def test_OPTGROUP(self):
# Empty OPTGROUP test
self.assertEqual(OPTGROUP().xml(),
b'<optgroup></optgroup>')
# Not Empty OPTGROUP test
self.assertEqual(OPTGROUP('<>', _a='1', _b='2').xml(),
b'<optgroup a="1" b="2"><option value="<>"><></option></optgroup>')
# With an OPTION
self.assertEqual(OPTGROUP(OPTION('Option 1', _value='1'), _label='Group 1').xml(),
b'<optgroup label="Group 1"><option value="1">Option 1</option></optgroup>')
def run(self):
# init session
if self.session.plando is None:
self.session.plando = {
"state": {},
"preset": "regular",
"seed": None,
"startLocation": "Landing Site",
# rando params
"rando": {},
# set to False in plando.html
"firstTime": True
}
# load presets list
(stdPresets, tourPresets, comPresets) = loadPresetsList(self.cache)
# access points
vanillaAPs = []
for (src, dest) in vanillaTransitions:
vanillaAPs += [transition2isolver(src), transition2isolver(dest)]
vanillaBossesAPs = []
for (src, dest) in vanillaBossesTransitions:
vanillaBossesAPs += [
transition2isolver(src),
transition2isolver(dest)
]
escapeAPs = []
for (src, dest) in vanillaEscapeTransitions:
escapeAPs += [transition2isolver(src), transition2isolver(dest)]
# generate list of addresses to read in the ROM
addresses = getAddressesToRead(plando=True)
startAPs = GraphUtils.getStartAccessPointNamesCategory()
startAPs = [
OPTGROUP(_label="Standard", *startAPs["regular"]),
OPTGROUP(_label="Custom", *startAPs["custom"]),
OPTGROUP(_label="Custom (Area rando only)", *startAPs["area"])
]
return dict(stdPresets=stdPresets,
tourPresets=tourPresets,
comPresets=comPresets,
vanillaAPs=vanillaAPs,
vanillaBossesAPs=vanillaBossesAPs,
escapeAPs=escapeAPs,
curSession=self.session.plando,
addresses=addresses,
startAPs=startAPs,
version=displayedVersion)
def test_SELECT(self):
self.assertEqual(
SELECT('<>', _a='1', _b='2').xml(), b'<select a="1" b="2">' +
b'<option value="<>"><></option></select>')
self.assertEqual(
SELECT(OPTION('option 1', _value='1'),
OPTION('option 2', _value='2')).xml(),
b'<select><option value="1">option 1</option><option value="2">option 2</option></select>'
)
self.assertEqual(
SELECT(OPTION('option 1', _value='1', _selected='selected'),
OPTION('option 2', _value='2'),
_multiple='multiple').xml(),
b'<select multiple="multiple"><option selected="selected" value="1">option 1</option><option value="2">option 2</option></select>'
)
# More then one select with mutilple
self.assertEqual(
SELECT(OPTION('option 1', _value='1', _selected='selected'),
OPTION('option 2', _value='2', _selected='selected'),
_multiple='multiple').xml(),
b'<select multiple="multiple"><option selected="selected" value="1">option 1</option><option selected="selected" value="2">option 2</option></select>'
)
# OPTGROUP
self.assertEqual(
SELECT(
OPTGROUP(
OPTION('option 1', _value='1'),
OPTION('option 2', _value='2'),
_label='Group 1',
)).xml(),
b'<select><optgroup label="Group 1"><option value="1">option 1</option><option value="2">option 2</option></optgroup></select>'
)
# List
self.assertEqual(
SELECT([1, 2, 3, 4, 5]).xml(),
b'<select><option value="1">1</option><option value="2">2</option><option value="3">3</option><option value="4">4</option><option value="5">5</option></select>'
)
# Tuple
self.assertEqual(
SELECT((1, 2, 3, 4, 5)).xml(),
b'<select><option value="1">1</option><option value="2">2</option><option value="3">3</option><option value="4">4</option><option value="5">5</option></select>'
)
# String value
self.assertEqual(
SELECT('Option 1', 'Option 2').xml(),
b'<select><option value="Option 1">Option 1</option><option value="Option 2">Option 2</option></select>'
)
# list as a value
self.assertEqual(
SELECT(OPTION('option 1', _value=[1, 2, 3]),
OPTION('option 2', _value=[4, 5, 6], _selected='selected'),
_multiple='multiple').xml(),
b'<select multiple="multiple"><option value="[1, 2, 3]">option 1</option><option selected="selected" value="[4, 5, 6]">option 2</option></select>'
