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Bicycle.py
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# -*- coding: utf-8 -*-
import regex as re # noqa
import modules.mapcss_lib as mapcss
from plugins.Plugin import with_options # noqa
from plugins.PluginMapCSS import PluginMapCSS
class Bicycle(PluginMapCSS):
def init(self, logger):
super().init(logger)
tags = capture_tags = {} # noqa
self.errors[20301] = self.def_class(
item=2030,
level=1,
tags=mapcss.list_("tag", "highway")
+ mapcss.list_("cycleway", "fix:survey"),
title=mapcss.tr("Opposite cycleway without oneway"),
)
self.errors[20302] = self.def_class(
item=2030,
level=1,
tags=mapcss.list_("tag", "highway")
+ mapcss.list_("cycleway", "fix:survey"),
title=mapcss.tr("Opposite or opposite lane in the same way of the oneway"),
)
self.errors[20805] = self.def_class(
item=2080,
level=3,
tags=mapcss.list_("tag", "highway") + mapcss.list_("footway", "fix:chair"),
title=mapcss.tr(
"{0} without {1}", "footway=sidewalk", "highway=footway|construction"
),
)
self.errors[30328] = self.def_class(
item=3032,
level=2,
tags=mapcss.list_("tag", "highway") + mapcss.list_("cycleway", "fix:chair"),
title=mapcss.tr("{0} with {1}", "highway=cycleway", "cycleway=track"),
)
self.errors[30329] = self.def_class(
item=3032,
level=2,
tags=mapcss.list_("tag", "highway") + mapcss.list_("fix:chair"),
title=mapcss.tr(
"{0} with {1}",
mapcss._tag_uncapture(capture_tags, "{0.tag}"),
mapcss._tag_uncapture(capture_tags, "{1.tag}"),
),
)
self.errors[40101] = self.def_class(
item=4010,
level=2,
tags=mapcss.list_("tag", "highway") + mapcss.list_("fix:chair"),
title=mapcss.tr("{0} is preferred to {1}", "psv", "service=psv"),
)
self.errors[40301] = self.def_class(
item=4030,
level=2,
tags=mapcss.list_("tag", "highway") + mapcss.list_("cycleway", "fix:chair"),
title=mapcss.tr(
"{0} with {1} and {2}", "cycleway", "cycleway:right", "cycleway:left"
),
)
self.re_1825c777 = re.compile(r"footway|construction")
self.re_5b286a0d = re.compile(r"no|use_sidepath")
self.re_6781a1fd = re.compile(r"no|none|separate")
self.re_67b51e41 = re.compile(r"opposite|opposite_lane")
def way(self, data, tags, nds):
capture_tags = {}
keys = tags.keys()
err = []
# way[cycleway][cycleway:right][cycleway:left]
if "cycleway" in keys and "cycleway:left" in keys and "cycleway:right" in keys:
match = False
if not match:
capture_tags = {}
try:
match = (
(mapcss._tag_capture(capture_tags, 0, tags, "cycleway"))
and (
mapcss._tag_capture(capture_tags, 1, tags, "cycleway:right")
)
and (
mapcss._tag_capture(capture_tags, 2, tags, "cycleway:left")
)
)
except mapcss.RuleAbort:
pass
if match:
# -osmoseTags:list("cycleway","fix:chair")
# -osmoseItemClassLevel:"4030/40301/2"
# throwWarning:tr("{0} with {1} and {2}","cycleway","cycleway:right","cycleway:left")
# assertMatch:"way cycleway=a cycleway:right=b cycleway:left=c"
err.append(
{
"class": 40301,
"subclass": 0,
"text": mapcss.tr(
"{0} with {1} and {2}",
"cycleway",
"cycleway:right",
"cycleway:left",
),
}
)
# way[footway=sidewalk][highway!~/footway|construction/][highway]
if "footway" in keys and "highway" in keys:
match = False
if not match:
capture_tags = {}
try:
match = (
(
mapcss._tag_capture(capture_tags, 0, tags, "footway")
== mapcss._value_capture(capture_tags, 0, "sidewalk")
)
and (
not mapcss.regexp_test(
mapcss._value_const_capture(
capture_tags,
1,
self.re_1825c777,
"footway|construction",
),
mapcss._tag_capture(capture_tags, 1, tags, "highway"),
)
)
and (mapcss._tag_capture(capture_tags, 2, tags, "highway"))
)
except mapcss.RuleAbort:
pass
if match:
