${header_name}
${version}
$light_icon $dark_icon
$menu_icon
\n')
hw.write('
\n
\n')
hw.write(doc_node_html(dcs.head, '', true, dcs.table))
for cn in dcs.contents {
if cn.parent_type !in ['void', ''] { continue }
base_dir := os.base_dir(os.real_path(cfg.input_path))
file_path_name := cn.file_path.replace('$base_dir/', '')
hw.write(doc_node_html(cn, get_src_link(cfg.manifest.repo_url, file_path_name, cn.pos.line), false, dcs.table))
children := dcs.contents.find_children_of(cn.name)
if children.len != 0 {
for child in children {
child_file_path_name := child.file_path.replace('$base_dir/', '')
hw.write(doc_node_html(child, get_src_link(cfg.manifest.repo_url, child_file_path_name, child.pos.line), false, dcs.table))
}
}
}
hw.write('\n\n
\n')
if cfg.is_multi && cfg.docs.len > 1 && dcs.head.name != 'README' {
hw.write('
')
}
hw.write('
')
if cfg.inline_assets {
hw.write('')
} else {
hw.write('')
}
hw.write('
')
return hw.str()
}
fn (cfg DocConfig) gen_plaintext(idx int) string {
dcs := cfg.docs[idx]
mut pw := strings.new_builder(200)
pw.writeln('${dcs.head.content}\n')
for cn in dcs.contents {
pw.writeln(cn.content)
if cn.comment.len > 0 {
pw.writeln('\n' + '\/\/ ' + cn.comment.trim_space())
}
if cfg.show_loc {
pw.writeln('Location: ${cn.file_path}:${cn.pos.line}:${cn.pos.col}\n\n')
}
}
return pw.str()
}
fn (cfg DocConfig) gen_markdown(idx int, with_toc bool) string {
dcs := cfg.docs[idx]
mut hw := strings.new_builder(200)
mut cw := strings.new_builder(200)
hw.writeln('# ${dcs.head.content}\n${dcs.head.comment}\n')
if with_toc {
hw.writeln('## Contents')
}
for cn in dcs.contents {
name := cn.name.all_after(dcs.head.name + '.')
if with_toc {
hw.writeln('- [#$name](${slug(name)})')
}
cw.writeln('## $name')
cw.writeln('```v\n${cn.content}\n```${cn.comment}\n')
cw.writeln('[\[Return to contents\]](#Contents)\n')
}
cw.writeln('#### Generated by vdoc. Last generated: ${dcs.time_generated.str()}')
return hw.str() + '\n' + cw.str()
}
fn (cfg DocConfig) render() map[string]string {
mut docs := map[string]string
for i, doc in cfg.docs {
mut name := if doc.head.name == 'README' {
'index'
} else if !cfg.is_multi && !os.is_dir(cfg.output_path) {
os.file_name(cfg.output_path)
} else {
doc.head.name
}
name = name + match cfg.output_type {
.html { '.html' }
.markdown { '.md' }
.json { '.json' }
else { '.txt' }
}
docs[name] = match cfg.output_type {
.html { cfg.gen_html(i) }
.markdown { cfg.gen_markdown(i, true) }
.json { cfg.gen_json(i) }
else { cfg.gen_plaintext(i) }
}
}
cfg.vprintln('Rendered: ' + docs.keys().str())
return docs
}
fn (cfg DocConfig) get_readme(path string) string {
mut fname := ''
for name in ['readme', 'README'] {
if os.exists(os.join_path(path, '${name}.md')) {
fname = name
break
}
}
if fname == '' {
return ''
}
readme_path := os.join_path(path, '${fname}.md')
cfg.vprintln('Reading README file from $readme_path')
readme_contents := os.read_file(readme_path) or { '' }
return readme_contents
}
fn (mut cfg DocConfig) generate_docs_from_file() {
if cfg.output_path.len == 0 {
if cfg.output_type == .unset {
cfg.output_type = .stdout
} else {
cfg.vprintln('No output path has detected. Using input path instead.')
cfg.output_path = cfg.input_path
}
} else if cfg.output_type == .unset {
cfg.vprintln('Output path detected. Identifying output type..')
ext := os.file_ext(cfg.output_path)
cfg.set_output_type_from_str(ext.all_after('.'))
}
if cfg.include_readme && cfg.output_type !in [.html, .stdout] {
eprintln('vdoc: Including README.md for doc generation is supported on HTML output, or when running directly in the terminal.')
exit(1)
}
is_vlib := 'vlib' in cfg.input_path
dir_path := if is_vlib {
vexe_path
} else if os.is_dir(cfg.input_path) {
cfg.input_path
} else {
os.base_dir(cfg.input_path)
}
manifest_path := os.join_path(dir_path, 'v.mod')
if os.exists(manifest_path) {
cfg.vprintln('Reading v.mod info from $manifest_path')
if manifest := vmod.from_file(manifest_path) {
cfg.manifest = manifest
}
}
if cfg.include_readme {
readme_contents := cfg.get_readme(dir_path)
if cfg.output_type == .stdout {
println(markdown.to_plain(readme_contents))
}
if cfg.output_type == .html {
cfg.docs << doc.Doc{
head: doc.DocNode{
name: 'README',
comment: readme_contents
}
time_generated: time.now()
}
}
}
dirs := if cfg.is_multi { get_modules_list(cfg.input_path) } else { [cfg.input_path] }
for dirpath in dirs {
cfg.vprintln('Generating docs for ${dirpath}...')
mut dcs := doc.generate(dirpath, cfg.pub_only, true) or {
panic(err)
}
if dcs.contents.len == 0 { continue }
if cfg.is_multi {
readme_contents := cfg.get_readme(dirpath)
dcs.head.comment = readme_contents
}
if cfg.pub_only {
for i, c in dcs.contents {
dcs.contents[i].content = c.content.all_after('pub ')
}
}
cfg.docs << dcs
}
if cfg.serve_http {
cfg.serve_html()
return
}
cfg.vprintln('Rendering docs...')
if cfg.output_path.len == 0 {
outputs := cfg.render()
first := outputs.keys()[0]
println(outputs[first])
} else {
if !os.is_dir(cfg.output_path) {
cfg.output_path = os.real_path('.')
