openpower/pandoc_img.py

   1 #!/usr/bin/env python3
   2
   3 import os
   4 import re
   5 import sys
   6 import subprocess
   7 from pandocfilters import (toJSONFilter, RawInline, Space, Str, walk, Image,
   8                            Link)
   9
  10 """
  11 Pandoc filter for Markdown that converts most endnotes into
  12 Pandoc's inline notes. If input notes had multiple paragraphs,
  13 the paragraphs are joined by a space. But if an input note
  14 had any blocks other than paragraphs, the note is left as is.
  15 """
  16
  17 # inkscape -z sv/bridge_phy.svg --export-png=bridge.png
  18 out = open("/tmp/log.txt", "w")
  19
  20
  21 def query(k, v, f, meta):
  22     global inlines
  23     if k == 'BlockQuote':
  24         inlines.append(v)
  25     elif isinstance(v, list):
  26         if inlines and k == 'Para':
  27             inlines.append(Space())
  28         inlines.extend(v)
  29     return v
  30
  31
  32 def inlinenotes(k, v, f, meta):
  33     out.write("k v f meta %s %s %s %s\n" %
  34               (repr(k), repr(v), repr(f), repr(meta)))
  35     global inlines
  36     inlines = []
  37     if k == u'Image' and f == 'latex':
  38         imgname = v[2][0]
  39         out.write("     image %s\n" % (imgname))
  40         if imgname.startswith("/"):
  41             # use absolute paths so pandoc_img.py can be used in any directory
  42             file_path = os.path.abspath(__file__)
  43             openpower_path = os.path.split(file_path)[0]
  44             wiki_path = os.path.split(openpower_path)[0]
  45             imgname = os.path.join(wiki_path, imgname.lstrip('/'))
  46         png = imgname.replace(".svg", ".png")
  47         png = os.path.split(png)[1]
  48         png = "tex_out/%s" % png
  49         print(f"converting {imgname} to {png}", file=sys.stderr)
  50         subprocess.run(["inkscape", "-z", "-C", imgname,
  51                         "--export-png=%s" % png],
  52                        stdout=subprocess.PIPE)
  53         v[2][0] = png
  54         return Image(*v)
  55     if k == 'Str' and f == 'latex':
  56         # link page
  57         if not v.startswith("[["):
  58             return
  59         find_brack = v.find(']]')
  60         if find_brack == -1:
  61             return
  62         link = v[2:find_brack]
  63         out.write("     link %s\n" % link)
  64         lookups = {'sv': 'Scalable Vectors for Power ISA',
  65                    'SV|sv': 'Scalable Vectors for Power ISA',
  66                    'openpower/sv': 'Scalable Vectors for Power ISA',
  67                    'sv/overview': 'Overview Chapter',
  68                    'sv/vector_isa_comparison': 'Vector ISA Comparison',
  69                    'sv/comparison_table': 'ISA Comparison Table',
  70                    'sv/compliancy_levels': 'Compliancy Levels',
  71                    'sv/svp64': 'SVP64 Chapter',
  72                    'svp64': 'SVP64 Chapter',
  73                    'sv/sprs': 'SPRs',
  74                    'sv/normal': 'Arithmetic Mode',
  75                    'sv/ldst': 'Load/Store Mode',
  76                    'sv/cr_ops': 'Condition Register Fields Mode',
  77                    'sv/executive_summary': 'Exevutive Summary',
  78                    'sv/branches': 'Branch Mode',
  79                    'sv/setvl': 'setvl instruction',
  80                    'sv/svstep': 'svstep instruction',
  81                    'sv/remap': 'REMAP subsystem',
  82                    'sv/remap/appendix': 'REMAP Appendix',
  83                    'sv/mv.swizzle': 'Swizzle Move',
  84                    'sv/mv.vec': 'Pack / Unpack',
  85                    'svp64/appendix': 'SVP64 Appendix',
  86                    'sv/svp64/appendix': 'SVP64 Appendix',
  87                    'sv/svp64_quirks': 'SVP64 Quirks',
  88                    'openpower/isa/simplev': 'Simple-V pseudocode',
  89                    'opcode_regs_deduped': 'SVP64 Augmentation Table',
  90                    'sv/av_opcodes': 'Audio and Video Opcodes',
  91                    'av_opcodes': 'Audio and Video Opcodes',
  92                    'sv/vector_ops': 'SV Vector ops',
  93                    'sv/int_fp_mv': 'FP/Int Conversion ops',
  94                    'sv/bitmanip': 'Bitmanip ops',
  95                    'sv/cr_int_predication': 'CR Weird ops',
  96                    'cr_int_predication': 'CR Weird ops',
  97                    'sv/fclass': 'FP Class ops',
  98                    'sv/biginteger': 'Big Integer',
  99                    'sv/biginteger/analysis': 'Big Integer Analysis',
 100                    'isa/svfparith': 'Floating Point pseudocode',
 101                    'isa/svfixedarith': 'Fixed Point pseudocode',
 102                    'openpower/isa/branch': 'Branch pseudocode',
 103                    'openpower/transcendentals': 'Transcendentals',
 104                    }
 105         if link.startswith("ls") and link[2].isdigit():
 106             out.write("     found RFC %s\n" % link)
 107             return [Link(['', [], []],
 108                          [Str("{RFC "+link+"}")],
 109                          ['#%s' % link, '']), Str(v[find_brack+2:])]
 110         if link in lookups:
 111             out.write("     found %s\n" % lookups[link])
 112             return [Link(['', [], []],
 113                          [Str("{"+lookups[link]+"}")],
 114                          ['#%s' % link, '']), Str(v[find_brack+2:])]
 115         if '|' in link:
 116             link, ref = link.split("|")
 117             return [Link(['', [], []],
 118                          [Str(link)],
 119                          [ref, '']), Str(v[find_brack+2:])]
 120     if k == 'Link':
 121         out.write("     link type %s\n" %
 122                   (type(v[1][0])))
 123     if k == 'RawInline' and v[0] == 'html':
 124         if re.fullmatch(r"< *br */? *>", v[1]):
 125             return [RawInline('latex', r'\\')]
 126         if re.fullmatch(r"< *sup *>", v[1]):
 127             return [RawInline('latex', r'\textsuperscript{')]
 128         if re.fullmatch(r"< */ *sup *>", v[1]):
 129             return [RawInline('latex', '}')]
 130         if re.fullmatch(r"< *sub *>", v[1]):
 131             return [RawInline('latex', r'\textsubscript{')]
 132         if re.fullmatch(r"< */ *sub *>", v[1]):
 133             return [RawInline('latex', '}')]
 134         if re.fullmatch(r"< *small *>", v[1]):
 135             return [RawInline('latex', r'{\small ')]
 136         if re.fullmatch(r"< */ *small *>", v[1]):
 137             return [RawInline('latex', '}')]
 138
 139
 140 if __name__ == "__main__":
 141     toJSONFilter(inlinenotes)