def reconstruct_math(s, tmp):
from markdown2Mathjax import reconstructMath
while len(tmp) > 1:
s = reconstructMath(s, tmp[-1][0][1], equation_delims=tmp[-1][1])
del tmp[-1]
return s
def format_docchunk(self, chunk):
if chunk.has_key("number") and chunk['number'] == 1:
chunk = self.parsetitle(chunk)
try:
from markdown import markdown
except:
try:
from markdown2 import markdown
except:
raise
#Use Mathjax if it is available
try:
import markdown2Mathjax as MJ
tmp = MJ.sanitizeInput(chunk['content'])
markedDownText = markdown(tmp[0])
finalOutput = MJ.reconstructMath(markedDownText,
tmp[1],
inline_delims=["\\(", "\\)"])
chunk['content'] = finalOutput
except:
sys.stderr.write(
"WARNING: Can't import markdown2Mathjax, expect problems with math formatting.\n"
)
chunk['content'] = markdown(chunk['content'])
return (chunk['content'])
def reconstruct_math(s, tmp):
print "s ='%r'" % s
print "tmp = '%r'" % tmp
from markdown2Mathjax import reconstructMath
while len(tmp) > 1:
s = reconstructMath(s, tmp[-1][0][1], equation_delims=tmp[-1][1])
del tmp[-1]
return s
def markjax(text):
tmp = sanitizeInput(text, inline_delims=inline_delims)
mkd_text = markdown(tmp[0],
extras=[
'code-friendly', 'fenced-code-blocks', 'footnotes',
'metadata', 'smarty-pants', 'tables'
])
output = reconstructMath(mkd_text, tmp[1], inline_delims)
return output
def custom_markdown(value):
# thanks to https://github.com/constantAmateur/markdown2Mathjax
extras = ["fenced-code-blocks", "spoiler"]
tmp = sanitizeInput(value)
markedDownText = markdown2.markdown(force_unicode(tmp[0]), extras = extras)
finalOutput = reconstructMath(markedDownText,tmp[1])
return mark_safe(finalOutput)
#old working code, save for now.
#@register.filter(is_safe=True)
#@stringfilter
#def custom_markdown(value):
# extras = ["fenced-code-blocks"]
#
# return mark_safe(markdown2.markdown(force_unicode(value),
# extras = extras))
def custom_markdown(value):
# thanks to https://github.com/constantAmateur/markdown2Mathjax
extras = ["fenced-code-blocks", "spoiler"]
tmp = sanitizeInput(value)
markedDownText = markdown2.markdown(force_unicode(tmp[0]), extras=extras)
finalOutput = reconstructMath(markedDownText, tmp[1])
return mark_safe(finalOutput)
#old working code, save for now.
#@register.filter(is_safe=True)
#@stringfilter
#def custom_markdown(value):
# extras = ["fenced-code-blocks"]
#
# return mark_safe(markdown2.markdown(force_unicode(value),
# extras = extras))
def format_docchunk(self, chunk):
if chunk.has_key("number") and chunk['number'] == 1:
chunk = self.parsetitle(chunk)
try:
from markdown import markdown
except:
try:
from markdown2 import markdown
except:
raise
#Use Mathjax if it is available
try:
import markdown2Mathjax as MJ
tmp = MJ.sanitizeInput(chunk['content'])
markedDownText = markdown(tmp[0])
finalOutput = MJ.reconstructMath(markedDownText,tmp[1], inline_delims=["\\(","\\)"])
chunk['content'] = finalOutput
except:
sys.stderr.write("WARNING: Can't import markdown2Mathjax, expect problems with math formatting.\n")
chunk['content'] = markdown(chunk['content'])
return(chunk['content'])
import sys
from markdown2Mathjax import sanitizeInput, reconstructMath
from markdown2 import markdown
if (len(sys.argv)==1):
print('no input specified')
raise SystemExit
infile = sys.argv[1]
with open(infile, 'r') as f:
mdfile = f.read()
tmp = sanitizeInput(mdfile)
mdtext = markdown(tmp[0])
finalOutput = reconstructMath(mdtext,tmp[1])
print finalOutput.encode('utf8')
