-*- mode: org -*- #+TITLE: sisudoc spine (doc_reform) default paths #+DESCRIPTION: documents - structuring, publishing in multiple formats & search #+FILETAGS: :spine:paths: #+AUTHOR: Ralph Amissah #+EMAIL: [[mailto:ralph.amissah@gmail.com][ralph.amissah@gmail.com]] #+COPYRIGHT: Copyright (C) 2015 - 2024 Ralph Amissah #+LANGUAGE: en #+STARTUP: content hideblocks hidestars noindent entitiespretty #+PROPERTY: header-args :exports code #+PROPERTY: header-args+ :noweb yes #+PROPERTY: header-args+ :results no #+PROPERTY: header-args+ :cache no #+PROPERTY: header-args+ :padline no #+PROPERTY: header-args+ :mkdirp yes #+OPTIONS: H:3 num:nil toc:t \n:t ::t |:t ^:nil -:t f:t *:t - [[./doc-reform.org][doc-reform.org]] [[./][org/]] * source paths ** _module template_ :module:paths_source: #+HEADER: :tangle "../src/sisudoc/io_in/paths_source.d" #+HEADER: :noweb yes #+BEGIN_SRC d <<doc_header_including_copyright_and_license>> /++ read configuration files<BR> - read config files<BR> meta_config_files.d +/ module sisudoc.io_in.paths_source; @safe: import std.array, std.file, std.path, std.regex, std.stdio, std.conv : to; import sisudoc.meta.defaults, sisudoc.meta.rgx_files; <<template_paths_src_0>> <<template_paths_src_1>> <<template_paths_src_2>> <<template_paths_src_3>> <<template_paths_pod>> <<template_paths_pod_shallow>> <<template_paths_pods>> #+END_SRC ** _manifest_ :manifest: #+NAME: template_paths_src_0 #+BEGIN_SRC d template PodManifest() { mixin spineRgxFiles; static auto rgx_files = RgxFiles(); auto PodManifest(O)( O _opt_action, string _pth="" ) { struct ManifestFile_ { string pod_manifest_filename() { return "pod.manifest"; } string pod_manifest_path() { string _manifest_path; if ((isValidPath(_pth) && exists(_pth) != 0 && _pth.isDir) && (exists(_pth.chainPath(pod_manifest_filename).array) != 0 && (_pth.chainPath(pod_manifest_filename).array).isFile)) { _manifest_path = _pth; } else if (_pth.match(rgx_files.src_pth_contents) && exists(_pth) != 0 && _pth.isFile) { _manifest_path = _pth.dirName; } else if (_pth.match(rgx_files.src_pth_pod_sst_or_ssm) && exists(_pth) != 0 && (_pth.isFile)) { if (auto m = _pth.match(rgx_files.src_pth_pod_sst_or_ssm)) { _manifest_path = m.captures["podpath"]; } } else { if (_opt_action.vox_gt1 || _opt_action.debug_do) { writeln("WARNING, src is not a pod, issue with manifest_path: ", _pth); // remove? unless can distinguish pod } _manifest_path = ""; } return _manifest_path; } string pods_collection_root_path() { return (pod_manifest_path.length > 0) ? ((chainPath(pod_manifest_path, "..")).asNormalizedPath).array.to!string : ""; } string pod_manifest_file_with_path() { string _k; if (exists(pod_manifest_path.chainPath(pod_manifest_filename).array)!=0) { _k = pod_manifest_path.chainPath(pod_manifest_filename).array; } else if (exists(pod_manifest_path)!=0) { _k = pod_manifest_path; } if (exists(_k)==0) { writeln("ERROR >> Processing Skipped! Manifest not found: ", _k); _k = null; } return _k; } } return ManifestFile_(); } } #+END_SRC ** _path matters (pod, manifest and source files)_ :manifest: tree pod pod └─ [sisudoc filename] ├── conf │ └── sisu_document_make ├── media │ ├── audio │ ├── image │ ├── text │ │ └── en │ │ ... │ │ ├── [conf] │ │ └── [image] │ └── video └── pod.manifest #+NAME: template_paths_src_1 #+BEGIN_SRC d template PathMatters() { mixin InternalMarkup; mixin spineRgxFiles; static auto rgx_files = RgxFiles(); static auto mkup = InlineMarkup(); auto PathMatters(O,E)( O _opt_action, E _env, string _pth, string _fns = "", char[][] _manifest_fn_list = [[]], ) { auto _manifested = PodManifest!()(_opt_action, _pth); struct ManifestMatters_ { auto env() { auto _env = _env; struct Env_ { auto pwd() { return _env["pwd"]; } auto home() { return _env["home"]; } } return Env_(); } auto opt() { struct Opt_ { auto action() { return _opt_action; } } return Opt_(); } bool src_is_pod() { return (_manifested.pod_manifest_path.length > 0) ? true : false; } auto pod() { struct Pod_ { bool src_is_pod() { return (_manifested.pod_manifest_path.length > 0) ? true : false; } string collection_root() { return _manifested.pods_collection_root_path; } string manifest_filename() { return _manifested.pod_manifest_filename; } string manifest_path() { return _manifested.pod_manifest_path; } string pod_name_with_path() { return _manifested.pod_manifest_path.baseName; } string manifest_file_with_path() { return _manifested.pod_manifest_file_with_path; } string[] config_dr_document_make_dirs() { string[] _config_dirs; return _config_dirs; } string[] config_local_site_dirs() { string[] _config_dirs; return _config_dirs; } string[] image_dirs() { string[] _image_dirs; return _image_dirs; } auto manifest_list_of_filenames() { return _manifest_fn_list; } string[] manifest_list_of_languages() { string[] _lngs; foreach (filename_; manifest_list_of_filenames) { string _k = "en"; if (auto m = (filename_).match(rgx_files.language_code_and_filename)) { _k = m.captures[1].to!string; } _lngs ~= _k; // all the languages from the manifest list of filenames with paths } return _lngs; } } return Pod_(); } auto src() { string _fns = _fns; // required here by dmd & not by ldc (for D:2078) auto _opt_action = _opt_action; auto _env = _env; struct SRC_ { bool is_pod() { return (_manifested.pod_manifest_path.length > 0) ? true : false; } string path_and_fn() { return _fns; } string pod_name_with_path() { return (is_pod) ? _manifested.pod_manifest_path : ""; } string pods_collection_root_path() { return (is_pod) ? _manifested.pods_collection_root_path : ""; } string pod_name() { return pod_name_with_path.baseName; } string filename() { return path_and_fn.baseName; } string filename_base() { return filename.stripExtension; } string filename_extension() { return filename.match(rgx_files.src_pth_sst_or_ssm).captures["extension"]; } string lng() { string _k; if (auto m = path_and_fn.match(rgx_files.language_code_and_filename)) { _k = m.captures[1]; } else {_k = "en"; } return _k; } string doc_uid() { string _uid; if (is_pod && !