def __init__(self, indent_char, indent_size, default_indent=""):
self.singleIndent = (indent_size) * indent_char
self.indentLevel = 0
self.nestedLevel = 0
self.baseIndentString = default_indent
self.output = Output(self.singleIndent, self.baseIndentString)
class Printer:
def __init__(self, beautifier, indent_char, indent_size, default_indent=""):
self.beautifier = beautifier
self.newlines_from_last_ws_eat = 0
self.indentSize = indent_size
self.singleIndent = (indent_size) * indent_char
self.indentLevel = 0
self.nestedLevel = 0
self.baseIndentString = default_indent
self.output = Output(self.singleIndent, self.baseIndentString)
def indent(self):
self.indentLevel += 1
def outdent(self):
if self.indentLevel > 0:
self.indentLevel -= 1
def preserveSingleSpace(self,isAfterSpace):
if isAfterSpace:
self.output.space_before_token = True
def print_string(self, output_string):
if self.output.just_added_newline():
self.output.set_indent(self.indentLevel)
self.output.add_token(output_string)
class Printer:
def __init__(self, indent_char, indent_size, default_indent=""):
self.singleIndent = (indent_size) * indent_char
self.indentLevel = 0
self.nestedLevel = 0
self.baseIndentString = default_indent
self.output = Output(self.singleIndent, self.baseIndentString)
def indent(self):
self.indentLevel += 1
def outdent(self):
if self.indentLevel > 0:
self.indentLevel -= 1
def preserveSingleSpace(self, isAfterSpace):
if isAfterSpace:
self.output.space_before_token = True
def print_string(self, output_string):
if self.output.just_added_newline():
self.output.set_indent(self.indentLevel)
self.output.add_token(output_string)
def __init__(self,
beautifier,
indent_char,
indent_size,
default_indent=""):
self.beautifier = beautifier
self.newlines_from_last_ws_eat = 0
self.indentSize = indent_size
self.singleIndent = (indent_size) * indent_char
self.indentLevel = 0
self.nestedLevel = 0
self.baseIndentString = default_indent
self.output = Output(self.singleIndent, self.baseIndentString)
def __init__(self, beautifier, indent_char, indent_size, default_indent=""):
self.beautifier = beautifier
self.newlines_from_last_ws_eat = 0
self.indentSize = indent_size
self.singleIndent = (indent_size) * indent_char
self.indentLevel = 0
self.nestedLevel = 0
self.baseIndentString = default_indent
self.output = Output(self.singleIndent, self.baseIndentString)
class Beautifier:
def __init__(self, source_text, opts=default_options()):
# in javascript, these two differ
# in python they are the same, different methods are called on them
# IMPORTANT: This string must be run through six to handle \u chars
self.lineBreak = re.compile(six.u(r"\r\n|[\n\r]"))
self.allLineBreaks = self.lineBreak
self.comment_pattern = re.compile(
six.u(r"\/\/(?:[^\n\r\u2028\u2029]*)"))
self.block_comment_pattern = re.compile(
r"\/\*(?:[\s\S]*?)((?:\*\/)|$)")
if not source_text:
source_text = ""
self.__source_text = source_text
self._options = BeautifierOptions(opts)
self._input = None
self._ch = None
self._indentLevel = 0
self._nestedLevel = 0
self._output = None
# https://developer.mozilla.org/en-US/docs/Web/CSS/At-rule
# also in CONDITIONAL_GROUP_RULE below
self.NESTED_AT_RULE = {
"@page",
"@font-face",
"@keyframes",
"@media",
"@supports",
"@document",
}
self.CONDITIONAL_GROUP_RULE = {"@media", "@supports", "@document"}
def eatString(self, endChars):
result = ""
self._ch = self._input.next()
while self._ch:
result += self._ch
if self._ch == "\\":
result += self._input.next()
elif self._ch in endChars or self._ch == "\n":
break
self._ch = self._input.next()
return result
# Skips any white space in the source text from the current position.
# When allowAtLeastOneNewLine is true, will output new lines for each
# newline character found; if the user has preserve_newlines off, only
# the first newline will be output
def eatWhitespace(self, allowAtLeastOneNewLine=False):
result = whitespaceChar.search(self._input.peek() or "") is not None
isFirstNewLine = True
newline_count = 0
while whitespaceChar.search(self._input.peek() or "") is not None:
self._ch = self._input.next()
if allowAtLeastOneNewLine and self._ch == "\n":
if (newline_count == 0 or
newline_count < self._options.max_preserve_newlines):
newline_count += 1
self._output.add_new_line(True)
return result
# Nested pseudo-class if we are insideRule
# and the next special character found opens
# a new block
def foundNestedPseudoClass(self):
openParen = 0
i = 1
ch = self._input.peek(i)
while ch:
if ch == "{":
return True
elif ch == "(":
# pseudoclasses can contain ()
openParen += 1
elif ch == ")":
if openParen == 0:
return False
openParen -= 1
elif ch == ";" or ch == "}":
return False
i += 1
ch = self._input.peek(i)
return False
def indent(self):
self._indentLevel += 1
def outdent(self):
if self._indentLevel > 0:
self._indentLevel -= 1
def preserveSingleSpace(self, isAfterSpace):
if isAfterSpace:
self._output.space_before_token = True
def print_string(self, output_string):
self._output.set_indent(self._indentLevel)
self._output.non_breaking_space = True
self._output.add_token(output_string)
def beautify(self):
if self._options.disabled:
return self.__source_text
source_text = self.__source_text
if self._options.eol == "auto":
self._options.eol = "\n"
if self.lineBreak.search(source_text or ""):
self._options.eol = self.lineBreak.search(source_text).group()
