def unaryop_areunique(elem_type):
keyfunc = cmp_to_key(lambda v1, v2: compare_values(elem_type, v1, v2))
def unaryop_areunique(stk):
v = stk.pop()
l = sorted(v, key=keyfunc)
res = True
for i in range(len(l) - 1):
if values_equal(elem_type, l[i], l[i+1]):
res = False
break
stk.append(res)
return unaryop_areunique
def test_map_eq(self):
m = Map(
TMap(
THandle(
'Entry',
TRecord(
(('key', TNative('uint64_t')), ('pixmap',
TNative('QPixmap *')),
('indexData', TNative('QByteArray')),
('memSize', TInt()), ('diskSize', TInt()),
('st',
TEnum(('Disk', 'Loading', 'DiskAndMemory',
'MemoryOnly', 'Saving', 'NetworkPending',
'IndexPending', 'Invalid'))), ('inUse',
TBool())))),
TEnum(
('Disk', 'Loading', 'DiskAndMemory', 'MemoryOnly',
'Saving', 'NetworkPending', 'IndexPending', 'Invalid'))),
'Disk', [])
assert m == m
assert compare_values(m.type, m, m) == EQ
def binaryop_ge(stk):
v2 = stk.pop()
v1 = stk.pop()
stk.append(compare_values(t, v1, v2) != LT)
def binaryop_gt(stk):
v2 = stk.pop()
v1 = stk.pop()
stk.append(compare_values(t, v1, v2) == GT)
def binaryop_eq(stk):
v2 = stk.pop()
v1 = stk.pop()
stk.append(compare_values(t, v1, v2, deep=deep) == EQ)
def test_map_eq(self):
m = Map(TMap(THandle('Entry', TRecord((('key', TNative('uint64_t')), ('pixmap', TNative('QPixmap *')), ('indexData', TNative('QByteArray')), ('memSize', TInt()), ('diskSize', TInt()), ('st', TEnum(('Disk', 'Loading', 'DiskAndMemory', 'MemoryOnly', 'Saving', 'NetworkPending', 'IndexPending', 'Invalid'))), ('inUse', TBool())))), TEnum(('Disk', 'Loading', 'DiskAndMemory', 'MemoryOnly', 'Saving', 'NetworkPending', 'IndexPending', 'Invalid'))), 'Disk', [])
assert m == m
assert compare_values(m.type, m, m) == EQ
