/++
document abstraction:
abstraction of sisu markup for downstream processing
ao_abstract_doc_source.d
+/
template SiSUdocAbstraction() {
private:
struct Abstraction {
/+ ↓ abstraction imports +/
import
ao_defaults, // sdp/ao_defaults.d
ao_object_setter, // sdp/ao_object_setter.d
ao_rgx; // sdp/ao_rgx.d
/+ ↓ abstraction mixins +/
mixin ObjectSetter;
mixin InternalMarkup;
/+ ↓ abstraction struct init +/
/+ initialize +/
auto rgx = Rgx();
ObjComposite[] contents_the_objects;
string[string] an_object, processing;
string[] anchor_tags;
string segment_object_belongs_to;
auto set_abstract_object = ObjectAbstractSet();
auto note_section = NotesSection();
/+ enum +/
enum State { off, on }
enum TriState { off, on, closing } // make aware, possibility of third state
enum DocStructMarkupHeading {
h_sect_A,
h_sect_B,
h_sect_C,
h_sect_D,
h_text_1,
h_text_2,
h_text_3,
h_text_4,
h_text_5, // extra level, drop
content_non_header
} // header section A-D; header text 1-4
enum DocStructCollapsedHeading { lv0, lv1, lv2, lv3, lv4, lv5, lv6, lv7 } // not yet used
/+ biblio variables +/
string biblio_tag_name, biblio_tag_entry, st;
string[] biblio_arr_json;
string biblio_entry_str_json;
JSONValue[] bib_arr_json;
int bib_entry;
/+ counters +/
long counter, previous_count;
int[string] line_occur;
int verse_line, heading_pointer;
/+ paragraph attributes +/
string[string] indent;
bool bullet = true;
string content_non_header = "8";
auto obj_im = ObjInlineMarkup();
auto obj_att = ObjAttributes();
/+ ocn +/
int obj_cite_number, obj_cite_number_;
auto object_citation_number = OCNemitter();
int obj_cite_number_emit(int obj_cite_number_status_flag) {
return object_citation_number.obj_cite_number_emitter(obj_cite_number_status_flag);
}
/+ book index variables +/
string book_idx_tmp;
string[][string][string] bookindex_unordered_hashes;
auto bookindex_extract_hash = BookIndexNuggetHash();
string[][string][string] bkidx_hash(string bookindex_section, int obj_cite_number) {
return bookindex_extract_hash.bookindex_nugget_hash(bookindex_section, obj_cite_number);
}
/+ node +/
string _node;
auto node_construct = NodeStructureMetadata();
/+ ↓ abstract marked up document +/
auto abstract_doc_source(
char[][] markup_sourcefile_content,
string[string][string] dochead_make_aa,
string[string][string] dochead_meta_aa
) {
/+ ↓ abstraction init +/
scope(success) {
}
scope(failure) {
}
scope(exit) {
destroy(contents_the_objects);
destroy(an_object);
destroy(processing);
destroy(biblio_arr_json);
}
line_occur = [
"heading" : 0,
"para" : 0,
];
auto type = flags_type_init;
void tell_lo(int obj_cite_number, in char[] line) {
writefln(
"* %s %s",
to!string(obj_cite_number),
to!string(line)
);
}
string[string] obj_cite_number_poem = [
"start" : "",
"end" : ""
];
int[string] lv = [
"lv" : State.off,
"h0" : State.off,
"h1" : State.off,
"h2" : State.off,
"h3" : State.off,
"h4" : State.off,
"h5" : State.off,
"h6" : State.off,
"h7" : State.off,
"lev_collapsed_number" : 0,
];
int[string] collapsed_lev = [
"h0" : State.off,
"h1" : State.off,
"h2" : State.off,
"h3" : State.off,
"h4" : State.off,
"h5" : State.off,
"h6" : State.off,
"h7" : State.off
];
string[string] heading_match_str = [
"h_A": "^(none)",
"h_B": "^(none)",
"h_C": "^(none)",
"h_D": "^(none)",
"h_1": "^(none)",
"h_2": "^(none)",
"h_3": "^(none)",
"h_4": "^(none)"
];
auto heading_match_rgx = [
"h_A": regex(r"^(none)"),
"h_B": regex(r"^(none)"),
"h_C": regex(r"^(none)"),
"h_D": regex(r"^(none)"),
"h_1": regex(r"^(none)"),
"h_2": regex(r"^(none)"),
"h_3": regex(r"^(none)"),
"h_4": regex(r"^(none)")
];
/+ abstraction init ↑ +/
/+ ↓ loop markup document/text line by line +/
srcDocLoop:
foreach (line; markup_sourcefile_content) {
/+ ↓ markup document/text line by line +/
/+ scope +/
scope(exit) {
}
scope(failure) {
stderr.writefln(
"%s\n%s\n%s:%s failed here:\n line: %s",
__MODULE__, __FUNCTION__,
__FILE__, __LINE__,
line,
);
}
line = replaceAll(line, rgx.true_dollar, "$$$$");
// dollar represented as $$ needed to stop submatching on $
// (substitutions using ${identifiers} must take into account (i.e. happen earlier))
debug(source) { // source lines
writeln(line);
}
debug(srclines) {
if (!line.empty) { // source lines, not empty
writefln(
"* %s",
line
);
}
}
if (!line.empty) {
_check_obj_cite_number_status_(line, type);
}
if (type["code"] == TriState.on) {
/+ block object: code +/
_code_block_(line, an_object, type);
continue;
} else if (!matchFirst(line, rgx.skip_from_regular_parse)) {
/+ object other than "code block" object
(includes regular text paragraph, headings & blocks other than code) +/
if ((matchFirst(line, rgx.heading_biblio)
|| (type["heading_biblio"] == State.on))
&& (!matchFirst(line, rgx.heading))
&& (!matchFirst(line, rgx.comment))) {
/+ within block object: biblio +/
_biblio_block_(line, type, bib_entry, biblio_entry_str_json, biblio_arr_json);
debug(bibliobuild) {
writeln("- ", biblio_entry_str_json);
writeln("-> ", biblio_arr_json.length);
}
continue;
} else if (type["poem"] == TriState.on) {
/+ within block object: poem +/
_poem_block_(line, an_object, type, counter, obj_cite_number_poem, dochead_make_aa);
continue;
/+ within block object: group +/
} else if (type["group"] == TriState.on) {
/+ within block object: group +/
_group_block_(line, an_object, type);
continue;
} else if (type["block"] == TriState.on) {
/+ within block object: block +/
_block_block_(line, an_object, type);
continue;
} else if (type["quote"] == TriState.on) {
/+ within block object: quote +/
_quote_block_(line, an_object, type);
continue;
} else if (type["table"] == TriState.on) {
/+ within block object: table +/
_table_block_(line, an_object, type);
continue;
} else {
/+ not within a block group +/
assert(
(type["blocks"] == TriState.off)
|| (type["blocks"] == TriState.closing),
"block status: none or closed"
);
assertions_flag_types_block_status_none_or_closed(type);
if (matchFirst(line, rgx.block_open)) {
if (matchFirst(line, (rgx.block_poem_open))) {
/+ poem to verse exceptions! +/
object_reset(an_object);
processing.remove("verse");
obj_cite_number_poem["start"] = to!string(obj_cite_number);
}
_start_block_(line, type, obj_cite_number_poem);
continue;
} else if (!line.empty) {
/+ line not empty +/
/+ non blocks (headings, paragraphs) & closed blocks +/
assert(
!line.empty,
"line tested, line not empty surely"
);
assert(
(type["blocks"] == TriState.off)
|| (type["blocks"] == TriState.closing),
"code block status: none or closed"
);
if (type["blocks"] == TriState.closing) {
// blocks closed, unless followed by book index
debug(check) { // block
writeln(__LINE__);
writeln(line);
}
assert(
matchFirst(line, rgx.book_index)
|| matchFirst(line, rgx.book_index_open)
|| type["book_index"] == State.on
);
}
if ((matchFirst(line, rgx.book_index))
|| (matchFirst(line, rgx.book_index_open))
|| (type["book_index"] == State.on )) {
/+ book_index +/
_book_index_(line, book_idx_tmp, an_object, type);
} else {
/+ not book_index +/
if (auto m = matchFirst(line, rgx.comment)) {
/+ matched comment +/
debug(comment) {
writeln(line);
}
an_object["obj"] ~= line ~= "\n";
contents_the_objects ~=
set_abstract_object.contents_comment(strip(an_object["obj"]));
_header_set_common_(line_occur, an_object, type);
processing.remove("verse");
++counter;
} else if (((line_occur["para"] == State.off)
&& (line_occur["heading"] == State.off))
&& ((type["para"] == State.off)
&& (type["heading"] == State.off))) {
/+ heading or para but neither flag nor line exists +/
if ((dochead_make_aa["make"]["headings"].length > 2)
&& (type["make_headings"] == State.off)) {
/+ heading found +/
_heading_found_(line, dochead_make_aa["make"]["headings"], heading_match_str, heading_match_rgx, type);
}
if ((type["make_headings"] == State.on)
&& ((line_occur["para"] == State.off)
&& (line_occur["heading"] == State.off))
&& ((type["para"] == State.off)
&& (type["heading"] == State.off))) {
/+ heading make set +/
_heading_make_set_(line, line_occur, heading_match_rgx, type);
}
if (matchFirst(line, rgx.heading)) {
/+ heading match +/
_heading_matched_(line, line_occur, an_object, lv, collapsed_lev, type, dochead_meta_aa);
} else if (line_occur["para"] == State.off) {
/+ para match +/
_para_match_(line, an_object, indent, bullet, type, line_occur);
}
} else if (line_occur["heading"] > State.off) {
/+ heading +/
debug(heading) { // heading
writeln(line);
}
an_object["obj"] ~= line ~= "\n";
++line_occur["heading"];
} else if (line_occur["para"] > State.off) {
/+ paragraph +/
debug(para) {
writeln(line);
}
an_object["obj"] ~= line;
++line_occur["para"];
}
}
} else if (type["blocks"] == TriState.closing) {
/+ line empty, with blocks flag +/
_block_flag_line_empty_(line, an_object, contents_the_objects, bookindex_unordered_hashes, obj_cite_number, _node, counter, type, obj_cite_number_poem, dochead_make_aa); // watch
} else {
/+ line empty +/
/+ line.empty, post contents, empty variables: +/
assert(
line.empty,
"line should be empty"
);
assert(
(type["blocks"] == State.off),
"code block status: none"
);
if ((type["heading"] == State.on)
&& (line_occur["heading"] > State.off)) {
/+ heading object (current line empty) +/
obj_cite_number = obj_cite_number_emit(type["obj_cite_number_status"]);
an_object["bookindex"] =
("bookindex" in an_object) ? an_object["bookindex"] : "";
bookindex_unordered_hashes =
bkidx_hash(an_object["bookindex"], obj_cite_number);
an_object["is"] = "heading";
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa); // tuple this with anchor tags?
