default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread, and during function execution once a thread is available cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition. 27.17 More About Callbacks For

default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread, and during function execution once a thread is available cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition.CHAPTER 27. CALLING C AND FORTRAN

default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread, and during function execution once a thread is available cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition. 28.17 More About Callbacks For

default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread, and during function execution once a thread is available cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition. 28.17 More About Callbacks For

default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread, and during function execution once a thread is available cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition. 28.17 More About Callbacks For

default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread,CHAPTER 25. MULTI-THREADING 330 and during function cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition. 28.17 More About Callbacks For

default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread, and during function execution once a thread is available cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition. 28.17 More About Callbacks For

default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread,CHAPTER 25. MULTI-THREADING 330 and during function cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition. 28.17 More About Callbacks For

default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread,CHAPTER 25. MULTI-THREADING 330 and during function cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition. 28.17 More About Callbacks For

default size of 4 is used for this. The size of the threadpool is controlled via environment variable UV_THREADPOOL_SIZE. While waiting for a free thread,CHAPTER 25. MULTI-THREADING 330 and during function cond = Base.AsyncCondition() wait(cond) The callback you pass to C should only execute a ccall to :uv_async_send, passing cond.handle as the argument, taking care to avoid any allocations or other interactions interactions with the Julia runtime. Note that events may be coalesced, so multiple calls to uv_async_send may result in a single wakeup notification to the condition. 28.17 More About Callbacks For