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94de114894a6acdde75e3e0349b80c331aba6a67
kotlin-fork/compiler/testData/psi/examples/BinaryTree.txt
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Nikolay Krasko 0cd3e4f3a4 Minor: JetFile -> KtFile
2017-05-18 20:00:17 +03:00

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KtFile: BinaryTree.kt
PACKAGE_DIRECTIVE
<empty list>
IMPORT_LIST
<empty list>
CLASS
PsiElement(class)('class')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('BinaryTree')
TYPE_PARAMETER_LIST
PsiElement(LT)('<')
TYPE_PARAMETER
PsiElement(IDENTIFIER)('T')
PsiElement(GT)('>')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
SUPER_TYPE_LIST
SUPER_TYPE_ENTRY
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('IMutableSet')
TYPE_ARGUMENT_LIST
PsiElement(LT)('<')
TYPE_PROJECTION
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(GT)('>')
PsiWhiteSpace(' ')
CLASS_BODY
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
CLASS
MODIFIER_LIST
PsiElement(private)('private')
PsiWhiteSpace(' ')
PsiElement(class)('class')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('TreeNode')
PRIMARY_CONSTRUCTOR
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
PsiWhiteSpace('\n ')
VALUE_PARAMETER
PsiElement(var)('var')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('value')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_PARAMETER
PsiElement(var)('var')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('parent')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiWhiteSpace('\n ')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
CLASS_BODY
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
PROPERTY
PsiElement(var)('var')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('left')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiWhiteSpace('\n ')
PROPERTY
PsiElement(var)('var')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('right')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiWhiteSpace('\n\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
PROPERTY
MODIFIER_LIST
PsiElement(private)('private')
PsiWhiteSpace(' ')
PsiElement(val)('val')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('compare')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('MatchableComparison')
TYPE_ARGUMENT_LIST
PsiElement(LT)('<')
TYPE_PROJECTION
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(GT)('>')
PsiWhiteSpace('\n ')
PROPERTY
MODIFIER_LIST
PsiElement(private)('private')
PsiWhiteSpace(' ')
PsiElement(var)('var')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('root')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiWhiteSpace('\n ')
PROPERTY
MODIFIER_LIST
PsiElement(private)('private')
PsiWhiteSpace(' ')
PsiElement(var)('var')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('version')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
INTEGER_CONSTANT
PsiElement(INTEGER_LITERAL)('0')
PsiWhiteSpace('\n\n')
PsiComment(EOL_COMMENT)('// override var size : Int { get; private set; }')
PsiWhiteSpace('\n\n ')
SECONDARY_CONSTRUCTOR
PsiElement(constructor)('constructor')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('compare')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Comparison')
TYPE_ARGUMENT_LIST
PsiElement(LT)('<')
TYPE_PROJECTION
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(GT)('>')
PsiElement(RPAR)(')')
CONSTRUCTOR_DELEGATION_CALL
CONSTRUCTOR_DELEGATION_REFERENCE
<empty list>
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
THIS_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(this)('this')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('compare')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('asMatchableComparison')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('comparison')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
SECONDARY_CONSTRUCTOR
PsiElement(constructor)('constructor')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
CONSTRUCTOR_DELEGATION_CALL
CONSTRUCTOR_DELEGATION_REFERENCE
PsiElement(this)('this')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('naturalOrder')
TYPE_ARGUMENT_LIST
PsiElement(LT)('<')
TYPE_PROJECTION
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(GT)('>')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(private)('private')
PsiWhiteSpace(' ')
ANNOTATION
PsiElement(AT)('@')
PsiElement(LBRACKET)('[')
ANNOTATION_ENTRY
CONSTRUCTOR_CALLEE
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('operator')
PsiElement(RBRACKET)(']')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(DOT)('.')