# HACK: newline parsing inconsistent. This brute force normalizes the
# input newlines.
source_text = re.sub(self.allLineBreaks, "\n", source_text)
baseIndentString = re.search("^[\t ]*", source_text).group(0)
self._output = Output(self._options, baseIndentString)
self._input = InputScanner(source_text)
self._indentLevel = 0
self._nestedLevel = 0
self._ch = None
parenLevel = 0
insideRule = False
insidePropertyValue = False
enteringConditionalGroup = False
insideAtExtend = False
insideAtImport = False
topCharacter = self._ch
while True:
whitespace = self._input.read(whitespacePattern)
isAfterSpace = whitespace != ""
previous_ch = topCharacter
self._ch = self._input.next()
if self._ch == "\\" and self._input.hasNext():
self._ch += self._input.next()
topCharacter = self._ch
if not self._ch:
break
elif self._ch == "/" and self._input.peek() == "*":
# /* css comment */
# Always start block comments on a new line.
# This handles scenarios where a block comment immediately
# follows a property definition on the same line or where
# minified code is being beautified.
self._output.add_new_line()
self._input.back()
comment = self._input.read(self.block_comment_pattern)
# handle ignore directive
directives = directives_core.get_directives(comment)
if directives and directives.get("ignore") == "start":
comment += directives_core.readIgnored(self._input)
self.print_string(comment)
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
# Block comments are followed by a new line so they don't
# share a line with other properties
self._output.add_new_line()
elif self._ch == "/" and self._input.peek() == "/":
# // single line comment
# Preserves the space before a comment
# on the same line as a rule
self._output.space_before_token = True
self._input.back()
self.print_string(self._input.read(self.comment_pattern))
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
elif self._ch == "@":
self.preserveSingleSpace(isAfterSpace)
# deal with less propery mixins @{...}
if self._input.peek() == "{":
self.print_string(self._ch + self.eatString("}"))
else:
self.print_string(self._ch)
# strip trailing space, for hash property check
variableOrRule = self._input.peekUntilAfter(
re.compile(r"[: ,;{}()[\]\/='\"]"))
if variableOrRule[-1] in ": ":
# wwe have a variable or pseudo-class, add it and
# insert one space before continuing
variableOrRule = self.eatString(": ")
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
self.print_string(variableOrRule)
self._output.space_before_token = True
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
if variableOrRule == "extend":
insideAtExtend = True
elif variableOrRule == "import":
insideAtImport = True
# might be a nesting at-rule
if variableOrRule in self.NESTED_AT_RULE:
self._nestedLevel += 1
if variableOrRule in self.CONDITIONAL_GROUP_RULE:
enteringConditionalGroup = True
elif (not insideRule and parenLevel == 0
and variableOrRule[-1] == ":"):
insidePropertyValue = True
self.indent()
elif self._ch == "#" and self._input.peek() == "{":
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString("}"))
elif self._ch == "{":
if insidePropertyValue:
insidePropertyValue = False
self.outdent()
# when entering conditional groups, only rulesets are
# allowed
if enteringConditionalGroup:
enteringConditionalGroup = False
insideRule = self._indentLevel >= self._nestedLevel
else:
# otherwise, declarations are also allowed
insideRule = self._indentLevel >= self._nestedLevel - 1
if self._options.newline_between_rules and insideRule:
if (self._output.previous_line
and not self._output.previous_line.is_empty()
and self._output.previous_line.item(-1) != "{"):
self._output.ensure_empty_line_above("/", ",")
self._output.space_before_token = True
# The difference in print_string and indent order
# is necessary to indent the '{' correctly
if self._options.brace_style == "expand":
self._output.add_new_line()
self.print_string(self._ch)
self.indent()
self._output.set_indent(self._indentLevel)
else:
self.indent()
self.print_string(self._ch)
self.eatWhitespace(True)
self._output.add_new_line()
elif self._ch == "}":
self.outdent()
self._output.add_new_line()
if previous_ch == "{":
self._output.trim(True)
insideAtExtend = False
insideAtImport = False
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
self.print_string(self._ch)
insideRule = False
if self._nestedLevel:
self._nestedLevel -= 1
self.eatWhitespace(True)
self._output.add_new_line()
if (self._options.newline_between_rules
and not self._output.just_added_blankline()):
if self._input.peek() != "}":
self._output.add_new_line(True)
elif self._ch == ":":
if ((insideRule or enteringConditionalGroup)
and not (self._input.lookBack("&")
or self.foundNestedPseudoClass())
and not self._input.lookBack("(")
and not insideAtExtend and parenLevel == 0):
# 'property: value' delimiter
# which could be in a conditional group query
self.print_string(":")
if not insidePropertyValue:
insidePropertyValue = True
self._output.space_before_token = True
self.eatWhitespace(True)
self.indent()
else:
# sass/less parent reference don't use a space
# sass nested pseudo-class don't use a space
# preserve space before pseudoclasses/pseudoelements,
# as it means "in any child"
if self._input.lookBack(" "):
self._output.space_before_token = True
if self._input.peek() == ":":
# pseudo-element
self._ch = self._input.next()
self.print_string("::")
else:
# pseudo-element
self.print_string(":")
elif self._ch == '"' or self._ch == "'":
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString(self._ch))
self.eatWhitespace(True)
elif self._ch == ";":
if parenLevel == 0:
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
insideAtExtend = False
insideAtImport = False
self.print_string(self._ch)
self.eatWhitespace(True)
