l in ("_all", "1", "2", "3", "1,2", "1,2,3"):
level_selected[l] = ""
if params["level"] == "":
level_selected["1"] = " selected=\"selected\""
elif params["level"] in ("1", "2", "3", "1,2", "1,2,3"):
level_selected[params["level"]] = " selected=\"selected\""
categories = query_meta._categories(db, lang)
item_tags = {}
item_levels = {"1": set(), "2": set(), "3": set()}
for categ in categories:
for err in categ["item"]:
for l in err["levels"]:
item_levels[str(l)].add(err["item"])
if err["tags"]:
for t in err["tags"]:
if not item_tags.has_key(t):
item_tags[t] = set()
item_tags[t].add(err["item"])
item_levels["1,2"] = item_levels["1"] | item_levels["2"]
item_levels["1,2,3"] = item_levels["1,2"] | item_levels["3"]
urls = []
# TRANSLATORS: link to help in appropriate language
urls.append(("byuser", _("Issues by user"), "../byuser/"))
urls.append(("relation_analyser", _("Relation analyser"), "http://analyser.openstreetmap.fr/"))
# TRANSLATORS: link to source code
urls.append(("statistics", _("Statistics"), "../control/update_matrix"))
helps = []
helps.append((_("Contact"), "../contact"))
helps.append((_("Help on wiki"), _("http://wiki.openstreetmap.org/wiki/Osmose")))
helps.append((_("Copyright"), "../copyright"))
helps.append((_("Sources"), "https://github.com/osm-fr?query=osmose"))
helps.append((_("Translation"), "../translation"))
sql = """
SELECT
EXTRACT(EPOCH FROM ((now())-timestamp)) AS age
FROM
dynpoi_update_last
ORDER BY
timestamp
LIMIT
1
OFFSET
(SELECT COUNT(*)/2 FROM dynpoi_update_last)
;
"""
db.execute(sql)
delay = db.fetchone()
if delay and delay[0]:
delay = delay[0]/60/60/24
else:
delay = 0
if request.session.has_key('user'):
if request.session['user']:
user = request.session['user']['osm']['user']['@display_name']
user_error_count = byuser._user_count(db, user.encode('utf-8'))
else:
user = '******'
user_error_count = {1: 0, 2: 0, 3: 0}
else:
user = None
user_error_count = None
return template('map/index', categories=categories, lat=params["lat"], lon=params["lon"], zoom=params["zoom"],
source=params["source"], username=params["username"], classs=params["class"], country=params["country"],
item_tags=item_tags, tags_selected=tags_selected, tags=tags, fixable_selected=fixable_selected,
item_levels=item_levels, level_selected=level_selected,
active_items=active_items, useDevItem=params["useDevItem"],
main_project=utils.main_project, urls=urls, helps=helps, delay=delay, languages_name=utils.languages_name, translate=utils.translator(lang),
website=utils.website, request=request, assets=assets.environment,
user=user, user_error_count=user_error_count)
def index(db, lang, format=None):
if "false-positive" in request.path:
title = _("False positives")
gen = "false-positive"
elif "done" in request.path:
title = _("Fixed issues")
gen = "done"
else:
title = _("Informations")
gen = "error"
if not format in ('rss', 'gpx', 'kml', 'josm', 'csv'):
format = None
countries = query_meta._countries(db, lang) if format == None else None
items = query_meta._items(db, lang)
params = query._params()
params.status = {"error":"open", "false-positive": "false", "done":"done"}[gen]
params.limit = None
params.fixable = None
if format == None and params.item:
errors_groups = query._count(db, params, [
"dynpoi_class.item",
"marker.source",
"marker.class",
"source.country",
"source.analyser",
"dynpoi_update_last.timestamp"], [
"dynpoi_item",
"class"], [
"min(dynpoi_item.menu::text)::hstore AS menu",
