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Hilbish
mirror of https://github.com/Hilbis/Hilbish
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Merge 42d86f2d37 into a0513c0a05

sammyette 2023-12-18 12:26:15 +00:00 committed by GitHub
parent a0513c0a05 42d86f2d37
commit 5d8b63d682
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GPG Key ID: 4AEE18F83AFDEB23
64 changed files with 2629 additions and 931 deletions
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24
aliases.go
View File

@ -111,15 +111,23 @@ func (a *aliasModule) Loader(rtm *rt.Runtime) *rt.Table {
// #interface aliases
// add(alias, cmd)
// This is an alias (ha) for the `hilbish.alias` function.
// This is an alias (ha) for the [hilbish.alias](../#alias) function.
// --- @param alias string
// --- @param cmd string
func _hlalias() {}
// #interface aliases
// list() -> table<string, string>
// list() -> table[string, string]
// Get a table of all aliases, with string keys as the alias and the value as the command.
// --- @returns table<string, string>
// #returns table[string, string]
/*
#example
hilbish.aliases.add('hi', 'echo hi')
local aliases = hilbish.aliases.list()
-- -> {hi = 'echo hi'}
#example
*/
func (a *aliasModule) luaList(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
aliasesList := rt.NewTable()
for k, v := range a.All() {
@ -132,7 +140,7 @@ func (a *aliasModule) luaList(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface aliases
// delete(name)
// Removes an alias.
// --- @param name string
// #param name string
func (a *aliasModule) luaDelete(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -147,10 +155,10 @@ func (a *aliasModule) luaDelete(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// #interface aliases
// resolve(alias) -> command (string)
// Tries to resolve an alias to its command.
// --- @param alias string
// --- @returns string
// resolve(alias) -> string?
// Resolves an alias to its original command. Will thrown an error if the alias doesn't exist.
// #param alias string
// #returns string
func (a *aliasModule) luaResolve(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err

169
api.go
View File

@ -9,7 +9,7 @@
// #field interactive Is Hilbish in an interactive shell?
// #field login Is Hilbish the login shell?
// #field vimMode Current Vim input mode of Hilbish (will be nil if not in Vim input mode)
// #field exitCode xit code of the last executed command
// #field exitCode Exit code of the last executed command
package main
import (
@ -192,12 +192,10 @@ func unsetVimMode() {
}
// run(cmd, returnOut) -> exitCode (number), stdout (string), stderr (string)
// Runs `cmd` in Hilbish's sh interpreter.
// If returnOut is true, the outputs of `cmd` will be returned as the 2nd and
// 3rd values instead of being outputted to the terminal.
// --- @param cmd string
// --- @param returnOut boolean
// --- @returns number, string, string
// Runs `cmd` in Hilbish's shell script interpreter.
// #param cmd string
// #param returnOut boolean If this is true, the function will return the standard output and error of the command instead of printing it.
// #returns number, string, string
func hlrun(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -240,7 +238,7 @@ func hlrun(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// cwd() -> string
// Returns the current directory of the shell
// --- @returns string
// #returns string
func hlcwd(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
cwd, _ := os.Getwd()
@ -251,9 +249,9 @@ func hlcwd(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// read(prompt) -> input (string)
// Read input from the user, using Hilbish's line editor/input reader.
// This is a separate instance from the one Hilbish actually uses.
// Returns `input`, will be nil if ctrl + d is pressed, or an error occurs (which shouldn't happen)
// --- @param prompt? string
// --- @returns string|nil
// Returns `input`, will be nil if ctrl + d is pressed, or an error occurs (which shouldn't happen).
// #param prompt? string
// #returns string|nil
func hlread(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
luaprompt := c.Arg(0)
if typ := luaprompt.Type(); typ != rt.StringType && typ != rt.NilType {
@ -281,14 +279,21 @@ func hlread(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
/*
prompt(str, typ)
Changes the shell prompt to `str`
Changes the shell prompt to the provided string.
There are a few verbs that can be used in the prompt text.
These will be formatted and replaced with the appropriate values.
`%d` - Current working directory
`%u` - Name of current user
`%h` - Hostname of device
--- @param str string
--- @param typ? string Type of prompt, being left or right. Left by default.
#param str string
#param typ? string Type of prompt, being left or right. Left by default.
#example
-- the default hilbish prompt without color
hilbish.prompt '%u %d ∆'
-- or something of old:
hilbish.prompt '%u@%h :%d $'
-- prompt: user@hostname: ~/directory $
#example
*/
func hlprompt(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
err := c.Check1Arg()
@ -322,8 +327,28 @@ func hlprompt(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// multiprompt(str)
// Changes the continued line prompt to `str`
// --- @param str string
// Changes the text prompt when Hilbish asks for more input.
// This will show up when text is incomplete, like a missing quote
// #param str string
/*
#example
--[[
imagine this is your text input:
user ~ ∆ echo "hey
but there's a missing quote! hilbish will now prompt you so the terminal
will look like:
user ~ ∆ echo "hey
--> ...!"
so then you get
user ~ ∆ echo "hey
--> ...!"
hey ...!
]]--
hilbish.multiprompt '-->'
#example
*/
func hlmultiprompt(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -338,9 +363,19 @@ func hlmultiprompt(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// alias(cmd, orig)
// Sets an alias of `cmd` to `orig`
// --- @param cmd string
// --- @param orig string
// Sets an alias, with a name of `cmd` to another command.
// #param cmd string Name of the alias
// #param orig string Command that will be aliased
/*
#example
-- With this, "ga file" will turn into "git add file"
hilbish.alias('ga', 'git add')
-- Numbered substitutions are supported here!
hilbish.alias('dircount', 'ls %1 | wc -l')
-- "dircount ~" would count how many files are in ~ (home directory).
#example
*/
func hlalias(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.CheckNArgs(2); err != nil {
return nil, err
@ -360,8 +395,20 @@ func hlalias(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// appendPath(dir)
// Appends `dir` to $PATH
// --- @param dir string|table
// Appends the provided dir to the command path (`$PATH`)
// #param dir string|table Directory (or directories) to append to path
/*
#example
hilbish.appendPath '~/go/bin'
-- Will add ~/go/bin to the command path.
-- Or do multiple:
hilbush.appendPath {
'~/go/bin',
'~/.local/bin'
}
#example
*/
func hlappendPath(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -395,8 +442,9 @@ func appendPath(dir string) {
}
// exec(cmd)
// Replaces running hilbish with `cmd`
// --- @param cmd string
// Replaces the currently running Hilbish instance with the supplied command.
// This can be used to do an in-place restart.
// #param cmd string
func hlexec(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -430,8 +478,10 @@ func hlexec(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// goro(fn)
// Puts `fn` in a goroutine
// --- @param fn function
// Puts `fn` in a Goroutine.
// This can be used to run any function in another thread.
// **NOTE: THIS FUNCTION MAY CRASH HILBISH IF OUTSIDE VARIABLES ARE ACCESSED.**
// #param fn function
func hlgoro(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -454,10 +504,10 @@ func hlgoro(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// timeout(cb, time) -> @Timer
// Runs the `cb` function after `time` in milliseconds.
// This creates a timer that starts immediately.
// --- @param cb function
// --- @param time number
// --- @returns Timer
// This creates a Timer that starts immediately.
// #param cb function
// #param time number
// #returns Timer
func hltimeout(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.CheckNArgs(2); err != nil {
return nil, err
@ -481,9 +531,9 @@ func hltimeout(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// interval(cb, time) -> @Timer
// Runs the `cb` function every `time` milliseconds.
// This creates a timer that starts immediately.
// --- @param cb function
// --- @param time number
// --- @return Timer
// #param cb function
// #param time number
// #return Timer
func hlinterval(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.CheckNArgs(2); err != nil {
return nil, err
@ -505,13 +555,13 @@ func hlinterval(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// complete(scope, cb)
// Registers a completion handler for `scope`.
// Registers a completion handler for the specified scope.
// A `scope` is currently only expected to be `command.<cmd>`,
// replacing <cmd> with the name of the command (for example `command.git`).
// `cb` must be a function that returns a table of "completion groups."
// Check `doc completions` for more information.
// --- @param scope string
// --- @param cb function
// The documentation for completions, under Features/Completions or `doc completions`
// provides more details.
// #param scope string
// #param cb function
func hlcomplete(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
scope, cb, err := util.HandleStrCallback(t, c)
if err != nil {
@ -523,8 +573,8 @@ func hlcomplete(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// prependPath(dir)
// Prepends `dir` to $PATH
// --- @param dir string
// Prepends `dir` to $PATH.
// #param dir string
func hlprependPath(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -547,8 +597,8 @@ func hlprependPath(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// which(name) -> string
// Checks if `name` is a valid command.
// Will return the path of the binary, or a basename if it's a commander.
// --- @param name string
// --- @returns string
// #param name string
// #returns string
func hlwhich(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -578,8 +628,10 @@ func hlwhich(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// inputMode(mode)
// Sets the input mode for Hilbish's line reader. Accepts either emacs or vim
// --- @param mode string
// Sets the input mode for Hilbish's line reader. Accepts either emacs or vim.
// `emacs` is the default. Setting it to `vim` changes behavior of input to be
// Vim-like with modes and Vim keybinds.
// #param mode string
func hlinputMode(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -609,7 +661,7 @@ func hlinputMode(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// Accepted values for mode are hybrid (the default), hybridRev (sh first then Lua),
// sh, and lua. It also accepts a function, to which if it is passed one
// will call it to execute user input instead.
// --- @param mode string|function
// #param mode string|function
func hlrunnerMode(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -635,26 +687,33 @@ func hlrunnerMode(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// line and cursor position. It is expected to return a string which is used
// as the text for the hint. This is by default a shim. To set hints,
// override this function with your custom handler.
// --- @param line string
// --- @param pos number
// #param line string
// #param pos number
/*
#example
-- this will display "hi" after the cursor in a dimmed color.
function hilbish.hinter(line, pos)
return 'hi'
end
#example
*/
func hlhinter(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.Next(), nil
}
// highlighter(line)
// Line highlighter handler. This is mainly for syntax highlighting, but in
// reality could set the input of the prompt to *display* anything. The
// callback is passed the current line and is expected to return a line that
// will be used as the input display.
// Line highlighter handler.
// This is mainly for syntax highlighting, but in reality could set the input
// of the prompt to *display* anything. The callback is passed the current line
// and is expected to return a line that will be used as the input display.
// Note that to set a highlighter, one has to override this function.
// Example:
// ```
// #example
// --This code will highlight all double quoted strings in green.
// function hilbish.highlighter(line)
// return line:gsub('"%w+"', function(c) return lunacolors.green(c) end)
// end
// ```
// This code will highlight all double quoted strings in green.
// --- @param line string
// #example
// #param line string
func hlhighlighter(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.Next(), nil
}

188
cmd/docgen/docgen.go
View File

@ -11,6 +11,8 @@ import (
"strings"
"os"
"sync"
md "github.com/atsushinee/go-markdown-generator/doc"
)
var header = `---
@ -43,6 +45,12 @@ type module struct {
HasTypes bool
}
type param struct{
Name string
Type string
Doc []string
}
type docPiece struct {
Doc []string
FuncSig string
@ -55,11 +63,14 @@ type docPiece struct {
IsType bool
Fields []docPiece
Properties []docPiece
Params []param
Tags map[string][]tag
}
type tag struct {
id string
fields []string
startIdx int
}
var docs = make(map[string]module)
@ -80,7 +91,7 @@ func getTagsAndDocs(docs string) (map[string][]tag, []string) {
parts := []string{}
tags := make(map[string][]tag)
for _, part := range pts {
for idx, part := range pts {
if strings.HasPrefix(part, "#") {
tagParts := strings.Split(strings.TrimPrefix(part, "#"), " ")
if tags[tagParts[0]] == nil {
@ -89,12 +100,21 @@ func getTagsAndDocs(docs string) (map[string][]tag, []string) {
id = tagParts[1]
}
tags[tagParts[0]] = []tag{
{id: id},
{id: id, startIdx: idx},
}
if len(tagParts) >= 2 {
tags[tagParts[0]][0].fields = tagParts[2:]
}
} else {
if tagParts[0] == "example" {
exampleIdx := tags["example"][0].startIdx
exampleCode := pts[exampleIdx+1:idx]
tags["example"][0].fields = exampleCode
parts = strings.Split(strings.Replace(strings.Join(parts, "\n"), strings.TrimPrefix(strings.Join(exampleCode, "\n"), "#example\n"), "", -1), "\n")
continue
}
fleds := []string{}
if len(tagParts) >= 2 {
fleds = tagParts[2:]
@ -179,6 +199,7 @@ func setupDocType(mod string, typ *doc.Type) *docPiece {
ParentModule: parentMod,
Fields: fields,
Properties: properties,
Tags: tags,
}
typeTable[strings.ToLower(typeName)] = []string{parentMod, interfaces}
@ -215,6 +236,17 @@ start:
fields := docPieceTag("field", tags)
properties := docPieceTag("property", tags)
var params []param
if paramsRaw := tags["param"]; paramsRaw != nil {
params = make([]param, len(paramsRaw))
for i, p := range paramsRaw {
params[i] = param{
Name: p.id,
Type: p.fields[0],
Doc: p.fields[1:],
}
}
}
for _, d := range doc {
if strings.HasPrefix(d, "---") {
@ -252,6 +284,8 @@ start:
ParentModule: parentMod,
Fields: fields,
Properties: properties,
Params: params,
Tags: tags,
}
if strings.HasSuffix(dps.GoFuncName, strings.ToLower("loader")) {
dps.Doc = parts
@ -412,13 +446,14 @@ func main() {
defer wg.Done()
modOrIface := "Module"
if modu.ParentModule != "" {
modOrIface = "Interface"
modOrIface = "Module"
}
lastHeader := ""
f, _ := os.Create(docPath)
f.WriteString(fmt.Sprintf(header, modOrIface, modname, modu.ShortDescription))
typeTag, _ := regexp.Compile(`\B@\w+`)
modDescription := typeTag.ReplaceAllStringFunc(strings.Replace(modu.Description, "<", `\<`, -1), func(typ string) string {
modDescription := typeTag.ReplaceAllStringFunc(strings.Replace(strings.Replace(modu.Description, "<", `\<`, -1), "{{\\<", "{{<", -1), func(typ string) string {
typName := typ[1:]
typLookup := typeTable[strings.ToLower(typName)]
ifaces := typLookup[0] + "." + typLookup[1] + "/"
@ -429,32 +464,77 @@ func main() {
return fmt.Sprintf(`<a href="%s" style="text-decoration: none;">%s</a>`, linkedTyp, typName)
})
f.WriteString(fmt.Sprintf("## Introduction\n%s\n\n", modDescription))
if len(modu.Fields) != 0 {
f.WriteString("## Interface fields\n")
for _, dps := range modu.Fields {
f.WriteString(fmt.Sprintf("- `%s`: ", dps.FuncName))
f.WriteString(strings.Join(dps.Doc, " "))
f.WriteString("\n")
}
f.WriteString("\n")
}
if len(modu.Properties) != 0 {
f.WriteString("## Object properties\n")
for _, dps := range modu.Properties {
f.WriteString(fmt.Sprintf("- `%s`: ", dps.FuncName))
f.WriteString(strings.Join(dps.Doc, " "))
f.WriteString("\n")
}
f.WriteString("\n")
}
if len(modu.Docs) != 0 {
f.WriteString("## Functions\n")
funcCount := 0
for _, dps := range modu.Docs {
if dps.IsMember {
continue
}
htmlSig := typeTag.ReplaceAllStringFunc(strings.Replace(dps.FuncSig, "<", `\<`, -1), func(typ string) string {
funcCount++
}
f.WriteString("## Functions\n")
lastHeader = "functions"
mdTable := md.NewTable(funcCount, 2)
mdTable.SetTitle(0, "")
mdTable.SetTitle(1, "")
diff := 0
for i, dps := range modu.Docs {
if dps.IsMember {
diff++
continue
}
mdTable.SetContent(i - diff, 0, fmt.Sprintf(`<a href="#%s">%s</a>`, dps.FuncName, dps.FuncSig))
mdTable.SetContent(i - diff, 1, dps.Doc[0])
}
f.WriteString(mdTable.String())
f.WriteString("\n")
}
if len(modu.Fields) != 0 {
f.WriteString("## Static module fields\n")
mdTable := md.NewTable(len(modu.Fields), 2)
mdTable.SetTitle(0, "")
mdTable.SetTitle(1, "")
for i, dps := range modu.Fields {
mdTable.SetContent(i, 0, dps.FuncName)
mdTable.SetContent(i, 1, strings.Join(dps.Doc, " "))
}
f.WriteString(mdTable.String())
f.WriteString("\n")
}
if len(modu.Properties) != 0 {
f.WriteString("## Object properties\n")
mdTable := md.NewTable(len(modu.Fields), 2)
mdTable.SetTitle(0, "")
mdTable.SetTitle(1, "")
for i, dps := range modu.Properties {
mdTable.SetContent(i, 0, dps.FuncName)
mdTable.SetContent(i, 1, strings.Join(dps.Doc, " "))
}
f.WriteString(mdTable.String())
f.WriteString("\n")
}
if len(modu.Docs) != 0 {
if lastHeader != "functions" {
f.WriteString("## Functions\n")
}
for _, dps := range modu.Docs {
if dps.IsMember {
continue
}
f.WriteString(fmt.Sprintf("<hr><div id='%s'>", dps.FuncName))
htmlSig := typeTag.ReplaceAllStringFunc(strings.Replace(modname + "." + dps.FuncSig, "<", `\<`, -1), func(typ string) string {
typName := typ[1:]
typLookup := typeTable[strings.ToLower(typName)]
ifaces := typLookup[0] + "." + typLookup[1] + "/"
@ -462,21 +542,55 @@ func main() {
ifaces = ""
}
linkedTyp := fmt.Sprintf("/Hilbish/docs/api/%s/%s#%s", typLookup[0], ifaces, strings.ToLower(typName))
return fmt.Sprintf(`<a href="%s" style="text-decoration: none;">%s</a>`, linkedTyp, typName)
return fmt.Sprintf(`<a href="%s" style="text-decoration: none;" id="lol">%s</a>`, linkedTyp, typName)
})
f.WriteString(fmt.Sprintf("### %s\n", htmlSig))
f.WriteString(fmt.Sprintf(`
<h4 class='heading'>
%s
<a href="#%s" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
`, htmlSig, dps.FuncName))
for _, doc := range dps.Doc {
if !strings.HasPrefix(doc, "---") {
f.WriteString(doc + "\n")
f.WriteString(doc + " \n")
}
}
f.WriteString("\n")
f.WriteString("#### Parameters\n")
if len(dps.Params) == 0 {
f.WriteString("This function has no parameters. \n")
}
for _, p := range dps.Params {
isVariadic := false
typ := p.Type
if strings.HasPrefix(p.Type, "...") {
isVariadic = true
typ = p.Type[3:]
}
f.WriteString(fmt.Sprintf("`%s` **`%s`**", typ, p.Name))
if isVariadic {
f.WriteString(" (This type is variadic. You can pass an infinite amount of parameters with this type.)")
}
f.WriteString(" \n")
f.WriteString(strings.Join(p.Doc, " "))
f.WriteString("\n\n")
}
if codeExample := dps.Tags["example"]; codeExample != nil {
f.WriteString("#### Example\n")
f.WriteString(fmt.Sprintf("```lua\n%s\n```\n", strings.Join(codeExample[0].fields, "\n")))
}
f.WriteString("</div>")
f.WriteString("\n\n")
}
}
if len(modu.Types) != 0 {
f.WriteString("## Types\n")
for _, dps := range modu.Types {
f.WriteString("<hr>\n\n")
f.WriteString(fmt.Sprintf("## %s\n", dps.FuncName))
for _, doc := range dps.Doc {
if !strings.HasPrefix(doc, "---") {
@ -484,12 +598,18 @@ func main() {
}
}
if len(dps.Properties) != 0 {
f.WriteString("### Properties\n")
for _, dps := range dps.Properties {
f.WriteString(fmt.Sprintf("- `%s`: ", dps.FuncName))
f.WriteString(strings.Join(dps.Doc, " "))
f.WriteString("\n")
f.WriteString("## Object properties\n")
mdTable := md.NewTable(len(dps.Properties), 2)
mdTable.SetTitle(0, "")
mdTable.SetTitle(1, "")
for i, d := range dps.Properties {
mdTable.SetContent(i, 0, d.FuncName)
mdTable.SetContent(i, 1, strings.Join(d.Doc, " "))
}
f.WriteString(mdTable.String())
f.WriteString("\n")
}
f.WriteString("\n")
f.WriteString("### Methods\n")

