gc

package module
v3.1.1 Latest Latest
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This package is not in the latest version of its module.

 Go to latest Published: Aug 14, 2025 License: BSD-3-Clause Imports: 25 Imported by: 4

Documentation

Index

Constants

View Source 
const (
	// Special tokens
	ILLEGAL = token.ILLEGAL
	EOF     = token.EOF
	COMMENT = token.COMMENT

	// Identifiers and basic type literals
	// (these tokens stand for classes of literals)
	IDENT  = token.IDENT  // main
	INT    = token.INT    // 12345
	FLOAT  = token.FLOAT  // 123.45
	IMAG   = token.IMAG   // 123.45i
	CHAR   = token.CHAR   // 'a'
	STRING = token.STRING // "abc"

	// Operators and delimiters
	ADD = token.ADD // +
	SUB = token.SUB // -
	MUL = token.MUL // *
	QUO = token.QUO // /
	REM = token.REM // %

	AND     = token.AND     // &
	OR      = token.OR      // |
	XOR     = token.XOR     // ^
	SHL     = token.SHL     // <<
	SHR     = token.SHR     // >>
	AND_NOT = token.AND_NOT // &^

	ADD_ASSIGN = token.ADD_ASSIGN // +=
	SUB_ASSIGN = token.SUB_ASSIGN // -=
	MUL_ASSIGN = token.MUL_ASSIGN // *=
	QUO_ASSIGN = token.QUO_ASSIGN // /=
	REM_ASSIGN = token.REM_ASSIGN // %=

	AND_ASSIGN     = token.AND_ASSIGN     // &=
	OR_ASSIGN      = token.OR_ASSIGN      // |=
	XOR_ASSIGN     = token.XOR_ASSIGN     // ^=
	SHL_ASSIGN     = token.SHL_ASSIGN     // <<=
	SHR_ASSIGN     = token.SHR_ASSIGN     // >>=
	AND_NOT_ASSIGN = token.AND_NOT_ASSIGN // &^=

	LAND  = token.LAND  // &&
	LOR   = token.LOR   // ||
	ARROW = token.ARROW // <-
	INC   = token.INC   // ++
	DEC   = token.DEC   // --

	EQL    = token.EQL    // ==
	LSS    = token.LSS    // <
	GTR    = token.GTR    // >
	ASSIGN = token.ASSIGN // =
	NOT    = token.NOT    // !

	NEQ      = token.NEQ      // !=
	LEQ      = token.LEQ      // <=
	GEQ      = token.GEQ      // >=
	DEFINE   = token.DEFINE   // :=
	ELLIPSIS = token.ELLIPSIS // ...

	LPAREN = token.LPAREN // (
	LBRACK = token.LBRACK // [
	LBRACE = token.LBRACE // {
	COMMA  = token.COMMA  // ,
	PERIOD = token.PERIOD // .

	RPAREN    = token.RPAREN    // )
	RBRACK    = token.RBRACK    // ]
	RBRACE    = token.RBRACE    // }
	SEMICOLON = token.SEMICOLON // ;
	COLON     = token.COLON     // :

	// Keywords
	BREAK    = token.BREAK
	CASE     = token.CASE
	CHAN     = token.CHAN
	CONST    = token.CONST
	CONTINUE = token.CONTINUE

	DEFAULT     = token.DEFAULT
	DEFER       = token.DEFER
	ELSE        = token.ELSE
	FALLTHROUGH = token.FALLTHROUGH
	FOR         = token.FOR

	FUNC   = token.FUNC
	GO     = token.GO
	GOTO   = token.GOTO
	IF     = token.IF
	IMPORT = token.IMPORT

	INTERFACE = token.INTERFACE
	MAP       = token.MAP
	PACKAGE   = token.PACKAGE
	RANGE     = token.RANGE
	RETURN    = token.RETURN

	SELECT = token.SELECT
	STRUCT = token.STRUCT
	SWITCH = token.SWITCH
	TYPE   = token.TYPE
	VAR    = token.VAR

	// additional tokens, handled in an ad-hoc manner
	TILDE = token.TILDE
)

The list of tokens.

Variables

View Source 
var (
	Invalid = &InvalidType{}
)

Functions

func DefaultFileFilter 

func DefaultFileFilter(cfg *Config, importPath string, matchedFSPaths []string, withTestFiles bool) (pkgFiles []string, err error)

func NodeSource 

func NodeSource(n Node, full bool, kill map[Node]struct{}) string

NodeSource returns the source text of 'n'. If 'full' is false, every non empty separator is replaced by a single space. Nodes found in 'kill' are skipped, transitively.

Types

type ABI 

type ABI struct {
	ByteOrder binary.ByteOrder

	Types map[Kind]ABIType
	// contains filtered or unexported fields
}

ABI describes selected parts of the Application Binary Interface.

func NewABI 

func NewABI(os, arch string) (*ABI, error)

NewABI creates an ABI based on the os+arch pair.

type ABIType 

type ABIType struct {
	Size       int64
	Align      int64
	FieldAlign int64
}

type AST 

type AST struct {
	EOF        Token
	FileScope  *Scope
	SourceFile *SourceFileNode
	// contains filtered or unexported fields
}

func ParseFile 

func ParseFile(path string, b []byte) (*AST, error)

ParseFile parses 'b', assuming it comes from 'path' and returns an AST or error, if any.

func (*AST) Position 

func (n *AST) Position() (r token.Position)

func (*AST) Source 

func (n *AST) Source(full bool) string

type AliasDeclNode 

type AliasDeclNode struct {
	IDENT    Token
	ASSIGN   Token
	TypeNode Type
	// contains filtered or unexported fields
}

AliasDeclNode represents the production 

AliasDecl = identifier "=" Type .

func (*AliasDeclNode) Position 

func (n *AliasDeclNode) Position() (r token.Position)

Position implements Node.

func (*AliasDeclNode) Source 

func (n *AliasDeclNode) Source(full bool) string

Source implements Node.

func (*AliasDeclNode) Visible 

func (n *AliasDeclNode) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

type Arguments1Node 

type Arguments1Node struct {
	LPAREN     Token
	Expression Expression
	TypeNode   Type
	COMMA      Token
	ELLIPSIS   Token
	COMMA2     Token
	RPAREN     Token
}

Arguments1Node represents the production 

Arguments = "(" [ ( Expression | Type [ "," Expression ] ) [ "..." ] [ "," ] ] ")" .

func (*Arguments1Node) Position 

func (n *Arguments1Node) Position() (r token.Position)

Position implements Node.

func (*Arguments1Node) Source 

func (n *Arguments1Node) Source(full bool) string

Source implements Node.

type Arguments2Node 

type Arguments2Node struct {
	LPAREN         Token
	ExpressionList *ExpressionListNode
	RPAREN         Token
}

Arguments2Node represents the production 

Arguments = "(" ExpressionList ")" .

func (*Arguments2Node) Position 

func (n *Arguments2Node) Position() (r token.Position)

Position implements Node.

func (*Arguments2Node) Source 

func (n *Arguments2Node) Source(full bool) string

Source implements Node.

type Arguments3Node 

type Arguments3Node struct {
	LPAREN         Token
	ExpressionList *ExpressionListNode
	TypeNode       Type
	COMMA          Token
	ELLIPSIS       Token
	COMMA2         Token
	RPAREN         Token
}

Arguments3Node represents the production 

Arguments = "(" [ ( ExpressionList | Type [ "," ExpressionList ] ) [ "..." ] [ "," ] ] ")" .

