simplified spip->md mapping

spip2md/convert.py

@@ -1,101 +1,106 @@
 import re
 
-mappings = {
-    "horizontal-rule": (
+mappings = (
+    (  # horizontal-rule
         re.compile(r"- ?- ?- ?- ?[\- ]*|<hr ?.*?>", re.S | re.I),
-        r"---",
+        # r"---",
+        r"***",
     ),
-    "line-break": (
+    (  # line-break
         re.compile(r"\r?\n_ *(?=\r?\n)|<br ?.*?>", re.S | re.I),
         "\n",
     ),
-    "heading": (
+    (  # heading
         re.compile(r"\{\{\{ *(.*?) *\}\}\}", re.S | re.I),
         r"## \1",
     ),
-    "strong": (
+    (  # strong
         re.compile(r"\{\{ *(.*?) *\}\}", re.S | re.I),
         r"**\1**",
     ),
-    "emphasis": (
+    (  # emphasis
         re.compile(r"\{ *(.*?) *\}", re.S | re.I),
         r"*\1*",
     ),
-    "strikethrough": (
+    (  # strikethrough
         re.compile(
             r"<del>\s*(.*?)\s*(?:(\r?\n){2,}|<\/del>)",
             re.S | re.I,
         ),
         r"~\1~",
     ),
-    "anchor": (
+    (  # anchor
         re.compile(r"\[ *(.*?) *-> *(.*?) *\]", re.S | re.I),
         r"[\1](\2)",
     ),
-    "image": (
+    (  # image
         re.compile(r"<(?:img|image)(.*?)(\|.*?)*>", re.S | re.I),
         r"![image](\1)",
     ),
-    "document-anchors": (
+    (  # document-anchors
         re.compile(r"<(?:doc|emb)(.*?)(\|.*?)*>", re.S | re.I),
         r"[document](\1)",
     ),
-    "wikilink": (
+    (  # wikilink
         re.compile(r"\[\? *(.*?) *\]", re.S | re.I),
         r"[\1](https://wikipedia.org/wiki/\1)",
     ),
-    "footnote": (
+    (  # footnote
         re.compile(r"\[\[ *(.*?) *\]\]", re.S | re.I),
         r"",
     ),
-    "unordered-list": (
+    (  # unordered list
         re.compile(r"(\r?\n)-(?!#|-)\*? *", re.S | re.I),
         r"\1- ",
     ),
-    "wrong-unordered-list": (
+    (  # wrong unordered list
         re.compile(r"(\r?\n)\* +", re.S | re.I),
         r"\1- ",
     ),
-    "ordered-list": (
+    (  # wrong unordered list WARNING suppresses preceding tag
+        re.compile(r"(\r?\n)<.*?>\* +", re.I),
+        r"\1- ",
+    ),
+    (  # ordered-list
         re.compile(r"(\r?\n)-# *", re.S | re.I),
         r"\g<1>1. ",
     ),
-    "table-metadata": (
+    (  # table-metadata
         re.compile(r"(\r?\n)\|\|(.*?)\|(.*?)\|\|", re.S | re.I),
         r"",
     ),
-    "quote": (
+    (  # quote
         re.compile(
             r"<(?:quote|poesie)>\s*(.*?)\s*(?:(\r?\n){2,}|<\/(?:quote|poesie)>)",
             re.S | re.I,
         ),
         r"> \1\2\2",
     ),
-    "box": (
+    (  # box
         re.compile(
             r"<code>\s*(.*?)\s*(?:(?:\r?\n){2,}|<\/code>)",
             re.S | re.I,
         ),
         "`\\1`",
     ),
-    "fence": (
+    (  # fence
         re.compile(
             r"<cadre>\s*(.*?)\s*(?:(?:\r?\n){2,}|<\/cadre>)",
             re.S | re.I,
         ),
         "```\n\\1\n\n```",
     ),
-    "multi-language": (  # Keep only the first language
+    (  # Keep only the first language in multi-language blocks
         re.compile(
             r"<multi>\s*\[.{2,4}\]\s*(.*?)\s*(?:\s*\[.{2,4}\].*)*<\/multi>",
             re.S | re.I,
         ),
         r"\1",
     ),
-}
+)
 
 
 def convert(markup):
-    for spip, markdown in mappings.values():
+    for spip, markdown in mappings:
         markup = spip.sub(markdown, markup)
     return markup.encode("utf-8").decode("utf-8")