(pod_name_with_path.empty)) { if (pod_name_with_path.baseName == filename_base) { _uid = filename_base ~ "." ~ filename_extension ~ mkup.uid_sep ~ lng; } else { _uid = pod_name_with_path.baseName ~ mkup.uid_sep ~ filename_base ~ "." ~ filename_extension ~ mkup.uid_sep ~ lng; } } else { _uid = mkup.uid_sep ~ filename_base ~ "." ~ filename_extension ~ mkup.uid_sep ~ lng; } return _uid; } string doc_uid_out() { string _uid; if (is_pod && !(pod_name_with_path.empty)) { if (pod_name_with_path.baseName == filename_base) { _uid = filename_base ~ "." ~ lng; } else { _uid = pod_name_with_path.baseName ~ mkup.uid_sep ~ filename_base ~ "." ~ lng; } } else { _uid = "_" ~ filename_base ~ "." ~ lng; } return _uid; } string docname_composite_unique_per_src_doc() { string _fn; if (pod_name_with_path.baseName == filename_base) { _fn = filename_base ~ mkup.uid_sep ~ filename_extension ~ mkup.uid_sep ~ lng; } else if (!(pod_name_with_path.empty)) { _fn = pod_name_with_path.baseName ~ mkup.uid_sep ~ filename_base ~ mkup.uid_sep ~ filename_extension ~ mkup.uid_sep ~ lng; } else { _fn = "_" ~ mkup.uid_sep ~ filename_base ~ mkup.uid_sep ~ filename_extension ~ mkup.uid_sep ~ lng; } return _fn; } string docname_composite_unique_per_src_pod() { /+ z pod name if any + src filename (without lng code) filename ~ mkup.uid_sep ~ lng ,* unique per src pod used by - pod (multilingual collection) - sqlite discrete index (multilingual collection) +/ string _fn; if (pod_name_with_path.baseName == filename_base) { _fn = filename_base ~ mkup.uid_sep ~ filename_extension; } else if (!(pod_name_with_path.empty)) { _fn = pod_name_with_path.baseName ~ mkup.uid_sep ~ filename_base ~ mkup.uid_sep ~ filename_extension; } else { _fn = "_" ~ mkup.uid_sep ~ filename_base ~ mkup.uid_sep ~ filename_extension; } return _fn; } string language() { return lng(); } string file_with_absolute_path() { return _env["pwd"].chainPath(path_and_fn).array; } string absolute_path_to_src() { return (_env["pwd"].chainPath(path_and_fn)).dirName.array; } string path_to_doc_root_path_to_lang_and_filename() { return _env["pwd"].chainPath(path_and_fn).array; } string base_dir() { string _dir; if ( auto m = (absolute_path_to_src) .match(regex(r"[/](?P<dir>(?:[a-zA-Z0-9._-]+))/pod/" ~ filename.stripExtension)) ) { _dir = ((path_and_fn.chainPath("../../")).asNormalizedPath).array; assert(_dir == m.captures["dir"]); } else { _dir = ((path_and_fn.chainPath("../../../")).asNormalizedPath).array; assert(_dir == absolute_path_to_src .match(rgx_files.src_base_parent_dir_name).captures["dir"]); } if (_opt_action.debug_do) { writeln("--> (base_dir) ", _dir); } return _dir; } string base_parent_dir_path() { string _dir; if ( auto m = (absolute_path_to_src) .match(regex(r"[/](?P<dir>(?:[a-zA-Z0-9._-]+))/pod/" ~ filename.stripExtension)) ) { _dir = ((path_and_fn.chainPath("../../")).asNormalizedPath).array; } else { _dir = ((path_and_fn.chainPath("../../../")).asNormalizedPath).array; } return _dir; } string base_dir_path() { string _dir; if ( auto m = (absolute_path_to_src) .match(rgx_files.src_formalised_file_path_parts) ) { _dir = ((m.captures["pth"]).asNormalizedPath).array; } else if ( auto m = (absolute_path_to_src) .match(regex(r"[/](?P<dir>(?:[a-zA-Z0-9._-]+))/pod/" ~ filename.stripExtension)) ) { _dir = ((path_and_fn.chainPath("../")).asNormalizedPath).array; } else { _dir = ((path_and_fn.chainPath("../../")).asNormalizedPath).array; } if (_opt_action.debug_do) { writeln("--> (base_dir_path) ", _dir); } return _dir; } string media_dir_path() { string _dir = ((base_dir_path.chainPath("media")).asNormalizedPath).array; return _dir; } string image_dir_path() { string _paths; string[] _possible_img_pths = [ "./image", "../image", "../../image" ]; string _img_pth_found = ""; if (is_pod) { _img_pth_found = ((file_with_absolute_path.dirName ~ "/../../image").asNormalizedPath).array; } else { string _img_pth(string _possible_img_pth) { return ((file_with_absolute_path.dirName ~ "/" ~ _possible_img_pth).asNormalizedPath).array; } foreach(_possible_img_pth; _possible_img_pths) { if (exists(_img_pth(_possible_img_pth))) { _img_pth_found = _img_pth(_possible_img_pth); break; } else { _paths ~= " " ~ _img_pth(_possible_img_pth); } } } if (_img_pth_found.empty) { writeln("WARNING not image path found, searched: ", _paths); } return _img_pth_found; } auto conf_dir_path() { return ((base_dir_path.chainPath("conf")).asNormalizedPath).array; } auto base_parent_dir() { string _dir; if ( auto m = (absolute_path_to_src) .match(regex(r"[/](?P<dir>(?:[a-zA-Z0-9._-]+))/pod/" ~ filename.stripExtension)) ) { _dir = m.captures["dir"]; } else { _dir = (absolute_path_to_src).match(rgx_files.src_base_parent_dir_name).captures["dir"]; } if (_opt_action.debug_do) { writeln("--> (base_parent_dir) ", _dir); } return _dir; } string[] config_dirs() { string[] _config_dirs; if (is_pod) { } else {} return _config_dirs; } string[] image_dirs() { string[] _image_dirs; if (is_pod) { } else {} return _image_dirs; } } return SRC_(); } auto output() { /+ - command line if output path set - config file if found and set set - search for and if exists read config - default paths to config related to: - source markup path; - current dir; - home dir - get output path if set - (program) default within current directory? +/ auto _env = _env; struct Out_ { auto path() { auto _output_path = _env["pwd"]; if ((_opt_action.output_dir_set.length > 0) && isValidPath(_opt_action.output_dir_set) ) { _output_path = ((_opt_action.output_dir_set).asNormalizedPath).array; if (!exists(_output_path)) { try { _output_path.mkdirRecurse; // } catch (ErrnoException ex) { } catch (Exception ex) { // Handle error } } assert(_output_path.isDir, "not a directory: " ~ _output_path); // TODO always test that is a directory and it is writable } return _output_path; } } return Out_(); } } return ManifestMatters_(); } } #+END_SRC ** _config_ (dr_document_make & config_local_site) :config: #+NAME: template_paths_src_2 #+BEGIN_SRC d template configFilePaths() { auto configFilePaths(M,E)( M _manifested, E _env, string _cli_config_path_set = "" ) { struct ConfFilePaths { string config_filename_document() { return "dr_document_make"; } string config_filename_site() { return "config_local_site"; } auto possible_config_path_locations() { struct _ConfFilePaths { string[] dr_document_make() { /+ FIX clean up conf paths ↓ +/ /+ config local site (file system only, not in pod) +/ /+ return paths +/ string[] _possible_config_path_locations; if (_cli_config_path_set.empty) { if (_manifested.src.is_pod) { /+ config document in pod +/ string _dr_doc_conf_pod; string _dr_doc_conf_pod_text; _dr_doc_conf_pod = asNormalizedPath(chainPath( to!string(_env["pwd"]), _manifested.pod.manifest_path ~ "/conf" )).array; _dr_doc_conf_pod_text = asNormalizedPath(chainPath( to!string(_env["pwd"]), _manifested.pod.manifest_path ~ "/media/text/" ~ _manifested.src.lng ~ "/conf" )).array; /+ return paths +/ _possible_config_path_locations = [ _dr_doc_conf_pod_text, _dr_doc_conf_pod, ]; } else { /+ config document (& or local site) on filesystem +/ string _dr_doc_conf_pwd = ((chainPath(to!string(_env["pwd"]), "dr_doc/conf")).asNormalizedPath).array; // think about string _dr_doc_conf_pwd_a = ((chainPath(to!string(_env["pwd"]), "conf")).asNormalizedPath).array; string _dr_doc_conf_pwd_b = ((chainPath(to!string(_env["pwd"]), "../conf")).asNormalizedPath).array; string _dr_doc_conf_pwd_c = ((chainPath(to!string(_env["pwd"]), "../../conf")).asNormalizedPath).array; string _dr_doc_conf_pwd_d = ((chainPath(to!string(_env["pwd"]), "../../../conf")).asNormalizedPath).array; /+ return paths +/ _possible_config_path_locations = [ _dr_doc_conf_pwd, _dr_doc_conf_pwd_a, _dr_doc_conf_pwd_b, _dr_doc_conf_pwd_c, _dr_doc_conf_pwd_d, ]; } } else if (_cli_config_path_set.isDir) { _possible_config_path_locations = [_cli_config_path_set ]; // } else if (_cli_config_path_set.isFile) { // use file, taken care of elsewhere } /+ FIX clean up conf paths ↑ (compare pwd to doc path location, and build config path) +/ return _possible_config_path_locations; } string[] config_local_site() { /+ FIX clean up conf paths ↓ +/ /+ config local site (file system only, not in pod) +/ string[] _possible_config_path_locations; if (_cli_config_path_set.empty) { string _dot_pwd = ((chainPath(to!string(_env["pwd"]), ".dr")).asNormalizedPath).array; string _underscore_pwd = ((chainPath(to!string(_env["pwd"]), "_dr")).asNormalizedPath).array; string _dot_home = ((chainPath(to!string(_env["home"]), ".dr")).asNormalizedPath).array; /+ return paths +/ if (_manifested.src.is_pod) { string _collection_root_a = ((chainPath(to!string(_manifested.pod.collection_root.to!string), ".dr")).asNormalizedPath).array; string _collection_root_b = ((chainPath(to!string(_manifested.pod.collection_root.to!string), "_dr")).asNormalizedPath).array; _possible_config_path_locations = [ _dot_pwd, _underscore_pwd, _collection_root_a, _collection_root_b, _dot_home, "/etc/dr", ]; } else { /+ config document (& or local site) on filesystem +/ string _dr_doc_conf_pwd = ((chainPath(to!string(_env["pwd"]), "dr_doc/conf")).asNormalizedPath).array; string _dr_doc_conf_pwd_a = ((chainPath(to!string(_env["pwd"]), "conf")).asNormalizedPath).array; string _dr_doc_conf_pwd_b = ((chainPath(to!string(_env["pwd"]), "../conf")).asNormalizedPath).array; string _dr_doc_conf_pwd_c = ((chainPath(to!string(_env["pwd"]), "../../conf")).asNormalizedPath).array; string _dr_doc_conf_pwd_d = ((chainPath(to!string(_env["pwd"]), "../../../conf")).asNormalizedPath).array; _possible_config_path_locations = [ _dr_doc_conf_pwd, _dr_doc_conf_pwd_a, _dr_doc_conf_pwd_b, _dr_doc_conf_pwd_c, _dr_doc_conf_pwd_d, _dot_pwd, _underscore_pwd, _dot_home, "/etc/dr" ]; } } else { _possible_config_path_locations = [ _cli_config_path_set ]; } /+ FIX clean up conf paths ↑ (compare pwd to doc path location, and build config path) +/ return _possible_config_path_locations; } } return _ConfFilePaths(); } } return