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ffx/src/ffx/test/basename_combinator_2.py

160 lines
5.5 KiB
Python

import os, sys, importlib, glob, inspect, itertools
from ffx.track_type import TrackType
from ffx.track_descriptor import TrackDescriptor
from ffx.media_descriptor import MediaDescriptor
from .basename_combinator import BasenameCombinator
from .indicator_combinator import IndicatorCombinator
from .label_combinator import LabelCombinator
from .title_combinator import TitleCombinator
from .release_combinator import ReleaseCombinator
from .show_combinator import ShowCombinator
class BasenameCombinator2(BasenameCombinator):
"""show[_indicator]_group"""
VARIANT = 'B2'
# def __init__(self, SubCombinators: dict = {}, context = None):
def __init__(self, context = None):
self._context = context
self._logger = context['logger']
self._reportLogger = context['report_logger']
def getVariant(self):
return BasenameCombinator2.VARIANT
#
# SHOW_LIST = [
# 'Boruto: Naruto Next Generations (2017)',
# 'The Rising of the Shield Hero (2019)',
# 'Scrubs - Die Anfänger (2001)'
# ]
#
# RELEASE_LIST = [
# ".GerEngSub.AAC.1080pINDICATOR.WebDL.x264-Tanuki",
# ".German.AC3.DL.1080pINDICATOR.BluRay.x264-AST4u",
# "-720pINDICATOR"
# ]
def getPayload(self,
indicator = '',
label = '',
show = '',
release = ''):
if label:
basename = label
expectedBasename = label
if indicator:
basename += f"_{indicator}"
expectedBasename += f"_{indicator}"
else:
basename = show+release
expectedBasename = basename
return {'basename': basename,
'label': label,
'expectedBasename': expectedBasename}
def createAssertFunc(self,
indicator = '',
label = '',
show = '',
release = ''):
def f(testObj: dict = {}):
if not 'filenames' in testObj.keys():
raise KeyError("testObj does not contain key 'filenames'")
fNames = testObj['filenames']
assert len(fNames) == 1, "More than one result file was created"
resultFilename = fNames[0]
fTokens = resultFilename.split('.')
resultBasename = '.'.join(fTokens[:-1])
resultExtension = fTokens[-1]
if not indicator and not label:
assert resultBasename == show+release, f"Result basename is not {show+release}"
elif not indicator and label:
assert resultBasename == label, f"Result basename is not {label}"
elif indicator and not label:
assert resultBasename == show+release, f"Result basename is not {show+release}"
elif indicator and label:
assert resultBasename == f"{label}_{indicator}", f"Result basename is not {label}_{indicator}"
return f
def shouldFail(self):
return False
def getYield(self):
ic = IndicatorCombinator(self._context)
sc = ShowCombinator(self._context)
for L in LabelCombinator.getAllClassReferences():
for iy in ic.getYield():
indicator = iy['indicator']
indicatorVariant = iy['variant']
rc = ReleaseCombinator(self._context, indicator=indicator)
for sy in sc.getYield():
for ry in rc.getYield():
l = L(self._context)
show = sy['show']
showVariant = sy['variant']
release = ry['release']
releaseVariant = ry['variant']
yieldObj = {}
yieldObj['identifier'] = self.getIdentifier()
yieldObj['variants'] = [self.getVariant(),
l.getVariant(),
indicatorVariant,
showVariant,
releaseVariant]
yieldObj['payload'] = self.getPayload(indicator = indicator,
label = l.getPayload(),
show = show,
release = release)
yieldObj['assertSelectors'] = ['B', 'L', 'I', 'S', 'R']
yieldObj['assertFuncs'] = [self.createAssertFunc(indicator,
l.getPayload(),
show = show,
release = release),
l.assertFunc,
ic.assertFunc,
sc.assertFunc,
rc.assertFunc]
yieldObj['shouldFail'] = (self.shouldFail()
| l.shouldFail()
| ic.shouldFail()
| sc.shouldFail()
| rc.shouldFail())
yield yieldObj