Introduction II Julia v1.3 Release Notes 2 New language features 3 Language changes 4 Multi-threading changes 5 Build system changes 6 New library functions 7 Standard library changes Libdl 271 31 Parallel Computing ..... 273 32 Coroutines ..... 275 32.1 Channels ..... 275 33 Multi-Threading (Experimental) ..... 279 33.1 Setup ..... 279 33.2 The @threads Macro ..... 279 33.3 Atomic 57.8 Combinatorics ..... 739 58 Tasks ..... 743 59 Scheduling ..... 749 60 Multi-Threading ..... 757 60.1 ccall using a threadpool (Experimental) ..... 762 61 Low-level synchronization

Channels ..... 315 24.3 More task operations ..... 319 24.4 Tasks and events ..... 320 25 Multi-Threading 321 25.1 Starting Julia with multiple threads 321 25.2 Threadpools 323 25.3 The @threads Channels ..... 1143 49.4 Low-level synchronization using schedule and wait ..... 1150 50 Multi-Threading 50.1 Atomic operations ..... 1159 50.2 ccall using a libuv threadpool (Experimental) ... the Julia runtime 1928 106.18 Bounds checking 1930 106.19 Proper maintenance and care of multi-threading locks 1932 106.20 Arrays with custom indices 1936 106.21 Module loading 1939 106.22 Inference

Communicating with Channels 315 24.3 More task operations 319 24.4 Tasks and events ..... 320 25 Multi-Threading ..... 321 25.1 Starting Julia with multiple threads ..... 321 25.2 Threadpools ..... 323 Channels ..... 1145 49.4 Low-level synchronization using schedule and wait ..... 1152 50 Multi-Threading 50.1 Atomic operations ..... 1161 50.2 ccall using a libuv threadpool (Experimental) ... runtime ..... 1931 106.18 Bounds checking ..... 1933 106.19 Proper maintenance and care of multi-threading locks ..... 1935 106.20 Arrays with custom indices ..... 1938 106.21 Module loading ....

Channels ..... 315 24.3 More task operations ..... 319 24.4 Tasks and events ..... 320 25 Multi-Threading 321 25.1 Starting Julia with multiple threads 321 25.2 Threadpools 323 25.3 The @threads Channels ..... 1142 49.4 Low-level synchronization using schedule and wait ..... 1149 50 Multi-Threading 50.1 Atomic operations ..... 1158 50.2 ccall using a libuv threadpool (Experimental) ... Channels ..... 1142 49.4 Low-level synchronization using schedule and wait ..... 1149 50 Multi-Threading 50.1 Atomic operations ..... 1158 50.2 ccall using a libuv threadpool (Experimental) ...

IMPORTANT FEATURE FOR REQUIRE.JS MIGRATION • webpack-dev-middleware/server ## 2012 : MULTI-THREADING MULTI-THREADING • Yes, this was actually a feature in 0.x - It WAS LATER REMOVED • OVERHEAD OF I module.defaultRules ARRAY IS STILL SUPPORTED SAME FOR PLUGINS ## WEBPACK 5/6 MORE IDEAS - MULTI-THREADING - BASED ON THE (DE)SERIALIZATION NEEDED FOR PERSISTENT CACHING • Refactor runtime Generation

1 Basic MuPDF usage example 5 2.2 Common function arguments 8 2.3 Error handling 8 2.4 Multi-threading 11 2.5 Cloning the context 18 2.6 Coding Style 19 3 Using MuPDF WASM 21 3.1 Installing store (for caching of images, fonts, etc.) • a set of locks and (un-)locking functions (for multi-threading) Without the set of locks and accompanying functions the context and its proxies may only be cases. We assume the standard C convention that it is safe to destroy NULL things. ### 2.4 Multi-threading First off, study the basic usage example in docs/examples/example.c and make sure you understand

1 Basic MuPDF usage example 5 2.2 Common function arguments 8 2.3 Error handling 8 2.4 Multi-threading 10 2.5 Cloning the context 18 2.6 Coding Style 18 3 Using MuPDF WASM 21 3.1 Installing store (for caching of images, fonts, etc.) • a set of locks and (un-)locking functions (for multi-threading) Without the set of locks and accompanying functions the context and its proxies may only be cases. We assume the standard C convention that it is safe to destroy NULL things. ### 2.4 Multi-threading First off, study the basic usage example in docs/examples/example.c and make sure you understand

1 Basic MuPDF usage example 5 2.2 Common function arguments 8 2.3 Error handling 8 2.4 Multi-threading 11 2.5 Cloning the context 18 2.6 Coding Style 19 3 Using MuPDF WASM 21 3.1 Installing store (for caching of images, fonts, etc.) • a set of locks and (un-)locking functions (for multi-threading) Without the set of locks and accompanying functions the context and its proxies may only be cases. We assume the standard C convention that it is safe to destroy NULL things. ### 2.4 Multi-threading First off, study the basic usage example in docs/examples/example.c and make sure you understand

1 Basic MuPDF usage example 5 2.2 Common function arguments 8 2.3 Error handling 8 2.4 Multi-threading 10 2.5 Cloning the context 18 2.6 Coding Style 18 3 MuPDF on the command line 21 3 store (for caching of images, fonts, etc.) • a set of locks and (un-)locking functions (for multi-threading) Without the set of locks and accompanying functions the context and its proxies may only be cases. We assume the standard C convention that it is safe to destroy NULL things. ### 2.4 Multi-threading First off, study the basic usage example in docs/examples/example.c and make sure you understand