ConfFilePaths(); } } #+END_SRC ** _pod_ (including generated bundled source) :pod: *** notes tree pod pod └── dr_doc ├── conf │ └── dr_document_make ├── media │ ├── audio │ ├── image │ ├── text │ │ └── en │ │ ... │ │ ├── [conf] │ │ └── [image] │ └── video └── pod.manifest _replace:_ doc ├── en │ └── the_wealth_of_networks.yochai_benkler.sst └── _dr └── dr_document_make filelist for processing [things to ponder] - the plan is to have a src manifest of related .sst or .ssm files that can be pointed to for processing - multilingual documents [ponder persistence for multilingual documents] - in the case of multilingual documents, there will be multiple source documents on list with different language codes, and to build this list, persistence is required - inserted documents (from master .ssm or .sst) must track document root so inserts can be located, else not found - consider a commandline -o --output path specifier - steps - auto create filelist - for single source file - for multilinugual source files - process document by pointing at filelist (rather than file) - if necessary manually create filelist (for multilinugual source) - keep document root for document inserts (.ssi) *** manual source #+NAME: template_paths_src_3 #+BEGIN_SRC d template spinePathsSRC() { mixin spineRgxFiles; static auto rgx_files = RgxFiles(); auto spinePathsSRC(D,Fn)( D _pwd, Fn _fn_src_and_path, ) { struct drSrcPaths { auto pwd() { return _pwd; } string language() { // use command line info as well? string _k; if (auto m = _fn_src_and_path.match(rgx_files.language_code_and_filename)) { _k = m.captures[1]; } else { /+ unknown until doc_meta read, (could provide & use command line info?) +/ _k = "xx"; // original default was "en" but is not known } return _k; } string doc_root() { return "dr_doc"; } auto media_root() { return ((doc_root.chainPath("media")).asNormalizedPath).array; } auto conf_root() { return ((doc_root.chainPath("conf")).asNormalizedPath).array; } auto text_root() { return ((media_root.chainPath("text")).asNormalizedPath).array; } auto image_root() { return ((media_root.chainPath("image")).asNormalizedPath).array; } auto doc_src_fn_with_path_for_text_root_and_lng() { return ((text_root.chainPath(language)).asNormalizedPath).array; } auto doc_src_fn() { return ((_fn_src_and_path.baseName).asNormalizedPath).array; } auto doc_src_with_path() { return ((pwd.chainPath(_fn_src_and_path)).asNormalizedPath).array; } } return drSrcPaths(); } } #+END_SRC *** pods internal, zipped, unzipped #+NAME: template_paths_pods #+BEGIN_SRC d template spinePathsPods() { string _suffix = ".zip"; auto spinePathsPods(M)(M doc_matters) { string _base_dir_pod = (doc_matters.output_path.length > 0) ? doc_matters.output_path ~ "/pod" : "/pod"; string _base_dir_doc = "dr_doc"; struct _PodPaths { string base_filename_(string fn_src) { return fn_src.baseName.stripExtension; } string internal_base() { return "pod"; } string pod_dir_() { return _base_dir_pod; } string dr_doc_dir_() { return _base_dir_doc; } string pod_filename_(string fn_src) { return _base_dir_pod.chainPath(base_filename_(fn_src) ~ _suffix).array; } string base_filesystem_(string fn_src) { string pth = _base_dir_pod.chainPath(base_filename_(fn_src)).array; assert(pth == _base_dir_pod ~ "/" ~ base_filename_(fn_src), pth ~ " == " ~ _base_dir_pod ~ "/" ~ base_filename_(fn_src) ~ "?"); return pth; } string output_pod_manifest_file(string fn_src) { return base_filesystem_(fn_src).chainPath("pod.manifest").array; } string base_pod_(string fn_src) { return _base_dir_pod.chainPath(base_filename_(fn_src)).array; // change this } auto base_filename(string fn_src) { auto pth_1_ = base_filename_(fn_src); auto pth_2_ = base_filename_(fn_src); struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { return pth_2_; } } return _pods(); } auto pod_filename(string fn_src) { auto pth_1_ = pod_filename_(fn_src); auto pth_2_ = pod_filename_(fn_src); struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { return pth_2_; } } return _pods(); } auto base(string fn_src) { auto pth_1_ = ""; auto pth_2_ = base_filesystem_(fn_src); struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { return pth_2_; } } return _pods(); } auto pod_root(string fn_src) { auto pth_1_ = "pod"; auto pth_2_ = ((base(fn_src).filesystem_open_zpod.chainPath("")).asNormalizedPath).array; // "dr_doc" struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { return pth_2_; } } return _pods(); } auto conf_root(string fn_src) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = "conf"; auto pth_2_ = ((pod_root(fn_src).filesystem_open_zpod.chainPath("conf")).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto css(string fn_src) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = ((conf_root(fn_src).zpod.chainPath("css")).asNormalizedPath).array; auto pth_2_ = ((conf_root(fn_src).filesystem_open_zpod.chainPath("css")).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto pod_manifest(string fn_src) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = ((pod_root(fn_src).zpod.chainPath("pod.manifest")).asNormalizedPath).array; auto pth_2_ = ((pod_root(fn_src).filesystem_open_zpod.chainPath("pod.manifest")).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto media_root(string fn_src) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = ((pod_root(fn_src).zpod.chainPath("media")).asNormalizedPath).array; auto pth_2_ = ((pod_root(fn_src).filesystem_open_zpod.chainPath("media")).