module main import markdown import net import net.urllib import os import os.cmdline import time import strings import sync import runtime import v.doc import v.scanner import v.table import v.token import v.vmod import v.pref enum HighlightTokenTyp { unone boolean builtin char comment function keyword name number operator punctuation string symbol } const ( css_js_assets = ['doc.css', 'normalize.css', 'doc.js'] allowed_formats = ['md', 'markdown', 'json', 'text', 'stdout', 'html', 'htm'] exe_path = os.executable() exe_dir = os.dir(exe_path) res_path = os.join_path(exe_dir, 'vdoc-resources') vexe_path = os.dir(@VEXE) html_content = ' {{ title }} | vdoc {{ head_assets }}

{{ footer_assets }} ' ) enum OutputType { unset html markdown json plaintext stdout } struct DocConfig { mut: is_local bool local_filename string local_pos int pub_only bool = true show_loc bool // for plaintext serve_http bool // for html is_multi bool is_verbose bool include_readme bool open_docs bool server_port int = 8046 inline_assets bool output_path string input_path string symbol_name string output_type OutputType = .unset docs []doc.Doc manifest vmod.Manifest assets map[string]string } struct ParallelDoc { d doc.Doc i int } fn slug(title string) string { return title.replace(' ', '-') } fn open_url(url string) { $if windows { os.system('start $url') } $if macos { os.system('open $url') } $if linux { os.system('xdg-open $url') } } fn (mut cfg DocConfig) serve_html() { cfg.render_static() docs := cfg.render() dkeys := docs.keys() if dkeys.len < 1 { eprintln('no documentation created, the module has no `pub` functions') exit(1) } def_name := docs.keys()[0] // server_url := 'http://localhost:' + cfg.server_port.str() server := net.listen(cfg.server_port) or { panic(err) } println('Serving docs on: $server_url') if cfg.open_docs { open_url(server_url) } content_type := match cfg.output_type { .html { 'text/html' } .markdown { 'text/markdown' } .json { 'application/json' } else { 'text/plain' } } server_context := VdocHttpServerContext{ docs: docs content_type: content_type default_filename: def_name } for { mut con := server.accept() or { server.close() or { } panic(err) } handle_http_connection(mut con, server_context) con.close() or { eprintln('error closing the connection: $err') } } } struct VdocHttpServerContext { docs map[string]string content_type string default_filename string } fn handle_http_connection(mut con net.Socket, ctx &VdocHttpServerContext) { s := con.read_line() first_line := s.all_before('\r\n') if first_line.len == 0 { send_http_response(mut con, 501, ctx.content_type, 'bad request') return } request_parts := first_line.split(' ') if request_parts.len != 3 { send_http_response(mut con, 501, ctx.content_type, 'bad request') return } urlpath := request_parts[1] filename := if urlpath == '/' { ctx.default_filename.trim_left('/') } else { urlpath.trim_left('/') } if ctx.docs[filename].len == 0 { send_http_response(mut con, 404, ctx.content_type, 'file not found') return } send_http_response(mut con, 200, ctx.content_type, ctx.docs[filename]) } fn send_http_response(mut con net.Socket, http_code int, content_type, html string) { content_length := html.len.str() shttp_code := http_code.str() mut http_response := strings.new_builder(20000) http_response.write('HTTP/1.1 ') http_response.write(shttp_code) http_response.write(' OK\r\n') http_response.write('Server: VDoc\r\n') http_response.write('Content-Type: ') http_response.write(content_type) http_response.write('\r\n') http_response.write('Content-Length: ') http_response.write(content_length) http_response.write('\r\n') http_response.write('Connection: close\r\n') http_response.write('\r\n') http_response.write(html) sresponse := http_response.str() con.send_string(sresponse) or { eprintln('error sending http response: $err') } } fn get_src_link(repo_url, file_name string, line_nr int) string { mut url := urllib.parse(repo_url) or { return '' } if url.path.len <= 1 || file_name.len == 0 { return '' } url.path = url.path.trim_right('/') + match url.host { 'github.com' { '/blob/master/$file_name' } 'gitlab.com' { '/-/blob/master/$file_name' } 'git.sir.ht' { '/tree/master/$file_name' } else { '' } } if url.path == '/' { return '' } url.fragment = 'L$line_nr' return url.str() } fn js_compress(str string) string { mut js := strings.new_builder(200) lines := str.split_into_lines() rules := [') {', ' = ', ', ', '{ ', ' }', ' (', '; ', ' + ', ' < ', ' - ', ' || ', ' var', ': ', ' >= ', ' && ', ' else if', ' === ', ' !