# This maintains single line comments on the same
# line. Block comments are also affected, but
# a new line is always output before one inside
# that section
if self._input.peek() != "/":
self._output.add_new_line()
else:
self.print_string(self._ch)
self.eatWhitespace(True)
self._output.space_before_token = True
elif self._ch == "(":
# may be a url
if self._input.lookBack("url"):
self.print_string(self._ch)
self.eatWhitespace()
parenLevel += 1
self.indent()
self._ch = self._input.next()
if self._ch in {")", '"', "'"}:
self._input.back()
elif self._ch is not None:
self.print_string(self._ch + self.eatString(")"))
if parenLevel:
parenLevel -= 1
self.outdent()
else:
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
self.eatWhitespace()
parenLevel += 1
self.indent()
elif self._ch == ")":
if parenLevel:
parenLevel -= 1
self.outdent()
self.print_string(self._ch)
elif self._ch == ",":
self.print_string(self._ch)
self.eatWhitespace(True)
if (self._options.selector_separator_newline
and not insidePropertyValue and parenLevel == 0
and not insideAtImport and not insideAtExtend):
self._output.add_new_line()
else:
self._output.space_before_token = True
elif ((self._ch == ">" or self._ch == "+" or self._ch == "~")
and not insidePropertyValue and parenLevel == 0):
# handle combinator spacing
if self._options.space_around_combinator:
self._output.space_before_token = True
self.print_string(self._ch)
self._output.space_before_token = True
else:
self.print_string(self._ch)
self.eatWhitespace()
# squash extra whitespace
if self._ch and bool(whitespaceChar.search(self._ch)):
self._ch = ""
elif self._ch == "]":
self.print_string(self._ch)
elif self._ch == "[":
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
elif self._ch == "=":
# no whitespace before or after
self.eatWhitespace()
self.print_string("=")
if bool(whitespaceChar.search(self._ch)):
self._ch = ""
elif self._ch == "!" and not (self._input.lookBack("\\")):
# !important
self.print_string(" ")
self.print_string(self._ch)
else:
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
sweet_code = self._output.get_code(self._options.eol)
return sweet_code
def beautify(self):
if self._options.disabled:
return self.__source_text
source_text = self.__source_text
if self._options.eol == "auto":
self._options.eol = "\n"
if self.lineBreak.search(source_text or ""):
self._options.eol = self.lineBreak.search(source_text).group()
# HACK: newline parsing inconsistent. This brute force normalizes the
# input newlines.
source_text = re.sub(self.allLineBreaks, "\n", source_text)
baseIndentString = re.search("^[\t ]*", source_text).group(0)
self._output = Output(self._options, baseIndentString)
self._input = InputScanner(source_text)
self._indentLevel = 0
self._nestedLevel = 0
self._ch = None
parenLevel = 0
insideRule = False
insidePropertyValue = False
enteringConditionalGroup = False
insideAtExtend = False
insideAtImport = False
topCharacter = self._ch
while True:
whitespace = self._input.read(whitespacePattern)
isAfterSpace = whitespace != ""
previous_ch = topCharacter
self._ch = self._input.next()
if self._ch == "\\" and self._input.hasNext():
self._ch += self._input.next()
topCharacter = self._ch
if not self._ch:
break
elif self._ch == "/" and self._input.peek() == "*":
# /* css comment */
# Always start block comments on a new line.
# This handles scenarios where a block comment immediately
# follows a property definition on the same line or where
# minified code is being beautified.
self._output.add_new_line()
self._input.back()
comment = self._input.read(self.block_comment_pattern)
# handle ignore directive
directives = directives_core.get_directives(comment)
if directives and directives.get("ignore") == "start":
comment += directives_core.readIgnored(self._input)
self.print_string(comment)
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
# Block comments are followed by a new line so they don't
# share a line with other properties
self._output.add_new_line()
elif self._ch == "/" and self._input.peek() == "/":
# // single line comment
# Preserves the space before a comment
# on the same line as a rule
self._output.space_before_token = True
self._input.back()
self.print_string(self._input.read(self.comment_pattern))
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
elif self._ch == "@":
self.preserveSingleSpace(isAfterSpace)
# deal with less propery mixins @{...}
if self._input.peek() == "{":
self.print_string(self._ch + self.eatString("}"))
else:
self.print_string(self._ch)
# strip trailing space, for hash property check
variableOrRule = self._input.peekUntilAfter(
re.compile(r"[: ,;{}()[\]\/='\"]"))
if variableOrRule[-1] in ": ":
# wwe have a variable or pseudo-class, add it and
# insert one space before continuing
variableOrRule = self.eatString(": ")
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
self.print_string(variableOrRule)
self._output.space_before_token = True
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
if variableOrRule == "extend":
insideAtExtend = True
elif variableOrRule == "import":
insideAtImport = True
# might be a nesting at-rule
if variableOrRule in self.NESTED_AT_RULE:
self._nestedLevel += 1
if variableOrRule in self.CONDITIONAL_GROUP_RULE:
enteringConditionalGroup = True
elif (not insideRule and parenLevel == 0
and variableOrRule[-1] == ":"):
insidePropertyValue = True
self.indent()
elif self._ch == "#" and self._input.peek() == "{":
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString("}"))
elif self._ch == "{":
if insidePropertyValue:
insidePropertyValue = False
self.outdent()
# when entering conditional groups, only rulesets are
# allowed
if enteringConditionalGroup:
enteringConditionalGroup = False
insideRule = self._indentLevel >= self._nestedLevel
