(awk-edits) Renamed mel parser file so it's always before custom mel scripts

1 files changed, 0 insertions, 95 deletions

diff --git a/awk-edits/MEL-parser.awk b/awk-edits/MEL-parser.awk
deleted file mode 100644
index d1eb4d5..0000000
--- a/awk-edits/MEL-parser.awk
+++ /dev/null
@@ -1,95 +0,0 @@
-# .*html
-#
-# == About ==
-#
-# MEL is the "Markdown Extensions Language"
-# It's a general metalanguage (I made) for adding custom syntax to Markdown (via awk)
-# The idea is it provides parsing for general constructs, and you only need to define
-# the names of those constructs and with what they get replaced with
-#
-# Slightly based on ftags, this system allows you to easily implement the following construts:
-# &(name ... &)    Multiline "tag", everything inside is formatted by "name"
-# &{name ... &}    In practice, it just replaces "&[name" and "&]" with the appropriate HTML
-# &[name ... &]    All three can be used interchangeably, though it's preferrable if
-#                  you use the matching braces and semantically, in your "language"
-#                  square brackets are used for the largest components
-#                  curly for structural components and normal braces for styling
-# &:name           Format/encapsulate everything until the end of the paragraph
-# &::name          Format/encapsulate everything until the end of the line
-# &.name           Insert standalone element as-is
-#
-# Though it's not decided (or implemented) yet, potentially there will also be:
-# &)-(    Used to simplify cases of &(name1 ... &) &(name1 ... &) &(name1 ... &)
-# &}-{                         into &(name1 ... &)-( ... &)-( ... &)
-# &]-[    Or maybe for special cases, where rather than doing something like
-#         &{elementsList &(element1 ... &) &(element2 ... &) &}
-#         you could simply do
-#         &{elementsList ... &}-{ ... &}-{ ... &}
-#         So it will surf as a separator between direct subelements
-
-BEGIN {
-	newStack("mel")
-	MELOPEN      = "o"
-	MELCLOSE     = "c"
-	MELINSERT    = "s"
-	MELPARAGRAPH = "p"
-	MELLINE      = "l"
-}
-
-/<code>/ {
-	melInsideCode = 1
-}
-
-/<\/code>/ {
-	melInsideCode = 0
-}
-
-melInsideCode == 0 && /^[ \t]*(<p>|<dt>)?&#38;[{[()\]}:.]/ {
-	newLine = ""
-	lineCopy = $0
-	paragraphed = 0
-	while (match(lineCopy, /&#38;(((::|[[{(:.])[^[:space:].:;[{(<>)}\]&]+)|[\]})])/)) {
-		RSTART  += 5
-		RLENGTH -= 5
-
-		# Inside closing tag
-		if (RLENGTH == 1) {
-			replaceWith = MEL[topStack("mel"), MELCLOSE]
-			popStack("mel")
-		}
-		# Inside insert
-		else if (substr(lineCopy, RSTART, 1) == ".") {
-			name = substr(lineCopy, RSTART + 1, RLENGTH - 1)
-
-			replaceWith = MEL[name, MELINSERT]
-		}
-		# Inside one line TODO
-		else if (substr(lineCopy, RSTART, 2) == "::") {
-			name = substr(lineCopy, RSTART + 2, RLENGTH - 2)
-
-			# RLENGTH = length(lineCopy)
-			replaceWith = MEL[name, MELLINE]
-		}
-		# Inside paragraph
-		else if (substr(lineCopy, RSTART, 1) == ":") {
-			name = substr(lineCopy, RSTART + 1, RLENGTH - 1)
-
-			replaceWith = " " MEL[name, MELPARAGRAPH]
-			RSTART  -= 1
-			RLENGTH += 1
-			paragraphed = 1
-		}
-		# Inside opening tag
-		else {
-			name = substr(lineCopy, RSTART + 1, RLENGTH - 1)
-
-			replaceWith = MEL[name, MELOPEN]
-			pushStack("mel", name)
-		}
-		newLine = newLine substr(lineCopy, 0, RSTART - 6) replaceWith
-		lineCopy = substr(lineCopy, RSTART + RLENGTH)
-	}
-	$0 = newLine lineCopy
-	if (paragraphed == 0 && length(newLine) > 0)
-		gsub(/(<p>|<\/p>)/, "")
-}