func (*Arguments3Node) Position 

func (n *Arguments3Node) Position() (r token.Position)

Position implements Node.

func (*Arguments3Node) Source 

func (n *Arguments3Node) Source(full bool) string

Source implements Node.

type ArgumentsNode 

type ArgumentsNode struct {
	LPAREN     Token
	Expression Expression
	RPAREN     Token
}

ArgumentsNode represents the production 

Arguments = "(" [ Expression ] ")" .

func (*ArgumentsNode) Position 

func (n *ArgumentsNode) Position() (r token.Position)

Position implements Node.

func (*ArgumentsNode) Source 

func (n *ArgumentsNode) Source(full bool) string

Source implements Node.

type ArrayLiteralTypeNode 

type ArrayLiteralTypeNode struct {
	LBRACK      Token
	ELLIPSIS    Token
	RBRACK      Token
	ElementType Node
}

ArrayLiteralTypeNode represents the production 

ArrayLiteralType = StructType | ArrayType | "[" "..." "]" ElementType | SliceType | MapType .

func (*ArrayLiteralTypeNode) Position 

func (n *ArrayLiteralTypeNode) Position() (r token.Position)

Position implements Node.

func (*ArrayLiteralTypeNode) Source 

func (n *ArrayLiteralTypeNode) Source(full bool) string

Source implements Node.

type ArrayTypeNode 

type ArrayTypeNode struct {
	LBRACK      Token
	ArrayLength Expression
	RBRACK      Token
	ElementType Type
}

ArrayTypeNode represents the production 

ArrayType = "[" ArrayLength "]" ElementType .

func (*ArrayTypeNode) Align 

func (n *ArrayTypeNode) Align() int

func (*ArrayTypeNode) FieldAlign 

func (n *ArrayTypeNode) FieldAlign() int

func (*ArrayTypeNode) Kind 

func (n *ArrayTypeNode) Kind() Kind

func (*ArrayTypeNode) Position 

func (n *ArrayTypeNode) Position() (r token.Position)

Position implements Node.

func (*ArrayTypeNode) Size 

func (n *ArrayTypeNode) Size() int64

func (*ArrayTypeNode) Source 

func (n *ArrayTypeNode) Source(full bool) string

Source implements Node.

func (*ArrayTypeNode) String 

func (n *ArrayTypeNode) String() string

type AssignmentNode 

type AssignmentNode struct {
	ExpressionList  *ExpressionListNode
	Op              Token
	ExpressionList2 *ExpressionListNode
}

AssignmentNode represents the production 

Assignment = ExpressionList ( "=" | "+=" | "-=" | "|=" | "^=" | "*=" | "/=" | "%=" | "<<=" | ">>=" | "&=" | "&^=" ) ExpressionList .

func (*AssignmentNode) Position 

func (n *AssignmentNode) Position() (r token.Position)

Position implements Node.

func (*AssignmentNode) Source 

func (n *AssignmentNode) Source(full bool) string

Source implements Node.

type BasicLitNode 

type BasicLitNode struct {
	Token
	// contains filtered or unexported fields
}

BasicLitNode represents the production 

BasicLit = int_lit | float_lit | imaginary_lit | rune_lit | string_lit .

func (*BasicLitNode) Type 

func (n *BasicLitNode) Type() Type

func (*BasicLitNode) Value 

func (n *BasicLitNode) Value() constant.Value

type BinaryExpressionNode 

type BinaryExpressionNode struct {
	LHS Expression
	Op  Token
	RHS Expression
	// contains filtered or unexported fields
}

func (*BinaryExpressionNode) Position 

func (n *BinaryExpressionNode) Position() (r token.Position)

Position implements Node.

func (*BinaryExpressionNode) Source 

func (n *BinaryExpressionNode) Source(full bool) string

Source implements Node.

func (*BinaryExpressionNode) Type 

func (n *BinaryExpressionNode) Type() Type

func (*BinaryExpressionNode) Value 

func (n *BinaryExpressionNode) Value() constant.Value

type BlockNode 

type BlockNode struct {
	LBRACE        Token
	StatementList *StatementListNode
	RBRACE        Token
}

BlockNode represents the production 

Block = "{" StatementList "}" .

func (*BlockNode) Position 

func (n *BlockNode) Position() (r token.Position)

Position implements Node.

func (*BlockNode) Source 

func (n *BlockNode) Source(full bool) string

Source implements Node.

type BreakStmtNode 

type BreakStmtNode struct {
	BREAK Token
	Label *LabelNode
}

BreakStmtNode represents the production 

BreakStmt = "break" [ Label ] .

func (*BreakStmtNode) Position 

func (n *BreakStmtNode) Position() (r token.Position)

Position implements Node.

func (*BreakStmtNode) Source 

func (n *BreakStmtNode) Source(full bool) string

Source implements Node.

type Cache 

type Cache struct {
	sync.Mutex
	// contains filtered or unexported fields
}

func MustNewCache 

func MustNewCache(size int) *Cache

func NewCache 

func NewCache(size int) (*Cache, error)

type ChanDir 

type ChanDir int

ChanDir represents a channel direction. 

const (
	SendRecv ChanDir = iota
	SendOnly
	RecvOnly
)

Values of type ChanDir.

func (ChanDir) String 

func (i ChanDir) String() string

type ChannelTypeNode 

type ChannelTypeNode struct {
	CHAN        Token
	ARROW       Token
	ElementType Type
}

ChannelTypeNode represents the production 

ChannelType = ( "chan" "<-" | "chan" | "<-" "chan" ) ElementType .

func (*ChannelTypeNode) Align 

func (n *ChannelTypeNode) Align() int

func (*ChannelTypeNode) FieldAlign 

func (n *ChannelTypeNode) FieldAlign() int

func (*ChannelTypeNode) Kind 

func (n *ChannelTypeNode) Kind() Kind

func (*ChannelTypeNode) Position 

func (n *ChannelTypeNode) Position() (r token.Position)

Position implements Node.

func (*ChannelTypeNode) Size 

func (n *ChannelTypeNode) Size() int64

func (*ChannelTypeNode) Source 

func (n *ChannelTypeNode) Source(full bool) string

Source implements Node.

func (*ChannelTypeNode) String 

func (n *ChannelTypeNode) String() string

type CommCaseNode 

type CommCaseNode struct {
	CASE     Token
	SendStmt *SendStmtNode
	RecvStmt *RecvStmtNode
	DEFAULT  Token
}

CommCaseNode represents the production 

CommCase = "case" ( SendStmt | RecvStmt ) | "default" .

func (*CommCaseNode) Position 

func (n *CommCaseNode) Position() (r token.Position)

Position implements Node.

func (*CommCaseNode) Source 

func (n *CommCaseNode) Source(full bool) string

Source implements Node.

type CommClauseListNode 

type CommClauseListNode struct {
	CommClause *CommClauseNode
	List       *CommClauseListNode
}

CommClauseListNode represents the production 

CommClauseListNode = { CommClause } .

func (*CommClauseListNode) Position 

func (n *CommClauseListNode) Position() (r token.Position)

Position implements Node.

func (*CommClauseListNode) Source 

func (n *CommClauseListNode) Source(full bool) string

Source implements Node.

type CommClauseNode 

type CommClauseNode struct {
	CommCase      *CommCaseNode
	COLON         Token
	StatementList *StatementListNode
}

CommClauseNode represents the production 

CommClause = CommCase ":" StatementList .