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
if (to!int(an_object["lev_markup_number"]) == 4) {
segment_object_belongs_to = anchor_tags[0];
} else if (to!int(an_object["lev_markup_number"]) < 4) {
segment_object_belongs_to = "";
}
_node =
node_construct.node_emitter_heading(
an_object["lev_markup_number"],
an_object["lev_collapsed_number"],
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer,
an_object["is"]
); // heading
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
++heading_pointer;
debug(segments) {
writeln(an_object["lev_markup_number"]);
writeln(segment_object_belongs_to);
}
contents_the_objects ~=
set_abstract_object.contents_heading(
an_object["substantive"],
an_object["attrib"],
obj_cite_number,
anchor_tags,
to!string(an_object["lev"]),
to!int(an_object["lev_markup_number"]),
to!int(an_object["lev_collapsed_number"]),
);
// track previous heading and make assertions
debug(objectrelated1) { // check
writeln(line);
// writeln(an_object["obj"]);
// writeln(contents_am[counter]["obj_cite_number"], " ", contents_am[counter]["obj"]);
// writeln(m.hit, "\n");
}
_header_set_common_(line_occur, an_object, type);
an_object.remove("lev");
an_object.remove("lev_markup_number");
// an_object["lev_markup_number"]="9";
processing.remove("verse");
++counter;
} else if ((type["para"] == State.on) && (line_occur["para"] > State.off)) {
/+ paragraph object (current line empty) +/
obj_cite_number = obj_cite_number_emit(type["obj_cite_number_status"]);
an_object["bookindex"] =
("bookindex" in an_object) ? an_object["bookindex"] : "";
bookindex_unordered_hashes =
bkidx_hash(an_object["bookindex"], obj_cite_number);
an_object["is"] = "para";
_node =
node_construct.node_emitter(
content_non_header,
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer-1,
an_object["is"]
);
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_para(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number,
indent,
bullet
);
// contents_the_objects ~=
// set_abstract_object.contents_para(
// an_object,
// obj_cite_number,
// indent,
// bullet
// );
_header_set_common_(line_occur, an_object, type);
indent["hang_position"] = "0";
indent["base_position"] = "0";
bullet = false;
processing.remove("verse");
++counter;
} else {
assert(
line == null,
"line variable should be empty, should not occur"
);
// check what happens when paragraph separated by 2 newlines
}
} // close else for line empty
} // close else for not the above
} // close after non code, other blocks or regular text
/+ unless (contents_the_objects.length == 0) ? +/
if (contents_the_objects.length > 0) {
if (((contents_the_objects[$-1].is_a == "para")
|| (contents_the_objects[$-1].is_a == "heading"))
&& (counter-1 > previous_count)) {
if (match(contents_the_objects[$-1].object,
rgx.inline_notes_delimiter_al_regular_number_note)) {
previous_count=contents_the_objects.length -1;
note_section.gather_notes_for_endnote_section(
contents_the_objects,
segment_object_belongs_to,
contents_the_objects.length -1
);
}
}
}
} /+ ← closed: loop markup document/text line by line +/
/+ ↓ post loop markup document/text +/
debug(objectrelated2) { // check
writeln(line);
}
/+
Backmatter:
* endnotes
* glossary
* references / bibliography
* book index
+/
// TODO FIGURE OUT, you need this possibility
// obj_im.obj_inline_markup_and_anchor_tags("doc_end_reset", "", dochead_make_aa);
auto en_tuple =
note_section.endnote_objects(obj_cite_number);
static assert(!isTypeTuple!(en_tuple));
auto endnotes_section = en_tuple[0];
obj_cite_number = en_tuple[1];
debug(endnotes) {
writefln(
"%s %s",
__LINE__,
endnotes_section.length
);
foreach (n; endnotes_section) {
writeln(n);
}
}
auto biblio_unsorted_incomplete = biblio_arr_json.dup;
// destroy(biblio_arr_json);
auto biblio = Bibliography();
auto biblio_ordered =
biblio._bibliography_(biblio_unsorted_incomplete, bib_arr_json);
auto bi = BookIndexReportSection();
auto bi_tuple =
bi.bookindex_build_section(bookindex_unordered_hashes, obj_cite_number, segment_object_belongs_to);
static assert(!isTypeTuple!(bi_tuple));
auto bookindex_section = bi_tuple[0];
obj_cite_number = bi_tuple[1];
debug(bookindex) { // bookindex
foreach (bi_entry; bookindex_section) {
writeln(bi_entry);
}
}
auto document_the =
contents_the_objects ~ endnotes_section ~ bookindex_section;
auto t = tuple(
document_the,
bookindex_unordered_hashes,
biblio_ordered
);
return t;
/+ post loop markup document/text ↑ +/
} /+ ← closed: abstract doc source +/
/+ ↓ abstraction functions +/
auto object_reset(ref string[string] an_object) {
an_object.remove("obj");
an_object.remove("substantive");
an_object.remove("is");
an_object.remove("attrib");
an_object.remove("bookindex");
}
auto _header_set_common_(
ref int[string] line_occur,
ref string[string] an_object,
ref int[string] type
) {
// line_occur["header"] = State.off;
line_occur["heading"] = State.off;
line_occur["para"]= State.off;
type["heading"] = State.off;
type["para"] = State.off;
object_reset(an_object);
}
void _check_obj_cite_number_status_(
char[] line,
ref int[string] type
) {
if ((!line.empty) && (type["obj_cite_number_status_multi_obj"] == TriState.off)) {
/+ not multi-line object, check whether obj_cite_number is on or turned off +/
if (matchFirst(line, rgx.obj_cite_number_block_marks)) {
/+ switch off obj_cite_number +/
if (matchFirst(line, rgx.obj_cite_number_off_block)) {
type["obj_cite_number_status_multi_obj"] = TriState.on;
debug(ocnoff) {
writeln(line);
}
}
if (matchFirst(line, rgx.obj_cite_number_off_block_dh)) {
type["obj_cite_number_status_multi_obj"] = TriState.closing;
debug(ocnoff) {
writeln(line);
}
}
} else {
if (type["obj_cite_number_status_multi_obj"] == TriState.off) {
if (matchFirst(line, rgx.obj_cite_number_off)) {
type["obj_cite_number_status"] = TriState.on;
} else if (matchFirst(line, rgx.obj_cite_number_off_dh)) {
type["obj_cite_number_status"] = TriState.closing;
} else {
// type["obj_cite_number_status"] = TriState.closing;
type["obj_cite_number_status"] = TriState.off;
}
} else {
type["obj_cite_number_status"] =
type["obj_cite_number_status_multi_obj"];
}
}
} else if ((!line.empty) && (type["obj_cite_number_status_multi_obj"] > TriState.off)) {
if (matchFirst(line, rgx.obj_cite_number_off_block_close)) {
type["obj_cite_number_status_multi_obj"] = TriState.off;
type["obj_cite_number_status"] = TriState.off;
debug(ocnoff) {
writeln(line);
}
}
}
}
void _start_block_(
char[] line,
ref int[string] type,
string[string] obj_cite_number_poem
) {
if (matchFirst(line, rgx.block_curly_code_open)) {
/+ curly code open +/
debug(code) { // code (curly) open
writefln(
"* [code curly] %s",
line
);
}
type["blocks"] = TriState.on;
type["code"] = TriState.on;
type["curly_code"] = TriState.on;
} else if (matchFirst(line, rgx.block_curly_poem_open)) {
/+ curly poem open +/
debug(poem) { // poem (curly) open
writefln(
"* [poem curly] %s",
line
);
}
obj_cite_number_poem["start"] =
to!string(obj_cite_number);
type["blocks"] = TriState.on;
type["verse_new"] = State.on;
type["poem"] = TriState.on;
type["curly_poem"] = TriState.on;
} else if (matchFirst(line, rgx.block_curly_group_open)) {
/+ curly group open +/
debug(group) { // group (curly) open
writefln(
"* [group curly] %s",
line
);
}
type["blocks"] = TriState.on;
type["group"] = TriState.on;
type["curly_group"] = TriState.on;
} else if (matchFirst(line, rgx.block_curly_block_open)) {
/+ curly block open +/
debug(block) { // block (curly) open
writefln(
"* [block curly] %s",
line
);
}
type["blocks"] = TriState.on;
type["block"] = TriState.on;
type["curly_block"] = TriState.on;
} else if (matchFirst(line, rgx.block_curly_quote_open)) {
/+ curly quote open +/
debug(quote) { // quote (curly) open
writefln(
"* [quote curly] %s",
line
);
}
type["blocks"] = TriState.on;
type["quote"] = TriState.on;
type["curly_quote"] = TriState.on;
} else if (matchFirst(line, rgx.block_curly_table_open)) {
/+ curly table open +/
debug(table) { // table (curly) open
writefln(
"* [table curly] %s",
line
);
}
type["blocks"] = TriState.on;
type["table"] = TriState.on;
type["curly_table"] = TriState.on;
} else if (matchFirst(line, rgx.block_tic_code_open)) {
/+ tic code open +/
debug(code) { // code (tic) open
writefln(
"* [code tic] %s",
line
);
}
type["blocks"] = TriState.on;
type["code"] = TriState.on;
type["tic_code"] = TriState.on;
} else if (matchFirst(line, rgx.block_tic_poem_open)) {
/+ tic poem open +/
debug(poem) { // poem (tic) open
writefln(
"* [poem tic] %s",
line
);
}
obj_cite_number_poem["start"] = to!string(obj_cite_number);
type["blocks"] = TriState.on;
type["verse_new"] = State.on;
type["poem"] = TriState.on;
type["tic_poem"] = TriState.on;
} else if (matchFirst(line, rgx.block_tic_group_open)) {
/+ tic group open +/
debug(group) { // group (tic) open
writefln(
"* [group tic] %s",
line
);
}
type["blocks"] = TriState.on;
type["group"] = TriState.on;
type["tic_group"] = TriState.on;
} else if (matchFirst(line, rgx.block_tic_block_open)) {
/+ tic block open +/
debug(block) { // block (tic) open
writefln(
"* [block tic] %s",
line
);
}
type["blocks"] = TriState.on;
type["block"] = TriState.on;
type["tic_block"] = TriState.on;
} else if (matchFirst(line, rgx.block_tic_quote_open)) {
/+ tic quote open +/
debug(quote) { // quote (tic) open
writefln(
"* [quote tic] %s",
line
);
}
type["blocks"] = TriState.on;
type["quote"] = TriState.on;
type["tic_quote"] = TriState.on;
} else if (matchFirst(line, rgx.block_tic_table_open)) {
/+ tic table open +/
debug(table) { // table (tic) open
writefln(
"* [table tic] %s",
line
);
}
type["blocks"] = TriState.on;
type["table"] = TriState.on;
type["tic_table"] = TriState.on;
}
}
void _code_block_(
char[] line,
ref string[string] an_object,
ref int[string] type
) {
if (type["curly_code"] == TriState.on) {
if (matchFirst(line, rgx.block_curly_code_close)) {
debug(code) { // code (curly) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["code"] = TriState.closing;
type["curly_code"] = TriState.off;
} else {
debug(code) { // code (curly) line
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // code (curly) line
}
} else if (type["tic_code"] == TriState.on) {
if (matchFirst(line, rgx.block_tic_close)) {
debug(code) { // code (tic) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["code"] = TriState.closing;
type["tic_code"] = TriState.off;
} else {
debug(code) { // code (tic) line
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // code (tic) line
}
}
}
final string biblio_tag_map(string abr) {
auto btm = [
"au" : "author_raw",
"ed" : "editor_raw",
"ti" : "fulltitle",
"lng" : "language",
"jo" : "journal",
"vol" : "volume",
"edn" : "edition",
"yr" : "year",
"pl" : "place",
"pb" : "publisher",
"pub" : "publisher",
"pg" : "pages",
"pgs" : "pages",
"sn" : "short_name"
];
return btm[abr];
}
void _biblio_block_(
char[] line,
ref int[string] type,
ref int bib_entry,
ref string biblio_entry_str_json,
