def test_portalCross(self):
"""
One street is radial & "Portal", cross street is a concentric.
"""
streets = ("9:00 Portal", "A")
for front, cross in (streets, reversed(streets)):
location = parseLocation("Theme Camp", "Camp at Portal",
"Portal & Arcade", front, cross,
"100 x 150+")
self.assertEquals(
location,
Location(
name="Camp at Portal",
address=RodGarettAddress(
concentric=1,
radialHour=9,
radialMinute=0,
description="9:00 Portal, Theme Camp 100x150+",
),
))
def test_portalPortal(self):
"""
Both streets are radial & "Portal".
"""
streets = ("9:00 Portal", "9:00 Portal")
for front, cross in (streets, reversed(streets)):
location = parseLocation("Theme Camp", "Camp at Portal",
"9:00 Portal @ 9:00 Portal", front, cross,
"50 x 200")
self.assertEquals(
location,
Location(
name="Camp at Portal",
address=RodGarettAddress(
concentric=None,
radialHour=9,
radialMinute=0,
description="9:00 Portal, Theme Camp 50x200",
),
))
def test_basic(self):
"""
Basic camp info
"""
streets = ("9:00", "C")
for front, cross in (streets, reversed(streets)):
location = parseLocation("Burning Man Department",
"Ranger Outpost Tokyo", "9:00 & Carny",
front, cross, "260 x 160")
self.assertEquals(
location,
Location(
name="Ranger Outpost Tokyo",
address=RodGarettAddress(
concentric=3,
radialHour=9,
radialMinute=0,
description="Burning Man Department 260x160",
),
))
def test_plazaRadial(self):
"""
One street is a plaza (which is concentric), cross is radial in plaza.
"""
streets = ("9:00 Plaza", "4:30")
for front, cross in (streets, reversed(streets)):
location = parseLocation("Burning Man Department", "Ice Nine",
"9:00 Plaza @ 4:30", front, cross,
"70 x 100+")
self.assertEquals(
location,
Location(
name="Ice Nine",
address=RodGarettAddress(
concentric=900,
radialHour=4,
radialMinute=30,
description="Burning Man Department 70x100+",
),
))
def test_portalBlank(self):
"""
One street is radial & "Portal", cross street is blank.
"""
streets = ("6:00 Portal", "")
for front, cross in (streets, reversed(streets)):
location = parseLocation("Burning Man Department",
"Fire Conclave Convergence",
"6:00 Portal", front, cross, "133 x 80")
self.assertEquals(
location,
Location(
name="Fire Conclave Convergence",
address=RodGarettAddress(
concentric=None,
radialHour=6,
radialMinute=0,
description=(
"6:00 Portal, Burning Man Department 133x80"),
),
))
def test_publicPlazaRadial(self):
"""
One street is a public plaza (which is concentric), cross is radial in
plaza.
"""
streets = ("9:00 Public Plaza", "12:15")
for front, cross in (streets, reversed(streets)):
location = parseLocation("Village", "Village in Public Plaza",
"9:00 Public Plaza @ 12:15", front, cross,
"110 x 200-")
self.assertEquals(
location,
Location(
name="Village in Public Plaza",
address=RodGarettAddress(
concentric=905,
radialHour=12,
radialMinute=15,
description="Village 110x200-",
),
))
def parseLocation(
category,
campName,
textAddress,
frontageAddress,
crossStreet,
dimensions,
):
encoding = "macroman"
category = category.decode(encoding)
campName = campName.decode(encoding)
textAddress = textAddress.decode(encoding)
frontageAddress = frontageAddress.decode(encoding)
crossStreet = crossStreet.decode(encoding)
dimensions = dimensions.decode(encoding)
# print(campName)
concentric = None
radialHour = None
radialMinute = None
plaza = None
for streetAddress in (frontageAddress, crossStreet):
if not streetAddress:
continue
try:
radialHour, radialMinute, plaza = parseRadialStreetAddress(
streetAddress)
except RadialStreetAddressParseError:
try:
concentric = parseConcentricStreetAddress(streetAddress)
except ConcentricStreetAddressParseError:
sys.stderr.write(f"WARNING: unable to parse street address: "
f"{streetAddress!r}\n")
if category == "Camp within a Village":
description = textAddress
elif category == "Burning Man Department":
description = "Burning Man Department"
else:
description = category
if dimensions:
description = f"{description} {dimensions.replace(" ", " ")}"
if plaza:
# print(
# "{}: {!r} @ {!r}\n -> {}:{}@{} - {!r}".format(
# campName, frontageAddress, crossStreet,
# radialHour, radialMinute, concentric, plaza
# )
# )
description = f"{plaza}, {description}"
address = RodGarettAddress(
concentric=concentric,
radialHour=radialHour,
radialMinute=radialMinute,
description=description,
)
return Location(name=campName, address=address)