func (*CommClauseNode) Position 

func (n *CommClauseNode) Position() (r token.Position)

Position implements Node.

func (*CommClauseNode) Source 

func (n *CommClauseNode) Source(full bool) string

Source implements Node.

type CompositeLitNode 

type CompositeLitNode struct {
	LiteralType  Node
	LiteralValue *LiteralValueNode
	// contains filtered or unexported fields
}

CompositeLitNode represents the production 

CompositeLit = LiteralType LiteralValue .

func (*CompositeLitNode) Position 

func (n *CompositeLitNode) Position() (r token.Position)

Position implements Node.

func (*CompositeLitNode) Source 

func (n *CompositeLitNode) Source(full bool) string

Source implements Node.

func (*CompositeLitNode) Type 

func (n *CompositeLitNode) Type() Type

func (*CompositeLitNode) Value 

func (n *CompositeLitNode) Value() constant.Value

type Config 

type Config struct {
	// contains filtered or unexported fields
}

Config configures NewPackage

Config instances can be shared, they are not mutated once created and configured.

func NewConfig 

func NewConfig(opts ...ConfigOption) (r *Config, err error)

NewConfig returns a newly created config or an error, if any.

func (*Config) DefaultLookup 

func (c *Config) DefaultLookup(rel, importPath, version string) (fsPath string, err error)

Default lookup translates import paths, possibly relative to rel, to file system paths.

func (*Config) NewPackage 

func (c *Config) NewPackage(dir, importPath, version string, fileFilter FileFilter, withTestFiles bool, typeCheck TypeCheck) (pkg *Package, err error)

NewPackage returns a Package, possibly cached, for importPath@version or an error, if any. The fileFilter argument can be nil, in such case DefaultFileFilter is used, which ignores Files with suffix _test.go unless withTestFiles is true.

NewPackage is safe for concurrent use by multiple goroutines.

type ConfigOption 

type ConfigOption func(*Config) error

func ConfigBuildTags 

func ConfigBuildTags(tags []string) ConfigOption

ConfigBuildTags configures build tags.

func ConfigCache 

func ConfigCache(c *Cache) ConfigOption

ConfigCache configures a cache.

func ConfigEnviron 

func ConfigEnviron(env []string) ConfigOption

ConfigEnviron configures environment variables.

func ConfigFS 

func ConfigFS(fs fs.FS) ConfigOption

ConfigFS configures a file system used for opening Go source files. If not explicitly configured, a default os.DirFS("/") is used on Unix-like operating systems. On Windows it will be rooted on the volume where runtime.GOROOT() is.

func ConfigLookup 

func ConfigLookup(f func(dir, importPath, version string) (fsPath string, err error)) ConfigOption

ConfigLookup configures a lookup function.

type ConstDeclNode 

type ConstDeclNode struct {
	CONST     Token
	LPAREN    Token
	ConstSpec Node
	RPAREN    Token
}

ConstDeclNode represents the production 

ConstDecl = "const" ( ConstSpec | "(" { ConstSpec ";" } ")" ) .

func (*ConstDeclNode) Position 

func (n *ConstDeclNode) Position() (r token.Position)

Position implements Node.

func (*ConstDeclNode) Source 

func (n *ConstDeclNode) Source(full bool) string

Source implements Node.

type ConstSpec2Node 

type ConstSpec2Node struct {
	IdentifierList *IdentifierListNode
	TypeNode       Type
	ASSIGN         Token
	ExpressionList *ExpressionListNode
	// contains filtered or unexported fields
}

ConstSpec2Node represents the production 

ConstSpec = IdentifierList [ [ Type ] "=" ExpressionList ] .

func (*ConstSpec2Node) Position 

func (n *ConstSpec2Node) Position() (r token.Position)

Position implements Node.

func (*ConstSpec2Node) Source 

func (n *ConstSpec2Node) Source(full bool) string

Source implements Node.

func (*ConstSpec2Node) Visible 

func (n *ConstSpec2Node) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

type ConstSpecListNode 

type ConstSpecListNode struct {
	ConstSpec Node
	SEMICOLON Token
	List      *ConstSpecListNode
}

ConstSpecListNode represents the production 

ConstSpecListNode = { ConstSpec ";" } .

func (*ConstSpecListNode) Position 

func (n *ConstSpecListNode) Position() (r token.Position)

Position implements Node.

func (*ConstSpecListNode) Source 

func (n *ConstSpecListNode) Source(full bool) string

Source implements Node.

type ConstSpecNode 

type ConstSpecNode struct {
	IDENT      Token
	TypeNode   Type
	ASSIGN     Token
	Expression Expression
	// contains filtered or unexported fields
}

ConstSpecNode represents the production 

ConstSpec = Identifier [ [ Type ] "=" Expression ] .

func (*ConstSpecNode) Position 

func (n *ConstSpecNode) Position() (r token.Position)

Position implements Node.

func (*ConstSpecNode) Source 

func (n *ConstSpecNode) Source(full bool) string

Source implements Node.

func (*ConstSpecNode) Visible 

func (n *ConstSpecNode) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

type ContinueStmtNode 

type ContinueStmtNode struct {
	CONTINUE Token
	Label    *LabelNode
}

ContinueStmtNode represents the production 

ContinueStmt = "continue" [ Label ] .

func (*ContinueStmtNode) Position 

func (n *ContinueStmtNode) Position() (r token.Position)

Position implements Node.

func (*ContinueStmtNode) Source 

func (n *ContinueStmtNode) Source(full bool) string

Source implements Node.

type ConversionNode 

type ConversionNode struct {
	TypeNode   Type
	LPAREN     Token
	Expression Expression
	COMMA      Token
	RPAREN     Token
	// contains filtered or unexported fields
}

ConversionNode represents the production 

Conversion = Type "(" Expression [ "," ] ")" .

func (*ConversionNode) Position 

func (n *ConversionNode) Position() (r token.Position)

Position implements Node.

func (*ConversionNode) Source 

func (n *ConversionNode) Source(full bool) string

Source implements Node.

func (*ConversionNode) Type 

func (n *ConversionNode) Type() Type

func (*ConversionNode) Value 

func (n *ConversionNode) Value() constant.Value

type DeferStmtNode 

type DeferStmtNode struct {
	DEFER      Token
	Expression Expression
}

DeferStmtNode represents the production 

DeferStmt = "defer" Expression .

func (*DeferStmtNode) Position 

func (n *DeferStmtNode) Position() (r token.Position)

Position implements Node.

func (*DeferStmtNode) Source 

func (n *DeferStmtNode) Source(full bool) string

Source implements Node.

type EmbeddedFieldNode 

type EmbeddedFieldNode struct {
	MUL      Token
	TypeName *TypeNameNode
	TypeArgs *TypeArgsNode
}

EmbeddedFieldNode represents the production 

EmbeddedField = [ "*" ] TypeName [ TypeArgs ] .

func (*EmbeddedFieldNode) Position 

func (n *EmbeddedFieldNode) Position() (r token.Position)

Position implements Node.

func (*EmbeddedFieldNode) Source 

func (n *EmbeddedFieldNode) Source(full bool) string

Source implements Node.

type EmptyStmtNode 

type EmptyStmtNode struct {
}

EmptyStmtNode represents the production 

EmptyStmt =  .

func (*EmptyStmtNode) Position 

func (n *EmptyStmtNode) Position() (r token.Position)

Position implements Node.

func (*EmptyStmtNode) Source 

func (n *EmptyStmtNode) Source(full bool) string

Source implements Node.