else:
# otherwise, declarations are also allowed
insideRule = self._indentLevel >= self._nestedLevel - 1
if self._options.newline_between_rules and insideRule:
if (self._output.previous_line
and not self._output.previous_line.is_empty()
and self._output.previous_line.item(-1) != "{"):
self._output.ensure_empty_line_above("/", ",")
self._output.space_before_token = True
# The difference in print_string and indent order
# is necessary to indent the '{' correctly
if self._options.brace_style == "expand":
self._output.add_new_line()
self.print_string(self._ch)
self.indent()
self._output.set_indent(self._indentLevel)
else:
self.indent()
self.print_string(self._ch)
self.eatWhitespace(True)
self._output.add_new_line()
elif self._ch == "}":
self.outdent()
self._output.add_new_line()
if previous_ch == "{":
self._output.trim(True)
insideAtExtend = False
insideAtImport = False
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
self.print_string(self._ch)
insideRule = False
if self._nestedLevel:
self._nestedLevel -= 1
self.eatWhitespace(True)
self._output.add_new_line()
if (self._options.newline_between_rules
and not self._output.just_added_blankline()):
if self._input.peek() != "}":
self._output.add_new_line(True)
elif self._ch == ":":
if ((insideRule or enteringConditionalGroup)
and not (self._input.lookBack("&")
or self.foundNestedPseudoClass())
and not self._input.lookBack("(")
and not insideAtExtend and parenLevel == 0):
# 'property: value' delimiter
# which could be in a conditional group query
self.print_string(":")
if not insidePropertyValue:
insidePropertyValue = True
self._output.space_before_token = True
self.eatWhitespace(True)
self.indent()
else:
# sass/less parent reference don't use a space
# sass nested pseudo-class don't use a space
# preserve space before pseudoclasses/pseudoelements,
# as it means "in any child"
if self._input.lookBack(" "):
self._output.space_before_token = True
if self._input.peek() == ":":
# pseudo-element
self._ch = self._input.next()
self.print_string("::")
else:
# pseudo-element
self.print_string(":")
elif self._ch == '"' or self._ch == "'":
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString(self._ch))
self.eatWhitespace(True)
elif self._ch == ";":
if parenLevel == 0:
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
insideAtExtend = False
insideAtImport = False
self.print_string(self._ch)
self.eatWhitespace(True)
# This maintains single line comments on the same
# line. Block comments are also affected, but
# a new line is always output before one inside
# that section
if self._input.peek() != "/":
self._output.add_new_line()
else:
self.print_string(self._ch)
self.eatWhitespace(True)
self._output.space_before_token = True
elif self._ch == "(":
# may be a url
if self._input.lookBack("url"):
self.print_string(self._ch)
self.eatWhitespace()
parenLevel += 1
self.indent()
self._ch = self._input.next()
if self._ch in {")", '"', "'"}:
self._input.back()
elif self._ch is not None:
self.print_string(self._ch + self.eatString(")"))
if parenLevel:
parenLevel -= 1
self.outdent()
else:
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
self.eatWhitespace()
parenLevel += 1
self.indent()
elif self._ch == ")":
if parenLevel:
parenLevel -= 1
self.outdent()
self.print_string(self._ch)
elif self._ch == ",":
self.print_string(self._ch)
self.eatWhitespace(True)
if (self._options.selector_separator_newline
and not insidePropertyValue and parenLevel == 0
and not insideAtImport and not insideAtExtend):
self._output.add_new_line()
else:
self._output.space_before_token = True
elif ((self._ch == ">" or self._ch == "+" or self._ch == "~")
and not insidePropertyValue and parenLevel == 0):
# handle combinator spacing
if self._options.space_around_combinator:
self._output.space_before_token = True
self.print_string(self._ch)
self._output.space_before_token = True
else:
self.print_string(self._ch)
self.eatWhitespace()
# squash extra whitespace
if self._ch and bool(whitespaceChar.search(self._ch)):
self._ch = ""
elif self._ch == "]":
self.print_string(self._ch)
elif self._ch == "[":
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
elif self._ch == "=":
# no whitespace before or after
self.eatWhitespace()
self.print_string("=")
if bool(whitespaceChar.search(self._ch)):
self._ch = ""
elif self._ch == "!" and not (self._input.lookBack("\\")):
# !important
self.print_string(" ")
self.print_string(self._ch)
else:
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
sweet_code = self._output.get_code(self._options.eol)
return sweet_code
class Beautifier:
def __init__(self, source_text, opts=default_options()):
# in javascript, these two differ
# in python they are the same, different methods are called on them
# IMPORTANT: This string must be run through six to handle \u chars
self.lineBreak = re.compile(six.u(r"\r\n|[\n\r]"))
self.allLineBreaks = self.lineBreak
self.comment_pattern = re.compile(
six.u(r"\/\/(?:[^\n\r\u2028\u2029]*)"))
self.block_comment_pattern = re.compile(
r"\/\*(?:[\s\S]*?)((?:\*\/)|$)")
if not source_text:
source_text = ''
self.__source_text = source_text
self._options = BeautifierOptions(opts)
self._input = None
self._ch = None
self._indentLevel = 0
self._nestedLevel = 0
self._output = None
# https://developer.mozilla.org/en-US/docs/Web/CSS/At-rule
# also in CONDITIONAL_GROUP_RULE below
self.NESTED_AT_RULE = {
"@page",
"@font-face",
"@keyframes",
"@media",
"@supports",
"@document"}
self.CONDITIONAL_GROUP_RULE = {
"@media",
"@supports",
"@document"}
def eatString(self, endChars):
result = ''
self._ch = self._input.next()
while self._ch:
result += self._ch
if self._ch == "\\":
result += self._input.next()
elif self._ch in endChars or self._ch == "\n":
break
self._ch = self._input.next()