# -osmoseTags:list("footway","fix:chair")
# -osmoseItemClassLevel:"2080/20805/3"
# throwWarning:tr("{0} without {1}","footway=sidewalk","highway=footway|construction")
# assertNoMatch:"way footway=sidewalk area:highway=footway"
# assertNoMatch:"way footway=sidewalk highway=construction construction=footway"
# assertNoMatch:"way footway=sidewalk highway=footway"
# assertMatch:"way footway=sidewalk highway=path"
err.append(
{
"class": 20805,
"subclass": 0,
"text": mapcss.tr(
"{0} without {1}",
"footway=sidewalk",
"highway=footway|construction",
),
}
)
# way[highway=service][service=psv][psv!=yes]
if "highway" in keys and "service" in keys:
match = False
if not match:
capture_tags = {}
try:
match = (
(
mapcss._tag_capture(capture_tags, 0, tags, "highway")
== mapcss._value_capture(capture_tags, 0, "service")
)
and (
mapcss._tag_capture(capture_tags, 1, tags, "service")
== mapcss._value_capture(capture_tags, 1, "psv")
)
and (
mapcss._tag_capture(capture_tags, 2, tags, "psv")
!= mapcss._value_const_capture(
capture_tags, 2, "yes", "yes"
)
)
)
except mapcss.RuleAbort:
pass
if match:
# -osmoseTags:list("fix:chair")
# -osmoseItemClassLevel:"4010/40101/2"
# throwWarning:tr("{0} is preferred to {1}","psv","service=psv")
# fixAdd:"psv=yes"
# fixRemove:"service"
# assertMatch:"way highway=service service=psv psv=no"
# assertNoMatch:"way highway=service service=psv psv=yes"
err.append(
{
"class": 40101,
"subclass": 0,
"text": mapcss.tr(
"{0} is preferred to {1}", "psv", "service=psv"
),
"allow_fix_override": True,
"fix": {"+": dict([["psv", "yes"]]), "-": (["service"])},
}
)
# way[highway=cycleway][cycleway=track]
if "cycleway" in keys and "highway" in keys:
match = False
if not match:
capture_tags = {}
try:
match = (
mapcss._tag_capture(capture_tags, 0, tags, "highway")
== mapcss._value_capture(capture_tags, 0, "cycleway")
) and (
mapcss._tag_capture(capture_tags, 1, tags, "cycleway")
== mapcss._value_capture(capture_tags, 1, "track")
)
except mapcss.RuleAbort:
pass
if match:
# -osmoseTags:list("cycleway","fix:chair")
# -osmoseItemClassLevel:"3032/30328/2"
# throwWarning:tr("{0} with {1}","highway=cycleway","cycleway=track")
# fixRemove:"cycleway"
err.append(
{
"class": 30328,
"subclass": 0,
"text": mapcss.tr(
"{0} with {1}", "highway=cycleway", "cycleway=track"
),
"allow_fix_override": True,
"fix": {"-": (["cycleway"])},
}
)
# way[bicycle=~/no|use_sidepath/][cycleway][cycleway!~/no|none|separate/]
# way[bicycle=~/no|use_sidepath/][cycleway:left][cycleway:left!~/no|none|separate/]
# way[bicycle=~/no|use_sidepath/][cycleway:right][cycleway:right!~/no|none|separate/]
if (
("bicycle" in keys and "cycleway" in keys)
or ("bicycle" in keys and "cycleway:left" in keys)
or ("bicycle" in keys and "cycleway:right" in keys)
):
match = False
if not match:
capture_tags = {}
try:
match = (
(
mapcss.regexp_test(
mapcss._value_capture(
capture_tags, 0, self.re_5b286a0d
),
mapcss._tag_capture(capture_tags, 0, tags, "bicycle"),
)
)
and (mapcss._tag_capture(capture_tags, 1, tags, "cycleway"))
and (
not mapcss.regexp_test(
mapcss._value_const_capture(
capture_tags,
2,
self.re_6781a1fd,
"no|none|separate",
),
mapcss._tag_capture(capture_tags, 2, tags, "cycleway"),
)
)
)
except mapcss.RuleAbort:
pass
if not match:
capture_tags = {}
try:
match = (
(
mapcss.regexp_test(
mapcss._value_capture(
capture_tags, 0, self.re_5b286a0d
),
mapcss._tag_capture(capture_tags, 0, tags, "bicycle"),
)
)
and (
mapcss._tag_capture(capture_tags, 1, tags, "cycleway:left")
)
and (
not mapcss.regexp_test(
mapcss._value_const_capture(
capture_tags,
2,
self.re_6781a1fd,
"no|none|separate",
),
mapcss._tag_capture(
capture_tags, 2, tags, "cycleway:left"
),
)
)
)
except mapcss.RuleAbort:
pass
if not match:
capture_tags = {}
try:
match = (
(
mapcss.regexp_test(
mapcss._value_capture(