== ', ' else '] clean := ['){', '=', ',', '{', '}', '(', ';', '+', '<', '-', '||', 'var', ':', '>=', '&&', 'else if', '===', '!==', 'else'] for line in lines { mut trimmed := line.trim_space() if trimmed.starts_with('//') || (trimmed.starts_with('/*') && trimmed.ends_with('*/')) { continue } for i in 0 .. rules.len - 1 { trimmed = trimmed.replace(rules[i], clean[i]) } js.write(trimmed) } return js.str() } fn escape(str string) string { return str.replace_each(['"', '\\"', '\r\n', '\\n', '\n', '\\n', '\t', '\\t']) } fn (cfg DocConfig) gen_json(idx int) string { dcs := cfg.docs[idx] mut jw := strings.new_builder(200) jw.write('{"module_name":"$dcs.head.name","description":"${escape(dcs.head.comment)}","contents":[') for i, cn in dcs.contents { name := cn.name.all_after(dcs.head.name) jw.write('{"name":"$name","signature":"${escape(cn.content)}",') jw.write('"description":"${escape(cn.comment)}",') jw.write('"position":[$cn.pos.line,$cn.pos.col,$cn.pos.len],') jw.write('"file_path":"$cn.file_path",') jw.write('"attrs":{') mut j := 0 for n, v in cn.attrs { jw.write('"$n":"$v"') if j < cn.attrs.len - 1 { jw.write(',') } j++ } jw.write('}') jw.write('}') if i < dcs.contents.len - 1 { jw.write(',') } } jw.write('],"generator":"vdoc","time_generated":"$dcs.time_generated.str()"}') return jw.str() } fn html_highlight(code string, tb &table.Table) string { builtin := ['bool', 'string', 'i8', 'i16', 'int', 'i64', 'i128', 'byte', 'u16', 'u32', 'u64', 'u128', 'rune', 'f32', 'f64', 'any_int', 'any_float', 'byteptr', 'voidptr', 'any'] highlight_code := fn (tok token.Token, typ HighlightTokenTyp) string { lit := if typ in [.unone, .operator, .punctuation] { tok.kind.str() } else if typ == .string { "'$tok.lit'" } else if typ == .char { '`$tok.lit`' } else { tok.lit } return if typ in [.unone, .name] { lit } else { '$lit' } } mut s := scanner.new_scanner(code, .parse_comments, &pref.Preferences{}) mut tok := s.scan() mut next_tok := s.scan() mut buf := strings.new_builder(200) mut i := 0 for i < code.len { if i == tok.pos { mut tok_typ := HighlightTokenTyp.unone match tok.kind { .name { if tok.lit in builtin || tb.known_type(tok.lit) { tok_typ = .builtin } else if next_tok.kind == .lcbr { tok_typ = .symbol } else if next_tok.kind == .lpar { tok_typ = .function } else { tok_typ = .name } } .comment { tok_typ = .comment } .chartoken { tok_typ = .char } .string { tok_typ = .string } .number { tok_typ = .number } .key_true, .key_false { tok_typ = .boolean } .lpar, .lcbr, .rpar, .rcbr, .lsbr, .rsbr, .semicolon, .colon, .comma, .dot { tok_typ = .punctuation } else { if token.is_key(tok.lit) || token.is_decl(tok.kind) { tok_typ = .keyword } else if tok.kind == .decl_assign || tok.kind.is_assign() || tok.is_unary() || tok.kind.is_relational() || tok.kind.is_infix() { tok_typ = .operator } } } buf.write(highlight_code(tok, tok_typ)) if next_tok.kind != .eof { i = tok.pos + tok.len tok = next_tok next_tok = s.scan() } else { break } } else { buf.write_b(code[i]) i++ } } return buf.str() } fn doc_node_html(dd doc.DocNode, link string, head bool, tb &table.Table) string { mut dnw := strings.new_builder(200) link_svg := '' head_tag := if head { 'h1' } else { 'h2' } md_content := markdown.to_html(dd.comment) hlighted_code := html_highlight(dd.content, tb) node_class := if dd.name == 'Constants' { ' const' } else { '' } sym_name := if dd.attrs.exists('parent') && dd.attrs['parent'] !in ['void', '', 'Constants'] { dd.attrs['parent'] + '.' + dd.name } else { dd.name } node_id := slug(sym_name) hash_link := if !head { ' #' } else { '' } dnw.writeln('