return result
# Skips any white space in the source text from the current position.
# When allowAtLeastOneNewLine is true, will output new lines for each
# newline character found; if the user has preserve_newlines off, only
# the first newline will be output
def eatWhitespace(self, allowAtLeastOneNewLine=False):
result = whitespaceChar.search(self._input.peek() or '') is not None
isFirstNewLine = True
while whitespaceChar.search(self._input.peek() or '') is not None:
self._ch = self._input.next()
if allowAtLeastOneNewLine and self._ch == "\n":
if self._options.preserve_newlines or isFirstNewLine:
isFirstNewLine = False
self._output.add_new_line(True)
return result
# Nested pseudo-class if we are insideRule
# and the next special character found opens
# a new block
def foundNestedPseudoClass(self):
openParen = 0
i = 1
ch = self._input.peek(i)
while ch:
if ch == "{":
return True
elif ch == "(":
# pseudoclasses can contain ()
openParen += 1
elif ch == ")":
if openParen == 0:
return False
openParen -= 1
elif ch == ";" or ch == "}":
return False
i += 1
ch = self._input.peek(i)
return False
def indent(self):
self._indentLevel += 1
def outdent(self):
if self._indentLevel > 0:
self._indentLevel -= 1
def preserveSingleSpace(self, isAfterSpace):
if isAfterSpace:
self._output.space_before_token = True
def print_string(self, output_string):
self._output.set_indent(self._indentLevel)
self._output.non_breaking_space = True
self._output.add_token(output_string)
def beautify(self):
if self._options.disabled:
return self.__source_text
source_text = self.__source_text
if self._options.eol == 'auto':
self._options.eol = '\n'
if self.lineBreak.search(source_text or ''):
self._options.eol = self.lineBreak.search(source_text).group()
# HACK: newline parsing inconsistent. This brute force normalizes the
# input newlines.
source_text = re.sub(self.allLineBreaks, '\n', source_text)
baseIndentString = re.search("^[\t ]*", source_text).group(0)
self._output = Output(self._options, baseIndentString)
self._input = InputScanner(source_text)
self._indentLevel = 0
self._nestedLevel = 0
self._ch = None
parenLevel = 0
insideRule = False
insidePropertyValue = False
enteringConditionalGroup = False
insideAtExtend = False
insideAtImport = False
topCharacter = self._ch
while True:
whitespace = self._input.read(whitespacePattern)
isAfterSpace = whitespace != ''
previous_ch = topCharacter
self._ch = self._input.next()
topCharacter = self._ch
if not self._ch:
break
elif self._ch == '/' and self._input.peek() == '*':
# /* css comment */
# Always start block comments on a new line.
# This handles scenarios where a block comment immediately
# follows a property definition on the same line or where
# minified code is being beautified.
self._output.add_new_line()
self._input.back()
comment = self._input.read(self.block_comment_pattern)
# handle ignore directive
directives = directives_core.get_directives(comment)
if directives and directives.get('ignore') == 'start':
comment += directives_core.readIgnored(self._input)
self.print_string(comment)
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
# Block comments are followed by a new line so they don't
# share a line with other properties
self._output.add_new_line()
elif self._ch == '/' and self._input.peek() == '/':
# // single line comment
# Preserves the space before a comment
# on the same line as a rule
self._output.space_before_token = True
self._input.back()
self.print_string(self._input.read(self.comment_pattern))
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
elif self._ch == '@':
self.preserveSingleSpace(isAfterSpace)
# deal with less propery mixins @{...}
if self._input.peek() == '{':
self.print_string(self._ch + self.eatString('}'))
else:
self.print_string(self._ch)
# strip trailing space, for hash property check
variableOrRule = self._input.peekUntilAfter(
re.compile(r"[: ,;{}()[\]\/='\"]"))
if variableOrRule[-1] in ": ":
# wwe have a variable or pseudo-class, add it and
# insert one space before continuing
variableOrRule = self.eatString(": ")
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
self.print_string(variableOrRule)
self._output.space_before_token = True
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
if variableOrRule == "extend":
insideAtExtend = True
elif variableOrRule == "import":
insideAtImport = True
# might be a nesting at-rule
if variableOrRule in self.NESTED_AT_RULE:
self._nestedLevel += 1
if variableOrRule in self.CONDITIONAL_GROUP_RULE:
enteringConditionalGroup = True
elif not insideRule and parenLevel == 0 and \
variableOrRule[-1] == ":":
insidePropertyValue = True
self.indent()
elif self._ch == '#' and self._input.peek() == '{':
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString('}'))
elif self._ch == '{':
if insidePropertyValue:
insidePropertyValue = False
self.outdent()
self.indent()
self._output.space_before_token = True
self.print_string(self._ch)
# when entering conditional groups, only rulesets are
# allowed
if enteringConditionalGroup:
enteringConditionalGroup = False
insideRule = self._indentLevel > self._nestedLevel
else:
# otherwise, declarations are also allowed
insideRule = self._indentLevel >= self._nestedLevel
if self._options.newline_between_rules and insideRule:
if self._output.previous_line and \
not self._output.previous_line.is_empty() and \
self._output.previous_line.item(-1) != '{':
self._output.ensure_empty_line_above('/', ',')
self.eatWhitespace(True)
self._output.add_new_line()
elif self._ch == '}':
self.outdent()
self._output.add_new_line()
if previous_ch == '{':
self._output.trim(True)
insideAtExtend = False
insideAtImport = False
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
self.print_string(self._ch)
insideRule = False
if self._nestedLevel:
self._nestedLevel -= 1
self.eatWhitespace(True)
self._output.add_new_line()
if self._options.newline_between_rules and \
