template outputXHTMLs() {
private import
std.algorithm,
std.array,
std.container,
std.exception,
std.file,
std.getopt,
std.json,
std.process,
std.stdio,
std.path,
std.range,
std.regex,
std.string,
std.traits,
std.typecons,
std.uni,
std.utf,
std.conv : to;
import
defaults,
output_rgx,
output_xhtmls;
mixin SiSUoutputRgxInit;
struct outputXHTMLs {
auto rgx = Rgx();
string special_characters(string _txt){
_txt = (_txt)
.replaceAll(rgx.xhtml_ampersand, "&")
.replaceAll(rgx.xhtml_less_than, "<")
.replaceAll(rgx.xhtml_greater_than, ">")
.replaceAll(rgx.xhtml_line_break, "
");
return _txt;
}
string font_face(string _txt){
_txt = (_txt)
.replaceAll(rgx.inline_emphasis, ("$1"))
.replaceAll(rgx.inline_bold, ("$1"))
.replaceAll(rgx.inline_underscore, ("$1"))
.replaceAll(rgx.inline_italics, ("$1"))
.replaceAll(rgx.inline_superscript, ("$1"))
.replaceAll(rgx.inline_subscript, ("$1"))
.replaceAll(rgx.inline_strike, ("$1"))
.replaceAll(rgx.inline_insert, ("$1"))
.replaceAll(rgx.inline_mono, ("$1"))
.replaceAll(rgx.inline_cite, ("$1"));
return _txt;
}
string _xhtml_anchor_tags(const(string[]) anchor_tags) {
string tags="";
if (anchor_tags.length > 0) {
foreach (tag; anchor_tags) {
if (!(tag.empty)) {
tags ~= "";
}
}
}
return tags;
}
auto scroll_head(Me)(
Me dochead_meta,
) {
debug(asserts){
static assert(is(typeof(dochead_meta) == string[string][string]));
}
string o;
o = format(q"¶
%s%s
¶",
dochead_meta["title"]["full"],
(dochead_meta["creator"]["author"].empty) ? "" : ", " ~ dochead_meta["creator"]["author"],
);
return o;
}
auto seg_head(Me)(
Me dochead_meta,
) {
debug(asserts){
static assert(is(typeof(dochead_meta) == string[string][string]));
}
string o;
o = format(q"¶
%s%s
¶",
dochead_meta["title"]["full"],
(dochead_meta["creator"]["author"].empty) ? "" : ", " ~ dochead_meta["creator"]["author"],
);
return o;
}
auto tail() {
string o;
o = format(q"¶
¶");
return o;
}
auto inline_links(O)(
auto return ref const O obj,
string _txt,
string _suffix = ".html",
string seg_scroll = "seg",
) {
if (obj.inline_links) {
if ((seg_scroll == "scroll")
&& _txt.match(rgx.mark_internal_site_lnk)) {
_txt = (_txt).replaceAll(
rgx.inline_seg_link,
"$1");
}
_txt = (_txt).replaceAll(
rgx.inline_link_fn_suffix,
("$1" ~ _suffix));
_txt = (_txt).replaceAll(
rgx.inline_link,
("$1"));
_txt = (_txt).replaceAll(
rgx.mark_internal_site_lnk,
""
);
}
debug(markup_links) {
if (_txt.match(rgx.inline_link)) {
writeln(__LINE__,
" (missed) markup link identified (",
obj.inline_links,
"): ", obj.is_a, ": ",
obj.text
);
}
}
debug(markup) {
if (_txt.match(rgx.inline_link)) {
writeln(__LINE__,
" (missed) markup link identified (",
obj.inline_links,
"): ", obj.is_a, ": ",
obj.text
);
}
}
return _txt;
}
auto inline_notes_scroll(O)(
auto return ref const O obj,
string _txt,
) {
if (obj.inline_notes_reg) {
_txt = (_txt).replaceAll(
rgx.inline_notes_delimiter_al_regular_number_note,
(" $1 ")
);
}
debug(markup_endnotes) {
if (_txt.match(rgx.inline_notes_delimiter_al_regular_number_note)) {
writeln(__LINE__, " (missed) markup endnote: ", obj.is_a, ": ", obj.text);
}
}
debug(markup) {
if (_txt.match(rgx.inline_notes_delimiter_al_regular_number_note)) {
writeln(__LINE__, " (missed) markup endnote: ", obj.is_a, ": ", obj.text);
}
}
// if (obj.inline_notes_star) {
// _txt = replaceAll(
// _txt,
// rgx.inline_notes_delimiter_al_regular_number_note,
// (" $1 ")
// );
// }
return _txt;
}
auto inline_notes_seg(O)(
auto return ref const O obj,
string _txt,
) {
string[] _endnotes;
if (obj.inline_notes_reg) {
/+ need markup for text, and separated footnote +/
foreach(m; _txt.matchAll(rgx.inline_notes_delimiter_al_regular_number_note)) {
_endnotes ~= format(
"%s%s%s%s\n %s%s%s%s%s\n %s\n%s",
"",
"",
" ",
m.captures[1],
".",
m.captures[2],
"
"
);
}
_txt = (_txt).replaceAll(
rgx.inline_notes_delimiter_al_regular_number_note,