') if dd.name != 'README' && dd.attrs['parent'] != 'Constants' { dnw.write('

<$head_tag>$sym_name$hash_link') if link.len != 0 { dnw.write('$link_svg') } dnw.write('

') } if head { dnw.write(md_content) } else { dnw.writeln('

$hlighted_code

') dnw.writeln(md_content) } dnw.writeln('

') return dnw.str() } fn (cfg DocConfig) readme_idx() int { for i, dc in cfg.docs { if dc.head.name != 'README' { continue } return i } return -1 } fn write_toc(cn doc.DocNode, nodes []doc.DocNode, mut toc strings.Builder) { toc_slug := if cn.content.len == 0 { '' } else { slug(cn.name) } toc.write('

$cn.name') children := nodes.find_children_of(cn.name) if cn.name != 'Constants' { toc.writeln('

$child.name

') } toc.writeln('

') } fn (cfg DocConfig) write_content(cn &doc.DocNode, dcs &doc.Doc, mut hw strings.Builder) { base_dir := os.dir(os.real_path(cfg.input_path)) file_path_name := if cfg.is_multi { cn.file_path.replace('$base_dir/', '') } else { os.file_name(cn.file_path) } src_link := get_src_link(cfg.manifest.repo_url, file_path_name, cn.pos.line) children := dcs.contents.find_children_of(cn.name) if cn.content.len != 0 { hw.write(doc_node_html(cn, src_link, false, dcs.table)) } for child in children { child_file_path_name := child.file_path.replace('$base_dir/', '') child_src_link := get_src_link(cfg.manifest.repo_url, child_file_path_name, child.pos.line) hw.write(doc_node_html(child, child_src_link, false, dcs.table)) } } fn (cfg DocConfig) gen_html(idx int) string { dcs := cfg.docs[idx] time_gen := '$dcs.time_generated.day $dcs.time_generated.smonth() $dcs.time_generated.year $dcs.time_generated.hhmmss()' mut toc := strings.new_builder(200) mut toc2 := strings.new_builder(200) mut contents := strings.new_builder(200) // generate toc first contents.writeln(doc_node_html(dcs.head, '', true, dcs.table)) for cn in dcs.contents { cfg.write_content(&cn, &dcs, mut contents) if cn.attrs['parent'] == 'Constants' || cn.attrs['category'] == 'Methods' { continue } write_toc(cn, dcs.contents, mut toc) } // write head // write css version := if cfg.manifest.version.len != 0 { cfg.manifest.version } else { '' } header_name := if cfg.is_multi && cfg.docs.len > 1 { os.file_name(os.real_path(cfg.input_path)) } else { dcs.head.name } // write nav1 if cfg.is_multi || cfg.docs.len > 1 { mut submod_prefix := '' for i, doc in cfg.docs { if i - 1 >= 0 && doc.head.name.starts_with(submod_prefix + '.') { continue } names := doc.head.name.split('.') submod_prefix = if names.len > 1 { names[0] } else { doc.head.name } href_name := if ('vlib' in cfg.input_path && doc.head.name == 'builtin' && !cfg.include_readme) || doc.head.name == 'README' { './index.html' } else if submod_prefix !in cfg.docs.map(it.head.name) { '#' } else { './' + doc.head.name + '.html' } submodules := cfg.docs.filter(it.head.name.starts_with(submod_prefix + '.')) dropdown := if submodules.len > 0 { cfg.assets['arrow_icon'] } else { '' } mut is_submodule_open := false for _, cdoc in submodules { if cdoc.head.name == dcs.head.name { is_submodule_open = true } } active_class := if doc.head.name == dcs.head.name { ' active' } else { '' } toc2.write('

