-
-
Notifications
You must be signed in to change notification settings - Fork 5
Installation and Usage
bespokeasm
requires Python 3.9 or greater.
To install, clone this repository and install using pip
. Preferably, you have a python
virtual environment set up when you do this.
git clone [email protected]:michaelkamprath/bespokeasm.git
pip install ./bespokeasm/
Once installed, assembly code can be compiled in this manner:
bespokeasm compile -c isa-config.json awesome-code.asm
Supported options to the compile
command are:
-
--config-file
/-c
- File path the JSON or YAML instruction set architecture configuration file. Can also be set with theBESPOKEASM_COMPILE_CONFIG_FILE
environment variable. It is required to set the configuration file either by this option of the environment variable. -
--output-file
/-o
- File path to where the byte code binary image should be written. If note provided, it will default to the same file path as the input assembly file, with the file extension changed to.bin
. -
--binary-min-address
/-s
- The address of the generated code that should be the first address written to the output file. Defaults to0
. Useful when generating ROM images for a given address range. -
--binary-max-address
/-e
- The address of the generated code that should be the last address (inclusive) written to the output file. Defaults to the maximum address of the generated byte code. If larger than the generated byte code, bytes will be padded using the binary fill value. Useful when generating ROM images for a given address range. -
--binary-fill
/-f
- The byte value that should be used to fill empty addresses when generating binary image of a specific size. Defaults to0
. -
--pretty-print
/-p
- When present, will emit a human readable version of the compilation. Does not emit automatically generate fill bytes, but will emit bytes created via directives such as.zerountil
. -
--verbose
/-v
- Verbose output. Can be replicated for higher levels of verbosity, for example,-vvv
will have a more verbose output than-v
. -
-include
/-I
- Include a specific directory in the search path for#include
files in addition to the default search directory (the containing directory of the target assembly file). Multiple include directories can be indicated with multiple instances of this option.
BespokeASM can generate a language extension for various editors that enables several features such as syntax highlighting and code completion.
The general syntax is:
bespokeasm generate-extension editor-key -c isa-config.yaml -d /path/to/config/directory
Where editor-key
is one of:
-
vscode
- Visual Studio Code -
sublime
- Sublime Text
Supported option for the generate-extension
command are:
-
--config-file
/-c
- File path the JSON or YAML instruction set architecture configuration file. Can also be set with theBESPOKEASM_COMPILE_CONFIG_FILE
environment variable. It is required to set the configuration file either by this option of the environment variable. -
--verbose
/-v
- Verbose output. Can be replicated for higher levels of verbosity, for example,-vvv
will have a more verbose output than-v
. -
--editor-config-dir
/-d
- The directory where the editor's configuration and extensions are installed. Defaults to~/.vscode/
forvscode
and~/
forsublime
. -
--language-name
/-l
- The name of the language that is reported to Visual Studio Code. Defaults to the concatenation of the configuration file'sgeneral
/identifier
/name
field and the string-assembly
, or if that is not present, then the configuration file's base name. -
--language-version
/-k
- The version string of the language that is reported to Visual Studio Code. Defaults to the configuration file'sgeneral
/identifier
/version
value, or if that is not present, then0.0.1
. Should be formatted as a semantic version string. -
--code-extension
/-x
- The file extension to identify code files of this assembly language. Defaults toasm
if this option is not present.
Visual Studio Code must be restarted for the installed language extension to take effect.
Note that in Visual Studio Code, only one extension will be used to configure a language as identified by a file extension. If you have more than one extension configuring the file extension you use to generate the language extension, Visual Studio Code might not use the language extension you generated with BespokeASM. If this happens, the best course of action is to disable the competing extension(s) for the workspace that your BespokeASM-compiled project is in.
The Visual Studio extension includes a color theme titled "BespokeASM Color Theme" that is tuned for the BespokeASM syntax highlighting. Visual Studio does not have the ability to assign a specific color scheme to specific code languages, however, this Visual Studio extension does enable this sort of feature.
Once generated, move the .sublime-package
file to the Installed Packages
directory of the Sublime Text application settings directory. On MacOS, this can be found at ~/Library/Application Support/Sublime Text/Installed Packages
. Of course, this directory can also be used for the -d
option in the generate-extension
command. Sublime Text must be restarted for the installed .sublime-package
file to take effect.
The generated .sublime-package
file includes a color scheme tuned for the BespokeASM syntax highlighting. It is recommended that this color scheme be assigned to the file type your created the .sublime-package
file for (e.g., .asm
). To do that, in Sublime Text open a BespokeASM assembly file, then open the Sublime Text command pallets and find/select the "Preferences: Settings - Syntax Specific" command. A JSON editing window will open, then add the following item to the JSON:
"color_scheme": "your-language-name.sublime-color-scheme"
Where your-language-name
is the the language name you configured in the instruction set configuration file used to generate the relevant .sublime-package
file.