def processOne( self, match ):
parent = match.lsqb.parent
new = makeStatement()
num_locals = len( str( match.locals ).split( "," ) )
match.looper.remove()
new.append_child( match.looper )
if "test" in match:
new.append_child( makeLeaf( "PYJS", ".filter", "" ) )
new.append_child( makeLeaf( "LPAR", "(", '' ) )
if num_locals > 1:
new.append_child( makeLeaf( "LPAR", "(", ' ' ) )
new.append_child( makeLeaf( "LSQB", "[", ' ' ) )
new.append_child( match.locals.clone() )
if num_locals > 1:
new.append_child( makeLeaf( "RSQB", "]", ' ' ) )
new.append_child( makeLeaf( "RPAR", ")", ' ' ) )
new.append_child( makeLeaf( "PYJS", "=>", ' ' ) )
match.test.remove()
new.append_child( match.test )
new.append_child( makeLeaf( "RPAR", ")", ' ' ) )
if self.needsMap( match.item_value, match.locals ):
new.append_child( makeLeaf( "PYJS", ".map", "" ) )
new.append_child( makeLeaf( "LPAR", "(", '' ) )
if num_locals > 1:
new.append_child( makeLeaf( "LPAR", "(", ' ' ) )
new.append_child( makeLeaf( "LSQB", "[", ' ' ) )
new.append_child( match.locals.clone() )
if num_locals > 1:
new.append_child( makeLeaf( "RSQB", "]", ' ' ) )
new.append_child( makeLeaf( "RPAR", ")", ' ' ) )
new.append_child( makeLeaf( "PYJS", "=>", ' ' ) )
match.item_value.remove()
new.append_child( match.item_value )
new.append_child( makeLeaf( "RPAR", ")", ' ' ) )
parent.replace( new )
def processOne(self, class_info):
if not ('args' in class_info and class_info.args.toString()
in self.test_superclass_strings):
super(UnittestClassToMochaDescribeConverter,
self).processOne(class_info)
return
class_name = class_info.name.toString()
class_indent = self.calcIndent(class_info.node)
parent = class_info.class_word.parent
new = makeStatement()
new.append_child(makeLeaf("PYJS", "describe", ''))
new.append_child(makeLeaf("LPAR", "(", ''))
new.append_child(makeLeaf("STRING", f"'{ class_name }'", ' '))
new.append_child(makeLeaf("COMMA", ",", ''))
new.append_child(makeLeaf("LPAR", "(", ' '))
new.append_child(makeLeaf("RPAR", ")", ''))
new.append_child(makeLeaf("PYJS", "=>", ' '))
new.append_child(makeLeaf("LBRACE", "{", ' '))
new.append_child(class_info.suite)
new.append_child(makeLeaf("DEDENT", "", class_indent))
new.append_child(makeLeaf("RBRACE", "}", ''))
new.append_child(makeLeaf("RPAR", ")", ' '))
new.append_child(makeLeaf("SEMI", ";", ''))
new.append_child(makeLeaf("NEWLINE", "\n", ''))
new.append_child(makeLeaf("DEDENT", "", class_indent))
parent.replace(new)
def processOne(self, func_info):
func_name = func_info.name.toString()
if not func_name.startswith('test_'):
super(PytestMethodToMochaItConverter, self).processOne(func_info)
return
func_indent = self.calcIndent(func_info.node)
parent = func_info.def_word.parent
new = makeStatement()
new.append_child(makeLeaf("PYJS", "it", ''))
new.append_child(makeLeaf("LPAR", "(", ''))
new.append_child(makeLeaf("STRING", f"'{ func_name }'", ' '))
new.append_child(makeLeaf("COMMA", ",", ''))
new.append_child(makeLeaf("LPAR", "(", ' '))
new.append_child(makeLeaf("RPAR", ")", ''))
new.append_child(makeLeaf("PYJS", "=>", ' '))
new.append_child(makeLeaf("LBRACE", "{", ' '))
new.append_child(func_info.suite)
new.append_child(makeLeaf("DEDENT", "", func_indent))