') for j, cdoc in submodules { if j == 0 { toc2.write('

$submod_name') if j == submodules.len - 1 { toc2.write('

') } } toc2.write('

') } } return html_content.replace('{{ title }}', dcs.head.name).replace('{{ head_name }}', header_name).replace('{{ version }}', version).replace('{{ light_icon }}', cfg.assets['light_icon']).replace('{{ dark_icon }}', cfg.assets['dark_icon']).replace('{{ menu_icon }}', cfg.assets['menu_icon']).replace('{{ head_assets }}', if cfg.inline_assets { '\n \n ' } else { '\n \n ' }).replace('{{ toc_links }}', if cfg.is_multi || cfg.docs.len > 1 { toc2.str() } else { toc.str() }).replace('{{ contents }}', contents.str()).replace('{{ right_content }}', if cfg.is_multi && cfg.docs.len > 1 && dcs.head.name != 'README' { '

' + toc.str() + '

' } else { '' }).replace('{{ footer_content }}', 'Powered by vdoc. Generated on: $time_gen').replace('{{ footer_assets }}', if cfg.inline_assets { '' } else { '' }) } fn (cfg DocConfig) gen_plaintext(idx int) string { dcs := cfg.docs[idx] mut pw := strings.new_builder(200) pw.writeln('$dcs.head.content\n') if dcs.head.comment.trim_space().len > 0 && !cfg.pub_only { pw.writeln(dcs.head.comment.split_into_lines().map(' ' + it).join('\n')) } for cn in dcs.contents { pw.writeln(cn.content) if cn.comment.len > 0 && !cfg.pub_only { pw.writeln(cn.comment.trim_space().split_into_lines().map(' ' + it).join('\n')) } if cfg.show_loc { pw.writeln('Location: $cn.file_path:$cn.pos.line') pw.write('\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_doc(doc doc.Doc, i int) (string, string) { // since builtin is generated first, ignore it mut name := if ('vlib' in cfg.input_path && doc.head.name == 'builtin' && !cfg.include_readme) || 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' } } output := 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) } } return name, output } fn (cfg DocConfig)work_processor(mut work sync.Channel, mut wg sync.WaitGroup) { for { mut pdoc := ParallelDoc{} if !work.pop(&pdoc) { break } file_name, content := cfg.render_doc(pdoc.d, pdoc.i) output_path := os.join_path(cfg.output_path, file_name) println('Generating ${output_path}...') os.write_file(output_path, content) } wg.done() } fn (cfg DocConfig) render_parallel() { vjobs := runtime.nr_jobs() mut work := sync.new_channel(cfg.docs.len) mut wg := sync.new_waitgroup() for i in 0 .. cfg.docs.len { p_doc := ParallelDoc{cfg.docs[i], i} work.push(&p_doc) } work.close() wg.add(vjobs) for _ in 0 .. vjobs { go cfg.work_processor(mut work, mut wg) } wg.wait() } fn (cfg DocConfig) render() map[string]string { mut docs := map[string]string{} for i, doc in cfg.docs { name, output := cfg.render_doc(doc, i) docs[name] = output.trim_space() } cfg.vprintln('Rendered: ' + docs.keys().str()) return docs } fn (mut cfg DocConfig) render_static() { if cfg.output_type == .html { cfg.assets = { 'doc_css': cfg.get_resource(css_js_assets[0], true), 'normalize_css': cfg.get_resource(css_js_assets[1], true), 'doc_js': cfg.get_resource(css_js_assets[2], !cfg.serve_http), 'light_icon': cfg.get_resource('light.svg', true), 'dark_icon': cfg.get_resource('dark.svg', true), 'menu_icon': cfg.get_resource('menu.svg', true), 'arrow_icon': cfg.get_resource('arrow.svg', true) } } } fn (cfg DocConfig) get_readme(path string) string { mut fname := '' for name in ['readme', 'README'] { if os.exists(os.join_path(path, '${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.