122
complete.go
View File

@ -193,10 +193,10 @@ func escapeFilename(fname string) string {
// The completions interface deals with tab completions.
func completionLoader(rtm *rt.Runtime) *rt.Table {
exports := map[string]util.LuaExport{
"files": {luaFileComplete, 3, false},
"bins": {luaBinaryComplete, 3, false},
"call": {callLuaCompleter, 4, false},
"handler": {completionHandler, 2, false},
"bins": {hcmpBins, 3, false},
"call": {hcmpCall, 4, false},
"files": {hcmpFiles, 3, false},
"handler": {hcmpHandler, 2, false},
}
mod := rt.NewTable()
@ -206,26 +206,57 @@ func completionLoader(rtm *rt.Runtime) *rt.Table {
}
// #interface completion
// handler(line, pos)
// The handler function is the callback for tab completion in Hilbish.
// You can check the completions doc for more info.
// --- @param line string
// --- @param pos string
func completionHandler(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.Next(), nil
// bins(query, ctx, fields) -> entries (table), prefix (string)
// Return binaries/executables based on the provided parameters.
// This function is meant to be used as a helper in a command completion handler.
// #param query string
// #param ctx string
// #param fields table
/*
#example
-- an extremely simple completer for sudo.
hilbish.complete('command.sudo', function(query, ctx, fields)
table.remove(fields, 1)
if #fields[1] then
-- return commands because sudo runs a command as root..!
local entries, pfx = hilbish.completion.bins(query, ctx, fields)
return {
type = 'grid',
items = entries
}, pfx
end
-- ... else suggest files or anything else ..
end)
#example
*/
func hcmpBins(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
query, ctx, fds, err := getCompleteParams(t, c)
if err != nil {
return nil, err
}
completions, pfx := binaryComplete(query, ctx, fds)
luaComps := rt.NewTable()
for i, comp := range completions {
luaComps.Set(rt.IntValue(int64(i + 1)), rt.StringValue(comp))
}
return c.PushingNext(t.Runtime, rt.TableValue(luaComps), rt.StringValue(pfx)), nil
}
// #interface completion
// call(name, query, ctx, fields) -> completionGroups (table), prefix (string)
// Calls a completer function. This is mainly used to call
// a command completer, which will have a `name` in the form
// of `command.name`, example: `command.git`.
// You can check `doc completions` for info on the `completionGroups` return value.
// --- @param name string
// --- @param query string
// --- @param ctx string
// --- @param fields table
func callLuaCompleter(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// Calls a completer function. This is mainly used to call a command completer, which will have a `name`
// in the form of `command.name`, example: `command.git`.
// You can check the Completions doc or `doc completions` for info on the `completionGroups` return value.
// #param name string
// #param query string
// #param ctx string
// #param fields table
func hcmpCall(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.CheckNArgs(4); err != nil {
return nil, err
}
@ -267,11 +298,12 @@ func callLuaCompleter(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface completion
// files(query, ctx, fields) -> entries (table), prefix (string)
// Returns file completion candidates based on the provided query.
// --- @param query string
// --- @param ctx string
// --- @param fields table
func luaFileComplete(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// Returns file matches based on the provided parameters.
// This function is meant to be used as a helper in a command completion handler.
// #param query string
// #param ctx string
// #param fields table
func hcmpFiles(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
query, ctx, fds, err := getCompleteParams(t, c)
if err != nil {
return nil, err
@ -288,27 +320,31 @@ func luaFileComplete(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// #interface completion
// bins(query, ctx, fields) -> entries (table), prefix (string)
// Returns binary/executale completion candidates based on the provided query.
// --- @param query string
// --- @param ctx string
// --- @param fields table
func luaBinaryComplete(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
query, ctx, fds, err := getCompleteParams(t, c)
if err != nil {
return nil, err
}
// handler(line, pos)
// This function contains the general completion handler for Hilbish. This function handles
// completion of everything, which includes calling other command handlers, binaries, and files.
// This function can be overriden to supply a custom handler. Note that alias resolution is required to be done in this function.
// #param line string The current Hilbish command line
// #param pos number Numerical position of the cursor
/*
#example
-- stripped down version of the default implementation
function hilbish.completion.handler(line, pos)
local query = fields[#fields]
completions, pfx := binaryComplete(query, ctx, fds)
luaComps := rt.NewTable()
for i, comp := range completions {
luaComps.Set(rt.IntValue(int64(i + 1)), rt.StringValue(comp))
}
return c.PushingNext(t.Runtime, rt.TableValue(luaComps), rt.StringValue(pfx)), nil
if #fields == 1 then
-- call bins handler here
else
-- call command completer or files completer here
end
end
#example
*/
func hcmpHandler(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.Next(), nil
}
func getCompleteParams(t *rt.Thread, c *rt.GoCont) (string, string, []string, error) {
if err := c.CheckNArgs(3); err != nil {
return "", "", []string{}, err

0
website/content/docs/_index.md → docs/_index.md
View File

2
docs/api/_index.md
View File

@ -1,7 +1,7 @@
---
title: API
layout: doc
weight: -50
weight: -100
menu: docs
---

157
docs/api/bait.md
View File

@ -8,27 +8,156 @@ menu:
---
## Introduction
Bait is the event emitter for Hilbish. Why name it bait? Why not.
It throws hooks that you can catch. This is what you will use if
you want to listen in on hooks to know when certain things have
happened, like when you've changed directory, a command has failed,
etc. To find all available hooks thrown by Hilbish, see doc hooks.
Bait is the event emitter for Hilbish. Much like Node.js and
its `events` system, many actions in Hilbish emit events.
Unlike Node.js, Hilbish events are global. So make sure to
pick a unique name!
Usage of the Bait module consists of userstanding
event-driven architecture, but it's pretty simple:
If you want to act on a certain event, you can `catch` it.
You can act on events via callback functions.
Examples of this are in the Hilbish default config!
Consider this part of it:
```lua
bait.catch('command.exit', function(code)
running = false
doPrompt(code ~= 0)
doNotifyPrompt()
end)
```
What this does is, whenever the `command.exit` event is thrown,
this function will set the user prompt.
## Functions
### catch(name, cb)
Catches a hook with `name`. Runs the `cb` when it is thrown
|||
|----|----|
|<a href="#catch">catch(name, cb)</a>|Catches an event. This function can be used to act on events.|
|<a href="#catchOnce">catchOnce(name, cb)</a>|Catches an event, but only once. This will remove the hook immediately after it runs for the first time.|
|<a href="#hooks">hooks(name) -> table</a>|Returns a list of callbacks that are hooked on an event with the corresponding `name`.|
|<a href="#release">release(name, catcher)</a>|Removes the `catcher` for the event with `name`.|
|<a href="#throw">throw(name, ...args)</a>|Throws a hook with `name` with the provided `args`.|
### catchOnce(name, cb)
Same as catch, but only runs the `cb` once and then removes the hook
<hr><div id='catch'>
<h4 class='heading'>
bait.catch(name, cb)
<a href="#catch" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### hooks(name) -> table
Returns a table with hooks (callback functions) on the event with `name`.
Catches an event. This function can be used to act on events.
#### Parameters
`string` **`name`**
The name of the hook.
`function` **`cb`**
The function that will be called when the hook is thrown.
#### Example
```lua
bait.catch('hilbish.exit', function()
print 'Goodbye Hilbish!'
end)
```
</div>
<hr><div id='catchOnce'>
<h4 class='heading'>
bait.catchOnce(name, cb)
<a href="#catchOnce" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Catches an event, but only once. This will remove the hook immediately after it runs for the first time.
#### Parameters
`string` **`name`**
The name of the event
`function` **`cb`**
The function that will be called when the event is thrown.
</div>
<hr><div id='hooks'>
<h4 class='heading'>
bait.hooks(name) -> table
<a href="#hooks" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Returns a list of callbacks that are hooked on an event with the corresponding `name`.
#### Parameters
`string` **`name`**
The name of the function
</div>
<hr><div id='release'>
<h4 class='heading'>
bait.release(name, catcher)
<a href="#release" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### release(name, catcher)
Removes the `catcher` for the event with `name`.
For this to work, `catcher` has to be the same function used to catch
an event, like one saved to a variable.
### throw(name, ...args)
Throws a hook with `name` with the provided `args`
#### Parameters
`string` **`name`**
Name of the event the hook is on
`function` **`catcher`**
Hook function to remove
#### Example
```lua
local hookCallback = function() print 'hi' end
bait.catch('event', hookCallback)
-- a little while later....
bait.release('event', hookCallback)
-- and now hookCallback will no longer be ran for the event.
```
</div>
<hr><div id='throw'>
<h4 class='heading'>
bait.throw(name, ...args)
<a href="#throw" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Throws a hook with `name` with the provided `args`.
#### Parameters
`string` **`name`**
The name of the hook.
`any` **`args`** (This type is variadic. You can pass an infinite amount of parameters with this type.)
The arguments to pass to the hook.
#### Example
```lua
bait.throw('greeting', 'world')
-- This can then be listened to via
bait.catch('gretting', function(greetTo)
print('Hello ' .. greetTo)
end)
```
</div>

