def get_analysis(tex_root):
"""
Returns an analysis of the document using a cache
Use this method if you want a fast result and don't mind if there
are small changes between the analysis and the usage.
Don't use this method if you ware looking forward in using
the regions of the commands (it will most likely not yield proper result)
(and is currently not supported with st2)
Arguments:
tex_root -- the path to the tex root as a string
if you use the view instead, the tex root will be extracted
automatically
Returns:
An Analysis of the view, which contains all relevant information and
provides access methods to useful properties
"""
if tex_root is None:
return
elif isinstance(tex_root, sublime.View):
tex_root = get_tex_root(tex_root)
elif not isinstance(tex_root, strbase):
raise ValueError("tex_root must be a string or view")
result = cache.cache(tex_root, "analysis",
lambda: analyze_document(tex_root))
return result
def get_analysis(tex_root):
"""
Returns an analysis of the document using a cache
Use this method if you want a fast result and don't mind if there
are small changes between the analysis and the usage.
Don't use this method if you ware looking forward in using
the regions of the commands (it will most likely not yield proper result)
(and is currently not supported with st2)
Arguments:
tex_root -- the path to the tex root as a string
if you use the view instead, the tex root will be extracted
automatically
Returns:
An Analysis of the view, which contains all relevant information and
provides access methods to useful properties
"""
if tex_root is None:
return
elif isinstance(tex_root, sublime.View):
tex_root = get_tex_root(tex_root)
elif not isinstance(tex_root, strbase):
raise ValueError("tex_root must be a string or view")
result = cache.cache(tex_root, "analysis",
lambda: analyze_document(tex_root))
return result
def get_own_env_completion(view):
tex_root = get_tex_root(view)
if not tex_root:
return []
def make_completions():
ana = analysis.get_analysis(tex_root)
return _make_own_env_completion(ana)
return cache.cache(tex_root, "own_env_completion", make_completions)
def get_own_env_completion(view):
tex_root = get_tex_root(view)
if not tex_root:
return []
def make_completions():
ana = analysis.get_analysis(tex_root)
return _make_own_env_completion(ana)
return cache.cache(tex_root, "own_env_completion", make_completions)
def _get_completions(self, view, prefix, line, comp_type="glo", ac=False):
tex_root = get_tex_root(view)
if not tex_root:
return []
cache_name = "glocomp_{0}_{1}".format(comp_type, "ac" if ac else "kbd")
def make_compl():
ana = analysis.get_analysis(tex_root)
if comp_type == "glo":
comp = _get_glo_completions(ana, prefix, ac)
elif comp_type == "acr":
comp = _get_acr_completions(ana, prefix, ac)
else:
comp = []
return comp
comp = cache.cache(tex_root, cache_name, make_compl)
return comp
def get_own_command_completion(view):
tex_root = get_tex_root(view)
if not tex_root:
return []
# use special handling (additional completions) for math mode
math_selector = ("string.other.math.tex, "
"string.other.math.latex, "
"string.other.math.block.environment.latex")
is_math = bool(view.score_selector(view.sel()[0].b, math_selector))
def make_completions():
ana = analysis.get_analysis(tex_root)
return _make_own_command_completion(ana, is_math)
cache_name = "own_command_completion"
if is_math:
cache_name += "_math"
return cache.cache(tex_root, cache_name, make_completions)
def _get_completions(self, view, prefix, line, comp_type="glo", ac=False):
tex_root = get_tex_root(view)
if not tex_root:
return []
cache_name = "glocomp_{0}_{1}".format(comp_type, "ac" if ac else "kbd")
def make_compl():
ana = analysis.get_analysis(tex_root)
if comp_type == "glo":
comp = _get_glo_completions(ana, prefix, ac)
elif comp_type == "acr":
comp = _get_acr_completions(ana, prefix, ac)
else:
comp = []
return comp
comp = cache.cache(tex_root, cache_name, make_compl)
return comp
def get_own_command_completion(view):
tex_root = get_tex_root(view)
if not tex_root:
return []
# use special handling (additional completions) for math mode
math_selector = (
"string.other.math.tex, "
"string.other.math.latex, "
"string.other.math.block.environment.latex"
)
is_math = bool(view.score_selector(view.sel()[0].b, math_selector))
def make_completions():
ana = analysis.get_analysis(tex_root)
return _make_own_command_completion(ana, is_math)
cache_name = "own_command_completion"
if is_math:
cache_name += "_math"
return cache.cache(tex_root, cache_name, make_completions)