ref string[] biblio_arr_json
) {
if (matchFirst(line, rgx.heading_biblio)) {
type["heading_biblio"] = TriState.on;
}
if (line.empty) {
debug {
debug(biblioblock) {
writeln("---");
}
debug(biblioblockinclude) {
writeln(biblio_entry_str_json.length);
}
}
if ((bib_entry == State.off)
&& (biblio_entry_str_json.empty)) {
bib_entry = State.on;
biblio_entry_str_json = biblio_entry_tags_jsonstr;
} else if (!(biblio_entry_str_json.empty)) {
bib_entry = State.off;
if (!(biblio_entry_str_json == biblio_entry_tags_jsonstr)) {
auto biblio_entry = parseJSON(biblio_entry_str_json);
if (biblio_entry["fulltitle"].str.empty) {
writeln("check problem entry (Title missing): ", biblio_entry_str_json);
} else if ((biblio_entry["author_raw"].str.empty) && (biblio_entry["editor_raw"].str.empty)) {
writeln("check problem entry (No author and no editor): ", biblio_entry_str_json);
// } else if (biblio_entry["sortby_deemed_author_year_title"].str.empty) {
// writeln("check problem entry (Sort Field missing): ", biblio_entry_str_json);
} else {
biblio_arr_json ~= biblio_entry_str_json;
}
biblio_entry_str_json = biblio_entry_tags_jsonstr;
}
} else { // CHECK ERROR
writeln("?? 2. ERROR ", biblio_entry_str_json, "??");
biblio_entry_str_json = "";
}
} else if (matchFirst(line, rgx.biblio_tags)) {
debug(biblioblock) {
writeln(line);
}
auto bt = match(line, rgx.biblio_tags);
bib_entry = State.off;
st=to!string(bt.captures[1]);
auto header_tag_value=to!string(bt.captures[2]);
JSONValue j = parseJSON(biblio_entry_str_json);
biblio_tag_name = (match(st, rgx.biblio_abbreviations))
? (biblio_tag_map(st))
: st;
j.object[biblio_tag_name] = header_tag_value;
debug(bibliounsortedcheckduplicates) {
writeln(biblio_tag_name, ": ", header_tag_value);
writeln("--");
}
switch (biblio_tag_name) {
case "author_raw": // author_arr author (fn sn)
j["author_arr"] =
split(header_tag_value, rgx.arr_delimiter);
string tmp;
biblioAuthorLoop:
foreach (au; j["author_arr"].array) {
if (auto x = match(au.str, rgx.name_delimiter)) {
tmp ~= x.captures[2] ~ " " ~ x.captures[1] ~ ", ";
} else {
tmp ~= au.str;
}
}
tmp = replace(tmp, rgx.trailing_comma, "");
// tmp = replace(tmp, regex(r"(,[ ]*)$","g"), "");
j["author"].str = tmp;
goto default;
case "editor_raw": // editor_arr editor (fn sn)
j["editor_arr"] =
split(header_tag_value, rgx.arr_delimiter);
string tmp;
biblioEditorLoop:
foreach (ed; j["editor_arr"].array) {
if (auto x = match(ed.str, rgx.name_delimiter)) {
tmp ~= x.captures[2] ~ " " ~ x.captures[1] ~ ", ";
} else {
tmp ~= ed.str;
}
}
tmp = replace(tmp, rgx.trailing_comma, "");
// tmp = replace(tmp, regex(r"(,[ ]*)$","g"), "");
j["editor"].str = tmp;
goto default;
case "fulltitle": // title & subtitle
goto default;
default:
break;
}
auto s = j.toString();
debug(biblio1) {
writefln(
"* %s: %s\n%s",
biblio_tag_name,
biblio_tag_entry,
j[biblio_tag_name]
);
}
if ((match(line, rgx.comment))) {
writeln("ERROR", line, "COMMENT");
writeln("ERROR", s, "%%");
}
if (!(match(line, rgx.comment))) {
debug(biblioblockinclude) {
writeln(line);
}
biblio_entry_str_json = s;
} else {
biblio_entry_str_json = "";
}
header_tag_value="";
}
}
void _poem_block_(
char[] line,
ref string[string] an_object,
ref int[string] type,
ref long counter,
string[string] obj_cite_number_poem,
string[string][string] dochead_make_aa,
) {
if (type["curly_poem"] == TriState.on) {
if (matchFirst(line, rgx.block_curly_poem_close)) {
an_object["obj"]="verse"; // check that this is as you please
debug(poem) { // poem (curly) close
writefln(
"* [poem curly] %s",
line
);
}
if (processing.length > 0) {
an_object["obj"] = processing["verse"];
}
debug(poem) { // poem (curly) close
writeln(__LINE__);
writefln(
"* %s %s",
obj_cite_number,
line
);
// writeln(an_object.keys);
// writeln(an_object.length);
}
if (an_object.length > 0) {
debug(poem) { // poem (curly) close
writeln(
obj_cite_number,
an_object["obj"]
);
}
an_object["is"] = "verse";
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_block(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number
);
object_reset(an_object);
processing.remove("verse");
++counter;
}
obj_cite_number_poem["end"] =
to!string(obj_cite_number);
type["blocks"] = TriState.closing;
type["poem"] = TriState.closing;
type["curly_poem"] = TriState.off;
} else {
processing["verse"] ~= line ~= "\n";
if (type["verse_new"] == State.on) {
obj_cite_number =
obj_cite_number_emit(type["obj_cite_number_status"]);
type["verse_new"] = State.off;
} else if (matchFirst(line, rgx.line_delimiter_only)) {
verse_line = TriState.off;
type["verse_new"] = State.on;
}
if (type["verse_new"] == State.on) {
verse_line=1;
an_object["obj"] = processing["verse"];
debug(poem) { // poem verse
writefln(
"* %s curly\n%s",
obj_cite_number,
an_object["obj"]
);
}
processing.remove("verse");
an_object["is"] = "verse";
_node = node_construct.node_emitter(
content_non_header,
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer-1,
an_object["is"]
);
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_block(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number
);
object_reset(an_object);
processing.remove("verse");
++counter;
}
}
} else if (type["tic_poem"] == TriState.on) {
if (auto m = matchFirst(line, rgx.block_tic_close)) { // tic_poem_close
an_object["obj"]="verse"; // check that this is as you please
debug(poem) { // poem (curly) close
writefln(
"* [poem tic] %s",
line
);
}
if (processing.length > 0) { // needs looking at
an_object["obj"] = processing["verse"];
}
if (an_object.length > 0) {
debug(poem) { // poem (tic) close
writeln(__LINE__);
writeln(obj_cite_number, line);
}
processing.remove("verse");
an_object["is"] = "verse";
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_block(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number
);
obj_cite_number_poem["end"] = to!string(obj_cite_number);
object_reset(an_object);
processing.remove("verse");
++counter;
}
type["blocks"] = TriState.closing;
type["poem"] = TriState.closing;
type["tic_poem"] = TriState.off;
} else {
processing["verse"] ~= line ~= "\n";
if (type["verse_new"] == State.on) {
obj_cite_number =
obj_cite_number_emit(type["obj_cite_number_status"]);
type["verse_new"] = State.off;
} else if (matchFirst(line, rgx.line_delimiter_only)) {
type["verse_new"] = State.on;
verse_line = TriState.off;
}
if (type["verse_new"] == State.on) {
verse_line=1;
an_object["obj"] = processing["verse"];
debug(poem) { // poem (tic) close
writefln(
"* %s tic\n%s",
obj_cite_number,
an_object["obj"]
);
}
processing.remove("verse");
an_object["is"] = "verse";
_node =
node_construct.node_emitter(
content_non_header,
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer-1,
an_object["is"]
);
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_block(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number
);
object_reset(an_object);
processing.remove("verse");
++counter;
}
}
}
}
void _group_block_(
char[] line,
ref string[string] an_object,
ref int[string] type
) {
if (type["curly_group"] == State.on) {
if (matchFirst(line, rgx.block_curly_group_close)) {
debug(group) { // group (curly) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["group"] = TriState.closing;
type["curly_group"] = TriState.off;
} else {
debug(group) { // group
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // build group array (or string)
}
} else if (type["tic_group"] == TriState.on) {
if (matchFirst(line, rgx.block_tic_close)) {
debug(group) { // group (tic) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["group"] = TriState.closing;
type["tic_group"] = TriState.off;
} else {
debug(group) { // group
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // build group array (or string)
}
}
}
void _block_block_(
char[] line,
ref string[string] an_object,
ref int[string] type
) {
if (type["curly_block"] == TriState.on) {
if (matchFirst(line, rgx.block_curly_block_close)) {
debug(block) { // block (curly) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["block"] = TriState.closing;
type["curly_block"] = TriState.off;
} else {
debug(block) { // block
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // build block array (or string)
}
} else if (type["tic_block"] == TriState.on) {
if (matchFirst(line, rgx.block_tic_close)) {
debug(block) { // block (tic) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["block"] = TriState.closing;
type["tic_block"] = TriState.off;
} else {
debug(block) { // block
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // build block array (or string)
}
}
}
void _quote_block_(
char[] line,
ref string[string] an_object,
ref int[string] type
) {
if (type["curly_quote"] == TriState.on) {
if (matchFirst(line, rgx.block_curly_quote_close)) {
debug(quote) { // quote (curly) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["quote"] = TriState.closing;
type["curly_quote"] = TriState.off;
} else {
debug(quote) { // quote
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // build quote array (or string)
}
} else if (type["tic_quote"] == TriState.on) {
if (matchFirst(line, rgx.block_tic_close)) {
debug(quote) { // quote (tic) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["quote"] = TriState.closing;
type["tic_quote"] = TriState.off;
} else {
debug(quote) { // quote
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // build quote array (or string)
}
}
}
void _table_block_(
char[] line,
ref string[string] an_object,
ref int[string] type
) {
if (type["curly_table"] == TriState.on) {
if (matchFirst(line, rgx.block_curly_table_close)) {
debug(table) { // table (curly) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["table"] = TriState.closing;
type["curly_table"] = TriState.off;
} else {
debug(table) { // table
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // build table array (or string)
}
} else if (type["tic_table"] == TriState.on) {
if (matchFirst(line, rgx.block_tic_close)) {
debug(table) { // table (tic) close
writeln(line);
}
type["blocks"] = TriState.closing;
type["table"] = TriState.closing;
type["tic_table"] = TriState.off;
} else {
debug(table) { // table
writeln(line);
}
an_object["obj"] ~= line ~= "\n"; // build table array (or string)
}
}
}
void _block_flag_line_empty_(
char[] line,
ref string[string] an_object,
ref ObjComposite[] contents_the_objects,
ref string[][string][string] bookindex_unordered_hashes,
ref int obj_cite_number,
ref string _node,
ref long counter,
ref int[string] type,
string[string] obj_cite_number_poem,
string[string][string] dochead_make_aa,
) {
// line.empty, post contents, empty variables ---------------
assert(
line.empty,
"line should be empty"
);
assert(
(type["blocks"] == TriState.closing),
"code block status: closed"
);
assertions_flag_types_block_status_none_or_closed(type);
if (type["code"] == TriState.closing) {
obj_cite_number =
obj_cite_number_emit(type["obj_cite_number_status"]);
an_object["bookindex"] =