77
docs/api/commander.md
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@ -9,11 +9,10 @@ menu:
## Introduction
Commander is a library for writing custom commands in Lua.
In order to make it easier to write commands for Hilbish,
not require separate scripts and to be able to use in a config,
the Commander library exists. This is like a very simple wrapper
that works with Hilbish for writing commands. Example:
Commander is the library which handles Hilbish commands. This makes
the user able to add Lua-written commands to their shell without making
a separate script in a bin folder. Instead, you may simply use the Commander
library in your Hilbish config.
```lua
local commander = require 'commander'
@ -28,19 +27,65 @@ that will print `Hello world!` to output. One question you may
have is: What is the `sinks` parameter?
The `sinks` parameter is a table with 3 keys: `in`, `out`,
and `err`. The values of these is a <a href="/Hilbish/docs/api/hilbish/#sink" style="text-decoration: none;">Sink</a>.
and `err`. All of them are a <a href="/Hilbish/docs/api/hilbish/#sink" style="text-decoration: none;">Sink</a>.
- `in` is the standard input. You can read from this sink
to get user input. (**This is currently unimplemented.**)
- `out` is standard output. This is usually where text meant for
output should go.
- `err` is standard error. This sink is for writing errors, as the
name would suggest.
- `in` is the standard input.
You may use the read functions on this sink to get input from the user.
- `out` is standard output.
This is usually where command output should go.
- `err` is standard error.
This sink is for writing errors, as the name would suggest.
## Functions
### deregister(name)
Deregisters any command registered with `name`
|||
|----|----|
|<a href="#deregister">deregister(name)</a>|Removes the named command. Note that this will only remove Commander-registered commands.|
|<a href="#register">register(name, cb)</a>|Adds a new command with the given `name`. When Hilbish has to run a command with a name,|
### register(name, cb)
Register a command with `name` that runs `cb` when ran
<hr><div id='deregister'>
<h4 class='heading'>
commander.deregister(name)
<a href="#deregister" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Removes the named command. Note that this will only remove Commander-registered commands.
#### Parameters
`string` **`name`**
Name of the command to remove.
</div>
<hr><div id='register'>
<h4 class='heading'>
commander.register(name, cb)
<a href="#register" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Adds a new command with the given `name`. When Hilbish has to run a command with a name,
it will run the function providing the arguments and sinks.
#### Parameters
`string` **`name`**
Name of the command
`function` **`cb`**
Callback to handle command invocation
#### Example
```lua
-- When you run the command `hello` in the shell, it will print `Hello world`.
-- If you run it with, for example, `hello Hilbish`, it will print 'Hello Hilbish'
commander.register('hello', function(args, sinks)
local name = 'world'
if #args > 0 then name = args[1] end
sinks.out:writeln('Hello ' .. name)
end)
```
</div>

235
docs/api/fs.md
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@ -8,44 +8,223 @@ menu:
---
## Introduction
The fs module provides easy and simple access to filesystem functions
and other things, and acts an addition to the Lua standard library's
I/O and filesystem functions.
The fs module provides filesystem functions to Hilbish. While Lua's standard
library has some I/O functions, they're missing a lot of the basics. The `fs`
library offers more functions and will work on any operating system Hilbish does.
## Functions
### abs(path) -> string
Gives an absolute version of `path`.
|||
|----|----|
|<a href="#abs">abs(path) -> string</a>|Returns an absolute version of the `path`.|
|<a href="#basename">basename(path) -> string</a>|Returns the "basename," or the last part of the provided `path`. If path is empty,|
|<a href="#cd">cd(dir)</a>|Changes Hilbish's directory to `dir`.|
|<a href="#dir">dir(path) -> string</a>|Returns the directory part of `path`. If a file path like|
|<a href="#glob">glob(pattern) -> matches (table)</a>|Match all files based on the provided `pattern`.|
|<a href="#join">join(...path) -> string</a>|Takes any list of paths and joins them based on the operating system's path separator.|
|<a href="#mkdir">mkdir(name, recursive)</a>|Creates a new directory with the provided `name`.|
|<a href="#readdir">readdir(path) -> table[string]</a>|Returns a list of all files and directories in the provided path.|
|<a href="#stat">stat(path) -> {}</a>|Returns the information about a given `path`.|
### basename(path) -> string
Gives the basename of `path`. For the rules,
see Go's filepath.Base
## Static module fields
|||
|----|----|
|pathSep|The operating system's path separator.|
### cd(dir)
Changes directory to `dir`
<hr><div id='abs'>
<h4 class='heading'>
fs.abs(path) -> string
<a href="#abs" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### dir(path) -> string
Returns the directory part of `path`. For the rules, see Go's
filepath.Dir
Returns an absolute version of the `path`.
This can be used to resolve short paths like `..` to `/home/user`.
#### Parameters
`string` **`path`**
### glob(pattern) -> matches (table)
Glob all files and directories that match the pattern.
For the rules, see Go's filepath.Glob
### join(...) -> string
Takes paths and joins them together with the OS's
directory separator (forward or backward slash).
</div>
### mkdir(name, recursive)
Makes a directory called `name`. If `recursive` is true, it will create its parent directories.
<hr><div id='basename'>
<h4 class='heading'>
fs.basename(path) -> string
<a href="#basename" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### readdir(dir) -> {}
Returns a table of files in `dir`.
Returns the "basename," or the last part of the provided `path`. If path is empty,
`.` will be returned.
#### Parameters
`string` **`path`**
Path to get the base name of.
### stat(path) -> {}
Returns a table of info about the `path`.
It contains the following keys:
</div>
<hr><div id='cd'>
<h4 class='heading'>
fs.cd(dir)
<a href="#cd" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Changes Hilbish's directory to `dir`.
#### Parameters
`string` **`dir`**
Path to change directory to.
</div>
<hr><div id='dir'>
<h4 class='heading'>
fs.dir(path) -> string
<a href="#dir" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Returns the directory part of `path`. If a file path like
`~/Documents/doc.txt` then this function will return `~/Documents`.
#### Parameters
`string` **`path`**
Path to get the directory for.
</div>
<hr><div id='glob'>
<h4 class='heading'>
fs.glob(pattern) -> matches (table)
<a href="#glob" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Match all files based on the provided `pattern`.
For the syntax' refer to Go's filepath.Match function: https://pkg.go.dev/path/filepath#Match
#### Parameters
`string` **`pattern`**
Pattern to compare files with.
#### Example
```lua
--[[
Within a folder that contains the following files:
a.txt
init.lua
code.lua
doc.pdf
]]--
local matches = fs.glob './*.lua'
print(matches)
-- -> {'init.lua', 'code.lua'}
```
</div>
<hr><div id='join'>
<h4 class='heading'>
fs.join(...path) -> string
<a href="#join" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Takes any list of paths and joins them based on the operating system's path separator.
#### Parameters
`string` **`path`** (This type is variadic. You can pass an infinite amount of parameters with this type.)
Paths to join together
#### Example
```lua
-- This prints the directory for Hilbish's config!
print(fs.join(hilbish.userDir.config, 'hilbish'))
-- -> '/home/user/.config/hilbish' on Linux
```
</div>
<hr><div id='mkdir'>
<h4 class='heading'>
fs.mkdir(name, recursive)
<a href="#mkdir" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Creates a new directory with the provided `name`.
With `recursive`, mkdir will create parent directories.
-- This will create the directory foo, then create the directory bar in the
-- foo directory. If recursive is false in this case, it will fail.
fs.mkdir('./foo/bar', true)
#### Parameters
`string` **`name`**
Name of the directory
`boolean` **`recursive`**
Whether to create parent directories for the provided name
#### Example
```lua
```
</div>
<hr><div id='readdir'>
<h4 class='heading'>
fs.readdir(path) -> table[string]
<a href="#readdir" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Returns a list of all files and directories in the provided path.
#### Parameters
`string` **`dir`**
</div>
<hr><div id='stat'>
<h4 class='heading'>
fs.stat(path) -> {}
<a href="#stat" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Returns the information about a given `path`.
The returned table contains the following values:
name (string) - Name of the path
size (number) - Size of the path
mode (string) - Permission mode in an octal format string (with leading 0)
size (number) - Size of the path in bytes
mode (string) - Unix permission mode in an octal format string (with leading 0)
isDir (boolean) - If the path is a directory
#### Parameters
`string` **`path`**
#### Example
```lua
local inspect = require 'inspect'
local stat = fs.stat '~'
print(inspect(stat))
--[[
Would print the following:
{
isDir = true,
mode = "0755",
name = "username",
size = 12288
}
]]--
```
</div>

431
docs/api/hilbish/_index.md
View File

@ -11,108 +11,435 @@ menu:
The Hilbish module includes the core API, containing
interfaces and functions which directly relate to shell functionality.
## Interface fields
- `ver`: The version of Hilbish
- `goVersion`: The version of Go that Hilbish was compiled with
- `user`: Username of the user
- `host`: Hostname of the machine
- `dataDir`: Directory for Hilbish data files, including the docs and default modules
- `interactive`: Is Hilbish in an interactive shell?
- `login`: Is Hilbish the login shell?
- `vimMode`: Current Vim input mode of Hilbish (will be nil if not in Vim input mode)
- `exitCode`: xit code of the last executed command
## Functions
### alias(cmd, orig)
Sets an alias of `cmd` to `orig`
|||
|----|----|
|<a href="#alias">alias(cmd, orig)</a>|Sets an alias, with a name of `cmd` to another command.|
|<a href="#appendPath">appendPath(dir)</a>|Appends the provided dir to the command path (`$PATH`)|
|<a href="#complete">complete(scope, cb)</a>|Registers a completion handler for the specified scope.|
|<a href="#cwd">cwd() -> string</a>|Returns the current directory of the shell|
|<a href="#exec">exec(cmd)</a>|Replaces the currently running Hilbish instance with the supplied command.|
|<a href="#goro">goro(fn)</a>|Puts `fn` in a Goroutine.|
|<a href="#highlighter">highlighter(line)</a>|Line highlighter handler.|
|<a href="#hinter">hinter(line, pos)</a>|The command line hint handler. It gets called on every key insert to|
|<a href="#inputMode">inputMode(mode)</a>|Sets the input mode for Hilbish's line reader. Accepts either emacs or vim.|
|<a href="#interval">interval(cb, time) -> @Timer</a>|Runs the `cb` function every `time` milliseconds.|
|<a href="#multiprompt">multiprompt(str)</a>|Changes the text prompt when Hilbish asks for more input.|
|<a href="#prependPath">prependPath(dir)</a>|Prepends `dir` to $PATH.|
|<a href="#prompt">prompt(str, typ)</a>|Changes the shell prompt to the provided string.|
|<a href="#read">read(prompt) -> input (string)</a>|Read input from the user, using Hilbish's line editor/input reader.|
|<a href="#run">run(cmd, returnOut) -> exitCode (number), stdout (string), stderr (string)</a>|Runs `cmd` in Hilbish's shell script interpreter.|
|<a href="#runnerMode">runnerMode(mode)</a>|Sets the execution/runner mode for interactive Hilbish. This determines whether|
|<a href="#timeout">timeout(cb, time) -> @Timer</a>|Runs the `cb` function after `time` in milliseconds.|
|<a href="#which">which(name) -> string</a>|Checks if `name` is a valid command.|
### appendPath(dir)
Appends `dir` to $PATH
## Static module fields
|||
|----|----|
|ver|The version of Hilbish|
|goVersion|The version of Go that Hilbish was compiled with|
|user|Username of the user|
|host|Hostname of the machine|
|dataDir|Directory for Hilbish data files, including the docs and default modules|
|interactive|Is Hilbish in an interactive shell?|
|login|Is Hilbish the login shell?|
|vimMode|Current Vim input mode of Hilbish (will be nil if not in Vim input mode)|
|exitCode|Exit code of the last executed command|
### complete(scope, cb)
Registers a completion handler for `scope`.
<hr><div id='alias'>
<h4 class='heading'>
hilbish.alias(cmd, orig)
<a href="#alias" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Sets an alias, with a name of `cmd` to another command.
#### Parameters
`string` **`cmd`**
Name of the alias
`string` **`orig`**
Command that will be aliased
#### Example
```lua
-- With this, "ga file" will turn into "git add file"
hilbish.alias('ga', 'git add')
-- Numbered substitutions are supported here!
hilbish.alias('dircount', 'ls %1 | wc -l')
-- "dircount ~" would count how many files are in ~ (home directory).
```
</div>
<hr><div id='appendPath'>
<h4 class='heading'>
hilbish.appendPath(dir)
<a href="#appendPath" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Appends the provided dir to the command path (`$PATH`)
#### Parameters
`string|table` **`dir`**
Directory (or directories) to append to path
#### Example
```lua
hilbish.appendPath '~/go/bin'
-- Will add ~/go/bin to the command path.
-- Or do multiple:
hilbush.appendPath {
'~/go/bin',
'~/.local/bin'
}
```
</div>
<hr><div id='complete'>
<h4 class='heading'>
hilbish.complete(scope, cb)
<a href="#complete" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Registers a completion handler for the specified scope.
A `scope` is currently only expected to be `command.<cmd>`,
replacing <cmd> with the name of the command (for example `command.git`).
`cb` must be a function that returns a table of "completion groups."
Check `doc completions` for more information.
The documentation for completions, under Features/Completions or `doc completions`
provides more details.
#### Parameters
`string` **`scope`**
`function` **`cb`**
</div>
<hr><div id='cwd'>
<h4 class='heading'>
hilbish.cwd() -> string
<a href="#cwd" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### cwd() -> string
Returns the current directory of the shell
#### Parameters
This function has no parameters.
</div>
### exec(cmd)
Replaces running hilbish with `cmd`
<hr><div id='exec'>
<h4 class='heading'>
hilbish.exec(cmd)
<a href="#exec" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### goro(fn)
Puts `fn` in a goroutine
Replaces the currently running Hilbish instance with the supplied command.
This can be used to do an in-place restart.
#### Parameters
`string` **`cmd`**
### highlighter(line)
Line highlighter handler. This is mainly for syntax highlighting, but in
reality could set the input of the prompt to *display* anything. The
callback is passed the current line and is expected to return a line that
will be used as the input display.
</div>
<hr><div id='goro'>
<h4 class='heading'>
hilbish.goro(fn)
<a href="#goro" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Puts `fn` in a Goroutine.
This can be used to run any function in another thread.
**NOTE: THIS FUNCTION MAY CRASH HILBISH IF OUTSIDE VARIABLES ARE ACCESSED.**
#### Parameters
`function` **`fn`**
</div>
<hr><div id='highlighter'>
<h4 class='heading'>
hilbish.highlighter(line)
<a href="#highlighter" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Line highlighter handler.
This is mainly for syntax highlighting, but in reality could set the input
of the prompt to *display* anything. The callback is passed the current line
and is expected to return a line that will be used as the input display.
Note that to set a highlighter, one has to override this function.
Example:
```
#### Parameters
`string` **`line`**
#### Example
```lua
--This code will highlight all double quoted strings in green.
function hilbish.highlighter(line)
return line:gsub('"%w+"', function(c) return lunacolors.green(c) end)
end
```
This code will highlight all double quoted strings in green.
</div>
<hr><div id='hinter'>
<h4 class='heading'>
hilbish.hinter(line, pos)
<a href="#hinter" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### hinter(line, pos)
The command line hint handler. It gets called on every key insert to
determine what text to use as an inline hint. It is passed the current
line and cursor position. It is expected to return a string which is used
as the text for the hint. This is by default a shim. To set hints,
override this function with your custom handler.
### inputMode(mode)
Sets the input mode for Hilbish's line reader. Accepts either emacs or vim
### interval(cb, time) -> <a href="/Hilbish/docs/api/hilbish/hilbish.timers/#timer" style="text-decoration: none;">Timer</a>
#### Parameters
`string` **`line`**
`number` **`pos`**
#### Example
```lua
-- this will display "hi" after the cursor in a dimmed color.
function hilbish.hinter(line, pos)
return 'hi'
end
```
</div>
<hr><div id='inputMode'>
<h4 class='heading'>
hilbish.inputMode(mode)
<a href="#inputMode" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Sets the input mode for Hilbish's line reader. Accepts either emacs or vim.
`emacs` is the default. Setting it to `vim` changes behavior of input to be
Vim-like with modes and Vim keybinds.
#### Parameters
`string` **`mode`**
</div>
<hr><div id='interval'>
<h4 class='heading'>
hilbish.interval(cb, time) -> <a href="/Hilbish/docs/api/hilbish/hilbish.timers/#timer" style="text-decoration: none;" id="lol">Timer</a>
<a href="#interval" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Runs the `cb` function every `time` milliseconds.
This creates a timer that starts immediately.
#### Parameters
`function` **`cb`**
### multiprompt(str)
Changes the continued line prompt to `str`
### prependPath(dir)
Prepends `dir` to $PATH
`number` **`time`**
### prompt(str, typ)
Changes the shell prompt to `str`
</div>
<hr><div id='multiprompt'>
<h4 class='heading'>
hilbish.multiprompt(str)
<a href="#multiprompt" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Changes the text prompt when Hilbish asks for more input.
This will show up when text is incomplete, like a missing quote
#### Parameters
`string` **`str`**
#### Example
```lua
--[[
imagine this is your text input:
user ~ ∆ echo "hey
but there's a missing quote! hilbish will now prompt you so the terminal
will look like:
user ~ ∆ echo "hey
--> ...!"
so then you get
user ~ ∆ echo "hey
--> ...!"
hey ...!
]]--
hilbish.multiprompt '-->'
```
</div>
<hr><div id='prependPath'>
<h4 class='heading'>
hilbish.prependPath(dir)
<a href="#prependPath" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Prepends `dir` to $PATH.
#### Parameters
`string` **`dir`**
</div>
<hr><div id='prompt'>
<h4 class='heading'>
hilbish.prompt(str, typ)
<a href="#prompt" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Changes the shell prompt to the provided string.
There are a few verbs that can be used in the prompt text.
These will be formatted and replaced with the appropriate values.
`%d` - Current working directory
`%u` - Name of current user
`%h` - Hostname of device
### read(prompt) -> input (string)
#### Parameters
`string` **`str`**
`string` **`typ?`**
Type of prompt, being left or right. Left by default.
#### Example
```lua
-- the default hilbish prompt without color
hilbish.prompt '%u %d ∆'
-- or something of old:
hilbish.prompt '%u@%h :%d $'
-- prompt: user@hostname: ~/directory $
```
</div>
<hr><div id='read'>
<h4 class='heading'>
hilbish.read(prompt) -> input (string)
<a href="#read" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Read input from the user, using Hilbish's line editor/input reader.
This is a separate instance from the one Hilbish actually uses.
Returns `input`, will be nil if ctrl + d is pressed, or an error occurs (which shouldn't happen)
Returns `input`, will be nil if ctrl + d is pressed, or an error occurs (which shouldn't happen).
#### Parameters
`string` **`prompt?`**
### run(cmd, returnOut) -> exitCode (number), stdout (string), stderr (string)
Runs `cmd` in Hilbish's sh interpreter.
If returnOut is true, the outputs of `cmd` will be returned as the 2nd and
3rd values instead of being outputted to the terminal.
### runnerMode(mode)
</div>
<hr><div id='run'>
<h4 class='heading'>
hilbish.run(cmd, returnOut) -> exitCode (number), stdout (string), stderr (string)
<a href="#run" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Runs `cmd` in Hilbish's shell script interpreter.
#### Parameters
`string` **`cmd`**
`boolean` **`returnOut`**
If this is true, the function will return the standard output and error of the command instead of printing it.
</div>
<hr><div id='runnerMode'>
<h4 class='heading'>
hilbish.runnerMode(mode)
<a href="#runnerMode" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Sets the execution/runner mode for interactive Hilbish. This determines whether
Hilbish wll try to run input as Lua and/or sh or only do one of either.
Accepted values for mode are hybrid (the default), hybridRev (sh first then Lua),
sh, and lua. It also accepts a function, to which if it is passed one
will call it to execute user input instead.
#### Parameters
`string|function` **`mode`**
</div>
<hr><div id='timeout'>
<h4 class='heading'>
hilbish.timeout(cb, time) -> <a href="/Hilbish/docs/api/hilbish/hilbish.timers/#timer" style="text-decoration: none;" id="lol">Timer</a>
<a href="#timeout" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### timeout(cb, time) -> <a href="/Hilbish/docs/api/hilbish/hilbish.timers/#timer" style="text-decoration: none;">Timer</a>
Runs the `cb` function after `time` in milliseconds.
This creates a timer that starts immediately.
This creates a Timer that starts immediately.
#### Parameters
`function` **`cb`**
`number` **`time`**
</div>
<hr><div id='which'>
<h4 class='heading'>
hilbish.which(name) -> string
<a href="#which" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### which(name) -> string
Checks if `name` is a valid command.
Will return the path of the binary, or a basename if it's a commander.
#### Parameters
`string` **`name`**
</div>
## Types
<hr>
## Sink
A sink is a structure that has input and/or output to/from
a desination.