)
def run(self):
# init session
if self.session.tracker is None:
self.session.tracker = {
"state": {},
"preset": "regular",
"seed": None,
"startLocation": "Landing Site",
# set to False in tracker.html
"firstTime": True
}
# load presets list
(stdPresets, tourPresets, comPresets) = loadPresetsList(self.cache)
# access points
vanillaAPs = []
for (src, dest) in vanillaTransitions:
vanillaAPs += [transition2isolver(src), transition2isolver(dest)]
vanillaBossesAPs = []
for (src, dest) in vanillaBossesTransitions:
vanillaBossesAPs += [
transition2isolver(src),
transition2isolver(dest)
]
escapeAPs = []
for (src, dest) in vanillaEscapeTransitions:
escapeAPs += [transition2isolver(src), transition2isolver(dest)]
# generate list of addresses to read in the ROM
addresses = getAddressesToRead()
startAPs = GraphUtils.getStartAccessPointNamesCategory()
startAPs = [
OPTGROUP(_label="Standard", *startAPs["regular"]),
OPTGROUP(_label="Custom", *startAPs["custom"]),
OPTGROUP(_label="Custom (Area rando only)", *startAPs["area"])
]
# get ap -> grapharea for auto tracker
apsGraphArea = {
locName4isolver(ap.Name): ap.GraphArea
for ap in accessPoints
}
return dict(stdPresets=stdPresets,
tourPresets=tourPresets,
comPresets=comPresets,
vanillaAPs=vanillaAPs,
vanillaBossesAPs=vanillaBossesAPs,
escapeAPs=escapeAPs,
curSession=self.session.tracker,
addresses=addresses,
startAPs=startAPs,
areaAccessPoints=InteractiveSolver.areaAccessPoints,
bossAccessPoints=InteractiveSolver.bossAccessPoints,
escapeAccessPoints=InteractiveSolver.escapeAccessPoints,
nothingScreens=InteractiveSolver.nothingScreens,
doorsScreen=InteractiveSolver.doorsScreen,
bossBitMasks=InteractiveSolver.bossBitMasks,
apsGraphArea=apsGraphArea)
def run(self):
self.initRandomizerSession()
(stdPresets, tourPresets, comPresets) = loadPresetsList(self.cache)
randoPresetsDesc = {
"all_random": "all the parameters set to random",
"Chozo_Speedrun": "speedrun progression speed with Chozo split",
"default": "VARIA randomizer default settings",
"doors_long": "be prepared to hunt for beams and ammo to open doors",
"doors_short": "uses Chozo/speedrun settings for a quicker door color rando",
"free": "easiest possible settings",
"hardway2hell": "harder highway2hell",
"haste": "inspired by DASH randomizer with Nerfed Charge / Progressive Suits",
"highway2hell": "favors suitless seeds",
"hud": "Full rando with remaining major upgrades in the area shown in the HUD",
"hud_hard": "Low resources and VARIA HUD enabled to help you track of actual items count",
"hud_start": "Non-vanilla start with Major or Chozo split",
"minimizer":"Typical 'boss rush' settings with random start and nerfed charge",
"minimizer_hardcore":"Have fun 'rushing' bosses with no equipment on a tiny map",
"minimizer_maximizer":"No longer a boss rush",
"quite_random": "randomizes a few significant settings to have various seeds",
"scavenger_hard":"Pretty hostile Scavenger mode",
"scavenger_random":"Randomize everything within Scavenger mode",
"scavenger_speedrun":"Quickest Scavenger settings",
"scavenger_vanilla_but_not":"Items are vanilla, but area and bosses are not",
"stupid_hard": "hardest possible settings",
"surprise": "quite_random with Area/Boss/Doors/Start settings randomized",
"vanilla": "closest possible to vanilla Super Metroid",
"way_of_chozo": "chozo split with boss randomization",
"where_am_i": "Area mode with random start location and early morph",
"where_is_morph": "Area mode with late Morph",
"Multi_Category_Randomizer_Week_1": "Multi-Category Randomizer Tournament week 1",
"Multi_Category_Randomizer_Week_2": "Multi-Category Randomizer Tournament week 2",
"Multi_Category_Randomizer_Week_3": "Multi-Category Randomizer Tournament week 3",
"Multi_Category_Randomizer_Week_4": "Multi-Category Randomizer Tournament week 4",