not self._output.just_added_blankline():
if self._input.peek() != '}':
self._output.add_new_line(True)
elif self._ch == ":":
if (insideRule or enteringConditionalGroup) and \
not (self._input.lookBack('&') or
self.foundNestedPseudoClass()) and \
not self._input.lookBack('(') and not insideAtExtend:
# 'property: value' delimiter
# which could be in a conditional group query
self.print_string(":")
if not insidePropertyValue:
insidePropertyValue = True
self._output.space_before_token = True
self.eatWhitespace(True)
self.indent()
else:
# sass/less parent reference don't use a space
# sass nested pseudo-class don't use a space
# preserve space before pseudoclasses/pseudoelements,
# as it means "in any child"
if self._input.lookBack(' '):
self._output.space_before_token = True
if self._input.peek() == ":":
# pseudo-element
self._ch = self._input.next()
self.print_string("::")
else:
# pseudo-element
self.print_string(":")
elif self._ch == '"' or self._ch == '\'':
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString(self._ch))
self.eatWhitespace(True)
elif self._ch == ';':
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
insideAtExtend = False
insideAtImport = False
self.print_string(self._ch)
self.eatWhitespace(True)
# This maintains single line comments on the same
# line. Block comments are also affected, but
# a new line is always output before one inside
# that section
if self._input.peek() is not '/':
self._output.add_new_line()
elif self._ch == '(':
# may be a url
if self._input.lookBack("url"):
self.print_string(self._ch)
self.eatWhitespace()
self._ch = self._input.next()
if self._ch in {')', '"', '\''}:
self._input.back()
parenLevel += 1
elif self._ch is not None:
self.print_string(self._ch + self.eatString(')'))
else:
parenLevel += 1
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
self.eatWhitespace()
elif self._ch == ')':
self.print_string(self._ch)
parenLevel -= 1
elif self._ch == ',':
self.print_string(self._ch)
self.eatWhitespace(True)
if self._options.selector_separator_newline and \
not insidePropertyValue and parenLevel < 1 and \
not insideAtImport:
self._output.add_new_line()
else:
self._output.space_before_token = True
elif (self._ch == '>' or self._ch == '+' or self._ch == '~') and \
not insidePropertyValue and parenLevel < 1:
# handle combinator spacing
if self._options.space_around_combinator:
self._output.space_before_token = True
self.print_string(self._ch)
self._output.space_before_token = True
else:
self.print_string(self._ch)
self.eatWhitespace()
# squash extra whitespace
if self._ch and bool(whitespaceChar.search(self._ch)):
self._ch = ''
elif self._ch == ']':
self.print_string(self._ch)
elif self._ch == '[':
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
elif self._ch == '=':
# no whitespace before or after
self.eatWhitespace()
self.print_string('=')
if bool(whitespaceChar.search(self._ch)):
self._ch = ''
elif self._ch == '!': # !important
self.print_string(' ')
self.print_string(self._ch)
else:
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
sweet_code = self._output.get_code(self._options.eol)
return sweet_code
def beautify(self):
if self._options.disabled:
return self.__source_text
source_text = self.__source_text
if self._options.eol == 'auto':
self._options.eol = '\n'
if self.lineBreak.search(source_text or ''):
self._options.eol = self.lineBreak.search(source_text).group()
# HACK: newline parsing inconsistent. This brute force normalizes the
# input newlines.
source_text = re.sub(self.allLineBreaks, '\n', source_text)
baseIndentString = re.search("^[\t ]*", source_text).group(0)
self._output = Output(self._options, baseIndentString)
self._input = InputScanner(source_text)
self._indentLevel = 0
self._nestedLevel = 0
self._ch = None
parenLevel = 0
insideRule = False
insidePropertyValue = False
enteringConditionalGroup = False
insideAtExtend = False
insideAtImport = False
topCharacter = self._ch
while True:
whitespace = self._input.read(whitespacePattern)
isAfterSpace = whitespace != ''
previous_ch = topCharacter
self._ch = self._input.next()
topCharacter = self._ch
if not self._ch:
break
elif self._ch == '/' and self._input.peek() == '*':
# /* css comment */
# Always start block comments on a new line.
# This handles scenarios where a block comment immediately
# follows a property definition on the same line or where
# minified code is being beautified.
self._output.add_new_line()
self._input.back()
comment = self._input.read(self.block_comment_pattern)
# handle ignore directive
directives = directives_core.get_directives(comment)
if directives and directives.get('ignore') == 'start':
comment += directives_core.readIgnored(self._input)
self.print_string(comment)
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
# Block comments are followed by a new line so they don't
# share a line with other properties
self._output.add_new_line()
elif self._ch == '/' and self._input.peek() == '/':
# // single line comment
# Preserves the space before a comment
# on the same line as a rule
self._output.space_before_token = True
self._input.back()
self.print_string(self._input.read(self.comment_pattern))
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
elif self._ch == '@':
self.preserveSingleSpace(isAfterSpace)
# deal with less propery mixins @{...}
if self._input.peek() == '{':
self.print_string(self._ch + self.eatString('}'))
else:
self.print_string(self._ch)
# strip trailing space, for hash property check
variableOrRule = self._input.peekUntilAfter(
re.compile(r"[: ,;{}()[\]\/='\"]"))
if variableOrRule[-1] in ": ":
# wwe have a variable or pseudo-class, add it and
# insert one space before continuing
variableOrRule = self.eatString(": ")
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
self.print_string(variableOrRule)
self._output.space_before_token = True