74
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@ -1,5 +1,5 @@
---
title: Interface hilbish.aliases
title: Module hilbish.aliases
description: command aliasing
layout: doc
menu:
@ -11,15 +11,75 @@ menu:
The alias interface deals with all command aliases in Hilbish.
## Functions
### add(alias, cmd)
This is an alias (ha) for the `hilbish.alias` function.
|||
|----|----|
|<a href="#aliases.add">add(alias, cmd)</a>|This is an alias (ha) for the [hilbish.alias](../#alias) function.|
|<a href="#aliases.delete">delete(name)</a>|Removes an alias.|
|<a href="#aliases.list">list() -> table[string, string]</a>|Get a table of all aliases, with string keys as the alias and the value as the command.|
|<a href="#aliases.resolve">resolve(alias) -> string?</a>|Resolves an alias to its original command. Will thrown an error if the alias doesn't exist.|
<hr><div id='aliases.add'>
<h4 class='heading'>
hilbish.aliases.add(alias, cmd)
<a href="#aliases.add" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
This is an alias (ha) for the [hilbish.alias](../#alias) function.
#### Parameters
This function has no parameters.
</div>
<hr><div id='aliases.delete'>
<h4 class='heading'>
hilbish.aliases.delete(name)
<a href="#aliases.delete" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### delete(name)
Removes an alias.
#### Parameters
`string` **`name`**
</div>
<hr><div id='aliases.list'>
<h4 class='heading'>
hilbish.aliases.list() -> table[string, string]
<a href="#aliases.list" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### list() -> table\<string, string>
Get a table of all aliases, with string keys as the alias and the value as the command.
### resolve(alias) -> command (string)
Tries to resolve an alias to its command.
#### Parameters
This function has no parameters.
#### Example
```lua
hilbish.aliases.add('hi', 'echo hi')
local aliases = hilbish.aliases.list()
-- -> {hi = 'echo hi'}
```
</div>
<hr><div id='aliases.resolve'>
<h4 class='heading'>
hilbish.aliases.resolve(alias) -> string?
<a href="#aliases.resolve" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Resolves an alias to its original command. Will thrown an error if the alias doesn't exist.
#### Parameters
`string` **`alias`**
</div>

142
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@ -1,5 +1,5 @@
---
title: Interface hilbish.completion
title: Module hilbish.completion
description: tab completions
layout: doc
menu:
@ -11,19 +11,135 @@ menu:
The completions interface deals with tab completions.
## Functions
### call(name, query, ctx, fields) -> completionGroups (table), prefix (string)
Calls a completer function. This is mainly used to call
a command completer, which will have a `name` in the form
of `command.name`, example: `command.git`.
You can check `doc completions` for info on the `completionGroups` return value.
|||
|----|----|
|<a href="#completion.bins">bins(query, ctx, fields) -> entries (table), prefix (string)</a>|Return binaries/executables based on the provided parameters.|
|<a href="#completion.call">call(name, query, ctx, fields) -> completionGroups (table), prefix (string)</a>|Calls a completer function. This is mainly used to call a command completer, which will have a `name`|
|<a href="#completion.files">files(query, ctx, fields) -> entries (table), prefix (string)</a>|Returns file matches based on the provided parameters.|
|<a href="#completion.handler">handler(line, pos)</a>|This function contains the general completion handler for Hilbish. This function handles|
### handler(line, pos)
The handler function is the callback for tab completion in Hilbish.
You can check the completions doc for more info.
<hr><div id='completion.bins'>
<h4 class='heading'>
hilbish.completion.bins(query, ctx, fields) -> entries (table), prefix (string)
<a href="#completion.bins" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### bins(query, ctx, fields) -> entries (table), prefix (string)
Returns binary/executale completion candidates based on the provided query.
Return binaries/executables based on the provided parameters.
This function is meant to be used as a helper in a command completion handler.
### files(query, ctx, fields) -> entries (table), prefix (string)
Returns file completion candidates based on the provided query.
#### Parameters
`string` **`query`**
`string` **`ctx`**
`table` **`fields`**
#### Example
```lua
-- an extremely simple completer for sudo.
hilbish.complete('command.sudo', function(query, ctx, fields)
table.remove(fields, 1)
if #fields[1] then
-- return commands because sudo runs a command as root..!
local entries, pfx = hilbish.completion.bins(query, ctx, fields)
return {
type = 'grid',
items = entries
}, pfx
end
-- ... else suggest files or anything else ..
end)
```
</div>
<hr><div id='completion.call'>
<h4 class='heading'>
hilbish.completion.call(name, query, ctx, fields) -> completionGroups (table), prefix (string)
<a href="#completion.call" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Calls a completer function. This is mainly used to call a command completer, which will have a `name`
in the form of `command.name`, example: `command.git`.
You can check the Completions doc or `doc completions` for info on the `completionGroups` return value.
#### Parameters
`string` **`name`**
`string` **`query`**
`string` **`ctx`**
`table` **`fields`**
</div>
<hr><div id='completion.files'>
<h4 class='heading'>
hilbish.completion.files(query, ctx, fields) -> entries (table), prefix (string)
<a href="#completion.files" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Returns file matches based on the provided parameters.
This function is meant to be used as a helper in a command completion handler.
#### Parameters
`string` **`query`**
`string` **`ctx`**
`table` **`fields`**
</div>
<hr><div id='completion.handler'>
<h4 class='heading'>
hilbish.completion.handler(line, pos)
<a href="#completion.handler" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
This function contains the general completion handler for Hilbish. This function handles
completion of everything, which includes calling other command handlers, binaries, and files.
This function can be overriden to supply a custom handler. Note that alias resolution is required to be done in this function.
#### Parameters
`string` **`line`**
The current Hilbish command line
`number` **`pos`**
Numerical position of the cursor
#### Example
```lua
-- stripped down version of the default implementation
function hilbish.completion.handler(line, pos)
local query = fields[#fields]
if #fields == 1 then
-- call bins handler here
else
-- call command completer or files completer here
end
end
```
</div>

29
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@ -1,29 +0,0 @@
---
title: Interface hilbish.completions
description: tab completions
layout: doc
menu:
docs:
parent: "API"
---
## Introduction
The completions interface deals with tab completions.
## Functions
### call(name, query, ctx, fields) -> completionGroups (table), prefix (string)
Calls a completer function. This is mainly used to call
a command completer, which will have a `name` in the form
of `command.name`, example: `command.git`.
You can check `doc completions` for info on the `completionGroups` return value.
### handler(line, pos)
The handler function is the callback for tab completion in Hilbish.
You can check the completions doc for more info.
### bins(query, ctx, fields) -> entries (table), prefix (string)
Returns binary/executale completion candidates based on the provided query.
### files(query, ctx, fields) -> entries (table), prefix (string)
Returns file completion candidates based on the provided query.

81
docs/api/hilbish/hilbish.editor.md
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@ -1,5 +1,5 @@
---
title: Interface hilbish.editor
title: Module hilbish.editor
description: interactions for Hilbish's line reader
layout: doc
menu:
@ -12,19 +12,82 @@ The hilbish.editor interface provides functions to
directly interact with the line editor in use.
## Functions
### getLine() -> string
|||
|----|----|
|<a href="#editor.getLine">getLine() -> string</a>|Returns the current input line.|
|<a href="#editor.getVimRegister">getVimRegister(register) -> string</a>|Returns the text that is at the register.|
|<a href="#editor.insert">insert(text)</a>|Inserts text into the Hilbish command line.|
|<a href="#editor.getChar">getChar() -> string</a>|Reads a keystroke from the user. This is in a format of something like Ctrl-L.|
|<a href="#editor.setVimRegister">setVimRegister(register, text)</a>|Sets the vim register at `register` to hold the passed text.|
<hr><div id='editor.getLine'>
<h4 class='heading'>
hilbish.editor.getLine() -> string
<a href="#editor.getLine" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Returns the current input line.
#### Parameters
This function has no parameters.
</div>
<hr><div id='editor.getVimRegister'>
<h4 class='heading'>
hilbish.editor.getVimRegister(register) -> string
<a href="#editor.getVimRegister" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### getVimRegister(register) -> string
Returns the text that is at the register.
#### Parameters
`string` **`register`**
### insert(text)
Inserts text into the line.
### getChar() -> string
Reads a keystroke from the user. This is in a format
of something like Ctrl-L..
</div>
<hr><div id='editor.insert'>
<h4 class='heading'>
hilbish.editor.insert(text)
<a href="#editor.insert" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Inserts text into the Hilbish command line.
#### Parameters
`string` **`text`**
</div>
<hr><div id='editor.getChar'>
<h4 class='heading'>
hilbish.editor.getChar() -> string
<a href="#editor.getChar" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Reads a keystroke from the user. This is in a format of something like Ctrl-L.
#### Parameters
This function has no parameters.
</div>
<hr><div id='editor.setVimRegister'>
<h4 class='heading'>
hilbish.editor.setVimRegister(register, text)
<a href="#editor.setVimRegister" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### setVimRegister(register, text)
Sets the vim register at `register` to hold the passed text.
#### Parameters
`string` **`text`**
</div>

78
docs/api/hilbish/hilbish.history.md
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@ -1,5 +1,5 @@
---
title: Interface hilbish.history
title: Module hilbish.history
description: command history
layout: doc
menu:
@ -13,18 +13,80 @@ This includes the ability to override functions to change the main
method of saving history.
## Functions
### add(cmd)
|||
|----|----|
|<a href="#history.add">add(cmd)</a>|Adds a command to the history.|
|<a href="#history.all">all() -> table</a>|Retrieves all history as a table.|
|<a href="#history.clear">clear()</a>|Deletes all commands from the history.|
|<a href="#history.get">get(index)</a>|Retrieves a command from the history based on the `index`.|
|<a href="#history.size">size() -> number</a>|Returns the amount of commands in the history.|
<hr><div id='history.add'>
<h4 class='heading'>
hilbish.history.add(cmd)
<a href="#history.add" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Adds a command to the history.
#### Parameters
`string` **`cmd`**
### all() -> table
Retrieves all history.
### clear()
</div>
<hr><div id='history.all'>
<h4 class='heading'>
hilbish.history.all() -> table
<a href="#history.all" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Retrieves all history as a table.
#### Parameters
This function has no parameters.
</div>
<hr><div id='history.clear'>
<h4 class='heading'>
hilbish.history.clear()
<a href="#history.clear" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Deletes all commands from the history.
#### Parameters
This function has no parameters.
</div>
### get(idx)
Retrieves a command from the history based on the `idx`.
<hr><div id='history.get'>
<h4 class='heading'>
hilbish.history.get(index)
<a href="#history.get" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Retrieves a command from the history based on the `index`.
#### Parameters
`number` **`index`**
</div>
<hr><div id='history.size'>
<h4 class='heading'>
hilbish.history.size() -> number
<a href="#history.size" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### size() -> number
Returns the amount of commands in the history.
#### Parameters
This function has no parameters.
</div>

114
docs/api/hilbish/hilbish.jobs.md
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@ -1,5 +1,5 @@
---
title: Interface hilbish.jobs
title: Module hilbish.jobs
description: background job management
layout: doc
menu:
@ -15,32 +15,112 @@ Jobs are the name of background tasks/commands. A job can be started via
interactive usage or with the functions defined below for use in external runners.
## Functions
### add(cmdstr, args, execPath)
Adds a new job to the job table. Note that this does not immediately run it.
|||
|----|----|
|<a href="#jobs.add">add(cmdstr, args, execPath)</a>|Creates a new job. This function does not run the job. This function is intended to be|
|<a href="#jobs.all">all() -> table[@Job]</a>|Returns a table of all job objects.|
|<a href="#jobs.disown">disown(id)</a>|Disowns a job. This simply deletes it from the list of jobs without stopping it.|
|<a href="#jobs.get">get(id) -> @Job</a>|Get a job object via its ID.|
|<a href="#jobs.last">last() -> @Job</a>|Returns the last added job to the table.|
<hr><div id='jobs.add'>
<h4 class='heading'>
hilbish.jobs.add(cmdstr, args, execPath)
<a href="#jobs.add" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Creates a new job. This function does not run the job. This function is intended to be
used by runners, but can also be used to create jobs via Lua. Commanders cannot be ran as jobs.
#### Parameters
`string` **`cmdstr`**
String that a user would write for the job
`table` **`args`**
Arguments for the commands. Has to include the name of the command.
`string` **`execPath`**
Binary to use to run the command. Does not
#### Example
```lua
hilbish.jobs.add('go build', {'go', 'build'}, '/usr/bin/go')
```
</div>
<hr><div id='jobs.all'>
<h4 class='heading'>
hilbish.jobs.all() -> table[<a href="/Hilbish/docs/api/hilbish/hilbish.jobs/#job" style="text-decoration: none;" id="lol">Job</a>]
<a href="#jobs.all" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### all() -> table\<<a href="/Hilbish/docs/api/hilbish/hilbish.jobs/#job" style="text-decoration: none;">Job</a>>
Returns a table of all job objects.
#### Parameters
This function has no parameters.
</div>
### disown(id)
Disowns a job. This deletes it from the job table.
<hr><div id='jobs.disown'>
<h4 class='heading'>
hilbish.jobs.disown(id)
<a href="#jobs.disown" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Disowns a job. This simply deletes it from the list of jobs without stopping it.
#### Parameters
`number` **`id`**
</div>
<hr><div id='jobs.get'>
<h4 class='heading'>
hilbish.jobs.get(id) -> <a href="/Hilbish/docs/api/hilbish/hilbish.jobs/#job" style="text-decoration: none;" id="lol">Job</a>
<a href="#jobs.get" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### get(id) -> <a href="/Hilbish/docs/api/hilbish/hilbish.jobs/#job" style="text-decoration: none;">Job</a>
Get a job object via its ID.
#### Parameters
This function has no parameters.
</div>
### last() -> <a href="/Hilbish/docs/api/hilbish/hilbish.jobs/#job" style="text-decoration: none;">Job</a>
Returns the last added job from the table.
<hr><div id='jobs.last'>
<h4 class='heading'>
hilbish.jobs.last() -> <a href="/Hilbish/docs/api/hilbish/hilbish.jobs/#job" style="text-decoration: none;" id="lol">Job</a>
<a href="#jobs.last" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Returns the last added job to the table.
#### Parameters
This function has no parameters.
</div>
## Types
<hr>
## Job
The Job type describes a Hilbish job.
### Properties
- `cmd`: The user entered command string for the job.
- `running`: Whether the job is running or not.
- `id`: The ID of the job in the job table
- `pid`: The Process ID
- `exitCode`: The last exit code of the job.
- `stdout`: The standard output of the job. This just means the normal logs of the process.
- `stderr`: The standard error stream of the process. This (usually) includes error messages of the job.
## Object properties
|||
|----|----|
|cmd|The user entered command string for the job.|
|running|Whether the job is running or not.|
|id|The ID of the job in the job table|
|pid|The Process ID|
|exitCode|The last exit code of the job.|
|stdout|The standard output of the job. This just means the normal logs of the process.|
|stderr|The standard error stream of the process. This (usually) includes error messages of the job.|
### Methods
#### background()

28
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@ -1,5 +1,5 @@
---
title: Interface hilbish.module
title: Module hilbish.module
description: native module loading
layout: doc
menu:
@ -43,11 +43,29 @@ func Loader(rtm *rt.Runtime) rt.Value {
This can be compiled with `go build -buildmode=plugin plugin.go`.
If you attempt to require and print the result (`print(require 'plugin')`), it will show "hello world!"
## Interface fields
- `paths`: A list of paths to search when loading native modules. This is in the style of Lua search paths and will be used when requiring native modules. Example: `?.so;?/?.so`
## Functions
### load(path)
|||
|----|----|
|<a href="#module.load">load(path)</a>|Loads a module at the designated `path`.|
## Static module fields
|||
|----|----|
|paths|A list of paths to search when loading native modules. This is in the style of Lua search paths and will be used when requiring native modules. Example: `?.so;?/?.so`|
<hr><div id='module.load'>
<h4 class='heading'>
hilbish.module.load(path)
<a href="#module.load" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Loads a module at the designated `path`.
It will throw if any error occurs.
#### Parameters
`string` **`path`**
</div>

19
docs/api/hilbish/hilbish.os.md
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@ -1,6 +1,6 @@
---
title: Interface hilbish.os
description: OS Info
title: Module hilbish.os
description: operating system info
layout: doc
menu:
docs:
@ -8,12 +8,13 @@ menu:
---
## Introduction
The `os` interface provides simple text information properties about
the current OS on the systen. This mainly includes the name and
version.
Provides simple text information properties about the current operating system.
This mainly includes the name and version.
## Interface fields
- `family`: Family name of the current OS
- `name`: Pretty name of the current OS
- `version`: Version of the current OS
## Static module fields
|||
|----|----|
|family|Family name of the current OS|
|name|Pretty name of the current OS|
|version|Version of the current OS|

54
docs/api/hilbish/hilbish.runner.md
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@ -1,5 +1,5 @@
---
title: Interface hilbish.runner
title: Module hilbish.runner
description: interactive command runner customization
layout: doc
menu:
@ -15,17 +15,59 @@ language or script of their choosing. A good example is using it to
write command in Fennel.
## Functions
### setMode(cb)
This is the same as the `hilbish.runnerMode` function. It takes a callback,
which will be used to execute all interactive input.
|||
|----|----|
|<a href="#runner.setMode">setMode(cb)</a>|This is the same as the `hilbish.runnerMode` function.|
|<a href="#runner.lua">lua(cmd)</a>|Evaluates `cmd` as Lua input. This is the same as using `dofile`|
|<a href="#runner.sh">sh(cmd)</a>|Runs a command in Hilbish's shell script interpreter.|
<hr><div id='runner.setMode'>
<h4 class='heading'>
hilbish.runner.setMode(cb)
<a href="#runner.setMode" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
This is the same as the `hilbish.runnerMode` function.
It takes a callback, which will be used to execute all interactive input.
In normal cases, neither callbacks should be overrided by the user,
as the higher level functions listed below this will handle it.
#### Parameters
`function` **`cb`**
</div>
<hr><div id='runner.lua'>
<h4 class='heading'>
hilbish.runner.lua(cmd)
<a href="#runner.lua" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### lua(cmd)
Evaluates `cmd` as Lua input. This is the same as using `dofile`
or `load`, but is appropriated for the runner interface.
#### Parameters
`string` **`cmd`**
</div>
<hr><div id='runner.sh'>
<h4 class='heading'>
hilbish.runner.sh(cmd)
<a href="#runner.sh" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### sh(cmd)
Runs a command in Hilbish's shell script interpreter.
This is the equivalent of using `source`.
#### Parameters
`string` **`cmd`**
</div>

