315 lines
7.5 KiB
Plaintext
315 lines
7.5 KiB
Plaintext
# -*- coding: utf-8 -*-
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###########################################################################
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# General Stuff #
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###########################################################################
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global !p
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import vim
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from os import path as ospath
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from string import Template
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import re
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from collections import Counter
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#http://docutils.sourceforge.net/docs/ref/rst/roles.html
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TEXT_ROLES = ['emphasis','literal','code','math',
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'pep-reference','rfc-reference',
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'strong','subscript','superscript',
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'title-reference','raw']
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TEXT_ROLES_REGEX = r'\.\.\srole::?\s(w+)'
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#http://docutils.sourceforge.net/docs/ref/rst/directives.html#specific-admonitions
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SPECIFIC_ADMONITIONS = ["attention", "caution", "danger",
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"error", "hint", "important", "note",
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"tip", "warning"]
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#http://docutils.sourceforge.net/docs/ref/rst/directives.html
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DIRECTIVES = ['topic','sidebar','math','epigraph',
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'parsed-literal','code','highlights',
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'pull-quote','compound','container',
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'list-table','class','sectnum',
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'role','default-role','unicode',
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'raw']
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NONE_CONTENT_DIRECTIVES = ['rubric', 'contents', 'header',
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'footer', 'date', 'include', 'title']
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INCLUDABLE_DIRECTIVES = ['image', 'figure', 'include']
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# CJK chars
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# http://stackoverflow.com/questions/2718196/find-all-chinese-text-in-a-string-using-python-and-regex
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CJK_RE = re.compile(u'[⺀-⺙⺛-⻳⼀-⿕々〇〡-〩〸-〺〻㐀-䶵一-鿃豈-鶴侮-頻並-龎]', re.UNICODE)
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def has_cjk(char):
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"""
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Detect char contains CJK character
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:param char: characters needs to be detect
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"""
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try:
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CJK_RE.finditer(char).next()
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except StopIteration:
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return False
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else:
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return True
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def real_filename(filename):
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"""peal extension name off if possible
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# i.e. "foo.bar.png will return "foo.bar"
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"""
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return ospath.splitext(filename)[0]
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def check_file_exist(rst_path, relative_path):
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"""
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For RST file, it can just include files as relative path.
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:param rst_path: absolute path to rst file
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:param relative_path: path related to rst file
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:return: relative file's absolute path if file exist
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"""
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abs_path = ospath.join(ospath.dirname(rst_path), relative_path)
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if ospath.isfile(abs_path):
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return abs_path
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def rst_char_len(char):
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"""
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return len of string which fit in rst
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For instance:chinese "我" decode as only one character,
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However, the rst interpreter needs 2 "=" instead of 1.
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:param: char needs to be count
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"""
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return len(re.findall(r'[^\u4e00-\u9fff\s]', char))+len(char)
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def make_items(times, leading='+'):
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"""
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make lines with leading char multitimes
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:param: times, how many times you need
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:param: leading, leading character
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"""
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times = int(times)
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if leading == 1:
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msg = ""
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for x in xrange(1, times+1):
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msg += "%s. Item\n" % x
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return msg
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else:
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return ("%s Item\n" % leading) * times
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def look_up_directives(regex, fpath):
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"""
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find all directive args in given file
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:param: regex, the regex that needs to match
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:param: path, to path to rst file
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:return: list, empty list if nothing match
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"""
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try:
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with open(fpath) as source:
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match = re.findall(regex, source.read())
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except IOError:
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match = []
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return match
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def get_popular_code_type():
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"""
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find most popular code type in the given rst
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:param path: file to detect
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:return: string, most popular code type in file
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"""
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buf = "".join(vim.current.buffer)
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types = re.findall(r'[:|\.\.\s]code::?\s(\w+)', buf)
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try:
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popular_type = Counter(types).most_common()[0][0]
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except IndexError:
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popular_type = "lua" # Don't break default
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return popular_type
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def complete(t, opts):
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"""
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get options that start with t
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:param t: query string
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:param opts: list that needs to be completed
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:return: a string that start with t
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"""
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msg = "({0})"
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if t:
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opts = [ m[len(t):] for m in opts if m.startswith(t) ]
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if len(opts) == 1:
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return opts[0]
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if not len(opts):
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msg = "{0}"