new.append_child(makeLeaf("RBRACE", "}", ''))
new.append_child(makeLeaf("RPAR", ")", ' '))
new.append_child(makeLeaf("SEMI", ";", ''))
new.append_child(makeLeaf("NEWLINE", "\n", ''))
new.append_child(makeLeaf("DEDENT", "", func_indent))
parent.replace(new)
def processOne(self, match):
parent = match.assert_word.parent
new = makeStatement()
new.append_child(makeLeaf("PYJS", "expect", match.assert_word.prefix))
new.append_child(makeLeaf("LPAR", "(", ''))
if 'comp' in match:
if match.comp_op.toString() in ["==", "!="]:
new.append_child(match.left)
else:
new.append_child(match.comp)
else:
new.append_child(match.truthy)
new.append_child(makeLeaf("RPAR", ")", ' '))
new.append_child(makeLeaf("DOT", ".", ''))
if ('comp' in match
and match.comp_op.toString() == "!=") or "not_word" in match:
new.append_child(makeLeaf("PYJS", "not", ''))
new.append_child(makeLeaf("DOT", ".", ''))
new.append_child(makeLeaf("PYJS", "to", ''))
new.append_child(makeLeaf("DOT", ".", ''))
if 'comp' in match and match.comp_op.toString() in ["==", "!="]:
new.append_child(makeLeaf("PYJS", "eql", ''))
new.append_child(makeLeaf("LPAR", "(", ''))
new.append_child(match.right)
new.append_child(makeLeaf("RPAR", ")", ' '))
else:
new.append_child(makeLeaf("PYJS", "be", ''))
new.append_child(makeLeaf("DOT", ".", ''))
new.append_child(makeLeaf("PYJS", "ok", ''))
parent.replace(new)
def processOne(self, match):
parent = match.lbrace.parent
new = makeStatement()
num_locals = len(str(match.locals).split(","))
match.looper.remove()
new.append_child(match.looper)
if "test" in match:
new.append_child(makeLeaf("PYJS", ".filter", ""))
new.append_child(makeLeaf("LPAR", "(", ''))
if num_locals > 1:
new.append_child(makeLeaf("LPAR", "(", ' '))
new.append_child(makeLeaf("LSQB", "[", ' '))
new.append_child(match.locals.clone())
if num_locals > 1:
new.append_child(makeLeaf("RSQB", "]", ' '))
new.append_child(makeLeaf("RPAR", ")", ' '))
new.append_child(makeLeaf("PYJS", "=>", ' '))
match.test.remove()
new.append_child(match.test)
new.append_child(makeLeaf("RPAR", ")", ' '))
new.append_child(makeLeaf("DOT", ".", ""))
new.append_child(makeLeaf("PYJS", "reduce", ""))
new.append_child(makeLeaf("LPAR", "(", ''))
new.append_child(makeLeaf("LPAR", "(", ' '))
new.append_child(makeLeaf("PYJS", self.MAP, " "))
new.append_child(makeLeaf("COMMA", ",", ''))
if num_locals > 1:
new.append_child(makeLeaf("LSQB", "[", ' '))
match.locals.remove()
new.append_child(match.locals)
new.append_child(match.item_value)
if num_locals > 1:
new.append_child(makeLeaf("RSQB", "]", ' '))
new.append_child(makeLeaf("RPAR", ")", ' '))
new.append_child(makeLeaf("PYJS", "=>", ' '))
new.append_child(makeLeaf("LPAR", "(", ' '))
new.append_child(makeLeaf("LBRACE", "{", ' '))
new.append_child(makeLeaf("PYJS", "...", ' '))
new.append_child(makeLeaf("PYJS", self.MAP, ""))
new.append_child(makeLeaf("COMMA", ",", ''))
new.append_child(makeLeaf("LSQB", "[", ' '))
match.item_key.remove()
new.append_child(match.item_key)
new.append_child(makeLeaf("RSQB", "]", ' '))
new.append_child(makeLeaf("COLON", ":", ""))
match.item_value.remove()
new.append_child(match.item_value)
new.append_child(makeLeaf("RBRACE", "}", ' '))