}
if cfg.is_multi {
cfg.output_path = os.join_path(cfg.output_path, '_docs')
if !os.exists(cfg.output_path) {
os.mkdir(cfg.output_path) or {
panic(err)
}
} else {
for fname in ['doc.css', 'normalize.css' 'doc.js'] {
os.rm(os.join_path(cfg.output_path, fname))
}
}
}
outputs := cfg.render()
for file_name, content in outputs {
output_path := os.join_path(cfg.output_path, file_name)
println('Generating ${output_path}...')
os.write_file(output_path, content)
}
}
}
fn (mut cfg DocConfig) set_output_type_from_str(format string) {
match format {
'htm', 'html' {
cfg.output_type = .html
}
'md', 'markdown' {
cfg.output_type = .markdown
}
'json' {
cfg.output_type = .json
}
'stdout' {
cfg.output_type = .stdout
}
else {
cfg.output_type = .plaintext
}
}
cfg.vprintln('Setting output type to "$cfg.output_type"')
}
fn (cfg DocConfig) vprintln(str string) {
if cfg.is_verbose {
println('vdoc: $str')
}
}
fn lookup_module(mod string) ?string {
mod_path := mod.replace('.', os.path_separator)
compile_dir := os.real_path(os.base_dir('.'))
modules_dir := os.join_path(compile_dir, 'modules', mod_path)
vlib_path := os.join_path(vexe_path, 'vlib', mod_path)
vmodules_path := os.join_path(os.home_dir(), '.vmodules', mod_path)
paths := [modules_dir, vlib_path, vmodules_path]
for path in paths {
if os.is_dir_empty(path) { continue }
return path
}
return error('vdoc: Module "${mod}" not found.')
}
fn get_modules_list(path string) []string {
files := os.walk_ext(path, 'v')
mut dirs := []string{}
for file in files {
if 'test' in file || 'js' in file || 'x64' in file || 'bare' in file || 'uiold' in file || 'vweb' in file { continue }
dirname := os.base_dir(file)
if dirname in dirs { continue }
dirs << dirname
}
dirs.sort()
return dirs
}
fn (cfg DocConfig) get_resource(name string, minify bool) string {
path := os.join_path(res_path, name)
mut res := os.read_file(path) or { panic('could not read $path') }
if minify {
res = res.replace('\n', ' ')
}
// TODO: Make SVG inline for now
if cfg.inline_assets || path.ends_with('.svg') {
return res
} else {
output_path := os.join_path(cfg.output_path, name)
if !os.exists(output_path) {
println('Generating ${output_path}...')
os.write_file(output_path, res)
}
return name
}
}
fn main() {
args := os.args[2..]
if args.len == 0 || args[0] in ['help', '-h', '--help'] {
os.system('${@VEXE} help doc')
exit(0)
}
mut cfg := DocConfig{
manifest: vmod.Manifest{ repo_url: '' }
}
for i := 0; i < args.len; i++ {
arg := args[i]
current_args := args[i..]
match arg {
'-all' {
cfg.pub_only = false
}
'-f' {
format := cmdline.option(current_args, '-f', '')
allowed_str := allowed_formats.join(', ')
if format !in allowed_formats {
eprintln('vdoc: "$format" is not a valid format. Only $allowed_str are allowed.')
exit(1)
}
cfg.set_output_type_from_str(format)
i++
}
'-inline-assets' {
cfg.inline_assets = true
}
'-l' {
cfg.show_loc = true
}
'-m' {
cfg.is_multi = true
}
'-o' {
opath := cmdline.option(current_args, '-o', '')
cfg.output_path = os.real_path(opath)
i++
}
'-open' {
cfg.open_docs = true
}
'-p' {
s_port := cmdline.option(current_args, '-o', '')
s_port_int := s_port.int()
if s_port.len == 0 {
eprintln('vdoc: No port number specified on "-p".')
exit(1)
}
if s_port != s_port_int.str() {
eprintln('vdoc: Invalid port number.')
exit(1)
}
cfg.server_port = s_port_int
}
'-s' {
cfg.inline_assets = true
cfg.serve_http = true
cfg.output_type = .html
}
'-r' {
cfg.include_readme = true
}
'-v' {
cfg.is_verbose = true
}
else {
cfg.input_path = arg
break
}
}
}
if cfg.input_path.len == 0 {
eprintln('vdoc: No input path found.')
exit(1)
}
is_path := cfg.input_path.ends_with('.v') || cfg.input_path.split(os.path_separator).len > 1 || cfg.input_path == '.'
if cfg.input_path == 'vlib' {
cfg.is_multi = true
cfg.input_path = os.join_path(vexe_path, 'vlib')
} else if !is_path {
cfg.vprintln('Input "$cfg.input_path" is not a valid path. Looking for modules named "$cfg.input_path"...')
mod_path := lookup_module(cfg.input_path) or {
eprintln(err)
exit(1)
}
cfg.input_path = mod_path
}
cfg.generate_docs_from_file()
}