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
if variableOrRule == "extend":
insideAtExtend = True
elif variableOrRule == "import":
insideAtImport = True
# might be a nesting at-rule
if variableOrRule in self.NESTED_AT_RULE:
self._nestedLevel += 1
if variableOrRule in self.CONDITIONAL_GROUP_RULE:
enteringConditionalGroup = True
elif not insideRule and parenLevel == 0 and \
variableOrRule[-1] == ":":
insidePropertyValue = True
self.indent()
elif self._ch == '#' and self._input.peek() == '{':
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString('}'))
elif self._ch == '{':
if insidePropertyValue:
insidePropertyValue = False
self.outdent()
self.indent()
self._output.space_before_token = True
self.print_string(self._ch)
# when entering conditional groups, only rulesets are
# allowed
if enteringConditionalGroup:
enteringConditionalGroup = False
insideRule = self._indentLevel > self._nestedLevel
else:
# otherwise, declarations are also allowed
insideRule = self._indentLevel >= self._nestedLevel
if self._options.newline_between_rules and insideRule:
if self._output.previous_line and \
not self._output.previous_line.is_empty() and \
self._output.previous_line.item(-1) != '{':
self._output.ensure_empty_line_above('/', ',')
self.eatWhitespace(True)
self._output.add_new_line()
elif self._ch == '}':
self.outdent()
self._output.add_new_line()
if previous_ch == '{':
self._output.trim(True)
insideAtExtend = False
insideAtImport = False
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
self.print_string(self._ch)
insideRule = False
if self._nestedLevel:
self._nestedLevel -= 1
self.eatWhitespace(True)
self._output.add_new_line()
if self._options.newline_between_rules and \
not self._output.just_added_blankline():
if self._input.peek() != '}':
self._output.add_new_line(True)
elif self._ch == ":":
if (insideRule or enteringConditionalGroup) and \
not (self._input.lookBack('&') or
self.foundNestedPseudoClass()) and \
not self._input.lookBack('(') and not insideAtExtend:
# 'property: value' delimiter
# which could be in a conditional group query
self.print_string(":")
if not insidePropertyValue:
insidePropertyValue = True
self._output.space_before_token = True
self.eatWhitespace(True)
self.indent()
else:
# sass/less parent reference don't use a space
# sass nested pseudo-class don't use a space
# preserve space before pseudoclasses/pseudoelements,
# as it means "in any child"
if self._input.lookBack(' '):
self._output.space_before_token = True
if self._input.peek() == ":":
# pseudo-element
self._ch = self._input.next()
self.print_string("::")
else:
# pseudo-element
self.print_string(":")
elif self._ch == '"' or self._ch == '\'':
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString(self._ch))
self.eatWhitespace(True)
elif self._ch == ';':
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
insideAtExtend = False
insideAtImport = False
self.print_string(self._ch)
self.eatWhitespace(True)
# This maintains single line comments on the same
# line. Block comments are also affected, but
# a new line is always output before one inside
# that section
if self._input.peek() is not '/':
self._output.add_new_line()
elif self._ch == '(':
# may be a url
if self._input.lookBack("url"):
self.print_string(self._ch)
self.eatWhitespace()
self._ch = self._input.next()
if self._ch in {')', '"', '\''}:
self._input.back()
parenLevel += 1
elif self._ch is not None:
self.print_string(self._ch + self.eatString(')'))
else:
parenLevel += 1
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
self.eatWhitespace()
elif self._ch == ')':
self.print_string(self._ch)
parenLevel -= 1
elif self._ch == ',':
self.print_string(self._ch)
self.eatWhitespace(True)
if self._options.selector_separator_newline and \
not insidePropertyValue and parenLevel < 1 and \
not insideAtImport:
self._output.add_new_line()
else:
self._output.space_before_token = True
elif (self._ch == '>' or self._ch == '+' or self._ch == '~') and \
not insidePropertyValue and parenLevel < 1:
# handle combinator spacing
if self._options.space_around_combinator:
self._output.space_before_token = True
self.print_string(self._ch)
self._output.space_before_token = True
else:
self.print_string(self._ch)
self.eatWhitespace()
# squash extra whitespace
if self._ch and bool(whitespaceChar.search(self._ch)):
self._ch = ''
elif self._ch == ']':
self.print_string(self._ch)
elif self._ch == '[':
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
elif self._ch == '=':
# no whitespace before or after
self.eatWhitespace()
self.print_string('=')
if bool(whitespaceChar.search(self._ch)):
self._ch = ''
elif self._ch == '!': # !important
self.print_string(' ')
self.print_string(self._ch)
else:
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
sweet_code = self._output.get_code(self._options.eol)
return sweet_code
def beautify(self):
if self._options.disabled:
return self.__source_text
source_text = self.__source_text
if self._options.eol == 'auto':
self._options.eol = '\n'
if self.lineBreak.search(source_text or ''):
self._options.eol = self.lineBreak.search(source_text).group()
# HACK: newline parsing inconsistent. This brute force normalizes the
# input newlines.
source_text = re.sub(self.allLineBreaks, '\n', source_text)
baseIndentString = re.search("^[\t ]*", source_text).group(0)
self._output = Output(self._options, baseIndentString)
self._input = InputScanner(source_text)
self._indentLevel = 0
self._nestedLevel = 0
self._ch = None
parenLevel = 0
insideRule = False
insidePropertyValue = False
enteringConditionalGroup = False
insideAtExtend = False
insideAtImport = False
topCharacter = self._ch
while True:
whitespace = self._input.read(whitespacePattern)
isAfterSpace = whitespace != ''
previous_ch = topCharacter
self._ch = self._input.next()
topCharacter = self._ch
if not self._ch:
break
elif self._ch == '/' and self._input.peek() == '*':