type ErrWithPosition 

type ErrWithPosition struct {
	// contains filtered or unexported fields
}

func (ErrWithPosition) String 

func (e ErrWithPosition) String() string

type ExprCaseClauseListNode 

type ExprCaseClauseListNode struct {
	ExprSwitchCase Node
	COLON          Token
	StatementList  *StatementListNode
	List           *ExprCaseClauseListNode
}

ExprCaseClauseListNode represents the production 

ExprCaseClause = ExprSwitchCase ":" StatementList .

func (*ExprCaseClauseListNode) Position 

func (n *ExprCaseClauseListNode) Position() (r token.Position)

Position implements Node.

func (*ExprCaseClauseListNode) Source 

func (n *ExprCaseClauseListNode) Source(full bool) string

Source implements Node.

type ExprSwitchCase2Node 

type ExprSwitchCase2Node struct {
	CASE           Token
	ExpressionList *ExpressionListNode
	DEFAULT        Token
}

ExprSwitchCase2Node represents the production 

ExprSwitchCase = "case" ExpressionList | "default" .

func (*ExprSwitchCase2Node) Position 

func (n *ExprSwitchCase2Node) Position() (r token.Position)

Position implements Node.

func (*ExprSwitchCase2Node) Source 

func (n *ExprSwitchCase2Node) Source(full bool) string

Source implements Node.

type ExprSwitchCaseNode 

type ExprSwitchCaseNode struct {
	CASE       Token
	Expression Expression
	DEFAULT    Token
}

ExprSwitchCaseNode represents the production 

ExprSwitchCase = "case" ExpressionList | "default" .

func (*ExprSwitchCaseNode) Position 

func (n *ExprSwitchCaseNode) Position() (r token.Position)

Position implements Node.

func (*ExprSwitchCaseNode) Source 

func (n *ExprSwitchCaseNode) Source(full bool) string

Source implements Node.

type ExprSwitchStmtNode 

type ExprSwitchStmtNode struct {
	SWITCH             Token
	Expression         Expression
	LBRACE             Token
	ExprCaseClauseList *ExprCaseClauseListNode
	RBRACE             Token
	SimpleStmt         Node
	SEMICOLON          Token
}

ExprSwitchStmtNode represents the production 

ExprSwitchStmt = "switch" [ Expression ] "{" { ExprCaseClause } "}" | "switch" SimpleStmt ";" [ Expression ] "{" { ExprCaseClause } "}" .

func (*ExprSwitchStmtNode) Position 

func (n *ExprSwitchStmtNode) Position() (r token.Position)

Position implements Node.

func (*ExprSwitchStmtNode) Source 

func (n *ExprSwitchStmtNode) Source(full bool) string

Source implements Node.

type Expression 

type Expression interface {
	Node
	// contains filtered or unexported methods
}

type ExpressionListNode 

type ExpressionListNode struct {
	COMMA      Token
	Expression Expression
	List       *ExpressionListNode
}

ExpressionListNode represents the production 

ExpressionList = Expression { "," Expression } .

func (*ExpressionListNode) Len 

func (n *ExpressionListNode) Len() (r int)

Len reports the number of items in n.

func (*ExpressionListNode) Position 

func (n *ExpressionListNode) Position() (r token.Position)

Position implements Node.

func (*ExpressionListNode) Source 

func (n *ExpressionListNode) Source(full bool) string

Source implements Node.

type FallthroughStmtNode 

type FallthroughStmtNode struct {
	FALLTHROUGH Token
}

FallthroughStmtNode represents the production 

FallthroughStmt = "fallthrough" .

func (*FallthroughStmtNode) Position 

func (n *FallthroughStmtNode) Position() (r token.Position)

Position implements Node.

func (*FallthroughStmtNode) Source 

func (n *FallthroughStmtNode) Source(full bool) string

Source implements Node.

type Field 

type Field struct {
	Declaration *FieldDeclNode
	Name        string
}

type FieldDeclListNode 

type FieldDeclListNode struct {
	FieldDecl *FieldDeclNode
	SEMICOLON Token
	List      *FieldDeclListNode
}

FieldDeclListNode represents the production 

FieldDeclListNode = { FieldDecl ";" } .

func (*FieldDeclListNode) Position 

func (n *FieldDeclListNode) Position() (r token.Position)

Position implements Node.

func (*FieldDeclListNode) Source 

func (n *FieldDeclListNode) Source(full bool) string

Source implements Node.

type FieldDeclNode 

type FieldDeclNode struct {
	IdentifierList *IdentifierListNode
	TypeNode       Type
	EmbeddedField  *EmbeddedFieldNode
	Tag            *TagNode
}

FieldDeclNode represents the production 

FieldDecl = ( IdentifierList Type | EmbeddedField ) [ Tag ] .

func (*FieldDeclNode) Position 

func (n *FieldDeclNode) Position() (r token.Position)

Position implements Node.

func (*FieldDeclNode) Source 

func (n *FieldDeclNode) Source(full bool) string

Source implements Node.

type FileFilter 

type FileFilter func(cfg *Config, importPath string, matchedFSPaths []string, withTestFiles bool) (pkgFiles []string, err error)

type ForClauseNode 

type ForClauseNode struct {
	InitStmt   Node
	SEMICOLON  Token
	Condition  Expression
	SEMICOLON2 Token
	PostStmt   Node
}

ForClauseNode represents the production 

ForClause = [ InitStmt ] ";" [ Condition ] ";" [ PostStmt ] .

func (*ForClauseNode) Position 

func (n *ForClauseNode) Position() (r token.Position)

Position implements Node.

func (*ForClauseNode) Source 

func (n *ForClauseNode) Source(full bool) string

Source implements Node.

type ForStmtNode 

type ForStmtNode struct {
	FOR         Token
	ForClause   *ForClauseNode
	RangeClause *RangeClauseNode
	Condition   Expression
	Block       *BlockNode
}

ForStmtNode represents the production 

ForStmt = "for" [ ForClause | RangeClause | Condition ] Block .

func (*ForStmtNode) Position 

func (n *ForStmtNode) Position() (r token.Position)

Position implements Node.

func (*ForStmtNode) Source 

func (n *ForStmtNode) Source(full bool) string

Source implements Node.

type FunctionBodyNode 

type FunctionBodyNode struct {
	Block *BlockNode
}

FunctionBodyNode represents the production 

FunctionBody = Block .

func (*FunctionBodyNode) Position 

func (n *FunctionBodyNode) Position() (r token.Position)

Position implements Node.

func (*FunctionBodyNode) Source 

func (n *FunctionBodyNode) Source(full bool) string

Source implements Node.

type FunctionDeclNode 

type FunctionDeclNode struct {
	FUNC           Token
	FunctionName   *FunctionNameNode
	TypeParameters *TypeParametersNode
	Signature      *SignatureNode
	FunctionBody   *FunctionBodyNode
	// contains filtered or unexported fields
}

FunctionDeclNode represents the production 

FunctionDecl = "func" FunctionName [ TypeParameters ] Signature [ FunctionBody ] .

func (*FunctionDeclNode) Position 

func (n *FunctionDeclNode) Position() (r token.Position)

Position implements Node.

func (*FunctionDeclNode) Source 

func (n *FunctionDeclNode) Source(full bool) string

Source implements Node.

func (*FunctionDeclNode) Visible 

func (n *FunctionDeclNode) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

type FunctionLitNode 

type FunctionLitNode struct {
	FUNC         Token
	Signature    *SignatureNode
	FunctionBody *FunctionBodyNode
}

