* Single allocation of encode_async block with non-ARC capture in ggml-metal.m
* Moving Block_release to the deallocation code
* Release encode block when re-setting encoding buffer count if needed
* Update ggml/src/ggml-metal.m
---------
Co-authored-by: Georgi Gerganov <ggerganov@gmail.com>
This commit removes the buffer_id field from the leaf_alloc struct.
The motivation for is that this field is only written to and never
read/used as far as I can tell. Each tensor_alloc has a buffer_id field
and this is what caused me to look into this more closely, to
understand what the buffer_id in leaf_alloc was used for.
* Add test for built package existence
* Add more tests for Whisper::Params
* Add more Whisper::Params attributes
* Add tests for callbacks
* Add progress and abort callback features
* [skip ci] Add prompt usage in README
* Change prompt text in example
* Add Params#new_segment_callback= method
* Add tests for Params#new_segment_callback=
* Group tests for #transcribe
* Don't use static for thread-safety
* Set new_segment_callback only when necessary
* Remove redundant check
* [skip ci] Add Ruby version README
* Revert "Group tests for #transcribe"
This reverts commit 71b65b00cc.
* Revert "Add tests for Params#new_segment_callback="
This reverts commit 81e6df3bab.
* Add test for Context#full_n_segments
* Add Context#full_n_segments
* Add tests for lang API
* Add lang API
* Add tests for Context#full_lang_id API
* Add Context#full_lang_id
* Add abnormal test cases for lang
* Raise appropriate errors from lang APIs
* Add tests for Context#full_get_segment_t{0,1} API
* Add Context#full_get_segment_t{0,1}
* Add tests for Context#full_get_segment_speaker_turn_next API
* Add Context#full_get_segment_speaker_turn_next
* Add tests for Context#full_get_segment_text
* Add Context#full_get_setgment_text
* Add tests for Params#new_segment_callback=
* Run new segment callback
* Split tests to multiple files
* Use container struct for new segment callback
* Add tests for Params#new_segment_callback_user_data=
* Add Whisper::Params#new_user_callback_user_data=
* Add GC-related test for new segment callback
* Protect new segment callback related structs from GC
* Add meaningful test for build
* Rename: new_segment_callback_user_data -> new_segment_callback_container
* Add tests for Whisper::Segment
* Add Whisper::Segment and Whisper::Context#each_segment
* Extract c_ruby_whisper_callback_container_allocate()
* Add test for Whisper::Params#on_new_segment
* Add Whisper::Params#on_new_egment
* Assign symbol IDs to variables
* Make extsources.yaml simpler
* Update README
* Add document comments
* Add test for calling Whisper::Params#on_new_segment multiple times
* Add file dependencies to GitHub actions config and .gitignore
* Add more files to ext/.gitignore
* Improve Rakefile
* Remove intermediate files
* Remove unnecessary manipulations from extconf.rb
* Add README and LINCENSE to source files
* Manage ext source files using YAML file
* Use extsources.yaml to include files into gem package file
* Add git-managed source files to build dependency
* Add test task
* Download model for test if not exists
* Add test for build
* Ignore gem package directory
* Enable GitHub action for Ruby binding
* Fix model name
* Build lib file for test
* Use extension for each platform
* Use extension for each platform on testing
* Move built lib file rather than copy
* Add intermediate files to clean targets
* Fixed OpenVino init on state
* Removed an empty line
* Fixed typo
* Replaced tabs with spaces
---------
Co-authored-by: Sandro Hanea <sandrohanea@users.noreply.github.com>
* vulkan : do not use tensor->extra
This patch allows using the Vulkan backend with the RPC backend as
tensor->extra is no longer used.
Ref: #8536
* Adapt GGML_VULKAN_CHECK_RESULTS to extra removal (llama/2)
---------
Co-authored-by: 0cc4m <picard12@live.de>
When the device's warp size is less than 16,
it is possible for loadstride_a (mul_mm.comp:114)
and loadstride_b (mul_mm.comp:115) to be set to 0.
Because they are calculated as: the workgroup size,
multiplied by LOAD_VEC_* (which can be 1) and divided by 16.
And the workgroup size is set to be the same as the
warp/subgroup size.
The loadstride_* variables are used as increments in the
loops that populate the buffers used for the multiplication.
When they are 0 they cause an infinite loop.
But infinite loops without side-effects are UB and the
values of loadstride_* are known at compile time.
So, the compiler quietly optimizes all the loops away.
As a consequence, the buffers are not populated and
the multiplication result is just a matrix with all elements
set to 0.
We prevent the UB by making sure that the workgroup size
will never be less than 16, even if our device has a
smaller warp size (e.g. 8).
Signed-off-by: Salvatore Mesoraca <s.mesoraca16@gmail.com>