(" $1 ")
);
} else if (_txt.match(rgx.inline_notes_delimiter_al_regular_number_note)) {
debug(markup) {
writeln(__LINE__, " endnote: ", obj.is_a, ": ", obj.text);
}
}
auto t = tuple(
_txt,
_endnotes,
);
return t;
}
auto inline_markup_scroll(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
string _txt = obj.text;
_txt = special_characters(_txt);
_txt = inline_links(obj, _txt, _suffix, "scroll");
_txt = inline_notes_scroll(obj, _txt);
return _txt;
}
auto inline_markup_seg(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
string _txt = obj.text;
_txt = special_characters(_txt);
_txt = inline_links(obj, _txt, _suffix, "seg");
auto t = inline_notes_seg(obj, _txt);
return t;
}
auto toc(O)(
auto return ref const O obj,
) {
string o;
o = format(q"¶ ¶",
obj.is_a,
obj.indent_hang,
obj.indent_base,
obj.text
);
return o;
}
auto heading(O)(
auto return ref const O obj,
string _txt,
) {
auto tags = _xhtml_anchor_tags(obj.anchor_tags);
string o;
if (obj.obj_cite_number.empty) {
o = format(q"¶
%s
%s
¶",
obj.heading_lev_markup,
obj.is_a,
tags,
_txt,
obj.heading_lev_markup,
);
} else {
o = format(q"¶
¶",
obj.obj_cite_number,
obj.obj_cite_number,
obj.heading_lev_markup,
obj.is_a,
obj.obj_cite_number,
obj.obj_cite_number,
tags,
_txt,
obj.heading_lev_markup,
);
}
return o;
}
auto heading_scroll(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto tags = _xhtml_anchor_tags(obj.anchor_tags);
string _txt = inline_markup_scroll(obj, _suffix); // issue
string o = heading(obj, _txt);
return o;
}
auto heading_seg(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto t = inline_markup_seg(obj, _suffix);
string _txt = t[0];
string[] _endnotes = t[1];
string o = heading(obj, _txt);
auto u = tuple(
o,
_endnotes,
);
return u;
}
auto para(O)(
auto return ref const O obj,
string _txt,
) {
auto tags = _xhtml_anchor_tags(obj.anchor_tags);
_txt = font_face(_txt);
string o;
_txt = (obj.bullet) ? ("● " ~ _txt) : _txt;
if (obj.obj_cite_number.empty) {
o = format(q"¶ ¶",
obj.is_a,
obj.indent_hang,
obj.indent_base,
tags,
_txt
);
} else {
o = format(q"¶ ¶",
obj.obj_cite_number,
obj.obj_cite_number,
obj.is_a,
obj.indent_hang,
obj.indent_base,
obj.obj_cite_number,
tags,
_txt
);
}
return o;
}
auto para_scroll(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto tags = _xhtml_anchor_tags(obj.anchor_tags);
string _txt = inline_markup_scroll(obj, _suffix); // issue
string o = para(obj, _txt);
return o;
}
auto para_seg(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto t = inline_markup_seg(obj, _suffix);
string _txt = to!string(t[0]);
string[] _endnotes = t[1];
string o = para(obj, _txt);
auto u = tuple(
o,
_endnotes,
);
return u;
}
auto quote(O)(
auto return ref const O obj,
string _txt,
) {
_txt = font_face(_txt);
string o;
if (obj.obj_cite_number.empty) {
o = format(q"¶ ¶",
obj.is_a,
_txt
);
} else {
o = format(q"¶ ¶",
obj.obj_cite_number,
obj.obj_cite_number,
obj.is_a,
obj.obj_cite_number,
_txt
);
}
return o;
}
auto quote_scroll(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto tags = _xhtml_anchor_tags(obj.anchor_tags);
string _txt = inline_markup_scroll(obj, _suffix); // issue
string o = quote(obj, _txt);
return o;
}
auto quote_seg(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto t = inline_markup_seg(obj, _suffix);
string _txt = to!string(t[0]);
string[] _endnotes = t[1];
string o = quote(obj, _txt);
auto u = tuple(
o,
_endnotes,
);
return u;
}
auto group(O)(
auto return ref const O obj,
string _txt,
) {
_txt = font_face(_txt);
string o;
if (obj.obj_cite_number.empty) {
o = format(q"¶ ¶",
obj.is_a,
_txt
);
} else {
o = format(q"¶ ¶",
obj.obj_cite_number,
obj.obj_cite_number,
obj.is_a,
obj.obj_cite_number,
_txt
);
}
return o;
}
auto group_scroll(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto tags = _xhtml_anchor_tags(obj.anchor_tags);