PsiElement(IDENTIFIER)('compareTo')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('other')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Int')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('compare')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
THIS_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(this)('this')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('other')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(override)('override')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('contains')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('item')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Boolean')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('contains')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('root')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n\n ')
FUN
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('contains')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('item')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Boolean')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(false)('false')
PsiWhiteSpace('\n ')
WHEN
PsiElement(when)('when')
PsiElement(LPAR)('(')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('compare')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('value')
PsiElement(RPAR)(')')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('EQ')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(true)('true')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('LS')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('contains')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('GT')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('contains')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(override)('override')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('add')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('item')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Boolean')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('add')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Ref')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('root')
PsiElement(RPAR)(')')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
POSTFIX_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('size')
OPERATION_REFERENCE
PsiElement(PLUSPLUS)('++')
PsiWhiteSpace('\n ')
POSTFIX_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('version')
OPERATION_REFERENCE
PsiElement(PLUSPLUS)('++')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(true)('true')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(false)('false')
PsiWhiteSpace('\n\n ')
FUN
PsiComment(EOL_COMMENT)('// In principle, this has access to item anyway, but then it's unreachable code')
PsiWhiteSpace('\n ')
PsiComment(EOL_COMMENT)('// BAD: the naive implementation of ref will create H(T) ref objects, but can be optimized to create only one')
PsiWhiteSpace('\n ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('add')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Ref')
TYPE_ARGUMENT_LIST
PsiElement(LT)('<')
TYPE_PROJECTION
TYPE_REFERENCE
NULLABLE_TYPE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(QUEST)('?')
PsiElement(GT)('>')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('parent')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Boolean')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('value')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('value')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('parent')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(true)('true')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
WHEN
PsiElement(when)('when')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('compare')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('value')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('value')
PsiElement(RPAR)(')')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('EQ')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(false)('false')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('LS')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('add')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
BINARY_EXPRESSION
BINARY_EXPRESSION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('ref')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(IDENTIFIER)('node')
PsiErrorElement:Expecting an element
PsiElement(DOT)('.')
OPERATION_REFERENCE
PsiElement(IDENTIFIER)('value')
PsiErrorElement:Expecting an element
PsiElement(DOT)('.')
OPERATION_REFERENCE
PsiElement(IDENTIFIER)('left')
PsiErrorElement:Expecting an element
<empty list>
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('GT')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('add')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
BINARY_EXPRESSION
BINARY_EXPRESSION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('ref')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(IDENTIFIER)('node')
PsiErrorElement:Expecting an element
PsiElement(DOT)('.')
OPERATION_REFERENCE
PsiElement(IDENTIFIER)('value')
PsiErrorElement:Expecting an element
PsiElement(DOT)('.')
OPERATION_REFERENCE
PsiElement(IDENTIFIER)('right')
PsiErrorElement:Expecting an element
<empty list>
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
PsiComment(EOL_COMMENT)('// In principle, this has access to item anyway')
PsiWhiteSpace('\n ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('addNoRef')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Boolean')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('root')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(true)('true')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
WHEN
PsiElement(when)('when')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('compare')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('value')
PsiElement(RPAR)(')')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('EQ')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(false)('false')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('LS')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(true)('true')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace(' ')
PsiElement(else)('else')
PsiWhiteSpace(' ')
ELSE
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('add')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('GT')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(true)('true')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace(' ')
PsiElement(else)('else')
PsiWhiteSpace(' ')
ELSE
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('add')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(override)('override')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('remove')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('item')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Boolean')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
PROPERTY
PsiElement(val)('val')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('toRemove')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('find')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('root')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('toRemove')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(false)('false')