capture_tags, 0, self.re_5b286a0d
),
mapcss._tag_capture(capture_tags, 0, tags, "bicycle"),
)
)
and (
mapcss._tag_capture(capture_tags, 1, tags, "cycleway:right")
)
and (
not mapcss.regexp_test(
mapcss._value_const_capture(
capture_tags,
2,
self.re_6781a1fd,
"no|none|separate",
),
mapcss._tag_capture(
capture_tags, 2, tags, "cycleway:right"
),
)
)
)
except mapcss.RuleAbort:
pass
if match:
# -osmoseTags:list("fix:chair")
# -osmoseItemClassLevel:"3032/30329/2"
# throwWarning:tr("{0} with {1}","{0.tag}","{1.tag}")
# assertNoMatch:"way bicycle=no cycleway:right=no"
# assertMatch:"way bicycle=no cycleway=track"
# assertMatch:"way bicycle=use_sidepath cycleway:left=lane"
# assertNoMatch:"way bicycle=use_sidepath cycleway:left=none"
# assertNoMatch:"way highway=cycleway cycleway=separate"
# assertNoMatch:"way highway=residential bicycle=use_sidepath"
err.append(
{
"class": 30329,
"subclass": 0,
"text": mapcss.tr(
"{0} with {1}",
mapcss._tag_uncapture(capture_tags, "{0.tag}"),
mapcss._tag_uncapture(capture_tags, "{1.tag}"),
),
}
)
# way[cycleway=~/opposite|opposite_lane/][!oneway]
# way[cycleway=~/opposite|opposite_lane/][oneway=no]
if ("cycleway" in keys) or ("cycleway" in keys and "oneway" in keys):
match = False
if not match:
capture_tags = {}
try:
match = (
mapcss.regexp_test(
mapcss._value_capture(capture_tags, 0, self.re_67b51e41),
mapcss._tag_capture(capture_tags, 0, tags, "cycleway"),
)
) and (not mapcss._tag_capture(capture_tags, 1, tags, "oneway"))
except mapcss.RuleAbort:
pass
if not match:
capture_tags = {}
try:
match = (
mapcss.regexp_test(
mapcss._value_capture(capture_tags, 0, self.re_67b51e41),
mapcss._tag_capture(capture_tags, 0, tags, "cycleway"),
)
) and (
mapcss._tag_capture(capture_tags, 1, tags, "oneway")
== mapcss._value_capture(capture_tags, 1, "no")
)
except mapcss.RuleAbort:
pass
if match:
# -osmoseTags:list("cycleway","fix:survey")
# -osmoseItemClassLevel:"2030/20301/1"
# throwError:tr("Opposite cycleway without oneway")
# assertNoMatch:"way cycleway=lane oneway=yes"
# assertNoMatch:"way cycleway=opposite oneway=yes"
# assertMatch:"way cycleway=opposite"
err.append(
{
"class": 20301,
"subclass": 0,
"text": mapcss.tr("Opposite cycleway without oneway"),
}
)
# way:righthandtraffic["cycleway:right"=~/opposite|opposite_lane/][oneway=yes]
# way:righthandtraffic["cycleway:left"=~/opposite|opposite_lane/][oneway="-1"]
# way!:righthandtraffic["cycleway:left"=~/opposite|opposite_lane/][oneway=yes]
# way!:righthandtraffic["cycleway:right"=~/opposite|opposite_lane/][oneway="-1"]
if ("cycleway:left" in keys and "oneway" in keys) or (
"cycleway:right" in keys and "oneway" in keys
):
match = False
if not match:
capture_tags = {}
try:
match = (
(
mapcss.regexp_test(
mapcss._value_capture(
capture_tags, 1, self.re_67b51e41
),
mapcss._tag_capture(
capture_tags, 1, tags, "cycleway:right"
),
)
)
and (
mapcss._tag_capture(capture_tags, 2, tags, "oneway")
== mapcss._value_capture(capture_tags, 2, "yes")
)
and (
mapcss.setting(self.father.config.options, "driving_side")
!= "left"
)
)
except mapcss.RuleAbort:
pass
if not match:
capture_tags = {}
try:
match = (
(
mapcss.regexp_test(
mapcss._value_capture(
capture_tags, 1, self.re_67b51e41
),
mapcss._tag_capture(
capture_tags, 1, tags, "cycleway:left"
),
)
)
and (
mapcss._tag_capture(capture_tags, 2, tags, "oneway")
== mapcss._value_capture(capture_tags, 2, "-1")
)
and (
mapcss.setting(self.father.config.options, "driving_side")
!= "left"
)
)
except mapcss.RuleAbort:
pass
if not match:
capture_tags = {}
try:
match = (
(
mapcss.regexp_test(
mapcss._value_capture(
capture_tags, 1, self.re_67b51e41
),
mapcss._tag_capture(
capture_tags, 1, tags, "cycleway:left"
),
)
