installer, with either the multi- user or single-user installation (your choice) Tell mach to use Nix: export MACH_USE_NIX= Dependencies for Arch (including Manjaro) sudo pacman -S --needed curl sudo pacman "platform-tools" \ "platforms;android-33" \ "system-images;android-33;google_apis;arm64-v8a" export SERVO_ANDROID_BUILD=1Running in the emulator 1. Create a new AVD image to run Servo: 2. Enable Glossary export OHOS_SDK_NATIVE=/path/to/openharmony-sdk/platform/api-version/native # Required if the HAP must be signed. See the signing configuration section above. export SERVO_OHOS_S

in larger Julia packages you will see module code organized into files, eg module SomeModule # export, public, using, import statements are usually here; we discuss these below include("file1.jl") assignment is always module-local. Export lists Names (referring to functions, types, global variables, and constants) can be added to the export list of a module with export: these are the symbols that are definition so that readers of the source code can find them easily, as in julia> module NiceStuff export nice, DOG struct Dog end # singleton type, not exported const DOG = Dog() # named instance, exported

in larger Julia packages you will see module code organized into files, eg module SomeModule # export, public, using, import statements are usually here; we discuss these below include("file1.jl") assignment is always module-local. Export lists Names (referring to functions, types, global variables, and constants) can be added to the export list of a module with export: these are the symbols that are definition so that readers of the source code can find them easily, as in julia> module NiceStuff export nice, DOG struct Dog end # singleton type, not exported const DOG = Dog() # named instance, exported

in larger Julia packages you will see module code organized into files, eg module SomeModule # export, public, using, import statements are usually here; we discuss these below include("file1.jl") assignment is always module-local. Export lists Names (referring to functions, types, global variables, and constants) can be added to the export list of a module with export: these are the symbols that are definition so that readers of the source code can find them easily, as in julia> module NiceStuff export nice, DOG struct Dog end # singleton type, not exported const DOG = Dog() # named instance, exported

in larger Julia packages you will see module code organized into files, eg module SomeModule # export, public, using, import statements are usually here; we discuss these below include("file1.jl") assignment is always module-local. Export lists Names (referring to functions, types, global variables, and constants) can be added to the export list of a module with export: these are the symbols that are definition so that readers of the source code can find them easily, as in julia> module NiceStuff export nice, DOG struct Dog end # singleton type, not exported const DOG = Dog() # named instance, exported

in larger Julia packages you will see module code organized into files, eg module SomeModule # export, public, using, import statements are usually here; we discuss these below include("file1.jl") assignment is always module-local. Export lists Names (referring to functions, types, global variables, and constants) can be added to the export list of a module with export: these are the symbols that are definition so that readers of the source code can find them easily, as in julia> module NiceStuff export nice, DOG struct Dog end # singleton type, not exported const DOG = Dog() # named instance, exported

in larger Julia packages you will see module code organized into files, eg module SomeModule # export, public, using, import statements are usually here; we discuss these below include("file1.jl") assignment is always module-local. Export lists Names (referring to functions, types, global variables, and constants) can be added to the export list of a module with export: these are the symbols that are definition so that readers of the source code can find them easily, as in julia> module NiceStuff export nice, DOG struct Dog end # singleton type, not exported const DOG = Dog() # named instance, exported

in larger Julia packages you will see module code organized into files, eg module SomeModule # export, public, using, import statements are usually here; we discuss these below include("file1.jl") assignment is always module-local. Export lists Names (referring to functions, types, global variables, and constants) can be added to the export list of a module with export: these are the symbols that are definition so that readers of the source code can find them easily, as in julia> module NiceStuff export nice, DOG struct Dog end # singleton type, not exported const DOG = Dog() # named instance, exported

in larger Julia packages you will see module code organized into files, eg module SomeModule # export, public, using, import statements are usually here; we discuss these below include("file1.jl") assignment is always module-local. Export lists Names (referring to functions, types, global variables, and constants) can be added to the export list of a module with export: these are the symbols that are definition so that readers of the source code can find them easily, as in julia> module NiceStuff export nice, DOG struct Dog end # singleton type, not exported const DOG = Dog() # named instance, exported

in larger Julia packages you will see module code organized into files, eg module SomeModule # export, using, import statements are usually here; we discuss these below include("file1.jl") include("file2 assignment is always module-local. Export lists Names (referring to functions, types, global variables, and constants) can be added to the export list of a module with export: these are the symbols that are definition so that readers of the source code can find them easily, as in julia> module NiceStuff export nice, DOG struct Dog end # singleton type, not exported const DOG = Dog() # named instance, exported