new.append_child(makeLeaf("RPAR", ")", ' '))
new.append_child(makeLeaf("COMMA", ",", ''))
new.append_child(makeLeaf("LBRACE", "{", ' '))
new.append_child(makeLeaf("RBRACE", "}", ''))
new.append_child(makeLeaf("RPAR", ")", ' '))
parent.replace(new)
def processOne(self, match):
new = makeStatement()
new.append_child(makeLeaf("PYJS", "throw", match.raise_word.prefix))
new.append_child(makeLeaf("PYJS", "new", ' '))
new.append_child(makeLeaf("PYJS", "Error", ' '))
new.append_child(makeLeaf("LPAR", "(", ""))
new.append_child(
makeLeaf("PYJS", "'%s'" % match.exc_name.toString(), ' '))
if "args" in match:
new.append_child(makeLeaf("COMMA", ",", ""))
new.append_child(match.args)
new.append_child(makeLeaf("RPAR", ")", " "))
match.node.replace(new)
def processOne_NO_PYJS( self, match ):
"""
this results in
right.reduce( ( a, c ) => a.replace( /%(s|i|r)?/, c.toString () ), left );
which is self-contained but a bit long-winded
"""
is_multi = getNodeKind( match.right ) == "power" or \
len( str( match.right ).split( "," ) ) > 1
new = makeStatement()
if not is_multi:
new.append_child( makeLeaf( "LSQB", "[", ' ' ) )
new.append_child( match.right )
if not is_multi:
new.append_child( makeLeaf( "RSQB", "]", ' ' ) )
new.append_child( makeLeaf( "DOT", ".", '' ) )
new.append_child( makeLeaf( "PYJS", "reduce", '' ) )
new.append_child( makeLeaf( "LPAR", "(", '' ) )
new.append_child( makeLeaf( "LPAR", "(", ' ' ) )
new.append_child( makeLeaf( "PYJS", "a", ' ' ) )
new.append_child( makeLeaf( "COMMA", ",", "" ) )
new.append_child( makeLeaf( "PYJS", "c", ' ' ) )
new.append_child( makeLeaf( "RPAR", ")", ' ' ) )
new.append_child( makeLeaf( "PYJS", "=>", ' ' ) )
new.append_child( makeLeaf( "PYJS", "a", ' ' ) )
new.append_child( makeLeaf( "DOT", ".", '' ) )
new.append_child( makeLeaf( "PYJS", "replace", '' ) )
new.append_child( makeLeaf( "LPAR", "(", '' ) )
new.append_child( makeLeaf( "PYJS", "/%(s|i|r)?/", ' ' ) )
new.append_child( makeLeaf( "COMMA", ",", "" ) )
new.append_child( makeLeaf( "PYJS", "c", ' ' ) )
new.append_child( makeLeaf( "DOT", ".", '' ) )
new.append_child( makeLeaf( "PYJS", "toString", '' ) )
new.append_child( makeLeaf( "LPAR", "(", ' ' ) )
new.append_child( makeLeaf( "RPAR", ")", '' ) )
new.append_child( makeLeaf( "RPAR", ")", ' ' ) )
new.append_child( makeLeaf( "COMMA", ",", "" ) )
match.left.prefix = ' '
new.append_child( match.left )
new.append_child( makeLeaf( "RPAR", ")", ' ' ) )
match.percent_sym.parent.replace( new )
def processOne_PYJS( self, match ):
"""
this results in
_pyjs.stringInterpolate( left, right );
which is a short but needs the external function
"""
is_multi = getNodeKind( match.right ) == "power" or \
len( str( match.right ).split( "," ) ) > 1
new = makeStatement()
new.append_child( makeLeaf( "NAME", "_pyjs.stringInterpolate", match.left.prefix ) )
new.append_child( makeLeaf( "LPAR", "(" ) )
match.left.prefix = ' '
new.append_child( match.left )
new.append_child( makeLeaf( "COMMA", ",", "" ) )
if not is_multi:
new.append_child( makeLeaf( "LSQB", "[", ' ' ) )
new.append_child( match.right )
if not is_multi:
new.append_child( makeLeaf( "RSQB", "]", ' ' ) )
new.append_child( makeLeaf( "RPAR", ")", " " ) )
match.percent_sym.parent.replace( new )