FunctionLitNode represents the production 

FunctionLit = "func" Signature FunctionBody .

func (*FunctionLitNode) Position 

func (n *FunctionLitNode) Position() (r token.Position)

Position implements Node.

func (*FunctionLitNode) Source 

func (n *FunctionLitNode) Source(full bool) string

Source implements Node.

func (*FunctionLitNode) Type 

func (n *FunctionLitNode) Type() Type

func (*FunctionLitNode) Value 

func (n *FunctionLitNode) Value() constant.Value

type FunctionNameNode 

type FunctionNameNode struct {
	IDENT Token
}

FunctionNameNode represents the production 

FunctionName = identifier .

func (*FunctionNameNode) Position 

func (n *FunctionNameNode) Position() (r token.Position)

Position implements Node.

func (*FunctionNameNode) Source 

func (n *FunctionNameNode) Source(full bool) string

Source implements Node.

type FunctionTypeNode 

type FunctionTypeNode struct {
	FUNC      Token
	Signature *SignatureNode
	// contains filtered or unexported fields
}

FunctionTypeNode represents the production 

FunctionType = "func" Signature .

func (*FunctionTypeNode) Align 

func (n *FunctionTypeNode) Align() int

func (*FunctionTypeNode) FieldAlign 

func (n *FunctionTypeNode) FieldAlign() int

func (*FunctionTypeNode) Kind 

func (n *FunctionTypeNode) Kind() Kind

func (*FunctionTypeNode) Position 

func (n *FunctionTypeNode) Position() (r token.Position)

Position implements Node.

func (*FunctionTypeNode) Size 

func (n *FunctionTypeNode) Size() int64

func (*FunctionTypeNode) Source 

func (n *FunctionTypeNode) Source(full bool) string

Source implements Node.

func (*FunctionTypeNode) String 

func (n *FunctionTypeNode) String() string

type GoStmtNode 

type GoStmtNode struct {
	GO         Token
	Expression Expression
}

GoStmtNode represents the production 

GoStmt = "go" Expression .

func (*GoStmtNode) Position 

func (n *GoStmtNode) Position() (r token.Position)

Position implements Node.

func (*GoStmtNode) Source 

func (n *GoStmtNode) Source(full bool) string

Source implements Node.

type GotoStmtNode 

type GotoStmtNode struct {
	GOTO  Token
	Label *LabelNode
}

GotoStmtNode represents the production 

GotoStmt = "goto" Label .

func (*GotoStmtNode) Position 

func (n *GotoStmtNode) Position() (r token.Position)

Position implements Node.

func (*GotoStmtNode) Source 

func (n *GotoStmtNode) Source(full bool) string

Source implements Node.

type IdentifierListNode 

type IdentifierListNode struct {
	COMMA Token
	IDENT Token
	List  *IdentifierListNode
}

IdentifierListNode represents the production 

IdentifierList = identifier { "," identifier } .

func (*IdentifierListNode) Len 

func (n *IdentifierListNode) Len() (r int)

Len reports the number of items in n.

func (*IdentifierListNode) Position 

func (n *IdentifierListNode) Position() (r token.Position)

Position implements Node.

func (*IdentifierListNode) Source 

func (n *IdentifierListNode) Source(full bool) string

Source implements Node.

type IfElseStmtNode 

type IfElseStmtNode struct {
	IF         Token
	Expression Expression
	Block      *BlockNode
	ELSE       Token
	ElseClause Node
	SimpleStmt Node
	SEMICOLON  Token
}

IfElseStmtNode represents the production 

IfStmt = "if" Expression Block [ "else" ( IfStmt | Block ) ] | "if" SimpleStmt ";" Expression Block [ "else" ( IfStmt | Block ) ] .

func (*IfElseStmtNode) Position 

func (n *IfElseStmtNode) Position() (r token.Position)

Position implements Node.

func (*IfElseStmtNode) Source 

func (n *IfElseStmtNode) Source(full bool) string

Source implements Node.

type IfStmtNode 

type IfStmtNode struct {
	IF         Token
	Expression Expression
	Block      *BlockNode
	SimpleStmt Node
	SEMICOLON  Token
}

IfStmtNode represents the production 

IfStmt = "if" Expression Block [ "else" ( IfStmt | Block ) ] | "if" SimpleStmt ";" Expression Block [ "else" ( IfStmt | Block ) ] .

func (*IfStmtNode) Position 

func (n *IfStmtNode) Position() (r token.Position)

Position implements Node.

func (*IfStmtNode) Source 

func (n *IfStmtNode) Source(full bool) string

Source implements Node.

type ImportDeclListNode 

type ImportDeclListNode struct {
	ImportDecl *ImportDeclNode
	SEMICOLON  Token
	List       *ImportDeclListNode
}

ImportDeclListNode represents the production 

ImportDeclListNode = { ImportDecl ";" } .

func (*ImportDeclListNode) Position 

func (n *ImportDeclListNode) Position() (r token.Position)

Position implements Node.

func (*ImportDeclListNode) Source 

func (n *ImportDeclListNode) Source(full bool) string

Source implements Node.

type ImportDeclNode 

type ImportDeclNode struct {
	IMPORT         Token
	LPAREN         Token
	ImportSpecList *ImportSpecListNode
	RPAREN         Token
}

ImportDeclNode represents the production 

ImportDecl = "import" ( ImportSpec | "(" { ImportSpec ";" } ")" ) .

func (*ImportDeclNode) Position 

func (n *ImportDeclNode) Position() (r token.Position)

Position implements Node.

func (*ImportDeclNode) Source 

func (n *ImportDeclNode) Source(full bool) string

Source implements Node.

type ImportSpecListNode 

type ImportSpecListNode struct {
	ImportSpec *ImportSpecNode
	SEMICOLON  Token
	List       *ImportSpecListNode
}

ImportSpecListNode represents the production 

ImportSpecListNode = { ImportSpec ";" } .

func (*ImportSpecListNode) Position 

func (n *ImportSpecListNode) Position() (r token.Position)

Position implements Node.

func (*ImportSpecListNode) Source 

func (n *ImportSpecListNode) Source(full bool) string

Source implements Node.

type ImportSpecNode 

type ImportSpecNode struct {
	PERIOD      Token
	PackageName Token
	ImportPath  *BasicLitNode
	// contains filtered or unexported fields
}

ImportSpecNode represents the production 

ImportSpec = [ "." | PackageName ] ImportPath .

func (*ImportSpecNode) Position 

func (n *ImportSpecNode) Position() (r token.Position)

Position implements Node.

func (*ImportSpecNode) Source 

func (n *ImportSpecNode) Source(full bool) string

Source implements Node.

func (*ImportSpecNode) Visible 

func (n *ImportSpecNode) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

type IncDecStmtNode 

type IncDecStmtNode struct {
	Expression Expression
	Token      Token
}

IncDecStmtNode represents the production 

IncDecStmt = Expression ( "++" | "--" ) .

func (*IncDecStmtNode) Position 

func (n *IncDecStmtNode) Position() (r token.Position)

Position implements Node.

func (*IncDecStmtNode) Source 

func (n *IncDecStmtNode) Source(full bool) string

Source implements Node.

type IndexNode 

type IndexNode struct {
	LBRACK     Token
	Expression Expression
	RBRACK     Token
}

IndexNode represents the production 

Index = "[" Expression "]" .

func (*IndexNode) Position 

func (n *IndexNode) Position() (r token.Position)