PsiWhiteSpace('\n ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('remove')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('toRemove')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
POSTFIX_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('size')
OPERATION_REFERENCE
PsiElement(MINUSMINUS)('--')
PsiWhiteSpace('\n ')
POSTFIX_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('version')
OPERATION_REFERENCE
PsiElement(PLUSPLUS)('++')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
BOOLEAN_CONSTANT
PsiElement(true)('true')
PsiWhiteSpace('\n\n ')
FUN
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('find')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiWhiteSpace('\n ')
WHEN
PsiElement(when)('when')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('compare')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('item')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('value')
PsiElement(RPAR)(')')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('EQ')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('LS')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('find')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
WHEN_ENTRY
WHEN_CONDITION_WITH_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('GT')
PsiWhiteSpace(' ')
PsiElement(ARROW)('->')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('find')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(private)('private')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('remove')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
WHEN
PsiElement(when)('when')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
PsiComment(EOL_COMMENT)('//is TreeNode #(null, null) -> replace(node, null)')
PsiWhiteSpace('\n ')
PsiComment(EOL_COMMENT)('//is TreeNode #(null, right) -> replace(node, right)')
PsiWhiteSpace('\n ')
PsiComment(EOL_COMMENT)('//is TreeNode #(left, null) -> replace(node, left)')
PsiWhiteSpace('\n ')
PsiComment(EOL_COMMENT)('//is TreeNode #(left, right) -> {')
PsiWhiteSpace('\n ')
PsiComment(EOL_COMMENT)('// val min = min(node.right)')
PsiWhiteSpace('\n ')
PsiComment(EOL_COMMENT)('// node.value = min.value')
PsiWhiteSpace('\n ')
PsiComment(EOL_COMMENT)('// remove(min)')
PsiWhiteSpace('\n ')
PsiComment(EOL_COMMENT)('//}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('replace')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(COMMA)(',')
PsiWhiteSpace(' ')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('replace')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('root')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('root')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('replace')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('parent')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('parent')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('replace')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace(' ')
PsiElement(else)('else')
PsiWhiteSpace(' ')
ELSE
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('parent')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('parent')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('replace')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace(' ')
PsiElement(else)('else')
PsiWhiteSpace(' ')
ELSE
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Assert')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
BOOLEAN_CONSTANT
PsiElement(false)('false')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
PsiComment(EOL_COMMENT)('// Relies on tail-recursion optimization')
PsiWhiteSpace('\n ')
MODIFIER_LIST
PsiElement(private)('private')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('min')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
VALUE_PARAMETER
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiWhiteSpace(' ')
PsiElement(else)('else')
PsiWhiteSpace(' ')
ELSE
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('min')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('node')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(override)('override')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('iterator')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('IIterator')
TYPE_ARGUMENT_LIST
PsiElement(LT)('<')
TYPE_PROJECTION
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(GT)('>')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('mutableIterator')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(override)('override')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('mutableIterator')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('IMutableIterator')
TYPE_ARGUMENT_LIST
PsiElement(LT)('<')
TYPE_PROJECTION
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiElement(GT)('>')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
OBJECT_LITERAL
OBJECT_DECLARATION
PsiElement(object)('object')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
SUPER_TYPE_LIST
SUPER_TYPE_ENTRY
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('IMutableIterator')
PsiWhiteSpace(' ')
CLASS_BODY
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
PROPERTY
PsiElement(val)('val')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('version')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
DOT_QUALIFIED_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('BinaryTree')
PsiElement(DOT)('.')
THIS_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(this)('this')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('version')
PsiWhiteSpace('\n ')
PROPERTY
PsiElement(val)('val')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('down')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Stack')
TYPE_ARGUMENT_LIST
PsiElement(LT)('<')
TYPE_PROJECTION
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(GT)('>')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PROPERTY
PsiElement(val)('val')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('up')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Stack')
TYPE_ARGUMENT_LIST
PsiElement(LT)('<')
TYPE_PROJECTION
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiElement(GT)('>')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PROPERTY
PsiElement(var)('var')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('lastNode')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiWhiteSpace('\n\n ')
CLASS_INITIALIZER
PsiElement(init)('init')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('root')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EXCLEQ)('!=')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
THEN
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('down')
PsiElement(DOT)('.')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('push')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('root')
PsiElement(RPAR)(')')
PsiWhiteSpace(' \n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(override)('override')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('next')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('T')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
PREFIX_EXPRESSION
OPERATION_REFERENCE
PsiElement(EXCL)('!')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('hasNext')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
THEN
THROW