75
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@ -1,5 +1,5 @@
---
title: Interface hilbish.timers
title: Module hilbish.timers
description: timeout and interval API
layout: doc
menu:
@ -14,14 +14,10 @@ a few seconds, you don't have to rely on timing tricks, as Hilbish has a
timer API to set intervals and timeouts.
These are the simple functions `hilbish.interval` and `hilbish.timeout` (doc
accessible with `doc hilbish`). But if you want slightly more control over
them, there is the `hilbish.timers` interface. It allows you to get
a timer via ID and control them.
All functions documented with the `Timer` type refer to a Timer object.
accessible with `doc hilbish`, or `Module hilbish` on the Website).
An example of usage:
```
```lua
local t = hilbish.timers.create(hilbish.timers.TIMEOUT, 5000, function()
print 'hello!'
end)
@ -30,25 +26,66 @@ t:start()
print(t.running) // true
```
## Interface fields
- `INTERVAL`: Constant for an interval timer type
- `TIMEOUT`: Constant for a timeout timer type
## Functions
### create(type, time, callback) -> <a href="/Hilbish/docs/api/hilbish/hilbish.timers/#timer" style="text-decoration: none;">Timer</a>
Creates a timer that runs based on the specified `time` in milliseconds.
The `type` can either be `hilbish.timers.INTERVAL` or `hilbish.timers.TIMEOUT`
|||
|----|----|
|<a href="#timers.create">create(type, time, callback) -> @Timer</a>|Creates a timer that runs based on the specified `time`.|
|<a href="#timers.get">get(id) -> @Timer</a>|Retrieves a timer via its ID.|
## Static module fields
|||
|----|----|
|INTERVAL|Constant for an interval timer type|
|TIMEOUT|Constant for a timeout timer type|
<hr><div id='timers.create'>
<h4 class='heading'>
hilbish.timers.create(type, time, callback) -> <a href="/Hilbish/docs/api/hilbish/hilbish.timers/#timer" style="text-decoration: none;" id="lol">Timer</a>
<a href="#timers.create" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Creates a timer that runs based on the specified `time`.
#### Parameters
`number` **`type`**
What kind of timer to create, can either be `hilbish.timers.INTERVAL` or `hilbish.timers.TIMEOUT`
`number` **`time`**
The amount of time the function should run in milliseconds.
`function` **`callback`**
The function to run for the timer.
</div>
<hr><div id='timers.get'>
<h4 class='heading'>
hilbish.timers.get(id) -> <a href="/Hilbish/docs/api/hilbish/hilbish.timers/#timer" style="text-decoration: none;" id="lol">Timer</a>
<a href="#timers.get" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### get(id) -> <a href="/Hilbish/docs/api/hilbish/hilbish.timers/#timer" style="text-decoration: none;">Timer</a>
Retrieves a timer via its ID.
#### Parameters
`number` **`id`**
</div>
## Types
<hr>
## Timer
The Job type describes a Hilbish timer.
### Properties
- `type`: What type of timer it is
- `running`: If the timer is running
- `duration`: The duration in milliseconds that the timer will run
## Object properties
|||
|----|----|
|type|What type of timer it is|
|running|If the timer is running|
|duration|The duration in milliseconds that the timer will run|
### Methods
#### start()

10
docs/api/hilbish/hilbish.userDir.md
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@ -1,5 +1,5 @@
---
title: Interface hilbish.userDir
title: Module hilbish.userDir
description: user-related directories
layout: doc
menu:
@ -12,7 +12,9 @@ This interface just contains properties to know about certain user directories.
It is equivalent to XDG on Linux and gets the user's preferred directories
for configs and data.
## Interface fields
- `config`: The user's config directory
- `data`: The user's directory for program data
## Static module fields
|||
|----|----|
|config|The user's config directory|
|data|The user's directory for program data|

61
docs/api/terminal.md
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@ -11,16 +11,63 @@ menu:
The terminal library is a simple and lower level library for certain terminal interactions.
## Functions
### restoreState()
|||
|----|----|
|<a href="#restoreState">restoreState()</a>|Restores the last saved state of the terminal|
|<a href="#saveState">saveState()</a>|Saves the current state of the terminal.|
|<a href="#setRaw">setRaw()</a>|Puts the terminal into raw mode.|
|<a href="#size">size()</a>|Gets the dimensions of the terminal. Returns a table with `width` and `height`|
<hr><div id='restoreState'>
<h4 class='heading'>
terminal.restoreState()
<a href="#restoreState" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Restores the last saved state of the terminal
#### Parameters
This function has no parameters.
</div>
### saveState()
Saves the current state of the terminal
<hr><div id='saveState'>
<h4 class='heading'>
terminal.saveState()
<a href="#saveState" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### setRaw()
Puts the terminal in raw mode
Saves the current state of the terminal.
#### Parameters
This function has no parameters.
</div>
<hr><div id='setRaw'>
<h4 class='heading'>
terminal.setRaw()
<a href="#setRaw" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
Puts the terminal into raw mode.
#### Parameters
This function has no parameters.
</div>
<hr><div id='size'>
<h4 class='heading'>
terminal.size()
<a href="#size" class='heading-link'>
<i class="fas fa-paperclip"></i>
</a>
</h4>
### size()
Gets the dimensions of the terminal. Returns a table with `width` and `height`
Note: this is not the size in relation to the dimensions of the display
NOTE: The size refers to the amount of columns and rows of text that can fit in the terminal.
#### Parameters
This function has no parameters.
</div>

9
docs/completions.md
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@ -1,3 +1,12 @@
---
title: Completions
description: Tab completion for commands.
layout: doc
menu:
docs:
parent: "Features"
---
Hilbish has a pretty good completion system. It has a nice looking
menu, with 2 types of menus: grid (like file completions) or
list.

9
website/content/docs/faq.md → docs/faq.md
View File

@ -15,11 +15,12 @@ It compiles for Windows (CI ensures it does), but otherwise it is not
directly supported. If you'd like to improve this situation,
checkout [the discussion](https://github.com/Rosettea/Hilbish/discussions/165).
# Where is the API documentation?
The builtin `doc` command supplies all documentation of Hilbish provided
APIs. You can also check the sidebar.
# Why?
Hilbish emerged from the desire of a Lua configured shell.
It was the initial reason that it was created, but now it's more:
to be hyper extensible, simpler and more user friendly.
# Does it have "autocompletion" or "tab completion"
Of course! This is a modern shell. Hilbish provides a way for users
to write tab completion for any command and/or the whole shell.
Inline hinting and syntax highlighting are also available.

0
website/content/docs/features/_index.md → docs/features/_index.md
View File

0
website/content/docs/features/notifications.md → docs/features/notifications.md
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0
website/content/docs/features/runner-mode.md → docs/features/runner-mode.md
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0
website/content/docs/getting-started.md → docs/getting-started.md
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22
docs/hooks/_index.md
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@ -1,13 +1,11 @@
Here is a list of bait hooks that are thrown by Hilbish. If a hook is related
to a command, it will have the `command` scope, as example.
---
title: Hooks
description:
layout: doc
weight: -50
menu:
docs
---
Here is the format for a doc for a hook:
+ <hook name> -> <args> > <description>
`<args>` just means the arguments of the hook. If a hook doc has the format
of `arg...`, it means the hook can take/recieve any number of `arg`.
+ error -> eventName, handler, err > Emitted when there is an error in
an event handler. The `eventName` is the name of the event the handler
is for, the `handler` is the callback function, and `err` is the error
message.
Hooks are Hilbish's versions of events, which are used via the [Bait](../api/bait) module.
For more detail on how to act on these hooks, you may check the Bait page.

17
docs/hooks/command.md
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@ -1,12 +1,21 @@
+ `command.preexec` -> input, cmdStr > Thrown before a command
---
title: Command
description:
layout: doc
menu:
docs:
parent: "Hooks"
---
- `command.preexec` -> input, cmdStr > Thrown before a command
is executed. The `input` is the user written command, while `cmdStr`
is what will be executed (`input` will have aliases while `cmdStr`
will have alias resolved input).
+ `command.exit` -> code, cmdStr > Thrown when a command exits.
- `command.exit` -> code, cmdStr > Thrown when a command exits.
`code` is the exit code of the command, and `cmdStr` is the command that was run.
+ `command.not-found` -> cmdStr > Thrown when a command is not found.
- `command.not-found` -> cmdStr > Thrown when a command is not found.
+ `command.not-executable` -> cmdStr > Thrown when Hilbish attempts to run a file
- `command.not-executable` -> cmdStr > Thrown when Hilbish attempts to run a file
that is not executable.

9
docs/hooks/hilbish.md
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@ -1,3 +1,12 @@
---
title: Hilbish
description:
layout: doc
menu:
docs:
parent: "Hooks"
---
+ `hilbish.exit` > Sent when Hilbish is about to exit.
+ `hilbish.vimMode` -> modeName > Sent when Hilbish's Vim mode is changed (example insert to normal mode),

9
docs/hooks/signal.md
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@ -1,3 +1,12 @@
---
title: Signal
description:
layout: doc
menu:
docs:
parent: "Hooks"
---
+ `signal.sigint` > Sent when Hilbish receives SIGINT (on Ctrl-C).
+ `signal.resize` > Sent when the terminal is resized.

9
docs/jobs.md
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@ -1,3 +1,12 @@
---
title: Jobs
description: Controls for background commands in Hilbish.
layout: doc
menu:
docs:
parent: "Features"
---
Hilbish has pretty standard job control. It's missing one or two things,
but works well. One thing which is different from other shells
(besides Hilbish) itself is the API for jobs, and of course it's in Lua.

7
docs/lunacolors.md
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@ -1,3 +1,10 @@
---
title: Lunacolors
layout: doc
weight: -60
menu: docs
---
Lunacolors is an ANSI color/styling library for Lua. It is included
by default in standard Hilbish distributions to provide easy styling
for things like prompts and text.

7
docs/nature/_index.md
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@ -1,3 +1,10 @@
---
title: Nature
layout: doc
weight: -90
menu: docs
---
A bit after creation, we have the outside nature. Little plants, seeds,
growing to their final phase: a full plant. A lot of Hilbish itself is
written in Go, but there are parts made in Lua, being most builtins

51
docs/runner-mode.md
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@ -1,7 +1,15 @@
Hilbish is *unique,* when interactive it first attempts to run input as
Lua and then tries shell script. But if you're normal, you wouldn't
really be using Hilbish anyway but you'd also not want this
(or maybe want Lua only in some cases.)
Hilbish allows you to change how interactive text can be interpreted.
This is mainly due to the fact that the default method Hilbish uses
is that it runs Lua first and then falls back to shell script.
In some cases, someone might want to switch to just shell script to avoid
it while interactive but still have a Lua config, or go full Lua to use
Hilbish as a REPL. This also allows users to add alternative languages like
Fennel as the interactive script runner.
Runner mode can also be used to handle specific kinds of input before
evaluating like normal, which is how [Link.hsh](https://github.com/TorchedSammy/Link.hsh)
handles links.
The "runner mode" of Hilbish is customizable via `hilbish.runnerMode`,
which determines how Hilbish will run user input. By default, this is
@ -27,12 +35,20 @@ hilbish.runnerMode(function(input)
end)
The `hilbish.runner` interface is an alternative to using `hilbish.runnerMode`
and also provides the sh and Lua runner functions that Hilbish itself uses.
A runner function is expected to return 3 values: the input, exit code, and an error.
The input return is there incase you need to prompt for more input.
If you don't, just return the input passed to the runner function.
The exit code has to be a number, it will be 0 otherwise and the error can be
`nil` to indicate no error.
and also provides the shell script and Lua runner functions that Hilbish itself uses.
A runner function is expected to return a table with the following values:
- `exitCode` (number): Exit code of the command
- `input` (string): The text input of the user. This is used by Hilbish to append extra input, in case
more is requested.
- `err` (string): A string that represents an error from the runner.
This should only be set when, for example, there is a syntax error.
It can be set to a few special values for Hilbish to throw the right
hooks and have a better looking message.
- `<command>: not-found` will throw a `command.not-found` hook
based on what `<command>` is.
- `<command>: not-executable` will throw a `command.not-executable` hook.
- `continue` (boolean): Whether Hilbish should prompt the user for no input
## Functions
These are the "low level" functions for the `hilbish.runner` interface.
@ -41,21 +57,6 @@ These are the "low level" functions for the `hilbish.runner` interface.
+ sh(input) -> table > Runs `input` in Hilbish's sh interpreter
+ lua(input) -> table > Evals `input` as Lua code
The table value that runners return can have at least 4 values:
+ input (string): The full input text.
+ exitCode (number): Exit code (usually from a command)
+ continue (boolean): Whether to prompt the user for more input
(in the case of incomplete syntax)
+ err (string): A string that represents an error from the runner.
This should only be set when, for example, there is a syntax error.
It can be set to a few special values for Hilbish to throw the right
hooks and have a better looking message.
+ `<command>: not-found` will throw a `command.not-found` hook
based on what `<command>` is.
+ `<command>: not-executable` will throw a `command.not-executable` hook.
The others here are defined in Lua and have EmmyLua documentation.
These functions should be preferred over the previous ones.
+ setCurrent(mode) > The same as `setMode`, but works with runners managed
via the functions below.

7
docs/vim-mode/_index.md
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@ -1,3 +1,10 @@
---
title: Vim Mode
layout: doc
weight: -90
menu: docs
---
Hilbish has a Vim binding input mode accessible for use.
It can be enabled with the `hilbish.inputMode` function (check `doc hilbish`).

9
docs/vim-mode/actions.md
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@ -1,3 +1,12 @@
---
title: Actions
layout: doc
weight: -80
menu:
docs:
parent: "Vim Mode"
---
Vim actions are essentially just when a user uses a Vim keybind.
Things like yanking and pasting are Vim actions.
This is not an "offical Vim thing," just a Hilbish thing.

13
editor.go
View File

@ -27,7 +27,8 @@ func editorLoader(rtm *rt.Runtime) *rt.Table {
// #interface editor
// insert(text)
// Inserts text into the line.
// Inserts text into the Hilbish command line.
// #param text string
func editorInsert(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -46,8 +47,8 @@ func editorInsert(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface editor
// setVimRegister(register, text)
// Sets the vim register at `register` to hold the passed text.
// --- @param register string
// --- @param text string
// #aram register string
// #param text string
func editorSetRegister(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -71,7 +72,7 @@ func editorSetRegister(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface editor
// getVimRegister(register) -> string
// Returns the text that is at the register.
// --- @param register string
// #param register string
func editorGetRegister(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -90,6 +91,7 @@ func editorGetRegister(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface editor
// getLine() -> string
// Returns the current input line.
// #returns string
func editorGetLine(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
buf := lr.rl.GetLine()
@ -98,8 +100,7 @@ func editorGetLine(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface editor
// getChar() -> string
// Reads a keystroke from the user. This is in a format
// of something like Ctrl-L..
// Reads a keystroke from the user. This is in a format of something like Ctrl-L.
func editorReadChar(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
buf := lr.rl.ReadChar()

24
emmyLuaDocs/bait.lua
View File

@ -2,31 +2,27 @@
local bait = {}
--- Catches a hook with `name`. Runs the `cb` when it is thrown
--- @param name string
--- @param cb function
--- Catches an event. This function can be used to act on events.
---
---
function bait.catch(name, cb) end
--- Same as catch, but only runs the `cb` once and then removes the hook
--- @param name string
--- @param cb function
--- Catches an event, but only once. This will remove the hook immediately after it runs for the first time.
function bait.catchOnce(name, cb) end
--- Returns a table with hooks (callback functions) on the event with `name`.
--- @param name string
--- @returns table<function>
--- Returns a list of callbacks that are hooked on an event with the corresponding `name`.
function bait.hooks(name) end
--- Removes the `catcher` for the event with `name`.
--- For this to work, `catcher` has to be the same function used to catch
--- an event, like one saved to a variable.
--- @param name string
--- @param catcher function
---
---
function bait.release(name, catcher) end
--- Throws a hook with `name` with the provided `args`
--- @param name string
--- @vararg any
--- Throws a hook with `name` with the provided `args`.
---
---
function bait.throw(name, ...args) end
return bait

10
emmyLuaDocs/commander.lua
View File

@ -2,13 +2,13 @@
local commander = {}
--- Deregisters any command registered with `name`
--- @param name string
--- Removes the named command. Note that this will only remove Commander-registered commands.
function commander.deregister(name) end
--- Register a command with `name` that runs `cb` when ran
--- @param name string
--- @param cb function
--- Adds a new command with the given `name`. When Hilbish has to run a command with a name,
--- it will run the function providing the arguments and sinks.
---
---
function commander.register(name, cb) end
return commander

63
emmyLuaDocs/fs.lua
View File

@ -2,56 +2,51 @@
local fs = {}
--- Gives an absolute version of `path`.
--- @param path string
--- @returns string
--- Returns an absolute version of the `path`.
--- This can be used to resolve short paths like `..` to `/home/user`.
function fs.abs(path) end
--- Gives the basename of `path`. For the rules,
--- see Go's filepath.Base
--- @returns string
--- Returns the "basename," or the last part of the provided `path`. If path is empty,
--- `.` will be returned.
function fs.basename(path) end
--- Changes directory to `dir`
--- @param dir string
--- Changes Hilbish's directory to `dir`.
function fs.cd(dir) end
--- Returns the directory part of `path`. For the rules, see Go's
--- filepath.Dir
--- @param path string
--- @returns string
--- Returns the directory part of `path`. If a file path like
--- `~/Documents/doc.txt` then this function will return `~/Documents`.
function fs.dir(path) end
--- Glob all files and directories that match the pattern.
--- For the rules, see Go's filepath.Glob
--- @param pattern string
--- @returns table
--- Match all files based on the provided `pattern`.
--- For the syntax' refer to Go's filepath.Match function: https://pkg.go.dev/path/filepath#Match
---
---
function fs.glob(pattern) end
--- Takes paths and joins them together with the OS's
--- directory separator (forward or backward slash).
--- @vararg string
--- @returns string
function fs.join(...) end
--- Takes any list of paths and joins them based on the operating system's path separator.
---
---
function fs.join(...path) end
--- Makes a directory called `name`. If `recursive` is true, it will create its parent directories.
--- @param name string
--- @param recursive boolean
--- Creates a new directory with the provided `name`.
--- With `recursive`, mkdir will create parent directories.
---
--- -- This will create the directory foo, then create the directory bar in the
--- -- foo directory. If recursive is false in this case, it will fail.
--- fs.mkdir('./foo/bar', true)
function fs.mkdir(name, recursive) end
--- Returns a table of files in `dir`.
--- @param dir string
--- @return table
function fs.readdir(dir) end
--- Returns a list of all files and directories in the provided path.
function fs.readdir(path) end
--- Returns a table of info about the `path`.
--- It contains the following keys:
--- Returns the information about a given `path`.
--- The returned table contains the following values:
--- name (string) - Name of the path
--- size (number) - Size of the path
--- mode (string) - Permission mode in an octal format string (with leading 0)
--- size (number) - Size of the path in bytes
--- mode (string) - Unix permission mode in an octal format string (with leading 0)
--- isDir (boolean) - If the path is a directory
--- @param path string
--- @returns table
---
---
function fs.stat(path) end
return fs

199
emmyLuaDocs/hilbish.lua
View File

@ -2,96 +2,89 @@
local hilbish = {}
--- This is an alias (ha) for the `hilbish.alias` function.
--- This is an alias (ha) for the [hilbish.alias](../#alias) function.
--- @param alias string
--- @param cmd string
function hilbish.aliases.add(alias, cmd) end
--- This is the same as the `hilbish.runnerMode` function. It takes a callback,
--- which will be used to execute all interactive input.
--- This is the same as the `hilbish.runnerMode` function.
--- It takes a callback, which will be used to execute all interactive input.
--- In normal cases, neither callbacks should be overrided by the user,
--- as the higher level functions listed below this will handle it.
--- @param cb function