Position implements Node.

func (*IndexNode) Source 

func (n *IndexNode) Source(full bool) string

Source implements Node.

type InterfaceElemListNode 

type InterfaceElemListNode struct {
	InterfaceElem *InterfaceElemNode
	SEMICOLON     Token
	List          *InterfaceElemListNode
}

InterfaceElemListNode represents the production 

InterfaceElemListNode = { InterfaceElem ";" } .

func (*InterfaceElemListNode) Position 

func (n *InterfaceElemListNode) Position() (r token.Position)

Position implements Node.

func (*InterfaceElemListNode) Source 

func (n *InterfaceElemListNode) Source(full bool) string

Source implements Node.

type InterfaceElemNode 

type InterfaceElemNode struct {
	MethodElem *MethodElemNode
	TypeElem   *TypeElemListNode
}

InterfaceElemNode represents the production 

InterfaceElem = MethodElem | TypeElem .

func (*InterfaceElemNode) Position 

func (n *InterfaceElemNode) Position() (r token.Position)

Position implements Node.

func (*InterfaceElemNode) Source 

func (n *InterfaceElemNode) Source(full bool) string

Source implements Node.

type InterfaceTypeNode 

type InterfaceTypeNode struct {
	INTERFACE         Token
	LBRACE            Token
	InterfaceElemList *InterfaceElemListNode
	RBRACE            Token
	// contains filtered or unexported fields
}

InterfaceTypeNode represents the production 

InterfaceType = "interface" "{" { InterfaceElem ";" } "}" .

func (*InterfaceTypeNode) Align 

func (n *InterfaceTypeNode) Align() int

func (*InterfaceTypeNode) FieldAlign 

func (n *InterfaceTypeNode) FieldAlign() int

func (*InterfaceTypeNode) Kind 

func (n *InterfaceTypeNode) Kind() Kind

func (*InterfaceTypeNode) Position 

func (n *InterfaceTypeNode) Position() (r token.Position)

Position implements Node.

func (*InterfaceTypeNode) Size 

func (n *InterfaceTypeNode) Size() int64

func (*InterfaceTypeNode) Source 

func (n *InterfaceTypeNode) Source(full bool) string

Source implements Node.

func (*InterfaceTypeNode) String 

func (n *InterfaceTypeNode) String() string

type InvalidType 

type InvalidType struct{}

func (*InvalidType) Align 

func (n *InvalidType) Align() int

func (*InvalidType) FieldAlign 

func (n *InvalidType) FieldAlign() int

func (*InvalidType) Kind 

func (n *InvalidType) Kind() Kind

func (*InvalidType) Position 

func (n *InvalidType) Position() (r token.Position)

func (*InvalidType) Size 

func (n *InvalidType) Size() int64

func (*InvalidType) Source 

func (n *InvalidType) Source(full bool) string

func (*InvalidType) String 

func (n *InvalidType) String() string

type IotaNode 

type IotaNode struct {
	Iota Token
	// contains filtered or unexported fields
}

IotaNode represents the production 

IotaNode = identifier .

func (*IotaNode) LexicalScope 

func (n *IotaNode) LexicalScope() *Scope

func (*IotaNode) Position 

func (n *IotaNode) Position() (r token.Position)

Position implements Node.

func (*IotaNode) Source 

func (n *IotaNode) Source(full bool) string

Source implements Node.

type KeyedElementListNode 

type KeyedElementListNode struct {
	KeyedElement Expression
	COMMA        Token
	List         *KeyedElementListNode
}

KeyedElementListNode represents the production 

KeyedElementListNode = { KeyedElement "," } .

func (*KeyedElementListNode) Position 

func (n *KeyedElementListNode) Position() (r token.Position)

Position implements Node.

func (*KeyedElementListNode) Source 

func (n *KeyedElementListNode) Source(full bool) string

Source implements Node.

type KeyedElementNode 

type KeyedElementNode struct {
	Element  Expression
	COLON    Token
	Element2 Expression
}

KeyedElementNode represents the production 

KeyedElement = Element [ ":" Element ] .

func (*KeyedElementNode) Position 

func (n *KeyedElementNode) Position() (r token.Position)

Position implements Node.

func (*KeyedElementNode) Source 

func (n *KeyedElementNode) Source(full bool) string

Source implements Node.

func (*KeyedElementNode) Type 

func (n *KeyedElementNode) Type() Type

func (*KeyedElementNode) Value 

func (n *KeyedElementNode) Value() constant.Value

type Kind 

type Kind byte

A Kind represents the specific kind of type that a Type represents. The zero Kind is not a valid kind. 

const (
	InvalidKind Kind = iota // <invalid type>

	Array          // array
	Bool           // bool
	Chan           // chan
	Complex128     // complex128
	Complex64      // complex64
	Float32        // float32
	Float64        // float64
	Function       // function
	Int            // int
	Int16          // int16
	Int32          // int32
	Int64          // int64
	Int8           // int8
	Interface      // interface
	Map            // map
	Pointer        // pointer
	Slice          // slice
	String         // string
	Struct         // struct
	Tuple          // tuple
	Uint           // uint
	Uint16         // uint16
	Uint32         // uint32
	Uint64         // uint64
	Uint8          // uint8
	Uintptr        // uintptr
	UnsafePointer  // unsafe.Pointer
	UntypedBool    // untyped bool
	UntypedComplex // untyped complex
	UntypedFloat   // untyped float
	UntypedInt     // untyped int
	UntypedNil     // untyped nil
	UntypedRune    // untyped rune
	UntypedString  // untyped string
)

Values of type Kind

func (Kind) String 

func (i Kind) String() string

type LabelNode 

type LabelNode struct {
	IDENT Token
}

LabelNode represents the production 

Label = identifier .

func (*LabelNode) Position 

func (n *LabelNode) Position() (r token.Position)

Position implements Node.

func (*LabelNode) Source 

func (n *LabelNode) Source(full bool) string

Source implements Node.

type LabeledStmtNode 

type LabeledStmtNode struct {
	Label     *LabelNode
	COLON     Token
	Statement Node
}

LabeledStmtNode represents the production 

LabeledStmt = Label ":" Statement .

func (*LabeledStmtNode) Position 

func (n *LabeledStmtNode) Position() (r token.Position)

Position implements Node.

func (*LabeledStmtNode) Source 

func (n *LabeledStmtNode) Source(full bool) string

Source implements Node.

type LiteralValueNode 

type LiteralValueNode struct {
	LBRACE           Token
	KeyedElementList *KeyedElementListNode
	RBRACE           Token
}

LiteralValueNode represents the production 

LiteralValue = "{" { KeyedElement "," } "}" .

func (*LiteralValueNode) Position 

func (n *LiteralValueNode) Position() (r token.Position)

Position implements Node.

func (*LiteralValueNode) Source 

func (n *LiteralValueNode) Source(full bool) string

Source implements Node.

func (*LiteralValueNode) Type 

func (n *LiteralValueNode) Type() Type

func (*LiteralValueNode) Value 

func (n *LiteralValueNode) Value() constant.Value

type MapTypeNode 

type MapTypeNode struct {
	MAP         Token
	LBRACK      Token
	KeyType     Node
	RBRACK      Token
	ElementType Node
}

MapTypeNode represents the production 

MapType = "map" "[" KeyType "]" ElementType .