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)) } else if cfg.output_type == .html && cfg.is_multi { 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, []string{}) } else { [cfg.input_path] } for dirpath in dirs { cfg.vprintln('Generating docs for ${dirpath}...') if cfg.is_local && !cfg.is_multi { dcs := doc.generate_from_pos(dirpath, cfg.local_filename, cfg.local_pos) or { mut err_msg := err if errcode == 1 { mod_list := get_modules_list(cfg.input_path, []string{}) println('Available modules:\n==================') for mod in mod_list { println(mod.all_after('vlib/').all_after('modules/').replace('/', '.')) } err_msg += ' Use the `-m` flag when generating docs from a directory that has multiple modules.' } eprintln(err_msg) exit(1) } if dcs.contents.len == 0 { continue } cfg.docs << dcs } else { mut dcs := doc.generate(dirpath, cfg.pub_only, true) or { mut err_msg := err if errcode == 1 { mod_list := get_modules_list(cfg.input_path, []string{}) println('Available modules:\n==================') for mod in mod_list { println(mod.all_after('vlib/').all_after('modules/').replace('/', '.')) } err_msg += ' Use the `-m` flag when generating docs from a directory that has multiple modules.' } eprintln(err_msg) exit(1) } if dcs.contents.len == 0 { continue } if cfg.is_multi || (!cfg.is_multi && cfg.include_readme) { 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 ') } } if !cfg.is_multi && cfg.symbol_name.len > 0 { mut new_contents := []doc.DocNode{} for cn in dcs.contents { if cn.name != cfg.symbol_name { continue } new_contents << cn break } new_contents << dcs.contents.find_children_of(cfg.symbol_name) dcs.contents = new_contents } cfg.docs << dcs } } if 'vlib' in cfg.input_path { mut docs := cfg.docs.filter(it.head.name == 'builtin') docs << cfg.docs.filter(it.head.name != 'builtin') cfg.docs = docs } if cfg.serve_http { cfg.serve_html() return } cfg.vprintln('Rendering docs...') if cfg.output_path.len == 0 || cfg.output_path == 'stdout' { cfg.render_static() outputs := cfg.render() if outputs.len == 0 { println('No documentation for $dirs') } else { first := outputs.keys()[0] println(outputs[first]) } } else { if !os.is_dir(cfg.output_path) { cfg.output_path = os.real_path('.') } if !os.exists(cfg.output_path) { os.mkdir(cfg.output_path) or { panic(err) } } if cfg.is_multi { cfg.output_path = os.join_path(cfg.output_path, '_docs') if !os.exists(cfg.output_path) { os.mkdir(cfg.output_path) or { panic(err) } } else { for fname in css_js_assets { os.rm(os.join_path(cfg.output_path, fname)) } } } cfg.render_static() cfg.render_parallel() } } fn (mut cfg DocConfig) set_output_type_from_str(format string) { match format { 'htm', 'html' { cfg.output_type = .html } 'md', 'markdown' { cfg.output_type = .markdown } 'json' { cfg.output_type = .json } 'stdout' { cfg.output_type = .stdout } else { cfg.output_type = .plaintext } } cfg.vprintln('Setting output type to "$cfg.output_type"') } fn (cfg DocConfig) vprintln(str string) { if cfg.is_verbose { println('vdoc: $str') } } fn get_ignore_paths(path string) ?