("bookindex" in an_object) ? an_object["bookindex"] : "";
bookindex_unordered_hashes =
bkidx_hash(an_object["bookindex"], obj_cite_number);
an_object["is"] = "code";
_node =
node_construct.node_emitter(
content_non_header,
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer-1,
an_object["is"]
);
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_block_code(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number
);
object_reset(an_object);
processing.remove("verse");
++counter;
type["blocks"] = TriState.off;
type["code"] = TriState.off;
} else if (type["poem"] == TriState.closing) {
an_object["bookindex"] =
("bookindex" in an_object) ? an_object["bookindex"] : "";
bookindex_unordered_hashes =
bkidx_hash(an_object["bookindex"], obj_cite_number);
// obj_cite_number = obj_cite_number_emit(type["obj_cite_number_status"]);
an_object["is"] = "verse"; // check also
_node =
node_construct.node_emitter(
content_non_header,
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer-1,
an_object["is"]
// "verse"
);
contents_the_objects ~=
set_abstract_object.contents_block_obj_cite_number_string(
"poem",
"",
(obj_cite_number_poem["start"], obj_cite_number_poem["end"]),
_node
); // bookindex
object_reset(an_object);
processing.remove("verse");
// ++obj_cite_number;
type["blocks"] = TriState.off;
type["poem"] = TriState.off;
} else if (type["table"] == TriState.closing) {
obj_cite_number =
obj_cite_number_emit(type["obj_cite_number_status"]);
an_object["bookindex"] =
("bookindex" in an_object) ? an_object["bookindex"] : "";
bookindex_unordered_hashes =
bkidx_hash(an_object["bookindex"], obj_cite_number);
an_object["is"] = "table";
_node =
node_construct.node_emitter(
content_non_header,
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer-1,
an_object["is"]
);
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_block(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number
);
object_reset(an_object);
processing.remove("verse");
++counter;
type["blocks"] = TriState.off;
type["table"] = TriState.off;
} else if (type["group"] == TriState.closing) {
obj_cite_number =
obj_cite_number_emit(type["obj_cite_number_status"]);
an_object["bookindex"] =
("bookindex" in an_object) ? an_object["bookindex"] : "";
bookindex_unordered_hashes =
bkidx_hash(an_object["bookindex"], obj_cite_number);
an_object["is"] = "group";
_node =
node_construct.node_emitter(
content_non_header,
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer-1,
an_object["is"]
);
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_block(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number
);
object_reset(an_object);
processing.remove("verse");
++counter;
type["blocks"] = TriState.off;
type["group"] = TriState.off;
} else if (type["block"] == TriState.closing) {
obj_cite_number = obj_cite_number_emit(type["obj_cite_number_status"]);
an_object["bookindex"] =
("bookindex" in an_object) ? an_object["bookindex"] : "";
bookindex_unordered_hashes =
bkidx_hash(an_object["bookindex"], obj_cite_number);
an_object["is"] = "block";
_node =
node_construct.node_emitter(
content_non_header,
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer-1,
an_object["is"]
);
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_block(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number
);
object_reset(an_object);
processing.remove("verse");
++counter;
type["blocks"] = TriState.off;
type["block"] = TriState.off;
} else if (type["quote"] == TriState.closing) {
obj_cite_number =
obj_cite_number_emit(type["obj_cite_number_status"]);
an_object["bookindex"] =
("bookindex" in an_object) ? an_object["bookindex"] : "";
bookindex_unordered_hashes =
bkidx_hash(an_object["bookindex"], obj_cite_number);
an_object["is"] = "quote";
_node =
node_construct.node_emitter(
content_non_header,
segment_object_belongs_to,
obj_cite_number,
counter,
heading_pointer-1,
an_object["is"]
);
auto substantive_object_and_anchor_tags_tuple =
obj_im.obj_inline_markup_and_anchor_tags(an_object, dochead_make_aa);
an_object["substantive"] = substantive_object_and_anchor_tags_tuple[0];
anchor_tags = substantive_object_and_anchor_tags_tuple[1];
an_object["attrib"] =
obj_att.obj_attributes(an_object["is"], an_object["obj"], _node);
contents_the_objects ~=
set_abstract_object.contents_block(
an_object["is"],
an_object["substantive"],
an_object["attrib"],
obj_cite_number
);
object_reset(an_object);
processing.remove("verse");
++counter;
type["blocks"] = TriState.off;
type["quote"] = TriState.off;
}
}
auto _book_index_(
char[] line,
ref string book_idx_tmp,
ref string[string] an_object,
ref int[string] type
) {
if (auto m = match(line, rgx.book_index)) {
/+ match book_index +/
debug(bookindexmatch) { // book index
writefln(
"* [bookindex] %s\n",
to!string(m.captures[1]),
);
// writeln(scr_txt_marker["blue"], to!string(m.captures[1]), "\n");
}
an_object["bookindex"] = to!string(m.captures[1]);
} else if (auto m = match(line, rgx.book_index_open)) {
/+ match open book_index +/
type["book_index"] = State.on;
book_idx_tmp = to!string(m.captures[1]);
debug(bookindexmatch) { // book index
writefln(
"* [bookindex] %s\n",
book_idx_tmp,
);
// writeln(scr_txt_marker["blue"], book_idx_tmp, "\n");
}
} else if (type["book_index"] == State.on ) {
/+ book_index flag set +/
if (auto m = match(line, rgx.book_index_close)) {
type["book_index"] = State.off;
an_object["bookindex"] = book_idx_tmp ~ to!string(m.captures[1]);
debug(bookindexmatch) { // book index
writefln(
"* [bookindex] %s\n",
book_idx_tmp,
);
// writeln(scr_txt_marker["blue"], book_idx_tmp, "\n");
}
book_idx_tmp = "";
} else {
book_idx_tmp ~= line;
}
}
}
auto _heading_found_(
char[] line,
string dochead_make_identify_unmarked_headings,
ref string[string] heading_match_str,
ref Regex!(char)[string] heading_match_rgx,
ref int[string] type
) {
if ((dochead_make_identify_unmarked_headings.length > 2)
&& (type["make_headings"] == State.off)) {
/+ headings found +/
debug(headingsfound) {
writeln(dochead_make_identify_unmarked_headings);
}
char[][] make_headings_spl =
split(
cast(char[]) dochead_make_identify_unmarked_headings,
rgx.make_heading_delimiter);
debug(headingsfound) {
writeln(make_headings_spl.length);
writeln(make_headings_spl);
}
switch (make_headings_spl.length) {
case 7 :
if (!empty(make_headings_spl[6])) {
heading_match_str["h_4"] =
"^(" ~ to!string(make_headings_spl[6]) ~ ")";
heading_match_rgx["h_4"] =
regex(heading_match_str["h_4"]);
}
goto case;
case 6 :
if (!empty(make_headings_spl[5])) {
heading_match_str["h_3"] =
"^(" ~ to!string(make_headings_spl[5]) ~ ")";
heading_match_rgx["h_3"] =
regex(heading_match_str["h_3"]);
}
goto case;
case 5 :
if (!empty(make_headings_spl[4])) {
heading_match_str["h_2"] =
"^(" ~ to!string(make_headings_spl[4]) ~ ")";
heading_match_rgx["h_2"] =
regex(heading_match_str["h_2"]);
}
goto case;
case 4 :
if (!empty(make_headings_spl[3])) {
heading_match_str["h_1"] =
"^(" ~ to!string(make_headings_spl[3]) ~ ")";
heading_match_rgx["h_1"] =
regex(heading_match_str["h_1"]);
}
goto case;
case 3 :
if (!empty(make_headings_spl[2])) {
heading_match_str["h_D"] =
"^(" ~ to!string(make_headings_spl[2]) ~ ")";
heading_match_rgx["h_D"] =
regex(heading_match_str["h_D"]);
}
goto case;
case 2 :
if (!empty(make_headings_spl[1])) {
heading_match_str["h_C"] =
"^(" ~ to!string(make_headings_spl[1]) ~ ")";
heading_match_rgx["h_C"] =
regex(heading_match_str["h_C"]);
}
goto case;
case 1 :
if (!empty(make_headings_spl[0])) {
heading_match_str["h_B"] =
"^(" ~ to!string(make_headings_spl[0]) ~ ")";
heading_match_rgx["h_B"] =
regex(heading_match_str["h_B"]);
}
break;
default:
break;
}
type["make_headings"] = State.on;
}
}
auto _heading_make_set_(
ref char[] line,
ref int[string] line_occur,
ref Regex!(char)[string] heading_match_rgx,
ref int[string] type
) {
if ((type["make_headings"] == State.on)
&& ((line_occur["para"] == State.off)
&& (line_occur["heading"] == State.off))
&& ((type["para"] == State.off)
&& (type["heading"] == State.off))) {
/+ heading make set +/
if (matchFirst(line, heading_match_rgx["h_B"])) {
line = "B~ " ~ line;
debug(headingsfound) {
writeln(line);
}
}
if (matchFirst(line, heading_match_rgx["h_C"])) {
line = "C~ " ~ line;
debug(headingsfound) {
writeln(line);
}
}
if (matchFirst(line, heading_match_rgx["h_D"])) {
line = "D~ " ~ line;
debug(headingsfound) {
writeln(line);
}
}
if (matchFirst(line, heading_match_rgx["h_1"])) {
line = "1~ " ~ line;
debug(headingsfound) {
writeln(line);
}
}
if (matchFirst(line, heading_match_rgx["h_2"])) {
line = "2~ " ~ line;
debug(headingsfound) {
writeln(line);
}
}
if (matchFirst(line, heading_match_rgx["h_3"])) {
line = "3~ " ~ line;
debug(headingsfound) {
writeln(line);
}
}
if (matchFirst(line, heading_match_rgx["h_4"])) {
line = "4~ " ~ line;
debug(headingsfound) {
writeln(line);
}
}
}
}
auto _heading_matched_(
char[] line,
ref int[string] line_occur,
ref string[string] an_object,
ref int[string] lv,
ref int[string] collapsed_lev,
ref int[string] type,
ref string[string][string] dochead_meta_aa
) {
if (auto m = match(line, rgx.heading)) {
/+ heading match +/
type["heading"] = State.on;
type["heading_biblio"] = State.off;
type["para"] = State.off;
++line_occur["heading"];
an_object["obj"] ~= line ~= "\n";
an_object["lev"] ~= m.captures[1];
// writeln("an object level: ", an_object);
assertions_doc_structure(an_object, lv); // includes most of the logic for collapsed levels
switch (an_object["lev"]) {
case "A":
an_object["obj"]=replaceFirst(an_object["obj"], rgx.variable_doc_title, dochead_meta_aa["title"]["main"]);
an_object["obj"]=replaceFirst(an_object["obj"], rgx.variable_doc_author, dochead_meta_aa["creator"]["author"]);
collapsed_lev["h0"] = 1;
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h0"]);
lv["lv"] = DocStructMarkupHeading.h_sect_A;
++lv["h0"];
lv["h1"] = State.off;
lv["h2"] = State.off;
lv["h3"] = State.off;
lv["h4"] = State.off;
lv["h5"] = State.off;
lv["h6"] = State.off;
lv["h7"] = State.off;
goto default;
case "B":
collapsed_lev["h1"] = collapsed_lev["h0"] + 1;
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h1"]);
lv["lv"] = DocStructMarkupHeading.h_sect_B;
++lv["h1"];
lv["h2"] = State.off;
lv["h3"] = State.off;
lv["h4"] = State.off;
lv["h5"] = State.off;
lv["h6"] = State.off;
lv["h7"] = State.off;
goto default;
case "C":
collapsed_lev["h2"] = collapsed_lev["h1"] + 1;
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h2"]);
lv["lv"] = DocStructMarkupHeading.h_sect_C;
++lv["h2"];
lv["h3"] = State.off;
lv["h4"] = State.off;
lv["h5"] = State.off;
lv["h6"] = State.off;
lv["h7"] = State.off;
goto default;
case "D":
collapsed_lev["h3"] = collapsed_lev["h2"] + 1;
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h3"]);
lv["lv"] = DocStructMarkupHeading.h_sect_D;
++lv["h3"];
lv["h4"] = State.off;
lv["h5"] = State.off;
lv["h6"] = State.off;
lv["h7"] = State.off;
goto default;
case "1":
if (lv["h3"] > State.off) {