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto text_root(string fn_src) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = ((media_root(fn_src).zpod.chainPath("text")).asNormalizedPath).array; auto pth_2_ = ((media_root(fn_src).filesystem_open_zpod.chainPath("text")).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto doc(string fn_src) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = text_root(fn_src).zpod; auto pth_2_ = text_root(fn_src).filesystem_open_zpod; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto doc_lng(string fn_src, string lng) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = ((text_root(fn_src).zpod.chainPath(lng)).asNormalizedPath).array; auto pth_2_ = ((text_root(fn_src).filesystem_open_zpod.chainPath(lng)).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto image_root(string fn_src) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = ((media_root(fn_src).zpod.chainPath("image")).asNormalizedPath).array; auto pth_2_ = ((media_root(fn_src).filesystem_open_zpod.chainPath("image")).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto fn_pod_filelist(string fn_src) { auto pod_root_ = pod_root(fn_src); auto _manifested = PodManifest!()(doc_matters.opt.action, fn_src).pod_manifest_filename; auto pth_1_ = _manifested; auto pth_2_ = ((pod_root(fn_src).filesystem_open_zpod.chainPath(_manifested)).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto fn_doc(string fn_src, string lng) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = ((doc_lng(fn_src, lng).zpod.chainPath(fn_src.baseName)).asNormalizedPath).array; auto pth_2_ = ((doc_lng(fn_src, lng).filesystem_open_zpod.chainPath(fn_src.baseName)).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } auto fn_doc_insert(string fn_src, string fn_insert, string lng) { auto pod_root_ = pod_root(fn_src); auto pth_1_ = ((doc_lng(fn_src, lng).zpod.chainPath(fn_insert.baseName)).asNormalizedPath).array; auto pth_2_ = ((doc_lng(fn_src, lng).filesystem_open_zpod.chainPath(fn_insert.baseName)).asNormalizedPath).array; struct _pods { auto zpod() { return pth_1_; } auto filesystem_open_zpod() { // assert(pod_root_.filesystem_open_zpod.chainPath(zpod).array == pth_2_); return pth_2_; } } return _pods(); } } return _PodPaths(); } } #+END_SRC * output paths ** _module template_ :module:paths_output: #+HEADER: :tangle "../src/sisudoc/io_out/paths_output.d" #+HEADER: :noweb yes #+BEGIN_SRC d <<doc_header_including_copyright_and_license>> /++ default settings +/ module sisudoc.io_out.paths_output; @safe: import std.array, std.path, std.regex, std.stdio; import sisudoc.meta.rgx_files; <<template_paths_out_0>> <<template_paths_out_1>> <<template_paths_url>> <<template_paths_html_0>> <<template_paths_html_1>> <<template_paths_html_2>> <<template_paths_epub>> <<template_paths_odf>> <<template_paths_pdf>> <<template_paths_latex>> <<template_paths_latex_sty>> <<template_paths_sqlite_0>> <<template_paths_sqlite_1>> <<template_paths_sqlite_2>> #+END_SRC ** shared out path, base directory :out: - output paths for content, minimize chance of filename/directory collisions in particular pods can contain markup that is published under a name that may be used elsewere - if the pod directory has a different name from the file append the pod directory name to the output file name: pod_directory.markup_filename e.g. dr-manual.sisu_markup - if pod and file have same name, keep name (makes no sense to repeat pod name) NO dr_markup.sisu_markup should be sisu_markup #+NAME: template_paths_out_0 #+BEGIN_SRC d template spineOutPaths() { auto spineOutPaths()( string output_pth_root, string lng = "", ) { struct _PathsStruct { string output_root() { return (output_pth_root.length > 0) ? output_pth_root : ""; } string output_base() { return ((output_root.chainPath(lng)).asNormalizedPath).array; } string internal_base() { return lng.asNormalizedPath.array; } } return _PathsStruct(); } } template spineOutPathSQLite() { auto spineOutPathSQLite(Po)( Po output_pth_root, ) { struct _PathsStruct { string output_root() { return (output_pth_root.length > 0) ? output_pth_root : ""; } string output_base() { return ((output_root).asNormalizedPath).array; } } return _PathsStruct(); } } template spineOutPathSQLiteCGI() { auto spineOutPathSQLiteCGI(Po)( Po output_pth_root, ) { struct _PathsStruct { string output_root() { return (output_pth_root.length > 0) ? output_pth_root : ""; } string output_base() { return ((output_root).asNormalizedPath).array; } } return _PathsStruct(); } } #+END_SRC ** set #+NAME: template_paths_out_1 #+BEGIN_SRC d template spineOutPathsFnPd() { /+ TODO stuff to work out here +/ auto spineOutPathsFnPd(Fn,Pn)( Fn fn_src_pth, Pn pod_name_with_path ) { struct _PathsStruct { string base_filename() { return fn_src_pth.baseName.stripExtension; } string base_pod_and_filename() { // TODO /+ - if pod, - pod_name - file_name - if pod_name == file_name - file_name - else if pod_name != file_name - pod_name.file_name +/ string _fn_src = fn_src_pth.baseName.stripExtension; string _output_base_name; if (!