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return msg.format("|".join(opts))
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endglobal
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snippet part "Part" b
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`!p snip.rv = rst_char_len(t[1])*'#'`
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${1:Part name}
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`!p snip.rv = rst_char_len(t[1])*'#'`
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$0
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endsnippet
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snippet sec "Section" b
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${1:Section name}
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`!p snip.rv = rst_char_len(t[1])*'='`
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$0
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endsnippet
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snippet ssec "Subsection" b
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${1:Section name}
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`!p snip.rv = rst_char_len(t[1])*'-'`
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$0
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endsnippet
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snippet sssec "Subsubsection" b
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${1:Section name}
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`!p snip.rv = rst_char_len(t[1])*'^'`
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$0
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endsnippet
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snippet chap "Chapter" b
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`!p snip.rv = rst_char_len(t[1])*'*'`
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${1:Chapter name}
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`!p snip.rv = rst_char_len(t[1])*'*'`
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$0
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endsnippet
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snippet para "Paragraph" b
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${1:Paragraph name}
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`!p snip.rv = rst_char_len(t[1])*'"'`
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$0
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endsnippet
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snippet em "Emphasize string" i
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`!p
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# dirty but works with CJK charactor detection
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if has_cjk(vim.current.line):
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snip.rv ="\ "`*${1:${VISUAL:Em}}*`!p
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if has_cjk(vim.current.line):
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snip.rv ="\ "
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else:
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snip.rv = " "
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`$0
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endsnippet
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snippet st "Strong string" i
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`!p
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if has_cjk(vim.current.line):
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snip.rv ="\ "`**${1:${VISUAL:Strong}}**`!p
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if has_cjk(vim.current.line):
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snip.rv ="\ "
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else:
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snip.rv = " "
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`$0
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endsnippet
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snippet "li(st)? (?P<num>\d+)" "List" br
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$0
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`!p
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# usage: li 4<tab>
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# which will extand into a unordered list contains 4 items
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snip.rv = make_items(match.groupdict()['num'])
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`
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endsnippet
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snippet "ol(st)? (?P<num>\d+)" "Order List" br
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$0
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`!p
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# usage: ol 4<tab>
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# which will extand into a ordered list contains 4 items
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snip.rv = make_items(match.groupdict()['num'], 1)
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`
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endsnippet
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###########################################################################
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# More Specialized Stuff. #
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###########################################################################
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snippet cb "Code Block" b
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.. code-block:: ${1:`!p snip.rv = get_popular_code_type()`}
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${2:code}
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$0
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endsnippet
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# match snippets :
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# img, inc, fig
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snippet id "Includable Directives" b
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`!p
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real_name=real_filename(ospath.basename(t[2]))
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di=t[1][:2]
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link=""
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content=""
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if di == 'im':
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link = "|{0}|".format(real_name)
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if di == 'fi':
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content="""
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:alt: {0}
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{0}""".format(real_name)
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`
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..`!p snip.rv = " %s" % link if link else ""` $1`!p snip.rv=complete(t[1], INCLUDABLE_DIRECTIVES)`:: ${2:file}`!p if content:
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snip.rv +=" "+content`
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`!p
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# Tip of whether file is exist in comment type
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if not check_file_exist(path, t[2]):
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snip.rv='.. FILE {0} does not exist'.format(t[2])
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else:
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snip.rv=""
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`$0
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endsnippet
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snippet di "Directives" b
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.. $1`!p snip.rv=complete(t[1], DIRECTIVES)`:: $2
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${3:Content}
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$0
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endsnippet
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snippet nd "None Content Directives" b
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.. $1`!p snip.rv=complete(t[1], NONE_CONTENT_DIRECTIVES)`:: $2
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$0
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endsnippet
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snippet sa "Specific Admonitions" b
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.. $1`!p snip.rv =complete(t[1], SPECIFIC_ADMONITIONS)`::
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${2:Content}
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$0
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endsnippet
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#it will be trigger at start of line or after a word
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snippet ro "Text Roles" w
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\ :$1`!p snip.rv=complete(t[1],
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TEXT_ROLES+look_up_directives(TEXT_ROLES_REGEX,
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path))`:\`$2\`\
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endsnippet
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############
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# Sphinx #
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############
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snippet sid "SideBar" b
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.. sidebar:: ${1:SideBar Title}
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${2:SideBar Content}
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endsnippet
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# vim:ft=snippets:
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