PsiElement(throw)('throw')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('NoMoreElementsException')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('checkVersion')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n\n ')
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('lastNode')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('nextNode')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('lastNode')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('value')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(private)('private')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('nextNode')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('TreeNode')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
WHILE
PsiElement(while)('while')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BOOLEAN_CONSTANT
PsiElement(true)('true')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
BODY
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
PREFIX_EXPRESSION
OPERATION_REFERENCE
PsiElement(EXCL)('!')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('down')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('isEmpty')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
PROPERTY
PsiElement(val)('val')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('curNode')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('down')
PsiElement(DOT)('.')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('pop')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('curNode')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EXCLEQ)('!=')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('up')
PsiElement(DOT)('.')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('push')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('curNode')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('down')
PsiElement(DOT)('.')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('push')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('curNode')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('left')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace(' ')
PsiElement(else)('else')
PsiWhiteSpace(' ')
ELSE
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('curNode')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EXCLEQ)('!=')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('down')
PsiElement(DOT)('.')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('push')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('curNode')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('curNode')
PsiElement(SEMICOLON)(';')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace(' ')
PsiElement(else)('else')
PsiWhiteSpace(' ')
ELSE
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
PROPERTY
PsiElement(val)('val')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('curNode')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('up')
PsiElement(DOT)('.')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('pop')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('curNode')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EXCLEQ)('!=')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('down')
PsiElement(DOT)('.')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('push')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('curNode')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('right')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
RETURN
PsiElement(return)('return')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('curNode')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
PROPERTY
MODIFIER_LIST
PsiElement(override)('override')
PsiWhiteSpace(' ')
PsiElement(val)('val')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('hasNext')
PsiWhiteSpace(' ')
PsiElement(COLON)(':')
PsiWhiteSpace(' ')
TYPE_REFERENCE
USER_TYPE
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('Boolean')
PsiWhiteSpace('\n ')
PROPERTY_ACCESSOR
PsiElement(get)('get')
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
BINARY_EXPRESSION
PREFIX_EXPRESSION
OPERATION_REFERENCE
PsiElement(EXCL)('!')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('down')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('isEmpty')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(OROR)('||')
PsiWhiteSpace(' ')
PREFIX_EXPRESSION
OPERATION_REFERENCE
PsiElement(EXCL)('!')
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('up')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('isEmpty')
PsiWhiteSpace('\n\n\n ')
FUN
MODIFIER_LIST
PsiElement(override)('override')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('remove')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('checkVersion')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('lastNode')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQEQ)('==')
PsiWhiteSpace(' ')
NULL
PsiElement(null)('null')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
THEN
THROW
PsiElement(throw)('throw')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('IterationException')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
STRING_TEMPLATE
PsiElement(OPEN_QUOTE)('"')
LITERAL_STRING_TEMPLATE_ENTRY
PsiElement(REGULAR_STRING_PART)('Nothing to remove')
PsiElement(CLOSING_QUOTE)('"')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('remove')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
VALUE_ARGUMENT
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('lastNode')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
POSTFIX_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('version')
OPERATION_REFERENCE
PsiElement(PLUSPLUS)('++')
PsiWhiteSpace('\n ')
BINARY_EXPRESSION
DOT_QUALIFIED_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('BinaryTree')
PsiElement(DOT)('.')
THIS_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(this)('this')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('version')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EQ)('=')
PsiWhiteSpace(' ')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('version')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n ')
FUN
MODIFIER_LIST
PsiElement(private)('private')
PsiWhiteSpace(' ')
PsiElement(fun)('fun')
PsiWhiteSpace(' ')
PsiElement(IDENTIFIER)('checkVersion')
VALUE_PARAMETER_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
IF
PsiElement(if)('if')
PsiWhiteSpace(' ')
PsiElement(LPAR)('(')
CONDITION
BINARY_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('version')
PsiWhiteSpace(' ')
OPERATION_REFERENCE
PsiElement(EXCLEQ)('!=')
PsiWhiteSpace(' ')
DOT_QUALIFIED_EXPRESSION
DOT_QUALIFIED_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('BinaryTree')
PsiElement(DOT)('.')
THIS_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(this)('this')
PsiElement(DOT)('.')
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('version')
PsiElement(RPAR)(')')
PsiWhiteSpace(' ')
THEN
BLOCK
PsiElement(LBRACE)('{')
PsiWhiteSpace('\n ')
THROW
PsiElement(throw)('throw')
PsiWhiteSpace(' ')
CALL_EXPRESSION
REFERENCE_EXPRESSION
PsiElement(IDENTIFIER)('ConcurrentModificationException')
VALUE_ARGUMENT_LIST
PsiElement(LPAR)('(')
PsiElement(RPAR)(')')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace(' \n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n ')
PsiElement(RBRACE)('}')
PsiWhiteSpace('\n\n')
PsiElement(RBRACE)('}')
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