class test_Methodheap_MythDB_002(unittest.TestCase):
"""Test method 'searchOldRecorded' from MythTV.MythDB()."""
@classmethod
def setUpClass(cls):
# get the global test environment
global TestEnv
cls.testenv = TestEnv
def setUp(self):
self.mydb = MythDB()
def test_Methodheap_MythDB_002_searchOldRecorded_01(self):
"""Test 'searchOldRecorded' method from MythTV.MythDB() via 'chanid'.
"""
recs = self.mydb.searchOldRecorded(chanid = self.testenv['RECCHANID'])
rec02 = next(recs)
self.assertTrue(isinstance(rec02, OldRecorded))
def test_Methodheap_MythDB_002_searchOldRecorded_02(self):
"""Test 'searchOldRecorded' method from MythTV.MythDB() via 'chanid', 'title'.
"""
recs = self.mydb.searchOldRecorded( chanid = self.testenv['RECCHANID']
, title = self.testenv['RECTITLE']
)
rec02 = next(recs)
self.assertTrue(isinstance(rec02, OldRecorded))
# check if accessing a property works
self.assertTrue(rec02.recordid == int(self.testenv['RECRECORDID']))
def test_Methodheap_MythDB_002_searchOldRecorded_03(self):
"""Test 'searchOldRecorded' method from MythTV.MythDB()
via 'chanid' and 'starttime'-
"""
# get the 'progstart' time of the 'recorded' table:
rec = Recorded((int(self.testenv['RECCHANID']), int(self.testenv['RECSTARTTIMEMYTH'])), db = self.mydb)
starttime_utc_iso = rec.progstart.utcisoformat() +"Z"
# use 'progstart' as 'starttime' in the oldrecored table, like '2019-03-05T12:55:00Z':
recs = self.mydb.searchOldRecorded( chanid = self.testenv['RECCHANID']
, starttime = starttime_utc_iso
)
rec02 = next(recs)
self.assertTrue(isinstance(rec02, OldRecorded))
# check if accessing a property works
self.assertTrue(rec02.recordid == int(self.testenv['RECRECORDID']))
def test_repr_002_01(self):
"""
Test '__repr__' and '__str__' methods from dataheap.py
"""
chanid = self.testenv['RECCHANID']
starttimemyth = self.testenv['RECSTARTTIMEMYTH']
title = self.testenv['RECTITLE']
c_s = (chanid, starttimemyth)
db = MythDB()
# Recorded class
r = Recorded(c_s, db=db)
print()
print(repr(r))
print(str(r))
# Markup table
m = r.markup
print()
print(repr(m))
print(str(m))
# one entry of the marlup table:
print()
print(repr(m[0]))
print(str(m[0]))
# one value of a single entry:
print()
print(repr(m[0].mark))
print(str(m[0].mark))
print()
print(repr(m[0].data))
print(str(m[0].data))
# Artwork
a = r.artwork
print()
print(repr(a))
print(str(a))
# Coverart of an Artwork
ac = a.coverart
print()
print(repr(ac))
print(str(ac))
# Program of the recorded entry:
prgrm = r.getRecordedProgram()
print()
print(repr(prgrm))
print(str(prgrm))
# OldRecorded of the recorded entry:
oldrecs = db.searchOldRecorded(chanid=chanid, title=title)
oldrec = next(oldrecs)
print()
print(repr(oldrec))
print(str(oldrec))
def pendFun(x): out = x.title + "-" if x.subtitle is not None: out += x.subtitle return out def goodRec(x): return x.recgroup <> 'Sports' and x.subtitle is not None and x.title not in titlesIgnore and (x.recstatus == Program.rsWillRecord or x.recstatus == Program.rsConflict) myth = MythBE() mythDB = MythDB() pending = uniq(filter(goodRec, myth.getPendingRecordings()), pendFun) for p in sorted(pending, key=pendFun): # print p.title olds = list(mythDB.searchOldRecorded(title=p.title, subtitle=p.subtitle, recstatus=-3, duplicate=1)) # olds = filter(lambda x: x.programid == "", olds) if len(olds) > 0: print "%s %s (%s) %s" % (p.title, p.subtitle, p.starttime, p.recstatus) for o in olds: if o.programid == "": print "\tNo Old Program Id" if o.programid <> "" and o.programid <> p.programid: # if o.programid <> p.programid: print "\tDifferent Program Ids" elif p.description <> o.description: print "\tDifferent Description" elif p.seriesid <> o.seriesid: print "\tDifferent Series Ids"
