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# mode: run
# tag: cpp, cpp11
# cython: language_level=3
from libcpp.set cimport multiset
from libcpp.unordered_set cimport unordered_multiset
def test_multiset_insert(vals):
"""
>>> test_multiset_insert([1,2,2,3, -1])
[-1, 1, 2, 2, 3]
"""
cdef multiset[int] ms = multiset[int]()
cdef multiset[int].iterator it
for v in vals:
it = ms.insert(v)
return [ item for item in ms ]
def test_multiset_insert_it(vals):
"""
>>> test_multiset_insert_it([1,2,2,3, -1])
[-1, 1, 2, 2, 3]
"""
cdef unordered_multiset[int] ums = unordered_multiset[int]()
cdef multiset[int] ms = multiset[int]()
for v in vals:
ums.insert(v)
ms.insert(ums.begin(), ums.end())
return [ item for item in ms ]
def test_const_multiset_insert_it(vals):
"""
>>> test_const_multiset_insert_it([1,2,2,3, -1])
[-1, 1, 2, 2, 3]
"""
cdef unordered_multiset[int] ums = unordered_multiset[int]()
cdef multiset[int] ms = multiset[int]()
for v in vals:
ums.insert(v)
ms.insert(ums.cbegin(), ums.cend())
return [ item for item in ms ]
def test_multiset_count(vals, to_find):
"""
>>> test_multiset_count([1,2,2,3, -1], 1)
1
>>> test_multiset_count([1,2,2,3, -1], 2)
2
"""
cdef multiset[int] ms = multiset[int]()
for v in vals:
ms.insert(v)
return ms.count(to_find)
def test_multiset_erase(vals, int to_remove):
"""
>>> test_multiset_erase([1,2,2,3, -1], 1)
[-1, 2, 2, 3]
>>> test_multiset_erase([1,2,2,3, -1], 2) # removes both copies of 2
[-1, 1, 3]
"""
cdef multiset[int] ms = multiset[int]()
cdef size_t ret
for v in vals:
ms.insert(v)
ret = ms.erase(to_remove)
return [ item for item in ms ]
def test_multiset_find_erase(vals, to_remove):
"""
>>> test_multiset_find_erase([1,2,2,3, -1], 1)
[-1, 2, 2, 3]
>>> test_multiset_find_erase([1,2,2,3, -1], 2) # removes a single copy of 2
[-1, 1, 2, 3]
"""
cdef multiset[int] ms = multiset[int]()
cdef multiset[int].iterator it
for v in vals:
ms.insert(v)
it = ms.find(to_remove)
it = ms.erase(it)
return [ item for item in ms ]
def test_unordered_multiset_insert(vals):
"""
>>> test_unordered_multiset_insert([1,2,2,3, -1])
[-1, 1, 2, 2, 3]
"""
cdef unordered_multiset[int] ums = unordered_multiset[int]()
cdef unordered_multiset[int].iterator it
for v in vals:
it = ums.insert(v)
return sorted([ item for item in ums ])
def test_unordered_multiset_insert_it(vals):
"""
>>> test_unordered_multiset_insert_it([1,2,2,3, -1])
[-1, 1, 2, 2, 3]
"""
cdef multiset[int] ms = multiset[int]()
cdef unordered_multiset[int] ums = unordered_multiset[int]()
for v in vals:
ms.insert(v)
ums.insert(ms.begin(), ms.end())
return sorted([ item for item in ums ])
def test_const_unordered_multiset_insert_it(vals):
"""
>>> test_const_unordered_multiset_insert_it([1,2,2,3, -1])
[-1, 1, 2, 2, 3]
"""
cdef multiset[int] ms = multiset[int]()
cdef unordered_multiset[int] ums = unordered_multiset[int]()
for v in vals:
ms.insert(v)
ums.insert(ms.cbegin(), ms.cend())
return sorted([ item for item in ums ])
def test_unordered_multiset_count(vals, to_find):
"""
>>> test_unordered_multiset_count([1,2,2,3, -1], 1)
1
>>> test_unordered_multiset_count([1,2,2,3, -1], 2)
2
"""
cdef unordered_multiset[int] ums = unordered_multiset[int]()
for v in vals:
ums.insert(v)
return ums.count(to_find)
def test_unordered_multiset_erase(vals, int to_remove):
"""
>>> test_unordered_multiset_erase([1,2,2,3, -1], 1)
[-1, 2, 2, 3]
>>> test_unordered_multiset_erase([1,2,2,3, -1], 2) # removes both copies of 2
[-1, 1, 3]
"""
cdef unordered_multiset[int] ums = unordered_multiset[int]()
cdef size_t ret
for v in vals:
ums.insert(v)
ret = ums.erase(to_remove)
return sorted([ item for item in ums ])
def test_unordered_multiset_find_erase(vals, to_remove):
"""
>>> test_unordered_multiset_find_erase([1,2,2,3, -1], 1)
[-1, 2, 2, 3]
>>> test_unordered_multiset_find_erase([1,2,2,3, -1], 2) # removes a single copy of 2
[-1, 1, 2, 3]
"""
cdef unordered_multiset[int] ums = unordered_multiset[int]()
cdef unordered_multiset[int].iterator it
for v in vals:
ums.insert(v)
it = ums.find(to_remove)
it = ums.erase(it)
return sorted([ item for item in ums ])
def test_unordered_multiset_misc():
"""
>>> test_unordered_multiset_misc()
"""
cdef unordered_multiset[int] ms = unordered_multiset[int]()
ms.insert(1)
assert ms.load_factor() > 0
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