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#!/usr/bin/env rdmd
/+
sdp
sdp.d
+/
/+ sdp sisu document parser +/
import
std.algorithm,
std.array,
std.container,
std.file,
std.exception,
std.json,
// std.path,
std.process,
std.range,
std.regex,
std.stdio,
std.string,
std.traits,
std.typecons,
std.utf,
// std.variant,
std.conv : to;
/+ sdp sisu document parser +/
import
lib.sdp.compile_time_info, // sdp/compile_time_info.d
lib.sdp.ao_abstract_doc_source, // sdp/ao_abstract_doc_source.d
lib.sdp.ao_assertions, // sdp/ao_assertions.d
lib.sdp.ao_defaults, // sdp/ao_defaults.d
lib.sdp.ao_emitter, // sdp/ao_emitter.d
lib.sdp.ao_read_markup_source, // sdp/ao_read_markup_source.d
lib.sdp.ao_object_setter, // sdp/ao_object_setter.d
lib.sdp.ao_output_debugs, // sdp/ao_output_debugs.d
lib.sdp.ao_rgx, // sdp/ao_rgx.d
lib.sdp.ao_scan_inserts, // sdp/ao_scan_inserts.d
lib.sdp.ao_structs, // sdp/ao_structs.d
lib.sdp.ao_utils; // sdp/ao_utils.d
// std.conv;
// import std.stdio;
mixin(import("version.txt"));
mixin CompileTimeInfo;
mixin RgxInit; mixin Emitters;
void main(string[] argv) {
mixin SiSUheader;
mixin SiSUbiblio;
mixin SiSUrgxInitFlags;
mixin SiSUmarkupRaw;
mixin SiSUdocInserts;
mixin SiSUdocAbstraction;
mixin SiSUoutputDebugs;
mixin ScreenTxtColors;
auto cli = CLI();
auto raw = MarkupRaw();
auto abs = Abstraction();
auto dbg = SDPoutputDebugs();
// struct DocumentParts {
// string[string][] contents;
// JSONValue[string] metadata_json;
// JSONValue[string] make_json;
// string[][string][string] bookindex_unordered_hashes;
// JSONValue[] biblio;
// }
string[] fns_src;
string flag_action;
string[string] actions;
actions = [
"assert" : "yes",
];
auto rgx = Rgx();
scope(success) {
debug(checkdoc) {
writefln(
"%s~ run complete, ok ~ %s (sdp-%s.%s.%s, %s v%s, %s %s)",
scr_txt_color["cyan"],
scr_txt_color["off"],
ver.major,
ver.minor,
ver.patch,
__VENDOR__,
__VERSION__,
bits,
os,
);
}
// stderr.writeln("0");
}
scope(failure) {
debug(checkdoc) {
writefln(
"%s~ run failure ~%s",
scr_txt_color["fuchsia"],
scr_txt_color["off"],
);
}
// stderr.writeln("1");
}
scope(exit) {
debug(checkdoc) {
writefln(
"(%s v%s)",
__VENDOR__,
__VERSION__,
);
}
}
foreach(cmdlnins; argv) {
if (match(cmdlnins, rgx.flag_action)) {
flag_action ~= " " ~ cmdlnins;
actions = cli.extract_actions(cmdlnins, actions);
} else if (match(cmdlnins, rgx.src_pth)) {
fns_src ~= cmdlnins;
}
}
foreach(fn_src; fns_src) {
if (!empty(fn_src)) {
scope(success) {
debug(checkdoc) {
writefln(
"%s~ document complete, ok ~%s %s",
scr_txt_color["green"],
scr_txt_color["off"],
fn_src
);
}
// stderr.writeln("0");
}
scope(failure) {
debug(checkdoc) {
writefln(
"%s~ document run failure ~%s (%s v%s)\n\t%s",
scr_txt_color["red"],
scr_txt_color["off"],
__VENDOR__,
__VERSION__,
fn_src
);
}
// stderr.writeln("1");
}
scope(exit) {
debug(checkdoc) {
writeln(
fn_src
);
}
}
enforce(
match(fn_src, rgx.src_pth),
"not a sisu markup filename"
);
auto markup_sourcefile_content =
raw.markupSourceContentRawLineArray(fn_src); // alternative call
// raw.markupSourceLineArray(raw.markupSourceString(fn_src)); // alternative calls (milliseconds faster?)
debug(insert) {
string[string] sysenv;
sysenv["pwd"] = shell("pwd");
writeln(sysenv["pwd"]);
auto m = match(fn_src, rgx.src_pth);
// auto m = match(fn_src, rgx.src_pth);
auto markup_src_file_path = m.captures[1];
writefln(
"markup source file path: %s",
markup_src_file_path
); // writeln(m.captures[1]);
writeln(m.captures[2]);
}
if (match(fn_src, rgx.src_fn_master)) {
/+ if master file .ssm
scan document source for document imports
(inserted sub-documents)
+/
auto ins = Inserts();
markup_sourcefile_content =
ins.scan_doc_source(markup_sourcefile_content, fn_src);
} else if (!match(fn_src, rgx.src_fn)) {
writeln("not a recognized filename");
}
debug(raw) {
foreach (line; markup_sourcefile_content) {
writeln(line);
}
}
/+ process document ao_abstract_doc_source
SiSUdocAbstraction::Abstraction
return abstraction as tuple
+/
auto t =
abs.abstract_doc_source(markup_sourcefile_content);
static assert(!isTypeTuple!(t));
auto contents = t[0];
// static assert(!isIterable!(contents));
auto metadata_json = t[1];
auto make_json = t[2];
auto bookindex_unordered_hashes = t[3];
auto biblio = t[4];
// destroy(t);
// DocumentParts
debug(checkdoc) {
dbg.abstract_doc_source_debugs(
contents,
make_json,
metadata_json,
bookindex_unordered_hashes,
biblio,
fn_src,
actions
);
}
// compose abstract document markup state
// append book index
scope(exit) {
destroy(markup_sourcefile_content);
destroy(t);
destroy(contents);
destroy(make_json);
destroy(metadata_json);
destroy(bookindex_unordered_hashes);
destroy(fn_src);
destroy(biblio);
}
} else {
/+ no recognized filename provided +/
writeln("no recognized filename");
break;
// terminate, stop
}
}
}
|