function hilbish.runner.setMode(cb) end
--- Calls a completer function. This is mainly used to call
--- a command completer, which will have a `name` in the form
--- of `command.name`, example: `command.git`.
--- You can check `doc completions` for info on the `completionGroups` return value.
--- @param name string
--- @param query string
--- @param ctx string
--- @param fields table
function hilbish.completion.call(name, query, ctx, fields) end
--- The handler function is the callback for tab completion in Hilbish.
--- You can check the completions doc for more info.
--- @param line string
--- @param pos string
function hilbish.completion.handler(line, pos) end
--- Returns the current input line.
function hilbish.editor.getLine() end
--- Returns the text that is at the register.
--- @param register string
function hilbish.editor.getVimRegister(register) end
--- Inserts text into the line.
--- Inserts text into the Hilbish command line.
function hilbish.editor.insert(text) end
--- Reads a keystroke from the user. This is in a format
--- of something like Ctrl-L..
--- Reads a keystroke from the user. This is in a format of something like Ctrl-L.
function hilbish.editor.getChar() end
--- Sets the vim register at `register` to hold the passed text.
--- @param register string
--- @param text string
function hilbish.editor.setVimRegister(register, text) end
--- Sets an alias of `cmd` to `orig`
--- @param cmd string
--- @param orig string
--- Return binaries/executables based on the provided parameters.
--- This function is meant to be used as a helper in a command completion handler.
---
---
function hilbish.completion.bins(query, ctx, fields) end
--- Calls a completer function. This is mainly used to call a command completer, which will have a `name`
--- in the form of `command.name`, example: `command.git`.
--- You can check the Completions doc or `doc completions` for info on the `completionGroups` return value.
function hilbish.completion.call(name, query, ctx, fields) end
--- Returns file matches based on the provided parameters.
--- This function is meant to be used as a helper in a command completion handler.
function hilbish.completion.files(query, ctx, fields) end
--- This function contains the general completion handler for Hilbish. This function handles
--- completion of everything, which includes calling other command handlers, binaries, and files.
--- This function can be overriden to supply a custom handler. Note that alias resolution is required to be done in this function.
---
---
function hilbish.completion.handler(line, pos) end
--- Sets an alias, with a name of `cmd` to another command.
---
---
function hilbish.alias(cmd, orig) end
--- Appends `dir` to $PATH
--- @param dir string|table
--- Appends the provided dir to the command path (`$PATH`)
---
---
function hilbish.appendPath(dir) end
--- Registers a completion handler for `scope`.
--- Registers a completion handler for the specified scope.
--- A `scope` is currently only expected to be `command.<cmd>`,
--- replacing <cmd> with the name of the command (for example `command.git`).
--- `cb` must be a function that returns a table of "completion groups."
--- Check `doc completions` for more information.
--- @param scope string
--- @param cb function
--- The documentation for completions, under Features/Completions or `doc completions`
--- provides more details.
function hilbish.complete(scope, cb) end
--- Returns the current directory of the shell
--- @returns string
function hilbish.cwd() end
--- Replaces running hilbish with `cmd`
--- @param cmd string
--- Replaces the currently running Hilbish instance with the supplied command.
--- This can be used to do an in-place restart.
function hilbish.exec(cmd) end
--- Puts `fn` in a goroutine
--- @param fn function
--- Puts `fn` in a Goroutine.
--- This can be used to run any function in another thread.
--- **NOTE: THIS FUNCTION MAY CRASH HILBISH IF OUTSIDE VARIABLES ARE ACCESSED.**
function hilbish.goro(fn) end
--- Line highlighter handler. This is mainly for syntax highlighting, but in
--- reality could set the input of the prompt to *display* anything. The
--- callback is passed the current line and is expected to return a line that
--- will be used as the input display.
--- Line highlighter handler.
--- This is mainly for syntax highlighting, but in reality could set the input
--- of the prompt to *display* anything. The callback is passed the current line
--- and is expected to return a line that will be used as the input display.
--- Note that to set a highlighter, one has to override this function.
--- Example:
--- ```
--- function hilbish.highlighter(line)
--- return line:gsub('"%w+"', function(c) return lunacolors.green(c) end)
--- end
--- ```
--- This code will highlight all double quoted strings in green.
--- @param line string
---
function hilbish.highlighter(line) end
--- The command line hint handler. It gets called on every key insert to
@ -99,52 +92,43 @@ function hilbish.highlighter(line) end
--- line and cursor position. It is expected to return a string which is used
--- as the text for the hint. This is by default a shim. To set hints,
--- override this function with your custom handler.
--- @param line string
--- @param pos number
---
---
function hilbish.hinter(line, pos) end
--- Sets the input mode for Hilbish's line reader. Accepts either emacs or vim
--- @param mode string
--- Sets the input mode for Hilbish's line reader. Accepts either emacs or vim.
--- `emacs` is the default. Setting it to `vim` changes behavior of input to be
--- Vim-like with modes and Vim keybinds.
function hilbish.inputMode(mode) end
--- Runs the `cb` function every `time` milliseconds.
--- This creates a timer that starts immediately.
--- @param cb function
--- @param time number
--- @return Timer
function hilbish.interval(cb, time) end
--- Changes the continued line prompt to `str`
--- @param str string
--- Changes the text prompt when Hilbish asks for more input.
--- This will show up when text is incomplete, like a missing quote
---
---
function hilbish.multiprompt(str) end
--- Prepends `dir` to $PATH
--- @param dir string
--- Prepends `dir` to $PATH.
function hilbish.prependPath(dir) end
--- Changes the shell prompt to `str`
--- Changes the shell prompt to the provided string.
--- There are a few verbs that can be used in the prompt text.
--- These will be formatted and replaced with the appropriate values.
--- `%d` - Current working directory
--- `%u` - Name of current user
--- `%h` - Hostname of device
--- @param str string
--- @param typ? string Type of prompt, being left or right. Left by default.
---
function hilbish.prompt(str, typ) end
--- Read input from the user, using Hilbish's line editor/input reader.
--- This is a separate instance from the one Hilbish actually uses.
--- Returns `input`, will be nil if ctrl + d is pressed, or an error occurs (which shouldn't happen)
--- @param prompt? string
--- @returns string|nil
--- Returns `input`, will be nil if ctrl + d is pressed, or an error occurs (which shouldn't happen).
function hilbish.read(prompt) end
--- Runs `cmd` in Hilbish's sh interpreter.
--- If returnOut is true, the outputs of `cmd` will be returned as the 2nd and
--- 3rd values instead of being outputted to the terminal.
--- @param cmd string
--- @param returnOut boolean
--- @returns number, string, string
--- Runs `cmd` in Hilbish's shell script interpreter.
function hilbish.run(cmd, returnOut) end
--- Sets the execution/runner mode for interactive Hilbish. This determines whether
@ -152,44 +136,25 @@ function hilbish.run(cmd, returnOut) end
--- Accepted values for mode are hybrid (the default), hybridRev (sh first then Lua),
--- sh, and lua. It also accepts a function, to which if it is passed one
--- will call it to execute user input instead.
--- @param mode string|function
function hilbish.runnerMode(mode) end
--- Runs the `cb` function after `time` in milliseconds.
--- This creates a timer that starts immediately.
--- @param cb function
--- @param time number
--- @returns Timer
--- This creates a Timer that starts immediately.
function hilbish.timeout(cb, time) end
--- Checks if `name` is a valid command.
--- Will return the path of the binary, or a basename if it's a commander.
--- @param name string
--- @returns string
function hilbish.which(name) end
--- Puts a job in the background. This acts the same as initially running a job.
function hilbish.jobs:background() end
--- Returns binary/executale completion candidates based on the provided query.
--- @param query string
--- @param ctx string
--- @param fields table
function hilbish.completion.bins(query, ctx, fields) end
--- Returns file completion candidates based on the provided query.
--- @param query string
--- @param ctx string
--- @param fields table
function hilbish.completion.files(query, ctx, fields) end
--- Puts a job in the foreground. This will cause it to run like it was
--- executed normally and wait for it to complete.
function hilbish.jobs:foreground() end
--- Evaluates `cmd` as Lua input. This is the same as using `dofile`
--- or `load`, but is appropriated for the runner interface.
--- @param cmd string
function hilbish.runner.lua(cmd) end
--- Sets/toggles the option of automatically flushing output.
@ -226,7 +191,6 @@ function hilbish.module.load(path) end
--- Runs a command in Hilbish's shell script interpreter.
--- This is the equivalent of using `source`.
--- @param cmd string
function hilbish.runner.sh(cmd) end
--- Starts a timer.
@ -236,30 +200,26 @@ function hilbish.timers:start() end
function hilbish.timers:stop() end
--- Removes an alias.
--- @param name string
function hilbish.aliases.delete(name) end
--- Get a table of all aliases, with string keys as the alias and the value as the command.
--- @returns table<string, string>
---
---
function hilbish.aliases.list() end
--- Tries to resolve an alias to its command.
--- @param alias string
--- @returns string
--- Resolves an alias to its original command. Will thrown an error if the alias doesn't exist.
function hilbish.aliases.resolve(alias) end
--- Adds a new job to the job table. Note that this does not immediately run it.
--- @param cmdstr string
--- @param args table
--- @param execPath string
--- Creates a new job. This function does not run the job. This function is intended to be
--- used by runners, but can also be used to create jobs via Lua. Commanders cannot be ran as jobs.
---
---
function hilbish.jobs.add(cmdstr, args, execPath) end
--- Returns a table of all job objects.
--- @returns table<Job>
function hilbish.jobs.all() end
--- Disowns a job. This deletes it from the job table.
--- @param id number
--- Disowns a job. This simply deletes it from the list of jobs without stopping it.
function hilbish.jobs.disown(id) end
--- Get a job object via its ID.
@ -267,39 +227,28 @@ function hilbish.jobs.disown(id) end
--- @returns Job
function hilbish.jobs.get(id) end
--- Returns the last added job from the table.
--- @returns Job
--- Returns the last added job to the table.
function hilbish.jobs.last() end
--- Adds a command to the history.
--- @param cmd string
function hilbish.history.add(cmd) end
--- Retrieves all history.
--- @returns table
--- Retrieves all history as a table.
function hilbish.history.all() end
--- Deletes all commands from the history.
function hilbish.history.clear() end
--- Retrieves a command from the history based on the `idx`.
--- @param idx number
function hilbish.history.get(idx) end
--- Retrieves a command from the history based on the `index`.
function hilbish.history.get(index) end
--- Returns the amount of commands in the history.
--- @returns number
function hilbish.history.size() end
--- Creates a timer that runs based on the specified `time` in milliseconds.
--- The `type` can either be `hilbish.timers.INTERVAL` or `hilbish.timers.TIMEOUT`
--- @param type number
--- @param time number
--- @param callback function
--- Creates a timer that runs based on the specified `time`.
function hilbish.timers.create(type, time, callback) end
--- Retrieves a timer via its ID.
--- @param id number
--- @returns Timer
function hilbish.timers.get(id) end
return hilbish

6
emmyLuaDocs/terminal.lua
View File

@ -5,14 +5,14 @@ local terminal = {}
--- Restores the last saved state of the terminal
function terminal.restoreState() end
--- Saves the current state of the terminal
--- Saves the current state of the terminal.
function terminal.saveState() end
--- Puts the terminal in raw mode
--- Puts the terminal into raw mode.
function terminal.setRaw() end
--- Gets the dimensions of the terminal. Returns a table with `width` and `height`
--- Note: this is not the size in relation to the dimensions of the display
--- NOTE: The size refers to the amount of columns and rows of text that can fit in the terminal.
function terminal.size() end
return terminal

1
go.mod
View File

@ -4,6 +4,7 @@ go 1.17
require (
github.com/arnodel/golua v0.0.0-20220221163911-dfcf252b6f86
github.com/atsushinee/go-markdown-generator v0.0.0-20191121114853-83f9e1f68504
github.com/blackfireio/osinfo v1.0.3
github.com/maxlandon/readline v0.1.0-beta.0.20211027085530-2b76cabb8036
github.com/pborman/getopt v1.1.0

2
go.sum
View File

@ -8,6 +8,8 @@ github.com/arnodel/edit v0.0.0-20220202110212-dfc8d7a13890/go.mod h1:AcpttpuZBaL
github.com/arnodel/strftime v0.1.6 h1:0hc0pUvk8KhEMXE+htyaOUV42zNcf/csIbjzEFCJqsw=
github.com/arnodel/strftime v0.1.6/go.mod h1:5NbK5XqYK8QpRZpqKNt4OlxLtIB8cotkLk4KTKzJfWs=
github.com/atotto/clipboard v0.1.4/go.mod h1:ZY9tmq7sm5xIbd9bOK4onWV4S6X0u6GY7Vn0Yu86PYI=
github.com/atsushinee/go-markdown-generator v0.0.0-20191121114853-83f9e1f68504 h1:R1/AOzdMbopSliUTTEHvHbyNmnZ3YxY5GvdhTkpPsSY=
github.com/atsushinee/go-markdown-generator v0.0.0-20191121114853-83f9e1f68504/go.mod h1:kHBCvAXJIatTX1pw6tLiOspjGc3MhUDRlog9yrCUS+k=
github.com/blackfireio/osinfo v1.0.3 h1:Yk2t2GTPjBcESv6nDSWZKO87bGMQgO+Hi9OoXPpxX8c=
github.com/blackfireio/osinfo v1.0.3/go.mod h1:Pd987poVNmd5Wsx6PRPw4+w7kLlf9iJxoRKPtPAjOrA=
github.com/creack/pty v1.1.9/go.mod h1:oKZEueFk5CKHvIhNR5MUki03XCEU+Q6VDXinZuGJ33E=

151
golibs/bait/bait.go
View File

@ -1,9 +1,28 @@
// the event emitter
// Bait is the event emitter for Hilbish. Why name it bait? Why not.
// It throws hooks that you can catch. This is what you will use if
// you want to listen in on hooks to know when certain things have
// happened, like when you've changed directory, a command has failed,
// etc. To find all available hooks thrown by Hilbish, see doc hooks.
/*
Bait is the event emitter for Hilbish. Much like Node.js and
its `events` system, many actions in Hilbish emit events.
Unlike Node.js, Hilbish events are global. So make sure to
pick a unique name!
Usage of the Bait module consists of userstanding
event-driven architecture, but it's pretty simple:
If you want to act on a certain event, you can `catch` it.
You can act on events via callback functions.
Examples of this are in the Hilbish default config!
Consider this part of it:
```lua
bait.catch('command.exit', function(code)
running = false
doPrompt(code ~= 0)
doNotifyPrompt()
end)
```
What this does is, whenever the `command.exit` event is thrown,
this function will set the user prompt.
*/
package bait
import (
@ -228,31 +247,17 @@ func handleHook(t *rt.Thread, c *rt.GoCont, name string, catcher *rt.Closure, ar
}
}
// throw(name, ...args)
// Throws a hook with `name` with the provided `args`
// --- @param name string
// --- @vararg any
func (b *Bait) bthrow(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
name, err := c.StringArg(0)
if err != nil {
return nil, err
}
ifaceSlice := make([]interface{}, len(c.Etc()))
for i, v := range c.Etc() {
ifaceSlice[i] = v
}
b.Emit(name, ifaceSlice...)
return c.Next(), nil
}
// catch(name, cb)
// Catches a hook with `name`. Runs the `cb` when it is thrown
// --- @param name string
// --- @param cb function
// Catches an event. This function can be used to act on events.
// #param name string The name of the hook.
// #param cb function The function that will be called when the hook is thrown.
/*
#example
bait.catch('hilbish.exit', function()
print 'Goodbye Hilbish!'
end)
#example
*/
func (b *Bait) bcatch(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
name, catcher, err := util.HandleStrCallback(t, c)
if err != nil {
@ -265,9 +270,9 @@ func (b *Bait) bcatch(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// catchOnce(name, cb)
// Same as catch, but only runs the `cb` once and then removes the hook
// --- @param name string
// --- @param cb function
// Catches an event, but only once. This will remove the hook immediately after it runs for the first time.
// #param name string The name of the event
// #param cb function The function that will be called when the event is thrown.
func (b *Bait) bcatchOnce(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
name, catcher, err := util.HandleStrCallback(t, c)
if err != nil {
@ -279,27 +284,10 @@ func (b *Bait) bcatchOnce(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.Next(), nil
}
// release(name, catcher)
// Removes the `catcher` for the event with `name`.
// For this to work, `catcher` has to be the same function used to catch
// an event, like one saved to a variable.
// --- @param name string
// --- @param catcher function
func (b *Bait) brelease(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
name, catcher, err := util.HandleStrCallback(t, c)
if err != nil {
return nil, err
}
b.OffLua(name, catcher)
return c.Next(), nil
}
// hooks(name) -> table
// Returns a table with hooks (callback functions) on the event with `name`.
// --- @param name string
// --- @returns table<function>
// Returns a list of callbacks that are hooked on an event with the corresponding `name`.
// #param name string The name of the function
// #returns table<function>
func (b *Bait) bhooks(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -327,3 +315,62 @@ func (b *Bait) bhooks(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.PushingNext1(t.Runtime, rt.TableValue(luaHandlers)), nil
}
// release(name, catcher)
// Removes the `catcher` for the event with `name`.
// For this to work, `catcher` has to be the same function used to catch
// an event, like one saved to a variable.
// #param name string Name of the event the hook is on
// #param catcher function Hook function to remove
/*
#example
local hookCallback = function() print 'hi' end
bait.catch('event', hookCallback)
-- a little while later....
bait.release('event', hookCallback)
-- and now hookCallback will no longer be ran for the event.
#example
*/
func (b *Bait) brelease(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
name, catcher, err := util.HandleStrCallback(t, c)
if err != nil {
return nil, err
}
b.OffLua(name, catcher)
return c.Next(), nil
}
// throw(name, ...args)
// #param name string The name of the hook.
// #param args ...any The arguments to pass to the hook.
// Throws a hook with `name` with the provided `args`.
/*
#example
bait.throw('greeting', 'world')
-- This can then be listened to via
bait.catch('gretting', function(greetTo)
print('Hello ' .. greetTo)
end)
#example
*/
func (b *Bait) bthrow(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
name, err := c.StringArg(0)
if err != nil {
return nil, err
}
ifaceSlice := make([]interface{}, len(c.Etc()))
for i, v := range c.Etc() {
ifaceSlice[i] = v
}
b.Emit(name, ifaceSlice...)
return c.Next(), nil
}

46
golibs/commander/commander.go
View File

@ -1,10 +1,9 @@
// library for custom commands
/*
Commander is a library for writing custom commands in Lua.
In order to make it easier to write commands for Hilbish,
not require separate scripts and to be able to use in a config,
the Commander library exists. This is like a very simple wrapper
that works with Hilbish for writing commands. Example:
Commander is the library which handles Hilbish commands. This makes
the user able to add Lua-written commands to their shell without making
a separate script in a bin folder. Instead, you may simply use the Commander
library in your Hilbish config.
```lua
local commander = require 'commander'
@ -19,14 +18,14 @@ that will print `Hello world!` to output. One question you may
have is: What is the `sinks` parameter?
The `sinks` parameter is a table with 3 keys: `in`, `out`,
and `err`. The values of these is a @Sink.
and `err`. All of them are a @Sink.
- `in` is the standard input. You can read from this sink
to get user input. (**This is currently unimplemented.**)
- `out` is standard output. This is usually where text meant for
output should go.
- `err` is standard error. This sink is for writing errors, as the
name would suggest.
- `in` is the standard input.
You may use the read functions on this sink to get input from the user.
- `out` is standard output.
This is usually where command output should go.
- `err` is standard error.
This sink is for writing errors, as the name would suggest.
*/
package commander
@ -67,9 +66,22 @@ func (c *Commander) loaderFunc(rtm *rt.Runtime) (rt.Value, func()) {
}
// register(name, cb)
// Register a command with `name` that runs `cb` when ran
// --- @param name string
// --- @param cb function
// Adds a new command with the given `name`. When Hilbish has to run a command with a name,
// it will run the function providing the arguments and sinks.
// #param name string Name of the command
// #param cb function Callback to handle command invocation
/*
#example
-- When you run the command `hello` in the shell, it will print `Hello world`.
-- If you run it with, for example, `hello Hilbish`, it will print 'Hello Hilbish'
commander.register('hello', function(args, sinks)
local name = 'world'
if #args > 0 then name = args[1] end
sinks.out:writeln('Hello ' .. name)
end)
#example
*/
func (c *Commander) cregister(t *rt.Thread, ct *rt.GoCont) (rt.Cont, error) {
cmdName, cmd, err := util.HandleStrCallback(t, ct)
if err != nil {
@ -82,8 +94,8 @@ func (c *Commander) cregister(t *rt.Thread, ct *rt.GoCont) (rt.Cont, error) {
}
// deregister(name)
// Deregisters any command registered with `name`
// --- @param name string
// Removes the named command. Note that this will only remove Commander-registered commands.
// #param name string Name of the command to remove.
func (c *Commander) cderegister(t *rt.Thread, ct *rt.GoCont) (rt.Cont, error) {
if err := ct.Check1Arg(); err != nil {
return nil, err