"Multi_Category_Randomizer_Week_5": "Multi-Category Randomizer Tournament week 5",
"Multi_Category_Randomizer_Week_6": "Multi-Category Randomizer Tournament week 6",
"Multi_Category_Randomizer_Week_7": "Multi-Category Randomizer Tournament week 7",
"Season_Races": "rando league races (Majors/Minors split)",
"SGLive2022_Race_1": "SGLive 2022 Super Metroid randomizer tournament race 1",
"SGLive2022_Race_2": "SGLive 2022 Super Metroid randomizer tournament race 2",
"SGLive2022_Race_3": "SGLive 2022 Super Metroid randomizer tournament race 3",
"SMRAT2021": "Super Metroid Randomizer Accessible Tournament 2021",
"VARIA_Weekly": "Casual logic community races"
}
randoPresetsCategories = {
"Standard": ["", "default", "Chozo_Speedrun", "free", "haste", "vanilla"],
"Hud": ["hud", "hud_hard", "hud_start"],
"Scavenger": ["scavenger_hard", "scavenger_random", "scavenger_speedrun", "scavenger_vanilla_but_not"],
"Area": ["way_of_chozo", "where_am_i", "where_is_morph"],
"Doors": ["doors_long", "doors_short"],
"Minimizer": ["minimizer", "minimizer_hardcore", "minimizer_maximizer"],
"Hard": ["hardway2hell", "highway2hell", "stupid_hard"],
"Random": ["all_random", "quite_random", "surprise"],
"Tournament": ["Season_Races", "SMRAT2021", "VARIA_Weekly", "SGLive2022_Race_1", "SGLive2022_Race_2", "SGLive2022_Race_3", "Multi_Category_Randomizer_Week_1", "Multi_Category_Randomizer_Week_2", "Multi_Category_Randomizer_Week_3", "Multi_Category_Randomizer_Week_4", "Multi_Category_Randomizer_Week_5", "Multi_Category_Randomizer_Week_6", "Multi_Category_Randomizer_Week_7"]
}
startAPs = GraphUtils.getStartAccessPointNamesCategory()
startAPs = [OPTGROUP(_label="Standard", *startAPs["regular"]),
OPTGROUP(_label="Custom", *startAPs["custom"]),
OPTGROUP(_label="Custom (Area rando only)", *startAPs["area"])]
# get multi
currentMultiValues = self.getCurrentMultiValues()
defaultMultiValues = getDefaultMultiValues()
# objectives self exclusions
objectivesExclusions = Objectives.getExclusions()
objectivesTypes = Objectives.getObjectivesTypes()
objectivesSort = Objectives.getObjectivesSort()
objectivesCategories = Objectives.getObjectivesCategories()
# check if we have a guid in the url
url = self.request.env.request_uri.split('/')
if len(url) > 0 and url[-1] != 'randomizer':
# a seed unique key was passed as parameter
key = url[-1]
# decode url
key = urllib.parse.unquote(key)
# sanity check
if IS_MATCH('^[0-9a-z-]*$')(key)[1] is None and IS_LENGTH(maxsize=36, minsize=36)(key)[1] is None:
with DB() as db:
seedInfo = db.getSeedInfo(key)
if seedInfo is not None and len(seedInfo) > 0:
defaultParams = getRandomizerDefaultParameters()
defaultParams.update(seedInfo)
seedInfo = defaultParams
# check that the seed ips is available
if seedInfo["upload_status"] in ['pending', 'uploaded', 'local']:
# load parameters in session
for key, value in seedInfo.items():
if key in ["complexity", "randoPreset", "raceMode"]:
continue
elif key in defaultMultiValues:
keyMulti = key + 'MultiSelect'
if keyMulti in seedInfo:
if key == 'objective' and value == 'nothing':
self.session.randomizer[key] = ""
else:
self.session.randomizer[key] = seedInfo[key]
valueMulti = seedInfo[keyMulti]
if type(valueMulti) == str:
valueMulti = valueMulti.split(',')
self.session.randomizer[keyMulti] = valueMulti
currentMultiValues[key] = valueMulti
elif key in self.session.randomizer and 'MultiSelect' not in key:
self.session.randomizer[key] = value
return dict(stdPresets=stdPresets, tourPresets=tourPresets, comPresets=comPresets,
randoPresetsDesc=randoPresetsDesc, randoPresetsCategories=randoPresetsCategories,
startAPs=startAPs, currentMultiValues=currentMultiValues, defaultMultiValues=defaultMultiValues,
maxsize=sys.maxsize, displayNames=displayNames, objectivesExclusions=objectivesExclusions,
objectivesTypes=objectivesTypes, objectivesSort=objectivesSort,
objectivesCategories=objectivesCategories)