string _txt = inline_markup_scroll(obj, _suffix); // issue
string o = group(obj, _txt);
return o;
}
auto group_seg(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto t = inline_markup_seg(obj, _suffix);
string _txt = to!string(t[0]);
string[] _endnotes = t[1];
string o = group(obj, _txt);
auto u = tuple(
o,
_endnotes,
);
return u;
}
auto block(O)(
auto return ref const O obj,
string _txt,
) {
_txt = font_face(_txt);
string o;
if (obj.obj_cite_number.empty) {
o = format(q"¶ ¶",
obj.is_a,
_txt
// obj.text
);
} else {
o = format(q"¶ ¶",
obj.obj_cite_number,
obj.obj_cite_number,
obj.is_a,
obj.obj_cite_number,
_txt
// obj.text
);
}
return o;
}
auto block_scroll(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto tags = _xhtml_anchor_tags(obj.anchor_tags);
string _txt = inline_markup_scroll(obj, _suffix); // issue
string o = block(obj, _txt);
return o;
}
auto block_seg(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto t = inline_markup_seg(obj, _suffix);
string _txt = to!string(t[0]);
string[] _endnotes = t[1];
string o = block(obj, _txt);
auto u = tuple(
o,
_endnotes,
);
return u;
}
auto verse(O)( // using code from code block, review
auto return ref const O obj,
string _txt,
) {
_txt = font_face(_txt);
_txt = (_txt)
.replaceAll(rgx.newline, "
\n")
.replaceAll(rgx.two_spaces, " " ~ " " ~ " " ~ " ")
.replaceAll(rgx.nbsp_and_space, " " ~ " ")
.replaceAll(rgx.strip_br, "");
string o;
if (obj.obj_cite_number.empty) {
o = format(q"¶ ¶",
obj.is_a,
_txt
);
} else {
o = format(q"¶ ¶",
obj.obj_cite_number,
obj.obj_cite_number,
obj.is_a,
obj.obj_cite_number,
_txt
);
}
return o;
}
auto verse_scroll(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto tags = _xhtml_anchor_tags(obj.anchor_tags);
string _txt = inline_markup_scroll(obj, _suffix); // issue
string o = verse(obj, _txt);
return o;
}
auto verse_seg(O)(
auto return ref const O obj,
string _suffix = ".html",
) {
auto t = inline_markup_seg(obj, _suffix);
string _txt = to!string(t[0]);
string[] _endnotes = t[1];
string o = verse(obj, _txt);
auto u = tuple(
o,
_endnotes,
);
return u;
}
auto tablarize(O)(
auto return ref const O obj,
string _txt,
) {
string[] _table_rows = (_txt).split(rgx.table_delimiter_row);
string[] _table_cols;
string _table;
string _tablenote;
foreach(row_idx, row; _table_rows) {
_table_cols = row.split(rgx.table_delimiter_col);
_table ~= "";
foreach(col_idx, cell; _table_cols) {
if ((_table_cols.length == 1)
&& (_table_rows.length <= row_idx+2)) { // check row_idx+2 (rather than == ++row_idx)
_tablenote ~= cell;
} else {
string _col_is = (row_idx == 0 && obj.table_heading) ? "th" : "td";
string _align = ("style=\"text-align:"
~ ((obj.table_column_aligns[col_idx] == "l")
? "left\"" : "right\""));
_table ~= "<" ~ _col_is ~ " width=\"" ~ obj.table_column_widths[col_idx].to!string ~ "%\" " ~ _align ~ ">";
_table ~= cell;
_table ~= "";
}
}
_table ~= "
";
}
auto t = tuple(
_table,
_tablenote,
);
return t;
}
auto table(O)(
auto return ref const O obj,
) {
string _txt = obj.text;
auto tags = _xhtml_anchor_tags(obj.anchor_tags);
_txt = font_face(_txt);
auto t = tablarize(obj, _txt);
_txt = t[0];
string _note = t[1];
string o;
o = format(q"¶ ¶",
obj.obj_cite_number,
obj.obj_cite_number,
obj.is_a,
obj.obj_cite_number,
tags,
_txt,
_note
);
return o;
}
auto endnote(O)(
auto return ref const O obj,
) {
string o;
o = format(q"¶
%s
¶",
obj.is_a,
obj.indent_hang,
obj.indent_base,
obj.text
);
return o;
}
auto code(O)(
auto return ref const O obj,
) {
string _txt = obj.text;
_txt = (_txt)
.replaceAll(rgx.newline, "
\n")
.replaceAll(rgx.nbsp_char, " ");
string o;
if (obj.obj_cite_number.empty) {
o = format(q"¶ ¶",
obj.is_a,
_txt
);
} else {
o = format(q"¶ ¶",
obj.obj_cite_number,
obj.obj_cite_number,
obj.is_a,
obj.obj_cite_number,
_txt
);
}
return o;
}
}
}