328
golibs/fs/fs.go
View File

@ -1,7 +1,10 @@
// filesystem interaction and functionality library
// The fs module provides easy and simple access to filesystem functions
// and other things, and acts an addition to the Lua standard library's
// I/O and filesystem functions.
/*
The fs module provides filesystem functions to Hilbish. While Lua's standard
library has some I/O functions, they're missing a lot of the basics. The `fs`
library offers more functions and will work on any operating system Hilbish does.
#field pathSep The operating system's path separator.
*/
package fs
import (
@ -42,9 +45,46 @@ func loaderFunc(rtm *rt.Runtime) (rt.Value, func()) {
return rt.TableValue(mod), nil
}
// abs(path) -> string
// Returns an absolute version of the `path`.
// This can be used to resolve short paths like `..` to `/home/user`.
// #param path string
// #returns string
func fabs(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
path, err := c.StringArg(0)
if err != nil {
return nil, err
}
path = util.ExpandHome(path)
abspath, err := filepath.Abs(path)
if err != nil {
return nil, err
}
return c.PushingNext1(t.Runtime, rt.StringValue(abspath)), nil
}
// basename(path) -> string
// Returns the "basename," or the last part of the provided `path`. If path is empty,
// `.` will be returned.
// #param path string Path to get the base name of.
// #returns string
func fbasename(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
path, err := c.StringArg(0)
if err != nil {
return nil, err
}
return c.PushingNext(t.Runtime, rt.StringValue(filepath.Base(path))), nil
}
// cd(dir)
// Changes directory to `dir`
// --- @param dir string
// Changes Hilbish's directory to `dir`.
// #param dir string Path to change directory to.
func fcd(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -63,10 +103,102 @@ func fcd(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.Next(), err
}
// dir(path) -> string
// Returns the directory part of `path`. If a file path like
// `~/Documents/doc.txt` then this function will return `~/Documents`.
// #param path string Path to get the directory for.
// #returns string
func fdir(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
path, err := c.StringArg(0)
if err != nil {
return nil, err
}
return c.PushingNext(t.Runtime, rt.StringValue(filepath.Dir(path))), nil
}
// glob(pattern) -> matches (table)
// Match all files based on the provided `pattern`.
// For the syntax' refer to Go's filepath.Match function: https://pkg.go.dev/path/filepath#Match
// #param pattern string Pattern to compare files with.
// #returns table A list of file names/paths that match.
/*
#example
--[[
Within a folder that contains the following files:
a.txt
init.lua
code.lua
doc.pdf
]]--
local matches = fs.glob './*.lua'
print(matches)
-- -> {'init.lua', 'code.lua'}
#example
*/
func fglob(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
pattern, err := c.StringArg(0)
if err != nil {
return nil, err
}
matches, err := filepath.Glob(pattern)
if err != nil {
return nil, err
}
luaMatches := rt.NewTable()
for i, match := range matches {
luaMatches.Set(rt.IntValue(int64(i + 1)), rt.StringValue(match))
}
return c.PushingNext(t.Runtime, rt.TableValue(luaMatches)), nil
}
// join(...path) -> string
// Takes any list of paths and joins them based on the operating system's path separator.
// #param path ...string Paths to join together
// #returns string The joined path.
/*
#example
-- This prints the directory for Hilbish's config!
print(fs.join(hilbish.userDir.config, 'hilbish'))
-- -> '/home/user/.config/hilbish' on Linux
#example
*/
func fjoin(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
strs := make([]string, len(c.Etc()))
for i, v := range c.Etc() {
if v.Type() != rt.StringType {
// +2; go indexes of 0 and first arg from above
return nil, fmt.Errorf("bad argument #%d to run (expected string, got %s)", i + 1, v.TypeName())
}
strs[i] = v.AsString()
}
res := filepath.Join(strs...)
return c.PushingNext(t.Runtime, rt.StringValue(res)), nil
}
// mkdir(name, recursive)
// Makes a directory called `name`. If `recursive` is true, it will create its parent directories.
// --- @param name string
// --- @param recursive boolean
// Creates a new directory with the provided `name`.
// With `recursive`, mkdir will create parent directories.
// #param name string Name of the directory
// #param recursive boolean Whether to create parent directories for the provided name
/*
#example
-- This will create the directory foo, then create the directory bar in the
-- foo directory. If recursive is false in this case, it will fail.
fs.mkdir('./foo/bar', true)
*/
func fmkdir(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.CheckNArgs(2); err != nil {
return nil, err
@ -93,15 +225,58 @@ func fmkdir(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.Next(), err
}
// readdir(path) -> table[string]
// Returns a list of all files and directories in the provided path.
// #param dir string
// #returns table
func freaddir(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
dir, err := c.StringArg(0)
if err != nil {
return nil, err
}
dir = util.ExpandHome(dir)
names := rt.NewTable()
dirEntries, err := os.ReadDir(dir)
if err != nil {
return nil, err
}
for i, entry := range dirEntries {
names.Set(rt.IntValue(int64(i + 1)), rt.StringValue(entry.Name()))
}
return c.PushingNext1(t.Runtime, rt.TableValue(names)), nil
}
// stat(path) -> {}
// Returns a table of info about the `path`.
// It contains the following keys:
// Returns the information about a given `path`.
// The returned table contains the following values:
// name (string) - Name of the path
// size (number) - Size of the path
// mode (string) - Permission mode in an octal format string (with leading 0)
// size (number) - Size of the path in bytes
// mode (string) - Unix permission mode in an octal format string (with leading 0)
// isDir (boolean) - If the path is a directory
// --- @param path string
// --- @returns table
// #param path string
// #returns table
/*
#example
local inspect = require 'inspect'
local stat = fs.stat '~'
print(inspect(stat))
--[[
Would print the following:
{
isDir = true,
mode = "0755",
name = "username",
size = 12288
}
]]--
#example
*/
func fstat(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -125,128 +300,3 @@ func fstat(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.PushingNext1(t.Runtime, rt.TableValue(statTbl)), nil
}
// readdir(dir) -> {}
// Returns a table of files in `dir`.
// --- @param dir string
// --- @return table
func freaddir(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
dir, err := c.StringArg(0)
if err != nil {
return nil, err
}
dir = util.ExpandHome(dir)
names := rt.NewTable()
dirEntries, err := os.ReadDir(dir)
if err != nil {
return nil, err
}
for i, entry := range dirEntries {
names.Set(rt.IntValue(int64(i + 1)), rt.StringValue(entry.Name()))
}
return c.PushingNext1(t.Runtime, rt.TableValue(names)), nil
}
// abs(path) -> string
// Gives an absolute version of `path`.
// --- @param path string
// --- @returns string
func fabs(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
path, err := c.StringArg(0)
if err != nil {
return nil, err
}
path = util.ExpandHome(path)
abspath, err := filepath.Abs(path)
if err != nil {
return nil, err
}
return c.PushingNext1(t.Runtime, rt.StringValue(abspath)), nil
}
// basename(path) -> string
// Gives the basename of `path`. For the rules,
// see Go's filepath.Base
// --- @returns string
func fbasename(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
path, err := c.StringArg(0)
if err != nil {
return nil, err
}
return c.PushingNext(t.Runtime, rt.StringValue(filepath.Base(path))), nil
}
// dir(path) -> string
// Returns the directory part of `path`. For the rules, see Go's
// filepath.Dir
// --- @param path string
// --- @returns string
func fdir(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
path, err := c.StringArg(0)
if err != nil {
return nil, err
}
return c.PushingNext(t.Runtime, rt.StringValue(filepath.Dir(path))), nil
}
// glob(pattern) -> matches (table)
// Glob all files and directories that match the pattern.
// For the rules, see Go's filepath.Glob
// --- @param pattern string
// --- @returns table
func fglob(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
}
pattern, err := c.StringArg(0)
if err != nil {
return nil, err
}
matches, err := filepath.Glob(pattern)
if err != nil {
return nil, err
}
luaMatches := rt.NewTable()
for i, match := range matches {
luaMatches.Set(rt.IntValue(int64(i + 1)), rt.StringValue(match))
}
return c.PushingNext(t.Runtime, rt.TableValue(luaMatches)), nil
}
// join(...) -> string
// Takes paths and joins them together with the OS's
// directory separator (forward or backward slash).
// --- @vararg string
// --- @returns string
func fjoin(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
strs := make([]string, len(c.Etc()))
for i, v := range c.Etc() {
if v.Type() != rt.StringType {
// +2; go indexes of 0 and first arg from above
return nil, fmt.Errorf("bad argument #%d to run (expected string, got %s)", i + 1, v.TypeName())
}
strs[i] = v.AsString()
}
res := filepath.Join(strs...)
return c.PushingNext(t.Runtime, rt.StringValue(res)), nil
}

6
golibs/terminal/terminal.go
View File

@ -34,7 +34,7 @@ func loaderFunc(rtm *rt.Runtime) (rt.Value, func()) {
// size()
// Gets the dimensions of the terminal. Returns a table with `width` and `height`
// Note: this is not the size in relation to the dimensions of the display
// NOTE: The size refers to the amount of columns and rows of text that can fit in the terminal.
func termsize(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
w, h, err := term.GetSize(int(os.Stdin.Fd()))
if err != nil {
@ -49,7 +49,7 @@ func termsize(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// saveState()
// Saves the current state of the terminal
// Saves the current state of the terminal.
func termsaveState(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
state, err := term.GetState(int(os.Stdin.Fd()))
if err != nil {
@ -72,7 +72,7 @@ func termrestoreState(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// setRaw()
// Puts the terminal in raw mode
// Puts the terminal into raw mode.
func termsetRaw(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
_, err := term.MakeRaw(int(os.Stdin.Fd()))
if err != nil {

26
job.go
View File

@ -414,10 +414,16 @@ func (j *jobHandler) luaGetJob(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface jobs
// add(cmdstr, args, execPath)
// Adds a new job to the job table. Note that this does not immediately run it.
// --- @param cmdstr string
// --- @param args table
// --- @param execPath string
// Creates a new job. This function does not run the job. This function is intended to be
// used by runners, but can also be used to create jobs via Lua. Commanders cannot be ran as jobs.
// #param cmdstr string String that a user would write for the job
// #param args table Arguments for the commands. Has to include the name of the command.
// #param execPath string Binary to use to run the command. Does not
/*
#example
hilbish.jobs.add('go build', {'go', 'build'}, '/usr/bin/go')
#example
*/
func (j *jobHandler) luaAddJob(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.CheckNArgs(3); err != nil {
return nil, err
@ -448,9 +454,9 @@ func (j *jobHandler) luaAddJob(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
}
// #interface jobs
// all() -> table<@Job>
// all() -> table[@Job]
// Returns a table of all job objects.
// --- @returns table<Job>
// #returns table[Job]
func (j *jobHandler) luaAllJobs(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
j.mu.RLock()
defer j.mu.RUnlock()
@ -465,8 +471,8 @@ func (j *jobHandler) luaAllJobs(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface jobs
// disown(id)
// Disowns a job. This deletes it from the job table.
// --- @param id number
// Disowns a job. This simply deletes it from the list of jobs without stopping it.
// #param id number
func (j *jobHandler) luaDisownJob(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -486,8 +492,8 @@ func (j *jobHandler) luaDisownJob(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface jobs
// last() -> @Job
// Returns the last added job from the table.
// --- @returns Job
// Returns the last added job to the table.
// #returns Job
func (j *jobHandler) luaLastJob(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
j.mu.RLock()
defer j.mu.RUnlock()

1
module.go
View File

@ -61,6 +61,7 @@ func moduleLoader(rtm *rt.Runtime) *rt.Table {
// load(path)
// Loads a module at the designated `path`.
// It will throw if any error occurs.
// #param path string
func moduleLoad(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.CheckNArgs(1); err != nil {
return nil, err