# /* css comment */
# Always start block comments on a new line.
# This handles scenarios where a block comment immediately
# follows a property definition on the same line or where
# minified code is being beautified.
self._output.add_new_line()
self._input.back()
self.print_string(self._input.read(self.block_comment_pattern))
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
# Block comments are followed by a new line so they don't
# share a line with other properties
self._output.add_new_line()
elif self._ch == '/' and self._input.peek() == '/':
# // single line comment
# Preserves the space before a comment
# on the same line as a rule
self._output.space_before_token = True
self._input.back()
self.print_string(self._input.read(self.comment_pattern))
# Ensures any new lines following the comment are preserved
self.eatWhitespace(True)
elif self._ch == '@':
self.preserveSingleSpace(isAfterSpace)
# deal with less propery mixins @{...}
if self._input.peek() == '{':
self.print_string(self._ch + self.eatString('}'))
else:
self.print_string(self._ch)
# strip trailing space, for hash property check
variableOrRule = self._input.peekUntilAfter(
re.compile(r"[: ,;{}()[\]\/='\"]"))
if variableOrRule[-1] in ": ":
# wwe have a variable or pseudo-class, add it and
# insert one space before continuing
variableOrRule = self.eatString(": ")
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
self.print_string(variableOrRule)
self._output.space_before_token = True
if variableOrRule[-1].isspace():
variableOrRule = variableOrRule[:-1]
if variableOrRule == "extend":
insideAtExtend = True
elif variableOrRule == "import":
insideAtImport = True
# might be a nesting at-rule
if variableOrRule in self.NESTED_AT_RULE:
self._nestedLevel += 1
if variableOrRule in self.CONDITIONAL_GROUP_RULE:
enteringConditionalGroup = True
elif not insideRule and parenLevel == 0 and \
variableOrRule[-1] == ":":
insidePropertyValue = True
self.indent()
elif self._ch == '#' and self._input.peek() == '{':
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString('}'))
elif self._ch == '{':
if insidePropertyValue:
insidePropertyValue = False
self.outdent()
self.indent()
self._output.space_before_token = True
self.print_string(self._ch)
# when entering conditional groups, only rulesets are
# allowed
if enteringConditionalGroup:
enteringConditionalGroup = False
insideRule = self._indentLevel > self._nestedLevel
else:
# otherwise, declarations are also allowed
insideRule = self._indentLevel >= self._nestedLevel
if self._options.newline_between_rules and insideRule:
if self._output.previous_line and \
not self._output.previous_line.is_empty() and \
self._output.previous_line.item(-1) != '{':
self._output.ensure_empty_line_above('/', ',')
self.eatWhitespace(True)
self._output.add_new_line()
elif self._ch == '}':
self.outdent()
self._output.add_new_line()
if previous_ch == '{':
self._output.trim(True)
insideAtExtend = False
insideAtImport = False
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
self.print_string(self._ch)
insideRule = False
if self._nestedLevel:
self._nestedLevel -= 1
self.eatWhitespace(True)
self._output.add_new_line()
if self._options.newline_between_rules and \
not self._output.just_added_blankline():
if self._input.peek() != '}':
self._output.add_new_line(True)
elif self._ch == ":":
if (insideRule or enteringConditionalGroup) and \
not (self._input.lookBack('&') or
self.foundNestedPseudoClass()) and \
not self._input.lookBack('(') and not insideAtExtend:
# 'property: value' delimiter
# which could be in a conditional group query
self.print_string(":")
if not insidePropertyValue:
insidePropertyValue = True
self._output.space_before_token = True
self.eatWhitespace(True)
self.indent()
else:
# sass/less parent reference don't use a space
# sass nested pseudo-class don't use a space
# preserve space before pseudoclasses/pseudoelements,
# as it means "in any child"
if self._input.lookBack(' '):
self._output.space_before_token = True
if self._input.peek() == ":":
# pseudo-element
self._ch = self._input.next()
self.print_string("::")
else:
# pseudo-element
self.print_string(":")
elif self._ch == '"' or self._ch == '\'':
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch + self.eatString(self._ch))
self.eatWhitespace(True)
elif self._ch == ';':
if insidePropertyValue:
self.outdent()
insidePropertyValue = False
insideAtExtend = False
insideAtImport = False
self.print_string(self._ch)
self.eatWhitespace(True)
# This maintains single line comments on the same
# line. Block comments are also affected, but
# a new line is always output before one inside
# that section
if self._input.peek() is not '/':
self._output.add_new_line()
elif self._ch == '(':
# may be a url
if self._input.lookBack("url"):
self.print_string(self._ch)
self.eatWhitespace()
self._ch = self._input.next()
if self._ch in {')', '"', '\''}:
self._input.back()
parenLevel += 1
elif self._ch is not None:
self.print_string(self._ch + self.eatString(')'))
else:
parenLevel += 1
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
self.eatWhitespace()
elif self._ch == ')':
self.print_string(self._ch)
parenLevel -= 1
elif self._ch == ',':
self.print_string(self._ch)
self.eatWhitespace(True)
if self._options.selector_separator_newline and \
not insidePropertyValue and parenLevel < 1 and \
not insideAtImport:
self._output.add_new_line()
else:
self._output.space_before_token = True
elif (self._ch == '>' or self._ch == '+' or self._ch == '~') and \
not insidePropertyValue and parenLevel < 1:
# handle combinator spacing
if self._options.space_around_combinator:
self._output.space_before_token = True
self.print_string(self._ch)
self._output.space_before_token = True
else:
self.print_string(self._ch)
self.eatWhitespace()
# squash extra whitespace
if self._ch and bool(whitespaceChar.search(self._ch)):
self._ch = ''
elif self._ch == ']':
self.print_string(self._ch)
elif self._ch == '[':
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
elif self._ch == '=':
# no whitespace before or after
self.eatWhitespace()
self.print_string('=')
if bool(whitespaceChar.search(self._ch)):
self._ch = ''
elif self._ch == '!': # !important
self.print_string(' ')
self.print_string(self._ch)
else:
self.preserveSingleSpace(isAfterSpace)
self.print_string(self._ch)
sweet_code = self._output.get_code(self._options.eol)
return sweet_code