(pod_name_with_path.empty)) { if (pod_name_with_path == _fn_src) { _output_base_name = _fn_src; } else { _output_base_name = pod_name_with_path ~ "." ~ _fn_src; } } else { _output_base_name = _fn_src; } return _output_base_name; } } return _PathsStruct(); } } #+END_SRC ** _html_ :html: *** relative #+NAME: template_paths_html_0 #+BEGIN_SRC d template spineDocRootTreeHTML() { auto spineDocRootTreeHTML()(string lng) { auto lng_pth = spineOutPaths!()("", lng); string base_dir = "html"; string suffix = ".html"; struct _PathsStruct { string base_filename(string fn_src) { return fn_src.baseName.stripExtension; } string base_filename_scroll(string fn_src) { return base_filename(fn_src); } string base_filename_seg(string fn_src) { return base_filename(fn_src); } string doc_root() { return ((lng_pth.output_root).asNormalizedPath).array; } string base() { return (((lng).chainPath(base_dir)).asNormalizedPath).array; } string image() { return (("image").asNormalizedPath).array; } string css() { return (("css").asNormalizedPath).array; } string fn_seg_css() { return ((css.chainPath("html_seg.css")).asNormalizedPath).array; } string fn_scroll_css() { return ((css.chainPath("html_scroll.css")).asNormalizedPath).array; } string seg(string fn_src) { return ((base.chainPath(base_filename_seg(fn_src))).asNormalizedPath).array; } string fn_metadata(string fn_src) { return ((base.chainPath("metadata." ~ base_filename_scroll(fn_src) ~ suffix)).asNormalizedPath).array; } string fn_scroll(string fn_src) { return ((base.chainPath(base_filename_scroll(fn_src) ~ suffix)).asNormalizedPath).array; } string fn_seg(string fn_src, string seg_filename) { return ((seg(fn_src).chainPath(seg_filename ~ suffix)).asNormalizedPath).array; } string tail_seg(string fn_src) { return lng ~ "/html/" ~ base_filename_seg(fn_src); } string tail_fn_scroll(string fn_src) { return lng ~ "/html/" ~ base_filename_scroll(fn_src) ~ suffix; } string tail_fn_seg(string fn_src, string seg_filename) { return lng ~ "/html/" ~ seg(fn_src) ~ "/" ~ seg_filename ~ suffix; } } return _PathsStruct(); } } #+END_SRC *** absolute disk path #+NAME: template_paths_html_1 #+BEGIN_SRC d template spinePathsHTML() { auto spinePathsHTML()( string output_path_root, string lng, ) { auto doc_tree = spineDocRootTreeHTML!()(lng); string base_dir = "html"; string suffix = ".html"; struct _PathsStruct { string doc_root() { return ((output_path_root.chainPath(doc_tree.doc_root)).asNormalizedPath).array; } string curate(string fn_curate) { return doc_root ~ "/" ~ fn_curate; } string internal_base() { return ((doc_tree.base).asNormalizedPath).array; } string base() { return ((output_path_root.chainPath(doc_tree.base)).asNormalizedPath).array; } string image() { return ((output_path_root.chainPath(doc_tree.image)).asNormalizedPath).array; } string css() { return ((output_path_root.chainPath(doc_tree.css)).asNormalizedPath).array; } string fn_seg_css() { return ((output_path_root.chainPath(doc_tree.fn_seg_css)).asNormalizedPath).array; } string fn_scroll_css() { return ((output_path_root.chainPath(doc_tree.fn_scroll_css)).asNormalizedPath).array; } string seg(string fn_src) { return ((output_path_root.chainPath(doc_tree.seg(fn_src))).asNormalizedPath).array; } string fn_metadata(string fn_src) { return ((output_path_root.chainPath(doc_tree.fn_metadata(fn_src))).asNormalizedPath).array; } string fn_scroll(string fn_src) { return ((output_path_root.chainPath(doc_tree.fn_scroll(fn_src))).asNormalizedPath).array; } string fn_seg(string fn_src, string seg_filename) { return ((output_path_root.chainPath(doc_tree.fn_seg(fn_src, seg_filename))).asNormalizedPath).array; } string tail_seg(string fn_src) { return doc_tree.tail_seg(fn_src); } string tail_fn_scroll(string fn_src) { return doc_tree.tail_fn_scroll(fn_src); } string tail_fn_seg(string fn_src, string seg_filename) { return doc_tree.tail_fn_seg(fn_src, seg_filename); } } return _PathsStruct(); } } #+END_SRC *** urls #+NAME: template_paths_html_2 #+BEGIN_SRC d template spineUrlsHTML() { import std.format; auto spineUrlsHTML()( string url_doc_root, string lng, ) { auto doc_tree = spineDocRootTreeHTML!()(lng); string base_dir = "html"; string suffix = ".html"; struct _PathsStruct { string doc_root() { return url_doc_root ~ ((doc_tree.doc_root).asNormalizedPath).array; } string curate(string fn_curate) { return format(q"┃%s/%s┃", doc_root, fn_curate, ); } string base() { return format(q"┃%s/%s┃", url_doc_root, ((doc_tree.base).asNormalizedPath).array, ); } string image() { return format(q"┃%s/%s┃", url_doc_root, ((doc_tree.image).asNormalizedPath).array, ); } string css() { return format(q"┃%s/%s┃", url_doc_root, ((doc_tree.css).asNormalizedPath).array, ); } string fn_seg_css() { return format(q"┃%s/%s┃", url_doc_root, ((doc_tree.fn_seg_css).asNormalizedPath).array, ); } string fn_scroll_css() { return format(q"┃%s/%s┃", url_doc_root, ((doc_tree.fn_scroll_css).asNormalizedPath).array, ); } string seg(string fn_src) { return format(q"┃%s/%s┃", url_doc_root, ((doc_tree.seg(fn_src)).asNormalizedPath).array, ); } string fn_metadata(string fn_src) { return format(q"┃%s/%s┃", url_doc_root, ((doc_tree.fn_metadata(fn_src)).asNormalizedPath).array, ); } string fn_scroll(string fn_src) { return format(q"┃%s/%s┃", url_doc_root, ((doc_tree.fn_scroll(fn_src)).asNormalizedPath).array, ); } string fn_seg(string fn_src, string seg_filename) { return format(q"┃%s/%s┃", url_doc_root, ((doc_tree.fn_seg(fn_src, seg_filename)).asNormalizedPath).array, ); } string