func (*MapTypeNode) Align 

func (n *MapTypeNode) Align() int

func (*MapTypeNode) FieldAlign 

func (n *MapTypeNode) FieldAlign() int

func (*MapTypeNode) Kind 

func (n *MapTypeNode) Kind() Kind

func (*MapTypeNode) Position 

func (n *MapTypeNode) Position() (r token.Position)

Position implements Node.

func (*MapTypeNode) Size 

func (n *MapTypeNode) Size() int64

func (*MapTypeNode) Source 

func (n *MapTypeNode) Source(full bool) string

Source implements Node.

func (*MapTypeNode) String 

func (n *MapTypeNode) String() string

type MethodDeclNode 

type MethodDeclNode struct {
	FUNC         Token
	Receiver     *ParametersNode
	MethodName   Token
	Signature    *SignatureNode
	FunctionBody *FunctionBodyNode
}

MethodDeclNode represents the production 

MethodDecl = "func" Receiver MethodName Signature [ FunctionBody ] .

func (*MethodDeclNode) Position 

func (n *MethodDeclNode) Position() (r token.Position)

Position implements Node.

func (*MethodDeclNode) Source 

func (n *MethodDeclNode) Source(full bool) string

Source implements Node.

type MethodElemNode 

type MethodElemNode struct {
	MethodName Token
	Signature  *SignatureNode
	// contains filtered or unexported fields
}

MethodElemNode represents the production 

MethodElem = MethodName Signature .

func (*MethodElemNode) Position 

func (n *MethodElemNode) Position() (r token.Position)

Position implements Node.

func (*MethodElemNode) Source 

func (n *MethodElemNode) Source(full bool) string

Source implements Node.

type MethodExprNode 

type MethodExprNode struct {
	ReceiverType Node
	PERIOD       Token
	MethodName   Token
}

MethodExprNode represents the production 

MethodExpr = ReceiverType "." MethodName .

func (*MethodExprNode) Position 

func (n *MethodExprNode) Position() (r token.Position)

Position implements Node.

func (*MethodExprNode) Source 

func (n *MethodExprNode) Source(full bool) string

Source implements Node.

func (*MethodExprNode) Type 

func (n *MethodExprNode) Type() Type

func (*MethodExprNode) Value 

func (n *MethodExprNode) Value() constant.Value

type Node 

type Node interface {
	Position() token.Position
	Source(full bool) string
}

Node is an item of the CST tree.

type OperandNameNode 

type OperandNameNode struct {
	Name Token
	// contains filtered or unexported fields
}

OperandNameNode represents the production 

OperandName = identifier .

func (*OperandNameNode) LexicalScope 

func (n *OperandNameNode) LexicalScope() *Scope

func (*OperandNameNode) Position 

func (n *OperandNameNode) Position() (r token.Position)

Position implements Node.

func (*OperandNameNode) Source 

func (n *OperandNameNode) Source(full bool) string

Source implements Node.

func (*OperandNameNode) Type 

func (n *OperandNameNode) Type() Type

func (*OperandNameNode) Value 

func (n *OperandNameNode) Value() constant.Value

type OperandNode 

type OperandNode struct {
	OperandName  Expression
	TypeArgs     *TypeArgsNode
	LiteralValue *LiteralValueNode
}

OperandNode represents the production 

Operand = Literal | OperandName [ TypeArgs ] [ LiteralValue ] .

func (*OperandNode) Position 

func (n *OperandNode) Position() (r token.Position)

Position implements Node.

func (*OperandNode) Source 

func (n *OperandNode) Source(full bool) string

Source implements Node.

func (*OperandNode) Type 

func (n *OperandNode) Type() Type

func (*OperandNode) Value 

func (n *OperandNode) Value() constant.Value

type OperandQualifiedNameNode 

type OperandQualifiedNameNode struct {
	Name *QualifiedIdentNode
	// contains filtered or unexported fields
}

OperandQualifiedNameNode represents the production 

OperandQualifiedName = QualifiedIdent .

func (*OperandQualifiedNameNode) LexicalScope 

func (n *OperandQualifiedNameNode) LexicalScope() *Scope

func (*OperandQualifiedNameNode) Position 

func (n *OperandQualifiedNameNode) Position() (r token.Position)

Position implements Node.

func (*OperandQualifiedNameNode) Source 

func (n *OperandQualifiedNameNode) Source(full bool) string

Source implements Node.

func (*OperandQualifiedNameNode) Type 

func (n *OperandQualifiedNameNode) Type() Type

func (*OperandQualifiedNameNode) Value 

func (n *OperandQualifiedNameNode) Value() constant.Value

type Package 

type Package struct {
	AST            map[string]*AST // AST maps fsPaths of individual files to their respective ASTs
	FSPath         string
	GoFiles        []fs.FileInfo
	ImportPath     string
	InvalidGoFiles map[string]error // errors for particular files, if any
	Name           Token
	Scope          *Scope // Package scope.
	Version        string
	// contains filtered or unexported fields
}

Package represents a Go package. The instance must not be mutated.

type PackageClauseNode 

type PackageClauseNode struct {
	PACKAGE     Token
	PackageName Token
}

PackageClauseNode represents the production 

PackageClause = "package" PackageName .

func (*PackageClauseNode) Position 

func (n *PackageClauseNode) Position() (r token.Position)

Position implements Node.

func (*PackageClauseNode) Source 

func (n *PackageClauseNode) Source(full bool) string

Source implements Node.

type ParameterDeclListNode 

type ParameterDeclListNode struct {
	ParameterDecl *ParameterDeclNode
	COMMA         Token
	List          *ParameterDeclListNode
}

ParameterDeclListNode represents the production 

ParameterDeclListNode = { ParameterDecl  "," } .

func (*ParameterDeclListNode) Position 

func (n *ParameterDeclListNode) Position() (r token.Position)

Position implements Node.

func (*ParameterDeclListNode) Source 

func (n *ParameterDeclListNode) Source(full bool) string

Source implements Node.

type ParameterDeclNode 

type ParameterDeclNode struct {
	IdentifierList *IdentifierListNode
	ELLIPSIS       Token
	TypeNode       Type
	// contains filtered or unexported fields
}

ParameterDeclNode represents the production 

ParameterDecl = [ IdentifierList ] [ "..." ] Type .

func (*ParameterDeclNode) Position 

func (n *ParameterDeclNode) Position() (r token.Position)

Position implements Node.

func (*ParameterDeclNode) Source 

func (n *ParameterDeclNode) Source(full bool) string

Source implements Node.

func (*ParameterDeclNode) Visible 

func (n *ParameterDeclNode) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

type ParametersNode 

type ParametersNode struct {
	LPAREN            Token
	ParameterDeclList *ParameterDeclListNode
	RPAREN            Token
}

ParametersNode represents the production 

Parameters = "(" { ParameterDecl  "," } ")" .

func (*ParametersNode) Position 

func (n *ParametersNode) Position() (r token.Position)

Position implements Node.

func (*ParametersNode) Source 

func (n *ParametersNode) Source(full bool) string

Source implements Node.

type ParenthesizedExpressionNode 

type ParenthesizedExpressionNode struct {
	LPAREN     Token
	Expression Expression
	RPAREN     Token
}

func (*ParenthesizedExpressionNode) Position 

func (n *ParenthesizedExpressionNode) Position() (r token.Position)

Position implements Node.

func (*ParenthesizedExpressionNode) Source 

func (n *ParenthesizedExpressionNode) Source(full bool) string

Source implements Node.