)
and (
mapcss._tag_capture(capture_tags, 2, tags, "oneway")
== mapcss._value_capture(capture_tags, 2, "yes")
)
and (
mapcss.setting(self.father.config.options, "driving_side")
== "left"
)
)
except mapcss.RuleAbort:
pass
if not match:
capture_tags = {}
try:
match = (
(
mapcss.regexp_test(
mapcss._value_capture(
capture_tags, 1, self.re_67b51e41
),
mapcss._tag_capture(
capture_tags, 1, tags, "cycleway:right"
),
)
)
and (
mapcss._tag_capture(capture_tags, 2, tags, "oneway")
== mapcss._value_capture(capture_tags, 2, "-1")
)
and (
mapcss.setting(self.father.config.options, "driving_side")
== "left"
)
)
except mapcss.RuleAbort:
pass
if match:
# -osmoseTags:list("cycleway","fix:survey")
# -osmoseItemClassLevel:"2030/20302/1"
# throwError:tr("Opposite or opposite lane in the same way of the oneway")
# assertMatch:"way cycleway:right=opposite oneway=yes"
# assertNoMatch:"way cycleway=opposite oneway=yes"
err.append(
{
"class": 20302,
"subclass": 0,
"text": mapcss.tr(
"Opposite or opposite lane in the same way of the oneway"
),
}
)
return err
from plugins.PluginMapCSS import TestPluginMapcss
class Test(TestPluginMapcss):
def test(self):
n = Bicycle(None)
class _config:
options = {"country": None, "language": None}
class father:
config = _config()
n.father = father()
n.init(None)
data = {"id": 0, "lat": 0, "lon": 0}
self.check_err(
n.way(
data,
{"cycleway": "a", "cycleway:left": "c", "cycleway:right": "b"},
[0],
),
expected={"class": 40301, "subclass": 0},
)
self.check_not_err(
n.way(data, {"area:highway": "footway", "footway": "sidewalk"}, [0]),
expected={"class": 20805, "subclass": 0},
)
self.check_not_err(
n.way(
data,
{
"construction": "footway",
"footway": "sidewalk",
"highway": "construction",
},
[0],
),
expected={"class": 20805, "subclass": 0},
)
self.check_not_err(
n.way(data, {"footway": "sidewalk", "highway": "footway"}, [0]),
expected={"class": 20805, "subclass": 0},
)
self.check_err(
n.way(data, {"footway": "sidewalk", "highway": "path"}, [0]),
expected={"class": 20805, "subclass": 0},
)
self.check_err(
n.way(data, {"highway": "service", "psv": "no", "service": "psv"}, [0]),
expected={"class": 40101, "subclass": 0},
)
self.check_not_err(
n.way(data, {"highway": "service", "psv": "yes", "service": "psv"}, [0]),
expected={"class": 40101, "subclass": 0},
)
self.check_not_err(
n.way(data, {"bicycle": "no", "cycleway:right": "no"}, [0]),
expected={"class": 30329, "subclass": 0},
)
self.check_err(
n.way(data, {"bicycle": "no", "cycleway": "track"}, [0]),
expected={"class": 30329, "subclass": 0},
)
self.check_err(
n.way(data, {"bicycle": "use_sidepath", "cycleway:left": "lane"}, [0]),
expected={"class": 30329, "subclass": 0},
)
self.check_not_err(
n.way(data, {"bicycle": "use_sidepath", "cycleway:left": "none"}, [0]),
expected={"class": 30329, "subclass": 0},
)
self.check_not_err(
n.way(data, {"cycleway": "separate", "highway": "cycleway"}, [0]),
expected={"class": 30329, "subclass": 0},
)
self.check_not_err(
n.way(data, {"bicycle": "use_sidepath", "highway": "residential"}, [0]),
expected={"class": 30329, "subclass": 0},
)
self.check_not_err(
n.way(data, {"cycleway": "lane", "oneway": "yes"}, [0]),
expected={"class": 20301, "subclass": 0},
)
self.check_not_err(
n.way(data, {"cycleway": "opposite", "oneway": "yes"}, [0]),
expected={"class": 20301, "subclass": 0},
)
self.check_err(
n.way(data, {"cycleway": "opposite"}, [0]),
expected={"class": 20301, "subclass": 0},
)
self.check_err(
n.way(data, {"cycleway:right": "opposite", "oneway": "yes"}, [0]),
expected={"class": 20302, "subclass": 0},
)
self.check_not_err(
n.way(data, {"cycleway": "opposite", "oneway": "yes"}, [0]),
expected={"class": 20302, "subclass": 0},
)