fn_scroll_obj_num(string fn_src, string obj_num) { return format(q"┃%s/%s#%s┃", url_doc_root, ((doc_tree.fn_scroll(fn_src)).asNormalizedPath).array, obj_num, ); } string fn_seg_obj_num(string fn_src, string seg_filename, string obj_num) { return format(q"┃%s/%s#%s┃", url_doc_root, ((doc_tree.fn_seg(fn_src, seg_filename)).asNormalizedPath).array, obj_num, ); } string tail_seg(string fn_src) { return doc_tree.tail_seg(fn_src); } string tail_fn_scroll(string fn_src) { return doc_tree.tail_fn_scroll(fn_src); } string tail_fn_seg(string fn_src, string seg_filename) { return doc_tree.tail_fn_seg(fn_src, seg_filename); } } return _PathsStruct(); } } #+END_SRC ** _epub_ :epub: #+NAME: template_paths_epub #+BEGIN_SRC d template spinePathsEPUB() { auto spinePathsEPUB()( string output_pth_root, string lng, ) { auto out_pth = spineOutPaths!()(output_pth_root, lng); string base_dir = "epub"; struct _PathsStruct { string internal_base() { return (((out_pth.internal_base).chainPath(base_dir)).asNormalizedPath).array; } string base() { return (((out_pth.output_base).chainPath(base_dir)).asNormalizedPath).array; } string base_filename(string fn_src) { return fn_src.baseName.stripExtension; } string base_filename_epub(string fn_src) { return base_filename(fn_src) ~ "." ~ lng; } string doc_meta_inf() { return (("META-INF").asNormalizedPath).array; } string doc_oebps() { return (("OEBPS").asNormalizedPath).array; } string doc_oebps_css() { return ((doc_oebps.chainPath("Styles")).asNormalizedPath).array; } string doc_oebps_image() { return ((doc_oebps.chainPath("image")).asNormalizedPath).array; } string epub_file(string fn_src) { return ((base.chainPath(base_filename_epub(fn_src) ~ ".epub")).asNormalizedPath).array; } string dirtop() { return "".chainPath("").array; } string fn_mimetypes() { return ((dirtop.chainPath("mimetype")).asNormalizedPath).array; } string fn_dmi_container_xml() { return ((doc_meta_inf.chainPath("container.xml")).asNormalizedPath).array; } string fn_oebps_toc_nav_xhtml() { return ((doc_oebps.chainPath("toc_nav.xhtml")).asNormalizedPath).array; } string fn_oebps_toc_ncx() { return ((doc_oebps.chainPath("toc.ncx")).asNormalizedPath).array; } string fn_oebps_content_opf() { return ((doc_oebps.chainPath("content.opf")).asNormalizedPath).array; } string fn_oebps_content_xhtml(string seg_filename) { return ((doc_oebps.chainPath(seg_filename ~ ".xhtml")).asNormalizedPath).array; } string fn_oebps_css() { return ((doc_oebps_css.chainPath("epub.css")).asNormalizedPath).array; } /+ debug +/ string dbg_docdir(string fn_src) { return base.chainPath(base_filename(fn_src)).array; } string dbg_docdir_oebps(string fn_src) { return dbg_docdir(fn_src).chainPath("OEBPS").array; } string dbg_doc_meta_inf(string fn_src) { return dbg_docdir(fn_src).chainPath("META-INF").array; } string dbg_doc_oebps(string fn_src) { return dbg_docdir(fn_src).chainPath("OEBPS").array; } string dbg_doc_oebps_css(string fn_src) { return dbg_doc_oebps(fn_src).chainPath("Styles").array; } string dbg_doc_oebps_image(string fn_src) { return dbg_doc_oebps(fn_src).chainPath("image").array; } string dbg_fn_mimetypes(string fn_src) { return dbg_docdir(fn_src).chainPath("mimetype").array; } string dbg_fn_dmi_container_xml(string fn_src) { return dbg_doc_meta_inf(fn_src).chainPath("container.xml").array; } string dbg_fn_oebps_toc_nav_xhtml(string fn_src) { return dbg_docdir_oebps(fn_src).chainPath("toc_nav.xhtml").array; } string dbg_fn_oebps_toc_ncx(string fn_src) { return dbg_docdir_oebps(fn_src).chainPath("toc.ncx").array; } string dbg_fn_oebps_content_opf(string fn_src) { return dbg_docdir_oebps(fn_src).chainPath("content.opf").array; } string dbg_fn_oebps_content_xhtml(string fn_src, string seg_filename) { return dbg_docdir_oebps(fn_src).chainPath(seg_filename ~ ".xhtml").array; } string dbg_fn_oebps_css(string fn_src) { return dbg_doc_oebps_css(fn_src).chainPath("epub.css").array; } } return _PathsStruct(); } } #+END_SRC ** _odt_ :odt: #+NAME: template_paths_odf #+BEGIN_SRC d template spinePathsODT() { import std.conv; auto spinePathsODT(M)( M doc_matters, ) { auto out_pth = spineOutPaths!()( doc_matters.output_path, doc_matters.src.language); string base_dir = "odf"; struct _PathsStruct { string base_pth() { // dir will contain odt document file (also debug file tree) return (((out_pth.output_base).chainPath(base_dir)).asNormalizedPath).array; } string odt_file() { return ((base_pth.chainPath(doc_matters.src.doc_uid_out ~ ".odt")).asNormalizedPath).array; } string dirtop(string type) { return (type == "zip") ? "" // ".chainPath("").array : ((base_pth.chainPath(doc_matters.src.doc_uid_out)).asNormalizedPath).array.to!string; } string mimetype(string type="fs") { assert(type == "zip" || "fs"); return ((dirtop(type).chainPath("mimetype")).asNormalizedPath).array; } string manifest_rdf(string type="fs") { assert(type == "zip" || "fs"); return ((dirtop(type).chainPath("manifest.rdf")).asNormalizedPath).array; } string settings_xml(string type="fs") { assert(type == "zip" || "fs"); return ((dirtop(type).chainPath("settings.xml")).asNormalizedPath).array; } string styles_xml(string type="fs") { assert(type == "zip" || "fs"); return ((dirtop(type).chainPath("styles.xml")).asNormalizedPath).array; } string image_dir(string type="fs") { assert(type == "zip" || "fs"); return ((dirtop(type).chainPath("Pictures")).asNormalizedPath).array; } string image(string image_fn_src, string type="fs") { assert(type == "zip" || "fs"); return ((image_dir(type).chainPath(image_fn_src)).asNormalizedPath).array; } string content_xml(string type="fs") { assert(type == "zip" || "fs"); return ((dirtop(type).chainPath("content.xml")).asNormalizedPath).array; } string meta_inf_dir(string type="fs") { assert(type == "zip" || "fs"); return ((dirtop(type).chainPath("META-INF")).asNormalizedPath).array; } string manifest_xml(string type="fs") { assert(type == "zip" || "fs"); return ((meta_inf_dir(type).chainPath("manifest.xml")).asNormalizedPath).array; } string meta_xml(string type="fs") { assert(type == "zip" || "fs"); return ((dirtop(type).chainPath("meta.xml")).asNormalizedPath).array; } } return _PathsStruct(); } } #+END_SRC ** _latex_ :latex: #+NAME: template_paths_latex #+BEGIN_SRC d template spinePathsLaTeX() { auto spinePathsLaTeX(M)( M doc_matters, ) { struct _PathsStruct { string base_filename(string fn_src) { return fn_src.baseName.stripExtension; } auto out_pth() { return spineOutPaths!()(doc_matters.output_path, doc_matters.src.language); } string base() { return (((out_pth.output_root).chainPath("latex")).asNormalizedPath).array; } string base_sty() { return (((out_pth.output_root).chainPath("latex").chainPath("sty")).asNormalizedPath).array; } string latex_path_stuff() { return ((base.chainPath(base_filename(doc_matters.src.filename))).asNormalizedPath).array; } string latex_file_with_path(string paper_size_orientation) { return ((base.chainPath(base_filename(doc_matters.src.filename) ~ "." ~ doc_matters.src.language ~ "." ~ paper_size_orientation ~ ".tex") ).asNormalizedPath).array; } string latex_sty_with_path(string paper_size_orientation) { // spineA4portrait.sty return ((base_sty.chainPath("spine" ~ paper_size_orientation ~ ".sty") ).asNormalizedPath).array; } string latex_sty_with_path_static() { // spineShared.sty return ((base_sty.chainPath("spineShared.sty")).asNormalizedPath).array; } string images() { string image_dir = "image"; return (((base).chainPath(image_dir)).asNormalizedPath).array; } } return _PathsStruct(); } } #+END_SRC #+NAME: template_paths_latex_sty #+BEGIN_SRC d template spinePathsLaTeXsty() { auto spinePathsLaTeXsty(string output_dir) { struct _PathsStruct { auto out_pth() { return spineOutPaths!()(output_dir); } string base() { return (((out_pth.output_root).chainPath("latex")).asNormalizedPath).array; } string base_sty() { return (((out_pth.output_root).chainPath("latex").chainPath("sty")).asNormalizedPath).array; } string latex_sty_with_path(string paper_size_orientation) { // spineA4portrait.sty return ((base_sty.chainPath("spine" ~ paper_size_orientation ~ ".sty") ).asNormalizedPath).array; } string latex_sty_with_path_static() { // spineShared.sty return ((base_sty.chainPath("spineShared.sty")).asNormalizedPath).array; } string latex_document_header_sty(string filename) { // spineShared.sty return ((base_sty.chainPath(filename)).asNormalizedPath).array; } } return _PathsStruct(); } } #+END_SRC ** _pdf_ :pdf: #+NAME: template_paths_pdf #+BEGIN_SRC d template spinePathsPDF() { auto spinePathsPDF(M)( M doc_matters, ) { struct _PathsStruct { string base_filename(string fn_src) { return fn_src.baseName.stripExtension; } auto out_pth() { string output_dir = doc_matters.output_path ~ "/pdf"; return spineOutPaths!()(output_dir); } string base() { return (((out_pth.output_root).chainPath("pdf")).asNormalizedPath).array; } string pdf_path_stuff() { return ((base.chainPath(base_filename(doc_matters.src.filename))).asNormalizedPath).array; } } return _PathsStruct(); } } #+END_SRC ** _sqlite_ :sqlite: *** discrete #+NAME: template_paths_sqlite_0 #+BEGIN_SRC d template spinePathsSQLiteDiscrete() { auto spinePathsSQLiteDiscrete()( string output_pth_root, string lng, ) { struct _PathsStruct { string base_filename(string fn_src) { return fn_src.baseName.stripExtension; } string base() { auto out_pth = spineOutPaths!()(output_pth_root, lng); string base_dir = "sqlite"; return (((out_pth.output_base).chainPath(base_dir)).asNormalizedPath).array; } string seg(string fn_src) { return ((base.chainPath(base_filename(fn_src))).asNormalizedPath).array; } string sqlite_file(string fn_src) { return ((base.chainPath(base_filename(fn_src) ~ ".sql.db")).asNormalizedPath).array; } } return _PathsStruct(); } } #+END_SRC *** TODO collection #+NAME: template_paths_sqlite_1 #+BEGIN_SRC d template spinePathsSQLite() { auto spinePathsSQLite()( string db_name, string output_pth_root, ) { struct _PathsStruct { string base_filename(string fn_src) { return fn_src.baseName.stripExtension; } string base() { auto out_pth = spineOutPathSQLite!()(output_pth_root); // decide whether to have separate files for each language string base_dir = ""; return (((out_pth.output_root).chainPath(base_dir)).asNormalizedPath).array; } string sqlite_file() { return (base.chainPath(db_name).asNormalizedPath).array; } } return _PathsStruct(); } } #+END_SRC * document header including copyright & license #+NAME: doc_header_including_copyright_and_license #+HEADER: :noweb yes #+BEGIN_SRC emacs-lisp <<./sisudoc_spine_version_info_and_doc_header_including_copyright_and_license.org:spine_doc_header_including_copyright_and_license()>> #+END_SRC * __END__