"min(class.title::text)::hstore AS title"],
)
total = 0
for res in errors_groups:
if res["count"] != -1:
total += res["count"]
else:
errors_groups = []
total = 0
params.limit = request.params.get('limit', type=int, default=100)
if params.limit > 10000:
params.limit = 10000
if (total > 0 and total < 1000) or params.limit:
params.full = True
errors = query._gets(db, params)
if gen in ("false-positive", "done"):
opt_date = "date"
else:
opt_date = "-1"
else:
opt_date = None
errors = None
if format == 'rss':
response.content_type = 'application/rss+xml'
tpl = 'errors/list.rss'
elif format == 'gpx':
response.content_type = 'application/gpx+xml'
tpl = 'errors/list.gpx'
elif format == 'kml':
response.content_type = 'application/vnd.google-earth.kml+xml'
tpl = 'errors/list.kml'
elif format == 'josm':
objects = []
for res in errors:
if res["elems"]:
elems = res["elems"].split("_")
for e in elems:
m = re.match(r"([a-z]+)([0-9]+)", e)
if m:
cur_type = m.group(1)
objects.append(cur_type[0] + m.group(2))
response.status = 302
response.set_header('Location', 'http://localhost:8111/load_object?objects=%s' % ','.join(objects))
return
elif format == 'csv':
output = StringIO.StringIO()
writer = csv.writer(output)
h = ['id', 'source', 'item', 'class', 'subclass', 'level', 'title', 'subtitle', 'country', 'analyser', 'timestamp', 'username', 'lat', 'lon', 'elems']
writer.writerow(h)
for res in errors:
writer.writerow(map(lambda a: res[a], h))
response.content_type = 'text/csv'
return output.getvalue()
else:
tpl = 'errors/index'
return template(tpl, countries=countries, items=items, errors_groups=errors_groups, total=total, errors=errors, query=request.query_string, country=params.country, item=params.item, level=params.level, translate=utils.translator(lang), gen=gen, opt_date=opt_date, title=title, website=utils.website, main_website=utils.main_website, remote_url_read=utils.remote_url_read)
def error(db, lang, err_id):
data_type = { "N": "node", "W": "way", "R": "relation", "I": "infos"}
# TRANSLATORS: link to tooltip help
url_help = _("http://wiki.openstreetmap.org/wiki/Osmose/errors")
translate = utils.translator(lang)
(marker, columns_marker, elements, columns_elements, fixies, columns_fix) = _get(db, err_id)
lat = str(marker["lat"])
lon = str(marker["lon"])
title = translate.select(marker["title"])
subtitle = translate.select(marker["subtitle"])
b_date = marker["timestamp"] or ""
item = marker["item"] or 0
def expand_tags(tags, links, short = False):
t = []
if short:
for k in tags:
t.append({"k": k})
else:
for (k, v) in sorted(tags.items()):
if links and links.has_key(k):
t.append({"k": k, "v": v, "vlink": links[k]})
else:
t.append({"k": k, "v": v})
return t
elems = []
for elem in elements:
if elem["data_type"]:
tags = elem["tags"]
try:
links = t2l.checkTags(tags)
except:
links = {}
tmp_elem = {data_type[elem["data_type"]]: True,
"type": data_type[elem["data_type"]],
"id": elem["id"],
"tags": expand_tags(tags, links),
"fixes": [],
}
for fix in fixies:
if (fix["elem_data_type"] and
fix["elem_data_type"] == elem["data_type"] and
fix["elem_id"] == elem["id"]):
tmp_elem["fixes"].append({"num": fix["diff_index"],
"add": expand_tags(fix["tags_create"], {}),
"mod": expand_tags(fix["tags_modify"], {}),
"del": expand_tags(fix["tags_delete"], {}, True),
})
elems.append(tmp_elem)
new_elems = []
for fix in fixies:
if fix["elem_data_type"]:
found = False
for e in elems:
if (e["type"] == data_type[fix["elem_data_type"]] and
e["id"] == fix[ "elem_id"]):