collapsed_lev["h4"] = collapsed_lev["h3"] + 1;
} else if (lv["h2"] > State.off) {
collapsed_lev["h4"] = collapsed_lev["h2"] + 1;
} else if (lv["h1"] > State.off) {
collapsed_lev["h4"] = collapsed_lev["h1"] + 1;
} else if (lv["h0"] > State.off) {
collapsed_lev["h4"] = collapsed_lev["h0"] + 1;
}
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h4"]);
lv["lv"] = DocStructMarkupHeading.h_text_1;
++lv["h4"];
lv["h5"] = State.off;
lv["h6"] = State.off;
lv["h7"] = State.off;
goto default;
case "2":
if (lv["h5"] > State.off) {
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h5"]);
} else if (lv["h4"] > State.off) {
collapsed_lev["h5"] = collapsed_lev["h4"] + 1;
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h5"]);
}
lv["lv"] = DocStructMarkupHeading.h_text_2;
++lv["h5"];
lv["h6"] = State.off;
lv["h7"] = State.off;
goto default;
case "3":
if (lv["h6"] > State.off) {
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h6"]);
} else if (lv["h5"] > State.off) {
collapsed_lev["h6"] = collapsed_lev["h5"] + 1;
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h6"]);
}
lv["lv"] = DocStructMarkupHeading.h_text_3;
++lv["h6"];
lv["h7"] = State.off;
goto default;
case "4":
if (lv["h7"] > State.off) {
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h7"]);
} else if (lv["h6"] > State.off) {
collapsed_lev["h7"] = collapsed_lev["h6"] + 1;
an_object["lev_collapsed_number"] =
to!string(collapsed_lev["h7"]);
}
lv["lv"] = DocStructMarkupHeading.h_text_4;
++lv["h7"];
goto default;
default:
an_object["lev_markup_number"] = to!string(lv["lv"]);
}
debug(heading) { // heading
// writeln(m.captures[1], " ", m.captures[2], "\n"); // figure inclusion of post capture text
// writeln(m.hit, "\n");
writeln(strip(line));
}
}
}
auto _para_match_(
char[] line,
ref string[string] an_object,
ref string[string] indent,
ref bool bullet,
ref int[string] type,
ref int[string] line_occur
) {
if (line_occur["para"] == State.off) {
/+ para matches +/
// paragraphs
// (fl ag_type["heading"] = true) &&
if (auto m = matchFirst(line, rgx.para_indent)) {
debug(paraindent) { // para indent
writeln(line);
}
type["para"] = State.on;
an_object["obj"] ~= line ~= "\n";
indent["hang_position"] = to!string(m.captures[1]);
indent["base_position"] = "0";
bullet = false;
} else if (matchFirst(line, rgx.para_bullet)) {
debug(parabullet) { // para bullet
writeln(line);
}
type["para"] = State.on;
an_object["obj"] ~= line;
indent["hang_position"] = "0";
indent["base_position"] = "0";
bullet = true;
} else if (auto m = matchFirst(line, rgx.para_indent_hang)) {
debug(paraindenthang) { // para indent hang
writeln(line);
}
type["para"] = State.on;
an_object["obj"] ~= line;
indent["hang_position"] = to!string(m.captures[1]);
indent["base_position"] = to!string(m.captures[2]);
bullet = false;
} else if (auto m = matchFirst(line, rgx.para_bullet_indent)) {
debug(parabulletindent) { // para bullet indent
writeln(line);
}
type["para"] = State.on;
an_object["obj"] ~= line;
indent["hang_position"] = to!string(m.captures[1]);
indent["base_position"] = "0";
bullet = true;
} else {
// !line.empty
type["para"] = State.on;
an_object["obj"] ~= line;
indent["hang_position"] = "0";
indent["base_position"] = "0";
bullet = false;
}
++line_occur["para"];
}
}
/+ abstraction functions ↑ +/
/+ ↓ abstraction function emitters +/
struct OCNemitter {
int obj_cite_number, obj_cite_number_;
int obj_cite_number_emitter(int obj_cite_number_status_flag)
in { assert(obj_cite_number_status_flag <= 2); }
body {
obj_cite_number=(obj_cite_number_status_flag == 0)
? ++obj_cite_number_
: 0;
assert(obj_cite_number >= 0);
return obj_cite_number;
}
invariant() {
}
}
struct ObjInlineMarkupMunge {
// struct ObjInlineMarkupMunge : AssertObjInlineMarkup {
string[string] obj_txt;
int n_foot, n_foot_reg, n_foot_sp_asterisk, n_foot_sp_plus;
string obj_txt_out, tail, note;
private auto initialize_note_numbers() {
n_foot = 0;
n_foot_reg = 0;
n_foot_sp_asterisk = 0;
n_foot_sp_plus = 0;
}
private auto object_notes_(string obj_txt_in)
in { }
body {
auto rgx = Rgx();
auto mkup = InlineMarkup();
obj_txt_out = "";
tail = "";
obj_txt_in = replaceAll(
obj_txt_in,
rgx.inline_notes_curly_sp_asterisk,
(mkup.en_a_o ~ "*" ~ " $1" ~ mkup.en_a_c)
);
obj_txt_in =
replaceAll(
obj_txt_in,
rgx.inline_notes_curly_sp_plus,
(mkup.en_a_o ~ "+" ~ " $1" ~ mkup.en_a_c)
);
obj_txt_in =
replaceAll(
obj_txt_in,
rgx.inline_notes_curly,
(mkup.en_a_o ~ " $1" ~ mkup.en_a_c)
);
if (match(obj_txt_in, rgx.inline_notes_al_gen)) {
foreach(m; matchAll(obj_txt_in, rgx.inline_text_and_note_al)) {
if (match(obj_txt_in, rgx.inline_al_delimiter_open_asterisk)) {
++n_foot_sp_asterisk;
n_foot=n_foot_sp_asterisk;
} else if (match(obj_txt_in, rgx.inline_al_delimiter_open_plus)) {
++n_foot_sp_plus;
n_foot=n_foot_sp_plus;
} else {
++n_foot_reg;
n_foot=n_foot_reg;
}
obj_txt_out ~= replaceFirst(
m.hit,
rgx.inline_al_delimiter_open_regular,
(mkup.en_a_o ~ to!string(n_foot))
);
tail = m.post;
// if (!empty(m.post)) {
// tail = m.post;
// } else {
// tail = "";
// }
}
} else {
obj_txt_out = obj_txt_in;
}
debug(footnotes) {
writeln(obj_txt_out, tail);
}
obj_txt_out = obj_txt_out ~ tail;
debug(footnotesdone) {
foreach(m; matchAll(obj_txt_out,
(mkup.en_a_o ~ `\s*(.+?)` ~ mkup.en_a_c))) {
writeln(m.captures[1]);
writeln(m.hit);
}
}
return obj_txt_out;
}
string para(string obj_txt_in)
in { }
body {
auto rgx = Rgx();
obj_txt["munge"]=obj_txt_in;
obj_txt["munge"]=replaceFirst(obj_txt["munge"], rgx.para_attribs, "");
obj_txt["munge"]=replaceFirst(obj_txt["munge"], rgx.obj_cite_number_off_all, "");
obj_txt["munge"]=object_notes_(obj_txt["munge"]);
debug(munge) {
writeln(__LINE__);
writeln(obj_txt_in);
writeln(__LINE__);
writeln(to!string(obj_txt["munge"]));
}
return obj_txt["munge"];
}
string heading(string obj_txt_in)
in { }
body {
auto rgx = Rgx();
obj_txt["munge"]=obj_txt_in;
obj_txt["munge"]=replaceFirst(obj_txt["munge"], rgx.heading, "");
obj_txt["munge"]=replaceFirst(obj_txt["munge"], rgx.obj_cite_number_off_all, "");
obj_txt["munge"]=object_notes_(obj_txt["munge"]);
debug(munge) {
writeln(__LINE__);
writeln(obj_txt_in);
writeln(__LINE__);
writeln(to!string(obj_txt["munge"]));
}
return obj_txt["munge"];
}
invariant() {
}
/+ revisit +/
// string header_make(string obj_txt_in)
// in { }
// body {
// obj_txt["munge"]=obj_txt_in;
// return obj_txt["munge"];
// }
// invariant() {
// }
// string header_meta(string obj_txt_in)
// in { }
// body {
// obj_txt["munge"]=obj_txt_in;
// return obj_txt["munge"];
// }
// invariant() {
// }
string code(string obj_txt_in)
in { }
body {
obj_txt["munge"]=obj_txt_in;
return obj_txt["munge"];
}
invariant() {
}
string group(string obj_txt_in)
in { }
body {
obj_txt["munge"]=obj_txt_in;
obj_txt["munge"]=object_notes_(obj_txt["munge"]);
return obj_txt["munge"];
}
invariant() {
}
string block(string obj_txt_in)
in { }
body {
obj_txt["munge"]=obj_txt_in;
obj_txt["munge"]=object_notes_(obj_txt["munge"]);
return obj_txt["munge"];
}
invariant() {
}
string verse(string obj_txt_in)
in { }
body {
obj_txt["munge"]=obj_txt_in;
obj_txt["munge"]=object_notes_(obj_txt["munge"]);
return obj_txt["munge"];
}
invariant() {
}
string quote(string obj_txt_in)
in { }
body {
obj_txt["munge"]=obj_txt_in;
return obj_txt["munge"];
}
invariant() {
}
string table(string obj_txt_in)
in { }
body {
obj_txt["munge"]=obj_txt_in;
return obj_txt["munge"];
}
invariant() {
}
string comment(string obj_txt_in)
in { }
body {
obj_txt["munge"]=obj_txt_in;
return obj_txt["munge"];
}
invariant() {
}
}
struct ObjInlineMarkup {
auto munge = ObjInlineMarkupMunge();
string[string] obj_txt;
auto obj_inline_markup_and_anchor_tags(string[string] obj_, string[string][string] dochead_make_aa)
in { }
body {
obj_txt["munge"]=obj_["obj"].dup;
obj_txt["munge"]=(match(obj_["is"], ctRegex!(`verse|code`)))
? obj_txt["munge"]
: strip(obj_txt["munge"]);
static __gshared string[] anchor_tags_ = [];
switch (obj_["is"]) {
case "heading":
static __gshared string anchor_tag = "";
// TODO WORK ON, you still need to ensure that level 1 anchor_tags are unique
obj_txt["munge"]=_configured_auto_heading_numbering_and_segment_anchor_tags(obj_txt["munge"], obj_, dochead_make_aa);
obj_txt["munge"]=_make_segment_anchor_tags_if_none_provided(obj_txt["munge"], obj_["lev"]);
if (auto m = match(obj_txt["munge"], rgx.heading_anchor_tag)) {
anchor_tag = m.captures[1];
anchor_tags_ ~=anchor_tag;
} else if (obj_["lev"] == "1") {
writeln("heading anchor tag missing: ", obj_txt["munge"]);
}
obj_txt["munge"]=munge.heading(obj_txt["munge"]);
break;
case "para":
obj_txt["munge"]=munge.para(obj_txt["munge"]);
break;
case "code":
obj_txt["munge"]=munge.code(obj_txt["munge"]);
break;
case "group":
obj_txt["munge"]=munge.group(obj_txt["munge"]);
break;
case "block":
obj_txt["munge"]=munge.block(obj_txt["munge"]);
break;
case "verse":
obj_txt["munge"]=munge.verse(obj_txt["munge"]);
break;
case "quote":
obj_txt["munge"]=munge.quote(obj_txt["munge"]);
break;
case "table":
obj_txt["munge"]=munge.table(obj_txt["munge"]);
break;
case "comment":
obj_txt["munge"]=munge.comment(obj_txt["munge"]);
break;
case "doc_end_reset":
munge.initialize_note_numbers();
break;
default:
break;
}
auto t = tuple(
obj_txt["munge"],
anchor_tags_,
);
anchor_tags_=[];
return t;
}
invariant() {
}
private:
static string _configured_auto_heading_numbering_and_segment_anchor_tags(string munge_, string[string] obj_, string[string][string] dochead_make_aa) {
if (dochead_make_aa["make"]["num_top"].length > 0) {
if (!(match(munge_, rgx.heading_anchor_tag))) {
static __gshared uint heading_num_top_level=9;
static __gshared uint heading_num_depth=2;
static __gshared uint heading_num_0 = 0;
static __gshared uint heading_num_1 = 0;
static __gshared uint heading_num_2 = 0;
static __gshared uint heading_num_3 = 0;
static __gshared string heading_number_auto_composite = "";
if (heading_num_top_level==9) {
if (dochead_make_aa["make"]["num_depth"].length > 0) {
heading_num_depth = to!uint(dochead_make_aa["make"]["num_depth"]);
}
switch (dochead_make_aa["make"]["num_top"]) {
case "A":
break;
case "B":
heading_num_top_level=1;
break;
case "C":
heading_num_top_level=2;
break;
case "D":
heading_num_top_level=3;
break;
case "1":
heading_num_top_level=4;
break;
case "2":
heading_num_top_level=5;
break;
case "3":
heading_num_top_level=6;
break;
case "4":
heading_num_top_level=7;
break;
default:
break;
}
}
/+ num_depth minimum 0 (1.) default 2 (1.1.1) max 3 (1.1.1.1) implement +/
if (heading_num_top_level > to!uint(obj_["lev_markup_number"])) {
heading_num_0 = 0;
heading_num_1 = 0;
heading_num_2 = 0;
heading_num_3 = 0;
} else if (heading_num_top_level == to!uint(obj_["lev_markup_number"])) {
heading_num_0 ++;
heading_num_1 = 0;
heading_num_2 = 0;
heading_num_3 = 0;
} else if (heading_num_top_level == (to!uint(obj_["lev_markup_number"]) - 1)) {
heading_num_1 ++;
heading_num_2 = 0;
heading_num_3 = 0;
} else if (heading_num_top_level == (to!uint(obj_["lev_markup_number"]) - 2)) {
