| 1.array
（C11) |
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back(): |
Calling
this function on an empty container causes undefined behavior |
|
front(): |
Calling
this function on an empty container causes undefined behavior |
|
operator[]: |
If
the container size is greater than n, the function never throws exceptions
(no-throw guarantee).
Otherwise, it causes undefined behavio |
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| 2.deque |
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back(): |
Calling
this function on an empty container causes undefined behavior |
|
front(): |
Calling
this function on an empty container causes undefined behavior. |
|
assing(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if the range specified by [first,last) is
not valid, it causes undefined behavior |
|
emplace()(C11): |
If
allocator_traits::construct is not supported with the appropriate arguments,
or if position is not valid, it causes undefined behavior |
|
emplace_back()(C11): |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
emplace_front()(C11): |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
erase(): |
Invalid
ranges produce undefined behavior |
|
insert(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if an invalid position or range is
specified, it causes undefined behavior |
|
operator=: |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if value_type is not copy assignable (or
move assignable for (2)), it causes undefined behavio |
|
operator[]: |
If
the container size is greater than n, the function never throws exceptions
(no-throw guarantee).
Otherwise, the behavior is undefined (which may include throwing) |
|
pop_back(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, the behavior is undefined |
|
pop_front(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, the behavior is undefined |
|
push_back(): |
If
allocator_traits::construct is not supported with val as argument, it causes
undefined behavior |
|
push_front(): |
If
allocator_traits::construct is not supported with val as argument, it causes
undefined behavior |
|
swap(): |
If
the allocators in both containers compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
| 3.forward_list(C11) |
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assign(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if the range specified by [first,last) is
not valid, it causes undefined behavior. |
|
emplace_after(): |
If
allocator_traits::construct is not supported with the appropriate arguments,
or if position is not valid, it causes undefined behavior |
|
emplace_front(): |
If
allocator_traits::construct is not supported with the appropriate arguments,
or if position is not valid, it causes undefined behavior |
|
erase_after(): |
If
position (or the range) is valid, the function never throws exceptions
(no-throw guarantee).
Otherwise, it causes undefined behavior |
|
front(): |
Calling
this function on an empty container causes undefined behavior |
|
insert(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if an invalid position or range is
specified, it causes undefined behavior |
|
merge(): |
If
the allocators in both containers do not compare equal, if comp does not
define a strict weak ordering, or if the container elements are not ordered
according to it, it causes undefined behavior |
|
operator=: |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if value_type is not copy assignable (or
move assignable for (2)), it causes undefined behavior |
|
pop_front(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, it causes undefined behavior. |
|
push_front(): |
If
allocator_traits::construct is not supported with val as argument, it causes
undefined behavior. |
|
splice_after(): |
If
the allocators in both containers do not compare equal, if any of the
iterators or ranges specified is not valid, or if x is *this in (1), or if
position is in the range [first,last) in (3), it causes undefined behavior |
|
swap(): |
If
the allocators in both containers compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
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| 3.List |
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|
assign(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if the range specified by [first,last) is
not valid, it causes undefined behavior |
|
back(): |
Calling
this function on an empty container causes undefined behavior |
|
front(): |
Calling
this function on an empty container causes undefined behavior |
|
emplace()(C11): |
If
allocator_traits::construct is not supported with the appropriate arguments,
or if position is not valid, it causes undefined behavior |
|
emplace_back():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
emplace_front():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
erase(): |
If
position (or the range) is valid, the function never throws exceptions
(no-throw guarantee).
