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Merge pull request #23697 from clason/bump-luv
build(deps): bump luv to HEAD - c1497c0
This commit is contained in:
Christian Clason
GitHub
commit
387c8ceb28
@ -22,8 +22,8 @@ LIBTERMKEY_SHA256 6945bd3c4aaa83da83d80a045c5563da4edd7d0374c62c0d35aec09eb30146
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LIBVTERM_URL https://github.com/neovim/deps/raw/aa004f1b2b6470a92363cba8e1cc1874141dacc4/opt/libvterm-0.3.1.tar.gz
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LIBVTERM_SHA256 25a8ad9c15485368dfd0a8a9dca1aec8fea5c27da3fa74ec518d5d3787f0c397
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LUV_URL https://github.com/luvit/luv/archive/093a977b82077591baefe1e880d37dfa2730bd54.tar.gz
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LUV_SHA256 222b38b6425f0926218e14e7da81481fdde6f9660c1feac25a53e6fb52e886e6
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LUV_URL https://github.com/luvit/luv/archive/c1497c0ffd3e1400a137ac99a614159a685f716b.tar.gz
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LUV_SHA256 fc8c8c777454b78e09c06bd177860da9b79804affc967b015ecccb75b3af6893
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LPEG_URL https://github.com/neovim/deps/raw/aa004f1b2b6470a92363cba8e1cc1874141dacc4/opt/lpeg-1.0.2.tar.gz
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LPEG_SHA256 48d66576051b6c78388faad09b70493093264588fcd0f258ddaab1cdd4a15ffe
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@ -3499,6 +3499,65 @@ uv.thread_equal({thread}, {other_thread}) *uv.thread_equal()*
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This function is equivalent to the `__eq` metamethod.
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Returns: `boolean`
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*uv.thread_setaffinity()*
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uv.thread_setaffinity({thread}, {affinity} [, {get_old_affinity}])
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> method form `thread:setaffinity(affinity, [get_old_affinity])`
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Parameters:
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- `thread`: `luv_thread_t userdata`
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- `affinity`: `table`
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- `[1, 2, 3, ..., n]` : `boolean`
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- `get_old_affinity`: `boolean`
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Sets the specified thread's affinity setting. `affinity` must
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be an array-like table where each of the keys correspond to a
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CPU number and the values are booleans that represent whether
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the `thread` should be eligible to run on that CPU. The length
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of the `affinity` table must be greater than or equal to
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`uv.cpumask_size()`. If `get_old_affinity` is `true`, the
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previous affinity settings for the `thread` will be returned.
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Otherwise, `true` is returned after a successful call.
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Note: Thread affinity setting is not atomic on Windows.
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Unsupported on macOS.
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Returns: `table` or `boolean` or `fail`
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- `[1, 2, 3, ..., n]` : `boolean`
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uv.thread_getaffinity({thread} [, {mask_size}]) *uv.thread_getaffinity()*
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> method form `thread:getaffinity([mask_size])`
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Parameters:
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- `thread`: `luv_thread_t userdata`
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- `mask_size`: `integer`
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Gets the specified thread's affinity setting.
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If `mask_size` is provided, it must be greater than or equal
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to `uv.cpumask_size()`. If the `mask_size` parameter is
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omitted, then the return of `uv.cpumask_size()` will be used.
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Returns an array-like table where each of the keys correspond
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to a CPU number and the values are booleans that represent
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whether the `thread` is eligible to run on that CPU.
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Note: Thread affinity getting is not atomic on Windows.
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Unsupported on macOS.
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Returns: `table` or `fail`
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- `[1, 2, 3, ..., n]` : `boolean`
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uv.thread_getcpu() *uv.thread_getcpu()*
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Gets the CPU number on which the calling thread is running.
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Note: The first CPU will be returned as the number 1, not 0.
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This allows for the number to correspond with the table keys
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used in `uv.thread_getaffinity` and `uv.thread_setaffinity`.
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Returns: `integer` or `fail`
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uv.thread_self() *uv.thread_self()*
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@ -3588,6 +3647,16 @@ uv.get_constrained_memory() *uv.get_constrained_memory()*
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Returns: `number`
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uv.get_available_memory() *uv.get_available_memory()*
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Gets the amount of free memory that is still available to the
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process (in bytes). This differs from `uv.get_free_memory()`
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in that it takes into account any limits imposed by the OS. If
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there is no such constraint, or the constraint is unknown, the
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amount returned will be identical to `uv.get_free_memory()`.
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Returns: `number`
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uv.resident_set_memory() *uv.resident_set_memory()*
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Returns the resident set size (RSS) for the current process.
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@ -3652,6 +3721,14 @@ uv.cpu_info() *uv.cpu_info()*
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- `idle` : `number`
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- `irq` : `number`
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uv.cpumask_size() *uv.cpumask_size()*
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Returns the maximum size of the mask used for process/thread
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affinities, or `ENOTSUP` if affinities are not supported on
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the current platform.
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Returns: `integer` or `fail`
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uv.getpid() *uv.getpid()*
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DEPRECATED: Please use |uv.os_getpid()| instead.
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@ -3708,6 +3785,25 @@ uv.hrtime() *uv.hrtime()*
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Returns: `number`
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uv.clock_gettime({clock_id}) *uv.clock_gettime()*
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Parameters:
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- `clock_id`: `string`
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Obtain the current system time from a high-resolution
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real-time or monotonic clock source. `clock_id` can be the
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string `"monotonic"` or `"realtime"`.
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The real-time clock counts from the UNIX epoch (1970-01-01)
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and is subject to time adjustments; it can jump back in time.
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The monotonic clock counts from an arbitrary point in the past
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and never jumps back in time.
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Returns: `table` or `fail`
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- `sec`: `integer`
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- `nsec`: `integer`
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uv.uptime() *uv.uptime()*
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Returns the current system uptime in seconds.
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@ -3979,6 +4075,22 @@ uv.metrics_idle_time() *uv.metrics_idle_time()*
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Returns: `number`
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uv.metrics_info() *uv.metrics_info()*
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Get the metrics table from current set of event loop metrics.
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Returns: `table`
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The table contains event loop metrics. It is recommended to
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retrieve these metrics in a uv_prepare_cb in order to make
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sure there are no inconsistencies with the metrics counters.
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- `loop_count` : `integer`
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- `events` : `integer`
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- `events_waiting` : `integer`
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Note: New in libuv version 1.45.0.
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==============================================================================
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CREDITS *luv-credits*
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