heading_num_2 ++;
heading_num_3 = 0;
} else if (heading_num_top_level == (to!uint(obj_["lev_markup_number"]) - 3)) {
heading_num_3 ++;
} else {
//
}
if (heading_num_3 > 0) {
heading_number_auto_composite =
(heading_num_depth == 3)
? ( to!string(heading_num_0) ~ "." ~
to!string(heading_num_1) ~ "." ~
to!string(heading_num_2) ~ "." ~
to!string(heading_num_3)
)
: "";
} else if (heading_num_2 > 0) {
heading_number_auto_composite =
((heading_num_depth >= 2)
&& (heading_num_depth <= 3))
? ( to!string(heading_num_0) ~ "." ~
to!string(heading_num_1) ~ "." ~
to!string(heading_num_2)
)
: "";
} else if (heading_num_1 > 0) {
heading_number_auto_composite =
((heading_num_depth >= 1)
&& (heading_num_depth <= 3))
? ( to!string(heading_num_0) ~ "." ~
to!string(heading_num_1)
)
: "";
} else if (heading_num_0 > 0) {
heading_number_auto_composite =
((heading_num_depth >= 0)
&& (heading_num_depth <= 3))
? (to!string(heading_num_0))
: "";
} else {
heading_number_auto_composite = "";
}
debug(heading_number_auto) {
writeln(heading_number_auto_composite);
}
if (!empty(heading_number_auto_composite)) {
munge_=replaceFirst(munge_, rgx.heading,
"$1~$2 " ~ heading_number_auto_composite ~ ". ");
munge_=replaceFirst(munge_, rgx.heading_marker_missing_tag,
"$1~" ~ heading_number_auto_composite ~ " ");
}
}
}
return munge_;
}
static string _make_segment_anchor_tags_if_none_provided(string munge_, string lev_) {
if (!(match(munge_, rgx.heading_anchor_tag))) { // if (anchor_tags_.length == 0) {
if (match(munge_, rgx.heading_identify_anchor_tag)) {
if (auto m = match(munge_, rgx.heading_extract_named_anchor_tag)) {
munge_=replaceFirst(munge_, rgx.heading_marker_missing_tag,
"$1~" ~ toLower(m.captures[1]) ~ "_" ~ m.captures[2] ~ " ");
} else if (auto m = match(munge_, rgx.heading_extract_unnamed_anchor_tag)) {
munge_=replaceFirst(munge_, rgx.heading_marker_missing_tag,
"$1~" ~ "s" ~ m.captures[1] ~ " ");
}
} else if (lev_ == "1") { // (if not successful) manufacture a unique anchor tag for lev=="1"
static __gshared uint heading_num_lev1 = 0;
heading_num_lev1 ++;
munge_=replaceFirst(munge_, rgx.heading_marker_missing_tag,
"$1~" ~ "x" ~ to!string(heading_num_lev1) ~ " ");
}
}
return munge_;
}
unittest {
string txt_lev="1";
string txt_in, txt_out;
txt_in = "1~copyright Copyright";
txt_out ="1~copyright Copyright";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
// assert(ObjInlineMarkup._make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
txt_in = "1~ 6. Writing Copyright Licenses";
txt_out ="1~s6 6. Writing Copyright Licenses";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
txt_in= "1~ 1. Reinforcing trends";
txt_out= "1~s1 1. Reinforcing trends";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
txt_in= "1~ 11 SCIENCE AS A COMMONS";
txt_out= "1~s11 11 SCIENCE AS A COMMONS";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
txt_in= "1~ Chapter 1";
txt_out="1~chapter_1 Chapter 1";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
txt_in= "1~ Chapter 1.";
txt_out="1~chapter_1 Chapter 1.";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
txt_in= "1~ Chapter 1: Done";
txt_out="1~chapter_1 Chapter 1: Done";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
txt_in= "1~ Chapter 11 - The Battle Over the Institutional Ecology of the Digital Environment";
txt_out= "1~chapter_11 Chapter 11 - The Battle Over the Institutional Ecology of the Digital Environment";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
txt_in= "1~ CHAPTER I.";
txt_out="1~x1 CHAPTER I.";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
txt_in= "1~ CHAPTER II.";
txt_out="1~x2 CHAPTER II.";
assert(_make_segment_anchor_tags_if_none_provided(txt_in, txt_lev) == txt_out);
}
}
struct ObjAttributes {
string[string] _obj_attrib;
string obj_attributes(string obj_is_, string obj_raw, string _node)
in { }
body {
scope(exit) {
destroy(obj_is_);
destroy(obj_raw);
destroy(_node);
}
_obj_attrib.remove("json");
_obj_attrib["json"] ="{";
switch (obj_is_) {
case "heading":
_obj_attrib["json"] ~= _heading(obj_raw); //
break;
case "para":
_obj_attrib["json"] ~= _para_and_blocks(obj_raw)
~ _para(obj_raw);
break;
case "code":
_obj_attrib["json"] ~= _code(obj_raw);
break;
case "group":
_obj_attrib["json"] ~= _para_and_blocks(obj_raw)
~ _group(obj_raw);
break;
case "block":
_obj_attrib["json"] ~= _para_and_blocks(obj_raw)
~ _block(obj_raw);
break;
case "verse":
_obj_attrib["json"] ~= _verse(obj_raw);
break;
case "quote":
_obj_attrib["json"] ~= _quote(obj_raw);
break;
case "table":
_obj_attrib["json"] ~= _table(obj_raw);
break;
case "comment":
_obj_attrib["json"] ~= _comment(obj_raw);
break;
default:
_obj_attrib["json"] ~= _para(obj_raw);
break;
}
_obj_attrib["json"] ~=" }";
_obj_attrib["json"]=_set_additional_values_parse_as_json(_obj_attrib["json"], obj_is_, _node);
debug(structattrib) {
if (oa_j["is"].str() == "heading") {
// writeln(__LINE__);
writeln(_obj_attrib["json"]);
// writeln(_node);
writeln(
"is: ", oa_j["is"].str(),
"; obj_cite_number: ", oa_j["obj_cite_number"].integer()
);
}
}
return _obj_attrib["json"];
}
invariant() {
}
private:
string _obj_attributes;
string _para_and_blocks(string obj_txt_in)
in { }
body {
auto rgx = Rgx();
if (matchFirst(obj_txt_in, rgx.para_bullet)) {
_obj_attributes =" \"bullet\": \"true\","
~ " \"indent_start\": 0,"
~ " \"indent_rest\": 0,";
} else if (auto m = matchFirst(obj_txt_in, rgx.para_bullet_indent)) {
_obj_attributes =" \"bullet\": \"true\","
~ " \"indent_start\": " ~ to!string(m.captures[1]) ~ ","
~ " \"indent_rest\": " ~ to!string(m.captures[1]) ~ ",";
} else if (auto m = matchFirst(obj_txt_in, rgx.para_indent_hang)) {
_obj_attributes =" \"bullet\": \"false\","
~ " \"indent_start\": " ~ to!string(m.captures[1]) ~ ","
~ " \"indent_rest\": " ~ to!string(m.captures[2]) ~ ",";
} else if (auto m = matchFirst(obj_txt_in, rgx.para_indent)) {
_obj_attributes =" \"bullet\": \"false\","
~ " \"indent_start\": " ~ to!string(m.captures[1]) ~ ","
~ " \"indent_rest\": " ~ to!string(m.captures[1]) ~ ",";
} else {
_obj_attributes =" \"bullet\": \"false\","
~ " \"indent_start\": 0,"
~ " \"indent_rest\": 0,";
}
return _obj_attributes;
}
string _para(string obj_txt_in)
in { }
body {
_obj_attributes = " \"use\": \"content\","
~ " \"of\": \"para\","
~ " \"is\": \"para\"";
return _obj_attributes;
}
invariant() {
}
string _heading(string obj_txt_in)
in { }
body {
_obj_attributes = " \"use\": \"content\","
~ " \"of\": \"para\","
~ " \"is\": \"heading\"";
return _obj_attributes;
}
invariant() {
}
string _code(string obj_txt_in)
in { }
body {
_obj_attributes = " \"use\": \"content\","
~ " \"of\": \"block\","
~ " \"is\": \"code\"";
return _obj_attributes;
}
invariant() {
}
string _group(string obj_txt_in)
in { }
body {
_obj_attributes = " \"use\": \"content\","
~ " \"of\": \"block\","
~ " \"is\": \"group\"";
return _obj_attributes;
}
invariant() {
}
string _block(string obj_txt_in)
in { }
body {
_obj_attributes = " \"use\": \"content\","
~ " \"of\": \"block\","
~ " \"is\": \"block\"";
return _obj_attributes;
}
invariant() {
}
string _verse(string obj_txt_in)
in { }
body {
_obj_attributes = " \"use\": \"content\","
~ " \"of\": \"block\","
~ " \"is\": \"verse\"";
return _obj_attributes;
}
invariant() {
}
string _quote(string obj_txt_in)
in { }
body {
_obj_attributes = " \"use\": \"content\","
~ " \"of\": \"block\","
~ " \"is\": \"quote\"";
return _obj_attributes;
}
invariant() {
}
string _table(string obj_txt_in)
in { }
body {
_obj_attributes = " \"use\": \"content\","
~ " \"of\": \"block\","
~ " \"is\": \"table\"";
return _obj_attributes;
}
invariant() {
}
string _comment(string obj_txt_in)
in { }
body {
_obj_attributes = " \"use\": \"comment\","
~ " \"of\": \"comment\","
~ " \"is\": \"comment\"";
return _obj_attributes;
}
invariant() {
}
string _set_additional_values_parse_as_json(string _obj_attrib, string obj_is_, string _node) {
JSONValue oa_j = parseJSON(_obj_attrib);
JSONValue node_j = parseJSON(_node);
assert(
(oa_j.type == JSON_TYPE.OBJECT) &&
(node_j.type == JSON_TYPE.OBJECT)
);
if (obj_is_ == "heading") {
oa_j.object["obj_cite_number"] = node_j["obj_cite_number"];
oa_j.object["lev_markup_number"] = node_j["lev_markup_number"];
oa_j.object["lev_collapsed_number"] = node_j["lev_collapsed_number"];
oa_j.object["heading_pointer"] =
node_j["heading_pointer"]; // check
oa_j.object["doc_object_pointer"] =
node_j["doc_object_pointer"]; // check
}
oa_j.object["parent_obj_cite_number"] = node_j["parent_obj_cite_number"];
oa_j.object["parent_lev_markup_number"] = node_j["parent_lev_markup_number"];
_obj_attrib = oa_j.toString();
return _obj_attrib;
}
}
struct BookIndexNuggetHash {
string main_term, sub_term, sub_term_bits;
int obj_cite_number_offset, obj_cite_number_endpoint;
string[] obj_cite_numbers;
string[][string][string] bi;
string[][string][string] hash_nugget;
string[] bi_main_terms_split_arr;
string[][string][string] bookindex_nugget_hash(string bookindex_section, int obj_cite_number)
in {
debug(bookindexraw) {
if (!bookindex_section.empty) {
writeln(
"* [bookindex] ",
"[", to!string(obj_cite_number), "] ", bookindex_section
);
}
}
}
body {
auto rgx = Rgx();
if (!bookindex_section.empty) {
auto bi_main_terms_split_arr =
split(bookindex_section, rgx.bi_main_terms_split);
foreach (bi_main_terms_content; bi_main_terms_split_arr) {
auto bi_main_term_and_rest =
split(bi_main_terms_content, rgx.bi_main_term_plus_rest_split);
if (auto m = match(
bi_main_term_and_rest[0],
rgx.bi_term_and_obj_cite_numbers_match)
) {
main_term = strip(m.captures[1]);
obj_cite_number_offset = to!int(m.captures[2]);
obj_cite_number_endpoint=(obj_cite_number + obj_cite_number_offset);
obj_cite_numbers ~= (to!string(obj_cite_number) ~ "-" ~ to!string(obj_cite_number_endpoint));
} else {
main_term = strip(bi_main_term_and_rest[0]);
obj_cite_numbers ~= to!string(obj_cite_number);
}
bi[main_term]["_a"] ~= obj_cite_numbers;
obj_cite_numbers=null;
if (bi_main_term_and_rest.length > 1) {
auto bi_sub_terms_split_arr =
split(
bi_main_term_and_rest[1],
rgx.bi_sub_terms_plus_obj_cite_number_offset_split
);
foreach (sub_terms_bits; bi_sub_terms_split_arr) {
if (auto m = match(sub_terms_bits, rgx.bi_term_and_obj_cite_numbers_match)) {
sub_term = strip(m.captures[1]);
obj_cite_number_offset = to!int(m.captures[2]);
obj_cite_number_endpoint=(obj_cite_number + obj_cite_number_offset);
obj_cite_numbers ~= (to!string(obj_cite_number) ~ " - " ~ to!string(obj_cite_number_endpoint));
} else {
sub_term = strip(sub_terms_bits);
obj_cite_numbers ~= to!string(obj_cite_number);
}
if (!empty(sub_term)) {
bi[main_term][sub_term] ~= obj_cite_numbers;
}
obj_cite_numbers=null;
}
}
}
}
hash_nugget = bi;
return hash_nugget;
}
invariant() {
}
}
struct BookIndexReportIndent {
int mkn, skn;
auto bookindex_report_indented(
string[][string][string] bookindex_unordered_hashes
) {
auto mainkeys=
bookindex_unordered_hashes.byKey.array.sort().release;