found = True
break
if not found:
new_elems.append({"num": fix["diff_index"],
"add": expand_tags(fix["tags_create"], {}),
"mod": expand_tags(fix["tags_modify"], {}),
"del": expand_tags(fix["tags_delete"], {}, True),
})
return {
"lat":lat, "lon":lon,
"minlat": float(lat) - 0.002, "maxlat": float(lat) + 0.002,
"minlon": float(lon) - 0.002, "maxlon": float(lon) + 0.002,
"error_id":err_id,
"title":title, "subtitle":subtitle,
"b_date":b_date.strftime("%Y-%m-%d"),
"item":item,
"elems":elems, "new_elems":new_elems,
"elems_id":marker["elems"].replace("_",","),
"url_help":url_help
}
def index(lang):
translate = utils.translator(lang)
return template('index', translate=utils.translator(lang))
def index(db, lang, format=None):
if "false-positive" in request.path:
title = _("False positives")
gen = "false-positive"
elif "done" in request.path:
title = _("Fixed issues")
gen = "done"
else:
title = _("Informations")
gen = "error"
if not format in ('rss', 'gpx', 'kml', 'josm', 'csv'):
format = None
countries = query_meta._countries(db, lang) if format == None else None
items = query_meta._items(db, lang)
params = query._params()
params.status = {"error":"open", "false-positive": "false", "done":"done"}[gen]
params.limit = None
params.fixable = None
if format == None and params.item:
errors_groups = query._count(db, params, [
"dynpoi_class.item",
"marker.source",
"marker.class",
"source.country",
"source.analyser",
"dynpoi_update_last.timestamp"], [
"dynpoi_item",
"class"], [
"min(dynpoi_item.menu::text)::hstore AS menu",
"min(class.title::text)::hstore AS title"],
orderBy = True)
total = 0
for res in errors_groups:
if res["count"] != -1:
total += res["count"]
else:
errors_groups = []
total = 0
params.limit = request.params.get('limit', type=int, default=100)
if params.limit > 10000:
params.limit = 10000
if (total > 0 and total < 1000) or params.limit:
params.full = True
errors = query._gets(db, params)
if gen in ("false-positive", "done"):
opt_date = "date"
else:
opt_date = "-1"
else:
opt_date = None
errors = None
if format == 'rss':
response.content_type = 'application/rss+xml'
tpl = 'errors/list.rss'
elif format == 'gpx':
response.content_type = 'application/gpx+xml'
tpl = 'errors/list.gpx'
elif format == 'kml':
response.content_type = 'application/vnd.google-earth.kml+xml'
tpl = 'errors/list.kml'
elif format == 'josm':
objects = []
for res in errors:
if res["elems"]:
elems = res["elems"].split("_")
for e in elems:
m = re.match(r"([a-z]+)([0-9]+)", e)
if m:
cur_type = m.group(1)
objects.append(cur_type[0] + m.group(2))
response.status = 302
response.set_header('Location', 'http://localhost:8111/load_object?objects=%s' % ','.join(objects))
return
elif format == 'csv':
output = StringIO.StringIO()
writer = csv.writer(output)
h = ['id', 'source', 'item', 'class', 'subclass', 'level', 'title', 'subtitle', 'country', 'analyser', 'timestamp', 'username', 'lat', 'lon', 'elems']
writer.writerow(h)
for res in errors:
writer.writerow(map(lambda a: res[a], h))
response.content_type = 'text/csv'
return output.getvalue()
else:
tpl = 'errors/index'
return template(tpl, countries=countries, items=items, errors_groups=errors_groups, total=total, errors=errors, query=request.query_string, country=params.country, item=params.item, level=params.level, translate=utils.translator(lang), gen=gen, opt_date=opt_date, title=title, website=utils.website, main_website=utils.main_website, remote_url_read=utils.remote_url_read)