23
nature/commands/doc.lua
View File

@ -4,6 +4,7 @@ local fs = require 'fs'
local lunacolors = require 'lunacolors'
local Greenhouse = require 'nature.greenhouse'
local Page = require 'nature.greenhouse.page'
local docfuncs = require 'nature.doc'
commander.register('doc', function(args, sinks)
local moddocPath = hilbish.dataDir .. '/docs/'
@ -89,7 +90,7 @@ Available sections: ]] .. table.concat(modules, ', ')
local size = terminal.size()
self.region = {
width = size.width,
height = size.height - 3
height = size.height - 1
}
end
gh:resize()
@ -101,11 +102,13 @@ Available sections: ]] .. table.concat(modules, ', ')
offset = self.specialOffset
workingPage = self.specialPage
end
local size = terminal.size()
self.sink:write(ansikit.getCSI(self.region.height + 2 .. ';1', 'H'))
self.sink:write(ansikit.getCSI(size.height - 1 .. ';1', 'H'))
self.sink:write(ansikit.getCSI(0, 'J'))
if not self.isSpecial then
if args[1] == 'api' then
self.sink:writeln(lunacolors.reset(string.format('%s', workingPage.title)))
self.sink:writeln(workingPage.title)
self.sink:write(lunacolors.format(string.format('{grayBg} ↳ {white}{italic}%s {reset}', workingPage.description or 'No description.')))
else
self.sink:write(lunacolors.reset(string.format('Viewing doc page %s', moddocPath)))
@ -114,17 +117,17 @@ Available sections: ]] .. table.concat(modules, ', ')
end
local backtickOccurence = 0
local function formatDocText(d)
return lunacolors.format(d:gsub('`', function()
backtickOccurence = backtickOccurence + 1
if backtickOccurence % 2 == 0 then
return '{reset}'
else
return '{underline}{green}'
end
return d:gsub('```(%w+)\n(.-)```', function(lang, text)
return docfuncs.renderCodeBlock(text)
end)
--[[
return lunacolors.format(d:gsub('`(.-)`', function(t)
return docfuncs.renderCodeBlock(t)
end):gsub('\n#+.-\n', function(t)
local signature = t:gsub('<.->(.-)</.->', '{underline}%1'):gsub('\\', '<')
return '{bold}{yellow}' .. signature .. '{reset}'
end))
]]--
end

27
nature/doc.lua 100644
View File

@ -0,0 +1,27 @@
local lunacolors = require 'lunacolors'
local M = {}
function M.highlight(text)
return text:gsub('\'.-\'', lunacolors.yellow)
--:gsub('%-%- .-', lunacolors.black)
end
function M.renderCodeBlock(text)
local longest = 0
local lines = string.split(text:gsub('\t', ' '), '\n')
for i, line in ipairs(lines) do
local len = line:len()
if len > longest then longest = len end
end
for i, line in ipairs(lines) do
lines[i] = M.highlight(line:sub(0, longest))
.. string.rep(' ', longest - line:len())
end
return '\n' .. lunacolors.format('{greyBg}' .. table.concat(lines, '\n')) .. '\n'
end
return M

3
nature/greenhouse/init.lua
View File

@ -82,14 +82,15 @@ function Greenhouse:draw()
self.sink:write(ansikit.getCSI(self.start .. ';1', 'H'))
self.sink:write(ansikit.getCSI(2, 'J'))
local writer = self.sink.writeln
for i = offset, offset + self.region.height - 1 do
if i > #lines then break end
local writer = self.sink.writeln
if i == offset + self.region.height - 1 then writer = self.sink.write end
writer(self.sink, sub(lines[i]:gsub('\t', ' '), self.region.width))
end
writer(self.sink, '\27[0m')
self:render()
end

7
os.go
View File

@ -8,10 +8,9 @@ import (
)
// #interface os
// OS Info
// The `os` interface provides simple text information properties about
// the current OS on the systen. This mainly includes the name and
// version.
// operating system info
// Provides simple text information properties about the current operating system.
// This mainly includes the name and version.
// #field family Family name of the current OS
// #field name Pretty name of the current OS
// #field version Version of the current OS

14
rl.go
View File

@ -267,7 +267,7 @@ func (lr *lineReader) Loader(rtm *rt.Runtime) *rt.Table {
// #interface history
// add(cmd)
// Adds a command to the history.
// --- @param cmd string
// #param cmd string
func (lr *lineReader) luaAddHistory(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -284,15 +284,15 @@ func (lr *lineReader) luaAddHistory(t *rt.Thread, c *rt.GoCont) (rt.Cont, error)
// #interface history
// size() -> number
// Returns the amount of commands in the history.
// --- @returns number
// #eturns number
func (lr *lineReader) luaSize(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
return c.PushingNext1(t.Runtime, rt.IntValue(int64(lr.fileHist.Len()))), nil
}
// #interface history
// get(idx)
// Retrieves a command from the history based on the `idx`.
// --- @param idx number
// get(index)
// Retrieves a command from the history based on the `index`.
// #param index number
func (lr *lineReader) luaGetHistory(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -309,8 +309,8 @@ func (lr *lineReader) luaGetHistory(t *rt.Thread, c *rt.GoCont) (rt.Cont, error)
// #interface history
// all() -> table
// Retrieves all history.
// --- @returns table
// Retrieves all history as a table.
// #returns table
func (lr *lineReader) luaAllHistory(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
tbl := rt.NewTable()
size := lr.fileHist.Len()

10
runnermode.go
View File

@ -28,18 +28,18 @@ func runnerModeLoader(rtm *rt.Runtime) *rt.Table {
// #interface runner
// setMode(cb)
// This is the same as the `hilbish.runnerMode` function. It takes a callback,
// which will be used to execute all interactive input.
// This is the same as the `hilbish.runnerMode` function.
// It takes a callback, which will be used to execute all interactive input.
// In normal cases, neither callbacks should be overrided by the user,
// as the higher level functions listed below this will handle it.
// --- @param cb function
// #param cb function
func _runnerMode() {}
// #interface runner
// sh(cmd)
// Runs a command in Hilbish's shell script interpreter.
// This is the equivalent of using `source`.
// --- @param cmd string
// #param cmd string
func shRunner(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -67,7 +67,7 @@ func shRunner(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// lua(cmd)
// Evaluates `cmd` as Lua input. This is the same as using `dofile`
// or `load`, but is appropriated for the runner interface.
// --- @param cmd string
// #param cmd string
func luaRunner(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err

22
timerhandler.go
View File

@ -63,11 +63,10 @@ func (th *timersModule) get(id int) *timer {
// #interface timers
// create(type, time, callback) -> @Timer
// Creates a timer that runs based on the specified `time` in milliseconds.
// The `type` can either be `hilbish.timers.INTERVAL` or `hilbish.timers.TIMEOUT`
// --- @param type number
// --- @param time number
// --- @param callback function
// Creates a timer that runs based on the specified `time`.
// #param type number What kind of timer to create, can either be `hilbish.timers.INTERVAL` or `hilbish.timers.TIMEOUT`
// #param time number The amount of time the function should run in milliseconds.
// #param callback function The function to run for the timer.
func (th *timersModule) luaCreate(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.CheckNArgs(3); err != nil {
return nil, err
@ -93,8 +92,8 @@ func (th *timersModule) luaCreate(t *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
// #interface timers
// get(id) -> @Timer
// Retrieves a timer via its ID.
// --- @param id number
// --- @returns Timer
// #param id number
// #returns Timer
func (th *timersModule) luaGet(thr *rt.Thread, c *rt.GoCont) (rt.Cont, error) {
if err := c.Check1Arg(); err != nil {
return nil, err
@ -122,15 +121,10 @@ a few seconds, you don't have to rely on timing tricks, as Hilbish has a
timer API to set intervals and timeouts.
These are the simple functions `hilbish.interval` and `hilbish.timeout` (doc
accessible with `doc hilbish`). But if you want slightly more control over
them, there is the `hilbish.timers` interface. It allows you to get
a timer via ID and control them.
## Timer Object
All functions documented with the `Timer` type refer to a Timer object.
accessible with `doc hilbish`, or `Module hilbish` on the Website).
An example of usage:
```
```lua
local t = hilbish.timers.create(hilbish.timers.TIMEOUT, 5000, function()
print 'hello!'
end)

10
website/config.toml
View File

@ -1,5 +1,5 @@
baseURL = 'https://rosettea.github.io/Hilbish/'
languageCode = 'en-us'
baseURL = 'https://rosettea.github.io/Hilbish/'
title = 'Hilbish'
theme = 'hsh'
enableGitInfo = true
@ -29,6 +29,14 @@ enableGitInfo = true
[markup.goldmark.renderer]
unsafe = true
[markup.highlight]
lineNos = true
lineNumbersInTable = false
noClasses = false
codeFences = true
guessSyntax = true
tabWidth = 4
[author]
[author.sammyette]
name = 'sammyette'

1
website/content/docs 120000
View File

@ -0,0 +1 @@
../../docs

1
website/content/docs/api
View File

@ -1 +0,0 @@
../../../docs/api/

89
website/themes/hsh/assets/css/syntax.css 100644
View File

@ -0,0 +1,89 @@
.chroma {
display: inline-block;
padding: 0.5em;
}
/* Background */ .bg { background-color: #F7F7F7; }
/* PreWrapper */ .chroma { background-color: #F7F7F7; }
/* Other */ .chroma .x { }
/* Error */ .chroma .err { color: #a61717; background-color: #e3d2d2 }
/* CodeLine */ .chroma .cl { }
/* LineTableTD */ .chroma .lntd { vertical-align: top; padding: 0; margin: 0; border: 0; }
/* LineTable */ .chroma .lntable { border-spacing: 0; padding: 0; margin: 0; border: 0; }
/* LineHighlight */ .chroma .hl { background-color: #F7F7F7 }
/* LineNumbersTable */ .chroma .lnt { white-space: pre; user-select: none; margin-right: 0.4em; padding: 0 0.4em 0 0.4em;color: #7f7f7f }
/* LineNumbers */ .chroma .ln { white-space: pre; user-select: none; margin-right: 0.4em; padding: 0 0.4em 0 0.4em;color: #7f7f7f }
/* Line */ .chroma .line { display: flex; }
/* Keyword */ .chroma .k { color: #008800; font-weight: bold }
/* KeywordConstant */ .chroma .kc { color: #008800; font-weight: bold }
/* KeywordDeclaration */ .chroma .kd { color: #008800; font-weight: bold }
/* KeywordNamespace */ .chroma .kn { color: #008800; font-weight: bold }
/* KeywordPseudo */ .chroma .kp { color: #008800 }
/* KeywordReserved */ .chroma .kr { color: #008800; font-weight: bold }
/* KeywordType */ .chroma .kt { color: #888888; font-weight: bold }
/* Name */ .chroma .n { }
/* NameAttribute */ .chroma .na { color: #336699 }
/* NameBuiltin */ .chroma .nb { color: #003388 }
/* NameBuiltinPseudo */ .chroma .bp { }
/* NameClass */ .chroma .nc { color: #bb0066; font-weight: bold }
/* NameConstant */ .chroma .no { color: #003366; font-weight: bold }
/* NameDecorator */ .chroma .nd { color: #555555 }
/* NameEntity */ .chroma .ni { }
/* NameException */ .chroma .ne { color: #bb0066; font-weight: bold }
/* NameFunction */ .chroma .nf { color: #0066bb; font-weight: bold }
/* NameFunctionMagic */ .chroma .fm { }
/* NameLabel */ .chroma .nl { color: #336699; font-style: italic }
/* NameNamespace */ .chroma .nn { color: #bb0066; font-weight: bold }
/* NameOther */ .chroma .nx { }
/* NameProperty */ .chroma .py { color: #336699; font-weight: bold }
/* NameTag */ .chroma .nt { color: #bb0066; font-weight: bold }
/* NameVariable */ .chroma .nv { color: #336699 }
/* NameVariableClass */ .chroma .vc { color: #336699 }
/* NameVariableGlobal */ .chroma .vg { color: #dd7700 }
/* NameVariableInstance */ .chroma .vi { color: #3333bb }
/* NameVariableMagic */ .chroma .vm { }
/* Literal */ .chroma .l { }
/* LiteralDate */ .chroma .ld { }
/* LiteralString */ .chroma .s { color: #dd2200; background-color: #fff0f0 }
/* LiteralStringAffix */ .chroma .sa { color: #dd2200; background-color: #fff0f0 }
/* LiteralStringBacktick */ .chroma .sb { color: #dd2200; background-color: #fff0f0 }
/* LiteralStringChar */ .chroma .sc { color: #dd2200; background-color: #fff0f0 }
/* LiteralStringDelimiter */ .chroma .dl { color: #dd2200; background-color: #fff0f0 }
/* LiteralStringDoc */ .chroma .sd { color: #dd2200; background-color: #fff0f0 }
/* LiteralStringDouble */ .chroma .s2 { color: #dd2200; background-color: #fff0f0 }
/* LiteralStringEscape */ .chroma .se { color: #0044dd; background-color: #fff0f0 }
/* LiteralStringHeredoc */ .chroma .sh { color: #dd2200; background-color: #fff0f0 }
/* LiteralStringInterpol */ .chroma .si { color: #3333bb; background-color: #fff0f0 }
/* LiteralStringOther */ .chroma .sx { color: #22bb22; background-color: #f0fff0 }
/* LiteralStringRegex */ .chroma .sr { color: #008800; background-color: #fff0ff }
/* LiteralStringSingle */ .chroma .s1 { color: #dd2200; background-color: #fff0f0 }
/* LiteralStringSymbol */ .chroma .ss { color: #aa6600; background-color: #fff0f0 }
/* LiteralNumber */ .chroma .m { color: #0000dd; font-weight: bold }
/* LiteralNumberBin */ .chroma .mb { color: #0000dd; font-weight: bold }
/* LiteralNumberFloat */ .chroma .mf { color: #0000dd; font-weight: bold }
/* LiteralNumberHex */ .chroma .mh { color: #0000dd; font-weight: bold }
/* LiteralNumberInteger */ .chroma .mi { color: #0000dd; font-weight: bold }
/* LiteralNumberIntegerLong */ .chroma .il { color: #0000dd; font-weight: bold }
/* LiteralNumberOct */ .chroma .mo { color: #0000dd; font-weight: bold }
/* Operator */ .chroma .o { }
/* OperatorWord */ .chroma .ow { color: #008800 }
/* Punctuation */ .chroma .p { }
/* Comment */ .chroma .c { color: #888888 }
/* CommentHashbang */ .chroma .ch { color: #888888 }
/* CommentMultiline */ .chroma .cm { color: #888888 }
/* CommentSingle */ .chroma .c1 { color: #888888 }
/* CommentSpecial */ .chroma .cs { color: #cc0000; background-color: #fff0f0; font-weight: bold }
/* CommentPreproc */ .chroma .cp { color: #cc0000; font-weight: bold }
/* CommentPreprocFile */ .chroma .cpf { color: #cc0000; font-weight: bold }
/* Generic */ .chroma .g { }
/* GenericDeleted */ .chroma .gd { color: #000000; background-color: #ffdddd }
/* GenericEmph */ .chroma .ge { font-style: italic }
/* GenericError */ .chroma .gr { color: #aa0000 }
/* GenericHeading */ .chroma .gh { color: #333333 }
/* GenericInserted */ .chroma .gi { color: #000000; background-color: #ddffdd }
/* GenericOutput */ .chroma .go { color: #888888 }
/* GenericPrompt */ .chroma .gp { color: #555555 }
/* GenericStrong */ .chroma .gs { font-weight: bold }
/* GenericSubheading */ .chroma .gu { color: #666666 }
/* GenericTraceback */ .chroma .gt { color: #aa0000 }
/* GenericUnderline */ .chroma .gl { text-decoration: underline }
/* TextWhitespace */ .chroma .w { color: #bbbbbb }

40
website/themes/hsh/layouts/partials/head.html
View File

@ -23,7 +23,10 @@
<link href="https://cdn.jsdelivr.net/npm/bootstrap@5.2.0-beta1/dist/css/bootstrap.min.css" rel="stylesheet" integrity="sha384-0evHe/X+R7YkIZDRvuzKMRqM+OrBnVFBL6DOitfPri4tjfHxaWutUpFmBp4vmVor" crossorigin="anonymous">
<script src="https://cdn.jsdelivr.net/npm/bootstrap@5.2.0-beta1/dist/js/bootstrap.bundle.min.js" integrity="sha384-pprn3073KE6tl6bjs2QrFaJGz5/SUsLqktiwsUTF55Jfv3qYSDhgCecCxMW52nD2" crossorigin="anonymous"></script>
<link rel="stylesheet" href="https://cdnjs.cloudflare.com/ajax/libs/font-awesome/6.1.1/css/all.min.css" integrity="sha512-KfkfwYDsLkIlwQp6LFnl8zNdLGxu9YAA1QvwINks4PhcElQSvqcyVLLD9aMhXd13uQjoXtEKNosOWaZqXgel0g==" crossorigin="anonymous" referrerpolicy="no-referrer" />
{{ $syntax := resources.Get "css/syntax.css" | resources.Minify | resources.Fingerprint }}
<link rel="stylesheet" href="{{ $syntax.RelPermalink }}" integrity="{{ $syntax.Data.Integrity }}">
</link>
<style>
.heading > .heading-link {
opacity: 0
@ -34,5 +37,42 @@
opacity: 1;
transition: all .1s ease-in;
}
@keyframes highlight {
0% {
background: none
}
50% {
background: #fff2cf;
}
100% {
background: none;
}
}
div:target {
animation: highlight 1.2s;
animation-timing-function: cubic-bezier(1,-0.02,.45,.89);
}
table {
border-width: 1px;
border-style: solid;
border-color: #565c64;;
border-collapse: collapse;
margin-bottom: 12px;
}
table td {
padding: 5px;
}
table tr {
border-width: 1px;
}
thead {
display: none;
}
</style>
</head>