[]string { ignore_file_path := os.join_path(path, '.vdocignore') ignore_content := os.read_file(ignore_file_path) or { return error_with_code('ignore file not found.', 1) } mut res := []string{} if ignore_content.trim_space().len > 0 { rules := ignore_content.split_into_lines().map(it.trim_space()) mut final := []string{} for rule in rules { if rule.contains('*.') || rule.contains('**') { println('vdoc: Wildcards in ignore rules are not allowed for now.') continue } final << rule } res = final.map(os.join_path(path, it.trim_right('/'))) } else { mut dirs := os.ls(path) or { return []string{} } res = dirs.map(os.join_path(path, it)).filter(os.is_dir(it)) } return res.map(it.replace('/', os.path_separator)) } fn lookup_module(mod string) ?string { mod_path := mod.replace('.', os.path_separator) compile_dir := os.real_path(os.dir('.')) modules_dir := os.join_path(compile_dir, 'modules', mod_path) vlib_path := os.join_path(vexe_path, 'vlib', mod_path) vmodules_path := os.join_path(os.home_dir(), '.vmodules', mod_path) paths := [modules_dir, vlib_path, vmodules_path] for path in paths { if os.is_dir_empty(path) { continue } return path } return error('vdoc: Module "$mod" not found.') } fn is_included(path string, ignore_paths []string) bool { if path.len == 0 { return true } for ignore_path in ignore_paths { if ignore_path !in path { continue } return false } return true } fn get_modules_list(path string, ignore_paths2 []string) []string { files := os.ls(path) or { return []string{} } mut ignore_paths := get_ignore_paths(path) or { []string{} } ignore_paths << ignore_paths2 mut dirs := []string{} for file in files { fpath := os.join_path(path, file) if os.is_dir(fpath) && is_included(fpath, ignore_paths) && !os.is_link(path) { dirs << get_modules_list(fpath, ignore_paths.filter(it.starts_with(fpath))) } else if fpath.ends_with('.v') && !fpath.ends_with('_test.v') { if path in dirs { continue } dirs << path } } 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 { if name.ends_with('.js') { res = js_compress(res) } else { res = res.split_into_lines().map(it.trim_space()).join('') } } // 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 ${output_path}...') os.write_file(output_path, res) } return name } } fn main() { args := os.args[2..].clone() if args.len == 0 || args[0] in ['help', '-h', '--help'] { os.system('${@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 } '-filename' { cfg.is_local = true cfg.local_filename = cmdline.option(current_args, '-filename', '') i++ } '-f' { format := cmdline.option(current_args, '-f', '') if format !in allowed_formats { allowed_str := allowed_formats.join(', ') 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 = if opath == 'stdout' { opath } else { os.real_path(opath) } i++ } '-open' { cfg.open_docs = true } '-pos' { if !cfg.is_local { eprintln('vdoc: `-pos` is only allowed with `-filename` flag.') exit(1) } cfg.local_pos = cmdline.option(current_args, '-pos', '').int() i++ } '-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 if cfg.output_type == .unset { cfg.output_type = .html } } '-readme' { cfg.include_readme = true } '-v' { cfg.is_verbose = true } else { if cfg.input_path.len < 1 { cfg.input_path = arg } else { cfg.symbol_name = arg } if i == args.len - 1 { break } } } } if cfg.input_path.len == 0 { eprintln('vdoc: No input path found.') exit(1) } $if windows { cfg.input_path = cfg.input_path.replace('/', os.path_separator) } $else { cfg.input_path = cfg.input_path.replace('\\', os.path_separator) } is_path := cfg.input_path.ends_with('.v') || cfg.input_path.split(os.path_separator).len > 1 || cfg.input_path == '.' if cfg.input_path == 'vlib' { cfg.is_multi = true cfg.input_path = os.join_path(vexe_path, 'vlib') } else if !is_path { cfg.vprintln('Input "$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() }