Otherwise, it causes undefined behavio |
|
insert(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if an invalid position or range is
specified, it causes undefined behavior |
|
merge(): |
If
the allocators in both containers do not compare equal, if comp does not
define a strict weak ordering, or if the container elements are not ordered
according to it, it causes undefined behavior |
|
operator=: |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if value_type is not copy assignable (or
move assignable for (2)), it causes undefined behavior |
|
pop_back(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, it causes undefined behavior |
|
pop_front(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, it causes undefined behavior |
|
push_back(): |
If
allocator_traits::construct is not supported with val as argument, it causes
undefined behavior |
|
push_front(): |
If
allocator_traits::construct is not supported with val as argument, it causes
undefined behavior |
|
splice(): |
If
the allocators in both containers do not compare equal, if any of the
iterators or ranges specified is not valid, or if x is *this in (1), or if
position is in the range [first,last) in (3), it causes undefined behavior |
|
swap(): |
If
the allocators in both containers compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavio |
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| 4.Map |
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emplace():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
emplace_hint():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
erase(): |
If
an invalid position or range is specified, it causes undefined behavior |
|
insert(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if an invalid position is specified, it
causes undefined behavior |
|
operator=: |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if value_type is not copy assignable (or
move assignable for (2)), it causes undefined behavior. |
|
operator[]: |
If
a new element is inserted and allocator_traits::construct cannot construct an
element with k and a default-constructed mapped_type (or if mapped_type is
not default constructible), it causes undefined behavior |
|
swap(): |
If
the allocators in both containers compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
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| 5.Multimap |
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|
emplace():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
emplace_hint():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
erase(): |
If
an invalid position or range is specified, it causes undefined behavior. |
|
insert(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if an invalid position is specified, it
causes undefined behavior |
|
operator=: |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if value_type is not copy assignable (or
move assignable for (2)), it causes undefined behavior |
|
swap(): |
If
the allocators in both containers compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
|
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| 5.queue |
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|
back(): |
Calling
this function on an empty container causes undefined behavior |
|
front(): |
Calling
this function on an empty container causes undefined behavior |
|
emplace():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
pop(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, the behavior is undefined |
|
push(): |
If
allocator_traits::construct is not supported with val as argument, it causes
undefined behavior. |
|
swap():(C11) |
If
the allocators in both compare compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
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| 6.priority_queue |
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|
emplace():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior. |
|
pop(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, it causes undefined behavior |
|
push(): |
If
allocator_traits::construct is not supported with val as argument, it causes
undefined behavior |
|
swap():(C11) |
If
the allocators in both vectors compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
|
top(): |
Calling
this function on an empty container causes undefined behavior |
| 8.set |
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|
|
emplace():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
emplace_hint():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if an invalid position is specified, it
causes undefined behavior |
|
erase(): |
If
an invalid position or range is specified, it causes undefined behavior |
|
insert(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if an invalid position is specified, it
causes undefined behavior |
|
operator(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if value_type is not copy assignable (or
move assignable for (2)), it causes undefined behavior |
|
swap(): |
If
the allocators in both containers compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
|
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| 9.multiset |
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|
|
emplace():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
emplace_hint():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior. |
|
erase(): |
If
an invalid position or range is specified, it causes undefined behavior |
|
insert(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if an invalid position is specified, it
causes undefined behavior |
|
operator=: |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if value_type is not copy assignable (or
move assignable for (2)), it causes undefined behavior |
|
swap(): |
If
the allocators in both containers compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
|
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| 10.Stack |
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|
pop(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, the behavior is undefined |
|
push(): |
If
allocator_traits::construct is not supported with val as argument, it causes
undefined behavior |
|
emplace():(c11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
swap():(C11) |
If
the allocators in both compare compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
|
top(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, it causes undefined behavior. |
| 11.Vector |
|
|
|
assign(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if the range specified by [first,last) is
not valid, it causes undefined behavior |
|
back(): |
Calling
this function on an empty container causes undefined behavior |
|
front(): |
Calling
this function on an empty container causes undefined behavior |
|
emplace():(c11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
or if position is not valid, it causes undefined behavio |
|
emplace_back():(C11) |
If
allocator_traits::construct is not supported with the appropriate arguments,
it causes undefined behavior |
|
erase(): |
An
invalid position or range causes undefined behavior |
|
insert(): |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if an invalid position or range is
specified, it causes undefined behavior |
|
operator=: |
If
allocator_traits::construct is not supported with the appropriate arguments
for the element constructions, or if value_type is not copy assignable (or
move assignable for (2)), it causes undefined behavior |
|
operator[]: |
If
the container size is greater than n, the function never throws exceptions
(no-throw guarantee).
Otherwise, the behavior is undefined. |
|
pop_back(): |
If
the container is not empty, the function never throws exceptions (no-throw
guarantee).
Otherwise, it causes undefined behavior |
|
push_back(): |
If
allocator_traits::construct is not supported with val as argument, it causes
undefined behavior |
|
swap(): |
If
the allocators in both vectors compare equal, or if their allocator traits
indicate that the allocators shall propagate, the function never throws
exceptions (no-throw guarantee).
Otherwise, it causes undefined behavior |
