…der (#1046)

* Added draft test scenario for invalid trace_id

* test: invalid span id from header test cases

* feat: trace- and span-id checks in context update from header

* chore: format code

* fix: free memory of string on invalid input

* test: add empty span-id test

* fix: free memory of parent_span_id on invalid input

* chore: update CHANGELOG.md

* chore: add warning on invalid input

* test: use correct string to compare expected span_id with

* Apply suggestions from code review

* chore: format updated code

* chore: update CHANGELOG.md

…1047)

* fix: adjusted memcpy size param to match remaining destination size

* fix: add null termination character

* fix: look up `GetSystemTime()` implementations at runtime.

* Add calling convention.

* fix: allow for empty DSN to start crashpad handler

* chore: format code

* chore: format code

* fix: no unnecessary string wrap

Co-authored-by: Mischan Toosarani-Hausberger <[email protected]>

* chore: typo

* chore: remove unnecessary warn

* chore: format

* chore: update CHANGELOG.md

---------

Co-authored-by: Mischan Toosarani-Hausberger <[email protected]>

* fix: remove a potential overflow before conversion

This is in response to CodeQL security scan alert #1-#3.

`Elf[32|64]_Ehdr[.e_phnum|.e_phentsize|.e_shnum|.e_shentsize]` are all `uint16_t`, this means the loop-var `i` is bounded by `uint16_t` and should fit in a `uint32_t` (to prevent unsigned overflow in the loop). A switch to unsigned still makes sense, because we reduce the future chance of unnecessary signed overflow (=UB) in the loop body.

All program/section-header table entry sizes are cast to `uin64_t` even though the multiplication is bound to `uint32_t` by both factors being bound by `uint16_t`. This fixes the potential overflow before conversion to the bigger type.

* also safely cast the access to section header string table.

* chore: make format

* roll-back linter changes in CI

* chore: add clang-format to venv

* more references to clang-format

* feat: initial ringbuffer implementation

* chore: cleanup code

* chore: added todo

* removed unnecessary buffer end value

* changed buffer start_idx storage to [0]

* fixed issues in new storing method

* updated test to new ringbuffer append logic

* refactor: renamed to sentry__value_append_ringbuffer

* test: removed old bounded append test

* chore: update CHANGELOG.md

* chore: update CHANGELOG.md

* chore: linting

* increase refcount of ringbuffer-to-list items

* apply suggestion from code review

* added ringbuffer test

* fixed ringbuffer to list conversion

* direct access to ringbuffer items

* updated test with proper refcount check

* removed unnecessary decref from test

* added decref of temporary ringbuffer list

* removed double cloning

* changing types from int32_t to size_t

* moved declaration from public to private header

* added decref

* type conversion

* applied suggestions from code review

* feat: programmatic minidump capture

This provides a new function that will allow for independently created minidumps to be captured by sentry

Resolves: #1050

* fixed compile errors

* Rework of programmatic minidumps based on feedback

* Remove unused parameters

* Address Lint errors

* Address more review feedback

* Address Lint errors

* Address more lint errors

* changed from bool to int due to undefined errors

* Address review feedback

* Work on addressing feedback, example and test

* Fixes to lint errors

* Apply comment suggestion

* Add empty line to file end

* use parameter directly

* chore: fix changelog

* add capture_minidump_n

* feat: capture minidump from path

* chore: update changelog

* cleanup

* linter issues

* cleanup, review changes, docs

* chore: fixup doc

* Update CHANGELOG.md

---------

Co-authored-by: PlasmaDev5 <[email protected]>
Co-authored-by: PlasmaDev5 <[email protected]>

* docs: clarify macOS support of the `inproc` backend

* apply review feedback + minor wording fixes

* reference advanced usage section

* ci: replace macos-12 action runners

* add listing installed images to android start script

* specify path to android tools for sdkmanager

* use cmdline-tools for sdkmanager + avdmanager

* switch to macos-14 since macos-15 has no android cmd-tools

* try x64 macos images

* list sdkmanager images and try to update to check if tooling works at all

* switch back to macos-15 verify installable setup

* remove update from android start script again

* ensure images are installed

* accept android image licenses automatically

* pre-accept licenses

* start the emulator blocking so we can see any issues during startup

* check emulator acceleration before starting the emulator

* switch back x86[_64] images

* re-enable emulator run in background

* expose llvm18 bin directory for macos15 runners on PATH

* revert last commit to macos-15 only

* fix quotes

* bump old android api/ndk

* lower end android on x86_64 + llvm-cov on macos-15-large

* android lower end only available on x86 + increase timeout to 20 minutes

* install NDK package together with target image

* update lower end android to API level 21 (keep NDK23)

* switch lower end to API 35 but keep NDK at 23

* max API for NDK23 is 31 (but the emulator started)

* define adb and emulator ports

* introduce emulator and adb port to start script

* use ADB_SERVER_PORT as the env variable from the workflow

* start also the non-blocking emulator with the right port

* get rid of lower emulator test

* get rid of emulator and adb port in start-android.sh