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# 1a27d63a 30-Jan-2020 Adam Balogh <adam.balogh@ericsson.com>

[Analyzer] Only add container note tags to the operations of the affected container

If an error happens which is related to a container the Container
Modeling checker adds note tags to all the conta

[Analyzer] Only add container note tags to the operations of the affected container

If an error happens which is related to a container the Container
Modeling checker adds note tags to all the container operations along
the bug path. This may be disturbing if there are other containers
beside the one which is affected by the bug. This patch restricts the
note tags to only the affected container and adjust the debug checkers
to be able to test this change.

Differential Revision: https://reviews.llvm.org/D75514

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# a3f4d17a 30-Jan-2020 Adam Balogh <adam.balogh@ericsson.com>

[Analyzer] Use note tags to track container begin and and changes

Container operations such as `push_back()`, `pop_front()`
etc. increment and decrement the abstract begin and end
symbols of contain

[Analyzer] Use note tags to track container begin and and changes

Container operations such as `push_back()`, `pop_front()`
etc. increment and decrement the abstract begin and end
symbols of containers. This patch introduces note tags
to `ContainerModeling` to track these changes. This helps
the user to better identify the source of errors related
to containers and iterators.

Differential Revision: https://reviews.llvm.org/D73720

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# 9a08a3fa 16-Jan-2020 Adam Balogh <adam.balogh@ericsson.com>

[Analyzer] Split container modeling from iterator modeling

Iterator modeling depends on container modeling,
but not vice versa. This enables the possibility
to arrange these two modeling checkers in

[Analyzer] Split container modeling from iterator modeling

Iterator modeling depends on container modeling,
but not vice versa. This enables the possibility
to arrange these two modeling checkers into
separate layers.

There are several advantages for doing this: the
first one is that this way we can keep the
respective modeling checkers moderately simple
and small. Furthermore, this enables creation of
checkers on container operations which only
depend on the container modeling. Thus iterator
modeling can be disabled together with the
iterator checkers if they are not needed.

Since many container operations also affect
iterators, container modeling also uses the
iterator library: it creates iterator positions
upon calling the `begin()` or `end()` method of
a containter (but propagation of the abstract
position is left to the iterator modeling),
shifts or invalidates iterators according to the
rules upon calling a container modifier and
rebinds the iterator to a new container upon
`std::move()`.

Iterator modeling propagates the abstract
iterator position, handles the relations between
iterator positions and models iterator
operations such as increments and decrements.

Differential Revision: https://reviews.llvm.org/D73547

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