foreach (mainkey; mainkeys) {
debug(bookindex) {
writeln(mainkey);
}
auto subkeys=
bookindex_unordered_hashes[mainkey].byKey.array.sort().release;
foreach (subkey; subkeys) {
debug(bookindex) {
writeln(" ", subkey);
writeln(" ", to!string(
bookindex_unordered_hashes[mainkey][subkey]
));
}
// bookindex_the[mkn][mainkey][skn][subkey] ~= (bookindex_unordered_hashes[mainkey][subkey]);
++skn;
}
++mkn;
}
}
}
struct BookIndexReportSection {
int mkn, skn;
auto rgx = Rgx();
auto bookindex_write_section(
string[][string][string] bookindex_unordered_hashes
) {
auto mainkeys=bookindex_unordered_hashes.byKey.array.sort().release;
foreach (mainkey; mainkeys) {
write("_0_1 !{", mainkey, "}! ");
foreach (ref_; bookindex_unordered_hashes[mainkey]["_a"]) {
auto go = replaceAll(ref_, rgx.book_index_go, "$1");
write(" {", ref_, "}#", go, ", ");
}
writeln(" \\\\");
bookindex_unordered_hashes[mainkey].remove("_a");
auto subkeys=
bookindex_unordered_hashes[mainkey].byKey.array.sort().release;
foreach (subkey; subkeys) {
write(" ", subkey, ", ");
foreach (ref_; bookindex_unordered_hashes[mainkey][subkey]) {
auto go = replaceAll(ref_, rgx.book_index_go, "$1");
write(" {", ref_, "}#", go, ", ");
}
writeln(" \\\\");
++skn;
}
++mkn;
}
}
auto bookindex_build_section(
string[][string][string] bookindex_unordered_hashes,
int obj_cite_number,
string segment_object_belongs_to,
) {
string type;
string lev, lev_markup_number, lev_collapsed_number;
string attrib;
string[string] indent;
auto set_abstract_object = ObjectAbstractSet();
auto mainkeys =
bookindex_unordered_hashes.byKey.array.sort().release;
string bi_tmp;
ObjComposite[] bookindex_section;
// writeln(mainkeys.length);
// B~ Book Index
attrib="";
lev="B";
lev_markup_number="1";
lev_collapsed_number="1";
bookindex_section ~=
set_abstract_object.contents_heading(
"Book Index",
attrib,
obj_cite_number,
[],
to!string(lev),
to!int(lev_markup_number),
to!int(lev_collapsed_number)
);
++obj_cite_number;
++mkn;
// 1~ Index
attrib="";
lev="1";
lev_markup_number="4";
lev_collapsed_number="2";
bookindex_section ~=
set_abstract_object.contents_heading(
"Index",
attrib,
obj_cite_number,
["book_index"],
to!string(lev),
to!int(lev_markup_number),
to!int(lev_collapsed_number)
);
++obj_cite_number;
++mkn;
foreach (mainkey; mainkeys) {
bi_tmp = "!{" ~ mainkey ~ "}! ";
// bi_tmp = "_0_1 !{" ~ mainkey ~ "}! ";
foreach (ref_; bookindex_unordered_hashes[mainkey]["_a"]) {
auto go = replaceAll(ref_, rgx.book_index_go, "$1");
bi_tmp ~= (segment_object_belongs_to.empty)
? (" {" ~ ref_ ~ "}#" ~ go ~ ", ")
: (" {" ~ ref_ ~ "}[../" ~ segment_object_belongs_to ~ ".fn_suffix]#" ~ go ~ ", ");
}
bi_tmp ~= " \\\\\n ";
bookindex_unordered_hashes[mainkey].remove("_a");
auto subkeys =
bookindex_unordered_hashes[mainkey].byKey.array.sort().release;
foreach (subkey; subkeys) {
bi_tmp ~= subkey ~ ", ";
foreach (ref_; bookindex_unordered_hashes[mainkey][subkey]) {
auto go = replaceAll(ref_, rgx.book_index_go, "$1");
bi_tmp ~= (segment_object_belongs_to.empty)
? (" {" ~ ref_ ~ "}#" ~ go ~ ", ")
: (" {" ~ ref_ ~ "}[../" ~ segment_object_belongs_to ~ ".fn_suffix]#" ~ go ~ ", ");
}
bi_tmp ~= " \\\\\n ";
++skn;
}
bi_tmp = replaceFirst(bi_tmp, rgx.trailing_linebreak, "");
type="para";
attrib="";
indent["hang_position"] = "0";
indent["base_position"] = "1";
attrib="";
// bookindex_section ~=
// set_abstract_object.contents_para(
// obj,
// obj_cite_number,
// indent,
// false
// );
bookindex_section ~=
set_abstract_object.contents_para(
type,
bi_tmp,
attrib,
obj_cite_number,
indent,
false
);
++obj_cite_number;
++mkn;
}
auto t = tuple(bookindex_section, obj_cite_number);
return t;
}
}
struct NotesSection {
string object_notes;
long previous_count;
int mkn;
auto rgx = Rgx();
private auto gather_notes_for_endnote_section(
ObjComposite[] contents_am,
string segment_object_belongs_to,
ulong counter
)
in {
// endnotes/ footnotes for
// doc objects other than paragraphs & headings
// various forms of grouped text
assert((contents_am[counter].is_a == "para")
|| (contents_am[counter].is_a == "heading"));
assert(counter > previous_count);
previous_count=counter;
assert(
match(contents_am[counter].object,
rgx.inline_notes_delimiter_al_regular_number_note)
);
}
body {
foreach(m;
matchAll(contents_am[counter].object,
rgx.inline_notes_delimiter_al_regular_number_note)) {
debug(endnotes_build) {
writeln(
"{^{", m.captures[1], ".}^}[../", segment_object_belongs_to, ".fn_suffix]#noteref_\n ", m.captures[1], " ",
m.captures[2]); // sometimes need segment name (segmented html & epub)
// writeln("{^{", m.captures[1], ".}^}#", contents_am[counter]["obj_cite_number"], " ", m.captures[2]);
}
object_notes ~= (segment_object_belongs_to.empty)
? ("{^{" ~ m.captures[1] ~ ".}^}#noteref_" ~
m.captures[1] ~ " " ~ m.captures[2] ~ "』")
: ("{^{" ~ m.captures[1] ~ ".}^}[../" ~ segment_object_belongs_to ~ ".fn_suffix]#noteref_" ~
m.captures[1] ~ " " ~ m.captures[2] ~ "』");
}
return object_notes;
}
private auto gathered_notes()
in {
}
body {
string[] endnotes_;
if (object_notes.length > 1) {
endnotes_ = (split(object_notes, rgx.break_string))[0..$-1];
}
return endnotes_;
}
private auto endnote_objects(int obj_cite_number)
in {
}
body {
auto set_abstract_object = ObjectAbstractSet();
ObjComposite[] endnotes_section;
auto endnotes_ = gathered_notes();
// auto endnotes_ = (split(object_notes, rgx.break_string))[0..$-1];
string type;
string lev, lev_markup_number, lev_collapsed_number;
string attrib;
string[string] indent;
// B~ Endnotes
attrib="";
lev="B";
lev_markup_number="1";
lev_collapsed_number="1";
endnotes_section ~=
set_abstract_object.contents_heading(
"Endnotes",
attrib,
obj_cite_number,
[],
to!string(lev),
to!int(lev_markup_number),
to!int(lev_collapsed_number)
);
++obj_cite_number;
++mkn;
// 1~ Endnotes
attrib="";
lev="1";
lev_markup_number="4";
lev_collapsed_number="2";
endnotes_section ~=
set_abstract_object.contents_heading(
"Endnotes",
attrib,
obj_cite_number,
["endnotes"],
to!string(lev),
to!int(lev_markup_number),
to!int(lev_collapsed_number)
);
++obj_cite_number;
++mkn;
foreach (endnote; endnotes_) {
attrib="";
// endnotes ~=
// set_abstract_object.contents_para(
// obj,
// obj_cite_number,
// indent,
// false
// );
endnotes_section ~=
set_abstract_object.contents_endnote(
endnote,
);
++mkn;
}
auto t = tuple(endnotes_section, obj_cite_number);
return t;
}
}
struct Bibliography {
public JSONValue[] _bibliography_(
ref string[] biblio_unsorted_incomplete,
ref JSONValue[] bib_arr_json
)
in { }
body {
JSONValue[] biblio_unsorted =
_biblio_unsorted_complete_(biblio_unsorted_incomplete, bib_arr_json);
JSONValue[] biblio_sorted__ = biblio_sort(biblio_unsorted);
biblio_debug(biblio_sorted__);
debug(biblio0) {
writeln("---");
writeln("unsorted incomplete: ", biblio_unsorted_incomplete.length);
writeln("json: ", bib_arr_json.length);
writeln("unsorted: ", biblio_unsorted.length);
writeln("sorted: ", biblio_sorted__.length);
// writeln("0: ", biblio_sorted__[0]);
int counter;
int[7] x;
while (counter < x.length) {
writeln(counter, ": ", biblio_sorted__[counter]["fulltitle"]);
counter++;
}
}
return biblio_sorted__;
}
final private JSONValue[] _biblio_unsorted_complete_(
string[] biblio_unordered,
ref JSONValue[] bib_arr_json
) {
foreach (bibent; biblio_unordered) {
// update bib to include deemed_author, needed for:
// sort_bibliography_array_by_deemed_author_year_title
// either: sort on multiple fields, or; create such sort field
JSONValue j = parseJSON(bibent);
if (!empty(j["fulltitle"].str)) {
if (!empty(j["author_raw"].str)) {
j["deemed_author"]=j["author_arr"][0];
} else if (!empty(j["editor_raw"].str)) {
j["deemed_author"]=j["editor_arr"][0];
}
j["sortby_deemed_author_year_title"] = (
j["deemed_author"].str ~
"; " ~
j["year"].str ~
"; " ~
j["fulltitle"].str
);
}
bib_arr_json ~= j;
}
JSONValue[] biblio_unsorted_array_of_json_objects =
bib_arr_json.dup;
return biblio_unsorted_array_of_json_objects;
}
final private JSONValue[] biblio_sort(JSONValue[] biblio_unordered) {
JSONValue[] biblio_sorted_;
biblio_sorted_ =
sort!((a, b){
return ((a["sortby_deemed_author_year_title"].str) < (b["sortby_deemed_author_year_title"].str));
})(biblio_unordered).array;
debug(bibliosorted) {
foreach (j; biblio_sorted_) {
if (!empty(j["fulltitle"].str)) {
writeln(j["sortby_deemed_author_year_title"]);
// writeln(j["deemed_author"], " (", j["author"], ") ", j["fulltitle"]);
}
}
}
return biblio_sorted_;
}
void biblio_debug(JSONValue[] biblio_sorted) {
debug(biblio0) {
foreach (j; biblio_sorted) {
if (!empty(j["fulltitle"].str)) {
writeln(j["sortby_deemed_author_year_title"]);
}
}
}
}
}
struct NodeStructureMetadata {
int lv, lv0, lv1, lv2, lv3, lv4, lv5, lv6, lv7;
int obj_cite_number;
int[string] p_; // p_ parent_
string _node;
string node_emitter(
string lev_markup_number,
string segment_anchor_tag,
int obj_cite_number_,
long counter_,
int pointer_,
string is_
)
in {
auto rgx = Rgx();
assert(is_ != "heading");
assert(to!int(obj_cite_number_) >= 0);
}
body {
// scope(failure) {
// writeln(__FILE__, ":", __LINE__, " failed here:");
// writeln(" is : ", is_);
// writeln(" node: ", _node);
// }
assert(is_ != "heading"); // should not be necessary
assert(to!int(obj_cite_number_) >= 0); // should not be necessary
int obj_cite_number=to!int(obj_cite_number_);
if (lv7 > State.off) {
p_["lev_markup_number"] = DocStructMarkupHeading.h_text_4;
p_["obj_cite_number"] = lv7;
} else if (lv6 > State.off) {
p_["lev_markup_number"] = DocStructMarkupHeading.h_text_3;
p_["obj_cite_number"] = lv6;
} else if (lv5 > State.off) {
p_["lev_markup_number"] = DocStructMarkupHeading.h_text_2;
p_["obj_cite_number"] = lv5;
} else {
p_["lev_markup_number"] = DocStructMarkupHeading.h_text_1;
p_["obj_cite_number"] = lv4;
}
_node=("{ " ~
"\"is\": \"" ~ is_ ~ "\"" ~
", \"heading_pointer\": " ~ to!string(pointer_) ~
", \"doc_object_pointer\": " ~ to!string(counter_) ~
", \"obj_cite_number\": " ~ to!string(obj_cite_number_) ~
", \"segment_anchor_tag\": \"" ~ segment_anchor_tag ~ "\"" ~
", \"parent_obj_cite_number\": " ~ to!string(p_["obj_cite_number"]) ~
", \"parent_lev_markup_number\": " ~ to!string(p_["lev_markup_number"]) ~
" }"
);
debug(node) {
if (match(lev_markup_number, rgx.levels_numbered_headings)) {
writeln("* ", to!string(_node));
} else {
writeln("* ", to!string(_node));
}
}
JSONValue j = parseJSON(_node);
assert(j["parent_lev_markup_number"].integer >= 4);
assert(j["parent_lev_markup_number"].integer <= 7);
assert(j["parent_obj_cite_number"].integer >= 0);
return _node;
}
invariant() {
}
string node_emitter_heading(
string lev_markup_number,
string lev_collapsed_number,
string segment_anchor_tag,
int obj_cite_number_,
long counter_,
int pointer_,
string is_
)
in {
auto rgx = Rgx();
assert(is_ == "heading");
assert(to!int(obj_cite_number_) >= 0);
assert(
match(lev_markup_number, rgx.levels_numbered),
