AbstractArray subtype is IndexStyle. Since indexing is such an important part of an array and often occurs in hot loops, it's important to make both indexing and indexed assignment as efficient as possible. Array runtime error while doing an incremental precompile. A few other points to be aware of: 1. No code reload / cache invalidation is performed after changes are made to the source files them- selves, (including example, the function jl_new_struct. If the container is created by jl_call*, then you will need to reload the pointer to be used in C code.CHAPTER 31. EMBEDDING JULIA 407 // This functions shall be executed

AbstractArray subtype is IndexStyle. Since indexing is such an important part of an array and often occurs in hot loops, it's important to make both indexing and indexed assignment as efficient as possible. Array runtime error while doing an incremental precompile. A few other points to be aware of: 1. No code reload / cache invalidation is performed after changes are made to the source files them- selves, (including example, the function jl_new_struct. If the container is created by jl_call*, then you will need to reload the pointer to be used in C code.CHAPTER 31. EMBEDDING JULIA 407 // This functions shall be executed

AbstractArray subtype is IndexStyle. Since indexing is such an important part of an array and often occurs in hot loops, it's important to make both indexing and indexed assignment as efficient as possible. Array runtime error while doing an incremental precompile. A few other points to be aware of: 1. No code reload / cache invalidation is performed after changes are made to the source files them- selves, (including example, the function jl_new_struct. If the container is created by jl_call*, then you will need to reload the pointer to be used in C code.CHAPTER 31. EMBEDDING JULIA 407 // This functions shall be executed

AbstractArray subtype is IndexStyle. Since indexing is such an important part of an array and often occurs in hot loops, it's important to make both indexing and indexed assignment as efficient as possible. Array an incremental precompile. A few other points to be aware of:CHAPTER 17. MODULES 231 1. No code reload / cache invalidation is performed after changes are made to the source files them- selves, (including example, the function jl_new_struct. If the container is created by jl_call*, then you will need to reload the pointer to be used in C code.CHAPTER 31. EMBEDDING JULIA 411 // This functions shall be executed

AbstractArray subtype is IndexStyle. Since indexing is such an important part of an array and often occurs in hot loops, it's important to make both indexing and indexed assignment as efficient as possible. Array runtime error while doing an incremental precompile. A few other points to be aware of: 1. No code reload / cache invalidation is performed after changes are made to the source files them- selves, (including example, the function jl_new_struct. If the container is created by jl_call*, then you will need to reload the pointer to be used in C code.CHAPTER 31. EMBEDDING JULIA 412 // This functions shall be executed

AbstractArray subtype is IndexStyle. Since indexing is such an important part of an array and often occurs in hot loops, it's important to make both indexing and indexed assignment as efficient as possible. Array runtime error while doing an incremental precompile. A few other points to be aware of: 1. No code reload / cache invalidation is performed after changes are made to the source files them- selves, (including example, the function jl_new_struct. If the container is created by jl_call*, then you will need to reload the pointer to be used in C code.CHAPTER 31. EMBEDDING JULIA 411 // This functions shall be executed

AbstractArray subtype is IndexStyle. Since indexing is such an important part of an array and often occurs in hot loops, it's important to make both indexing and indexed assignment as efficient as possible. Array runtime error while doing an incremental precompile. A few other points to be aware of: 1. No code reload / cache invalidation is performed after changes are made to the source files them- selves, (including example, the function jl_new_struct. If the container is created by jl_call*, then you will need to reload the pointer to be used in C code.CHAPTER 31. EMBEDDING JULIA 411 // This functions shall be executed

AbstractArray subtype is IndexStyle. Since indexing is such an important part of an array and often occurs in hot loops, it's important to make both indexing and indexed assignment as efficient as possible. Array runtime error while doing an incremental precompile. A few other points to be aware of: 1. No code reload / cache invalidation is performed after changes are made to the source files them- selves, (including example, the function jl_new_struct. If the container is created by jl_call*, then you will need to reload the pointer to be used in C code.CHAPTER 31. EMBEDDING JULIA 411 // This functions shall be executed

template_loader application setting. Compiled templates are cached by default; to turn off this caching and reload templates so changes to the underlying files are always visible, use the application settings co flag takes precedence): • autoreload=True: The app will watch for changes to its source files and reload itself when anything changes. This reduces the need to manually restart the server during development setting. • debug: Shorthand for several debug mode settings, described in Debug mode and automatic reload- ing. Setting debug=True is equivalent to autoreload=True, compiled_template_cache=False, static_hash_cache=False

template_loader application setting. Compiled templates are cached by default; to turn off this caching and reload templates so changes to the underlying files are always visible, use the application settings co flag takes precedence): autoreload=True: The app will watch for changes to its source files and reload itself when anything changes. This reduces the need to manually restart the server during development tornado.autoreload — Automatically detect code changes in development start() wait() watch() add_reload_hook() main() tornado.concurrent — Work with Future objects Future run_on_executor() chain_future()