("not a valid heading level: " ~ lev_markup_number ~ " at " ~ to!string(obj_cite_number_))
);
// assert(to!int(obj_cite_number_) >= 0);
if (match(lev_markup_number, rgx.levels_numbered)) {
if (to!int(lev_markup_number) == 0) {
assert(to!int(obj_cite_number_) == 1);
// writeln(lev_markup_number);
}
}
}
body {
// scope(failure) {
// writeln(__FILE__, ":", __LINE__, " failed here:");
// writeln(" is : ", is_);
// writeln(" node: ", _node);
// }
auto rgx = Rgx();
int obj_cite_number = to!int(obj_cite_number_);
switch (lev_markup_number) { // switch (to!string(lv)) {
case "0":
lv = DocStructMarkupHeading.h_sect_A;
lv0 = obj_cite_number;
lv1=0; lv2=0; lv3=0; lv4=0; lv5=0; lv6=0; lv7=0;
p_["lev_markup_number"] = 0;
p_["obj_cite_number"] = 0;
break;
case "1":
lv = DocStructMarkupHeading.h_sect_B;
lv1 = obj_cite_number;
lv2=0; lv3=0; lv4=0; lv5=0; lv6=0; lv7=0;
p_["lev_markup_number"] =
DocStructMarkupHeading.h_sect_A;
p_["obj_cite_number"] = lv0;
break;
case "2":
lv = DocStructMarkupHeading.h_sect_C;
lv2 = obj_cite_number;
lv3=0; lv4=0; lv5=0; lv6=0; lv7=0;
p_["lev_markup_number"] =
DocStructMarkupHeading.h_sect_B;
p_["obj_cite_number"] = lv1;
break;
case "3":
lv = DocStructMarkupHeading.h_sect_D;
lv3=obj_cite_number;
lv4=0; lv5=0; lv6=0; lv7=0;
p_["lev_markup_number"] =
DocStructMarkupHeading.h_sect_C;
p_["obj_cite_number"] = lv2;
break;
case "4":
lv = DocStructMarkupHeading.h_text_1;
lv4 = obj_cite_number;
lv5=0; lv6=0; lv7=0;
if (lv3 > State.off) {
p_["lev_markup_number"] =
DocStructMarkupHeading.h_sect_D;
p_["obj_cite_number"] = lv3;
} else if (lv2 > State.off) {
p_["lev_markup_number"] =
DocStructMarkupHeading.h_sect_C;
p_["obj_cite_number"] = lv2;
} else if (lv1 > State.off) {
p_["lev_markup_number"] =
DocStructMarkupHeading.h_sect_B;
p_["obj_cite_number"] = lv1;
} else {
p_["lev_markup_number"] =
DocStructMarkupHeading.h_sect_A;
p_["obj_cite_number"] = lv0;
}
break;
case "5":
lv = DocStructMarkupHeading.h_text_2;
lv5 = obj_cite_number;
lv6=0; lv7=0;
p_["lev_markup_number"] =
DocStructMarkupHeading.h_text_1;
p_["obj_cite_number"] = lv4;
break;
case "6":
lv = DocStructMarkupHeading.h_text_3;
lv6 = obj_cite_number;
lv7=0;
p_["lev_markup_number"] =
DocStructMarkupHeading.h_text_2;
p_["obj_cite_number"] = lv5;
break;
case "7":
lv = DocStructMarkupHeading.h_text_4;
lv7 = obj_cite_number;
p_["lev_markup_number"] =
DocStructMarkupHeading.h_text_3;
p_["obj_cite_number"] = lv6;
break;
default:
// if (lv7 > State.off) {
// p_["lev_markup_number"] = 7; p_["obj_cite_number"] = lv7;
// } else if (lv6 > State.off) {
// p_["lev_markup_number"] = 6; p_["obj_cite_number"] = lv6;
// } else if (lv5 > State.off) {
// p_["lev_markup_number"] = 5; p_["obj_cite_number"] = lv5;
// } else {
// p_["lev_markup_number"] = 4; p_["obj_cite_number"] = lv4;
// }
break;
}
_node=("{ " ~
"\"is\": \"" ~ is_ ~ "\"" ~
", \"heading_pointer\": " ~ to!string(pointer_) ~
", \"doc_object_pointer\": " ~ to!string(counter_) ~
", \"obj_cite_number\": " ~ to!string(obj_cite_number_) ~
", \"lev_markup_number\": " ~ to!string(lev_markup_number) ~
", \"lev_collapsed_number\": " ~ to!string(lev_collapsed_number) ~
", \"segment_anchor_tag\": \"" ~ segment_anchor_tag ~ "\"" ~
", \"parent_obj_cite_number\": " ~ to!string(p_["obj_cite_number"]) ~
", \"parent_lev_markup_number\": " ~ to!string(p_["lev_markup_number"]) ~
" }"
);
debug(heading) {
if (match(lev_markup_number, rgx.levels_numbered_headings)) {
writeln("* ", to!string(_node));
}
}
debug(node) {
if (match(lev_markup_number, rgx.levels_numbered_headings)) {
writeln("* ", to!string(_node));
} else {
writeln("* ", to!string(_node));
}
}
JSONValue j = parseJSON(_node);
assert(j["parent_lev_markup_number"].integer <= 7);
assert(j["parent_obj_cite_number"].integer >= 0);
if (match(lev_markup_number, rgx.levels_numbered_headings)) {
assert(j["lev_markup_number"].integer <= 7);
assert(j["obj_cite_number"].integer >= 0);
if (j["parent_lev_markup_number"].integer > 0) {
assert(j["parent_lev_markup_number"].integer < j["lev_markup_number"].integer);
if (j["obj_cite_number"].integer != 0) {
assert(j["parent_obj_cite_number"].integer < j["obj_cite_number"].integer);
}
}
if (j["lev_markup_number"].integer == 0) {
assert(j["parent_lev_markup_number"].integer == DocStructMarkupHeading.h_sect_A);
} else if (j["lev_markup_number"].integer == DocStructMarkupHeading.h_sect_B) {
assert(j["parent_lev_markup_number"].integer == DocStructMarkupHeading.h_sect_A);
} else if (j["lev_markup_number"].integer == DocStructMarkupHeading.h_sect_C) {
assert(j["parent_lev_markup_number"].integer == DocStructMarkupHeading.h_sect_B);
} else if (j["lev_markup_number"].integer == DocStructMarkupHeading.h_sect_D) {
assert(j["parent_lev_markup_number"].integer == DocStructMarkupHeading.h_sect_C);
} else if (j["lev_markup_number"].integer == DocStructMarkupHeading.h_text_1) {
assert(j["parent_lev_markup_number"].integer <= DocStructMarkupHeading.h_sect_D);
} else if (j["lev_markup_number"].integer == DocStructMarkupHeading.h_text_2) {
assert(j["parent_lev_markup_number"].integer == DocStructMarkupHeading.h_text_1);
} else if (j["lev_markup_number"].integer == DocStructMarkupHeading.h_text_3) {
assert(j["parent_lev_markup_number"].integer == DocStructMarkupHeading.h_text_2);
} else if (j["lev_markup_number"].integer == DocStructMarkupHeading.h_text_4) {
assert(j["parent_lev_markup_number"].integer == DocStructMarkupHeading.h_text_3);
} else if (j["lev_markup_number"].integer == DocStructMarkupHeading.h_text_5) {
// writeln(j["parent_lev_markup_number"].integer);
// assert(j["parent_lev_markup_number"].integer >= 4);
// assert(j["parent_lev_markup_number"].integer <= 7);
}
}
return _node;
}
invariant() {
}
}
/+ abstraction functions emitters ↑ +/
/+ ↓ abstraction functions assertions +/
auto assertions_doc_structure(string[string] an_object, int[string] lv) {
if (lv["h3"] > State.off) {
assert(lv["h0"] > State.off);
assert(lv["h1"] > State.off);
assert(lv["h2"] > State.off);
} else if (lv["h2"] > State.off) {
assert(lv["h0"] > State.off);
assert(lv["h1"] > State.off);
assert(lv["h3"] == State.off);
} else if (lv["h1"] > State.off) {
assert(lv["h0"] > State.off);
assert(lv["h2"] == State.off);
assert(lv["h3"] == State.off);
} else if (lv["h0"] > State.off) {
assert(lv["h1"] == State.off);
assert(lv["h2"] == State.off);
assert(lv["h3"] == State.off);
} else {
assert(lv["h0"] == State.off);
assert(lv["h1"] == State.off);
assert(lv["h2"] == State.off);
assert(lv["h3"] == State.off);
}
if (lv["h7"] > State.off) {
assert(lv["h4"] > State.off);
assert(lv["h5"] > State.off);
assert(lv["h6"] > State.off);
} else if (lv["h6"] > State.off) {
assert(lv["h4"] > State.off);
assert(lv["h5"] > State.off);
assert(lv["h7"] == State.off);
} else if (lv["h5"] > State.off) {
assert(lv["h4"] > State.off);
assert(lv["h6"] == State.off);
assert(lv["h7"] == State.off);
} else if (lv["h4"] > State.off) {
assert(lv["h5"] == State.off);
assert(lv["h6"] == State.off);
assert(lv["h7"] == State.off);
} else {
assert(lv["h4"] == State.off);
assert(lv["h5"] == State.off);
assert(lv["h6"] == State.off);
assert(lv["h7"] == State.off);
}
if (lv["h0"] == State.off) {
assert(lv["h1"] == State.off);
assert(lv["h2"] == State.off);
assert(lv["h3"] == State.off);
assert(lv["h4"] == State.off);
assert(lv["h5"] == State.off);
assert(lv["h6"] == State.off);
assert(lv["h7"] == State.off);
}
if (lv["h1"] == State.off) {
assert(lv["h2"] == State.off);
assert(lv["h3"] == State.off);
}
if (lv["h2"] == State.off) {
assert(lv["h3"] == State.off);
}
if (lv["h3"] == State.off) {
}
if (lv["h4"] == State.off) {
assert(lv["h5"] == State.off);
assert(lv["h6"] == State.off);
assert(lv["h7"] == State.off);
}
if (lv["h5"] == State.off) {
assert(lv["h6"] == State.off);
assert(lv["h7"] == State.off);
}
if (lv["h6"] == State.off) {
assert(lv["h7"] == State.off);
}
if (lv["h7"] == State.off) {
}
switch (to!string(an_object["lev"])) {
case "A":
if (lv["h0"] == State.off) {
assert(lv["h1"] == State.off);
assert(lv["h2"] == State.off);
assert(lv["h3"] == State.off);
assert(lv["h4"] == State.off);
assert(lv["h5"] == State.off);
assert(lv["h6"] == State.off);
assert(lv["h7"] == State.off);
} else { // (lv["h0"] > State.off)
assert(lv["h0"] == State.off,"error should not enter level A a second time");
}
break;
case "B":
if (lv["h1"] == State.off) {
assert(lv["h0"] > State.off);
assert(lv["h2"] == State.off);
assert(lv["h3"] == State.off);
} else { // (lv["h1"] > State.off)
assert(lv["h0"] > State.off);
assert(lv["h1"] > State.off); //
}
break;
case "C":
if (lv["h2"] == State.off) {
assert(lv["h0"] > State.off);
assert(lv["h1"] > State.off);
assert(lv["h3"] == State.off);
} else { // (lv["h2"] > State.off)
assert(lv["h0"] > State.off);
assert(lv["h1"] > State.off);
assert(lv["h2"] > State.off); //
}
break;
case "D":
if (lv["h3"] == State.off) {
assert(lv["h0"] > State.off);
assert(lv["h1"] > State.off);
assert(lv["h2"] > State.off);
} else { // (lv["h3"] > State.off)
assert(lv["h0"] > State.off);
assert(lv["h1"] > State.off);
assert(lv["h2"] > State.off);
assert(lv["h3"] > State.off);
}
break;
case "1":
if (lv["h4"] == State.off) {
assert(lv["h0"] > State.off);
} else { // (lv["h4"] > State.off)
assert(lv["h0"] > State.off);
assert(lv["h4"] > State.off); //
}
break;
case "2":
if (lv["h5"] == State.off) {
assert(lv["h0"] > State.off);
assert(lv["h4"] > State.off);
} else { // (lv["h5"] > State.off)
assert(lv["h0"] > State.off);
assert(lv["h4"] > State.off);
assert(lv["h5"] > State.off); //
}
break;
case "3":
if (lv["h6"] == State.off) {
assert(lv["h0"] > State.off);
assert(lv["h4"] > State.off);
assert(lv["h5"] > State.off);
} else { // (lv["h6"] > State.off)
assert(lv["h0"] > State.off);
assert(lv["h4"] > State.off);
assert(lv["h5"] > State.off);
assert(lv["h6"] > State.off); //
}
break;
case "4":
if (lv["h7"] == State.off) {
assert(lv["h0"] > State.off);
assert(lv["h4"] > State.off);
assert(lv["h5"] > State.off);
assert(lv["h6"] > State.off);
} else { // (lv["h7"] > State.off)
assert(lv["h0"] > State.off);
assert(lv["h4"] > State.off);
assert(lv["h5"] > State.off);
assert(lv["h6"] > State.off);
assert(lv["h7"] > State.off); //
}
break;
default:
break;
}
}
auto assertions_flag_types_block_status_none_or_closed(int[string] type) {
assert(
(type["code"] == TriState.off)
|| (type["code"] == TriState.closing),
"code block status: off or closing");
assert(
(type["poem"] == TriState.off)
|| (type["poem"] == TriState.closing),
"poem status: off or closing");
assert(
(type["table"] == TriState.off)
|| (type["table"] == TriState.closing),
"table status: off or closing");
assert(
(type["group"] == TriState.off)
|| (type["group"] == TriState.closing),
"group block status: off or closing");
assert(
(type["block"] == TriState.off)
|| (type["block"] == TriState.closing),
"block status: off or closing");
}
/+ abstraction functions assertions ↑ +/
} /+ ← closed: struct Abstraction +/
} /+ ← closed: template SiSUdocAbstraction +/