func (*ParenthesizedExpressionNode) Type 

func (n *ParenthesizedExpressionNode) Type() Type

func (*ParenthesizedExpressionNode) Value 

func (n *ParenthesizedExpressionNode) Value() constant.Value

type ParenthesizedTypeNode 

type ParenthesizedTypeNode struct {
	LPAREN   Token
	TypeNode Type
	RPAREN   Token
}

ParenthesizedTypeNode represents the production 

ParenthesizedType = "(" Type ")" .

func (*ParenthesizedTypeNode) Align 

func (n *ParenthesizedTypeNode) Align() int

func (*ParenthesizedTypeNode) FieldAlign 

func (n *ParenthesizedTypeNode) FieldAlign() int

func (*ParenthesizedTypeNode) Kind 

func (n *ParenthesizedTypeNode) Kind() Kind

func (*ParenthesizedTypeNode) Position 

func (n *ParenthesizedTypeNode) Position() (r token.Position)

Position implements Node.

func (*ParenthesizedTypeNode) Size 

func (n *ParenthesizedTypeNode) Size() int64

func (*ParenthesizedTypeNode) Source 

func (n *ParenthesizedTypeNode) Source(full bool) string

Source implements Node.

func (*ParenthesizedTypeNode) String 

func (n *ParenthesizedTypeNode) String() string

type PointerTypeNode 

type PointerTypeNode struct {
	MUL      Token
	BaseType Type
	// contains filtered or unexported fields
}

PointerTypeNode represents the production 

PointerType = "*" BaseType .

func (*PointerTypeNode) Align 

func (n *PointerTypeNode) Align() int

func (*PointerTypeNode) FieldAlign 

func (n *PointerTypeNode) FieldAlign() int

func (*PointerTypeNode) Kind 

func (n *PointerTypeNode) Kind() Kind

func (*PointerTypeNode) Position 

func (n *PointerTypeNode) Position() (r token.Position)

Position implements Node.

func (*PointerTypeNode) Size 

func (n *PointerTypeNode) Size() int64

func (*PointerTypeNode) Source 

func (n *PointerTypeNode) Source(full bool) string

Source implements Node.

func (*PointerTypeNode) String 

func (n *PointerTypeNode) String() string

type PredeclaredType 

type PredeclaredType struct {
	Node
	// contains filtered or unexported fields
}

func (*PredeclaredType) Align 

func (n *PredeclaredType) Align() int

func (*PredeclaredType) FieldAlign 

func (n *PredeclaredType) FieldAlign() int

func (*PredeclaredType) Kind 

func (n *PredeclaredType) Kind() Kind

func (*PredeclaredType) Size 

func (n *PredeclaredType) Size() int64

func (*PredeclaredType) String 

func (n *PredeclaredType) String() string

type PrimaryExprNode 

type PrimaryExprNode struct {
	PrimaryExpr Expression
	Postfix     Node
}

PrimaryExprNode represents the production 

PrimaryExpr = Operand | Conversion | MethodExpr { Selector | Index | Slice | TypeAssertion | Arguments } .

func (*PrimaryExprNode) Position 

func (n *PrimaryExprNode) Position() (r token.Position)

Position implements Node.

func (*PrimaryExprNode) Source 

func (n *PrimaryExprNode) Source(full bool) string

Source implements Node.

func (*PrimaryExprNode) Type 

func (n *PrimaryExprNode) Type() Type

func (*PrimaryExprNode) Value 

func (n *PrimaryExprNode) Value() constant.Value

type QualifiedIdentNode 

type QualifiedIdentNode struct {
	PackageName Token
	PERIOD      Token
	IDENT       Token
}

QualifiedIdentNode represents the production 

QualifiedIdent = PackageName "." identifier .

func (*QualifiedIdentNode) Position 

func (n *QualifiedIdentNode) Position() (r token.Position)

Position implements Node.

func (*QualifiedIdentNode) Source 

func (n *QualifiedIdentNode) Source(full bool) string

Source implements Node.

type RangeClauseNode 

type RangeClauseNode struct {
	RANGE          Token
	Expression     Expression
	ExpressionList *ExpressionListNode
	ASSIGN         Token
	IdentifierList *IdentifierListNode
	DEFINE         Token
}

RangeClauseNode represents the production 

RangeClause = "range" Expression | ExpressionList "=" "range" Expression | IdentifierList ":=" "range" Expression .

func (*RangeClauseNode) Position 

func (n *RangeClauseNode) Position() (r token.Position)

Position implements Node.

func (*RangeClauseNode) Source 

func (n *RangeClauseNode) Source(full bool) string

Source implements Node.

type RecvStmtNode 

type RecvStmtNode struct {
	ExpressionList *ExpressionListNode
	Token          Token
	IdentifierList *IdentifierListNode
	RecvExpr       Expression
}

RecvStmtNode represents the production 

RecvStmt = [ ExpressionList "=" | IdentifierList ":=" ] RecvExpr .

func (*RecvStmtNode) Position 

func (n *RecvStmtNode) Position() (r token.Position)

Position implements Node.

func (*RecvStmtNode) Source 

func (n *RecvStmtNode) Source(full bool) string

Source implements Node.

type ResultNode 

type ResultNode struct {
	Parameters *ParametersNode
	TypeNode   Type
}

ResultNode represents the production 

Result = Parameters | Type .

func (*ResultNode) Position 

func (n *ResultNode) Position() (r token.Position)

Position implements Node.

func (*ResultNode) Source 

func (n *ResultNode) Source(full bool) string

Source implements Node.

type ReturnStmtNode 

type ReturnStmtNode struct {
	RETURN         Token
	ExpressionList *ExpressionListNode
}

ReturnStmtNode represents the production 

ReturnStmt = "return" [ ExpressionList ] .

func (*ReturnStmtNode) Position 

func (n *ReturnStmtNode) Position() (r token.Position)

Position implements Node.

func (*ReturnStmtNode) Source 

func (n *ReturnStmtNode) Source(full bool) string

Source implements Node.

type Scope 

type Scope struct {
	// contains filtered or unexported fields
}

func (*Scope) Iterate 

func (s *Scope) Iterate(f func(name string, n Node) (stop bool))

func (*Scope) Kind 

func (s *Scope) Kind() ScopeKind

func (*Scope) Parent 

func (s *Scope) Parent() *Scope

type ScopeKind 

type ScopeKind int
const (
	UniverseScope ScopeKind
	PackageScope
	FileScope
	OtherScope
)

func (ScopeKind) String 

func (i ScopeKind) String() string

type SelectStmtNode 

type SelectStmtNode struct {
	SELECT         Token
	LBRACE         Token
	CommClauseList *CommClauseListNode
	RBRACE         Token
}

SelectStmtNode represents the production 

SelectStmt = "select" "{" { CommClause } "}" .

func (*SelectStmtNode) Position 

func (n *SelectStmtNode) Position() (r token.Position)

Position implements Node.

func (*SelectStmtNode) Source 

func (n *SelectStmtNode) Source(full bool) string

Source implements Node.

type SelectorNode 

type SelectorNode struct {
	PERIOD Token
	IDENT  Token
}

SelectorNode represents the production 

Selector = "." identifier .

func (*SelectorNode) Position 

func (n *SelectorNode) Position() (r token.Position)

Position implements Node.

func (*SelectorNode) Source 

func (n *SelectorNode) Source(full bool) string

Source implements Node.

type SendStmtNode 

type SendStmtNode struct {
	Channel    Expression
	ARROW      Token
	Expression Expression
}

SendStmtNode represents the production 

SendStmt = Channel "<-" Expression .

func (*SendStmtNode) Position 

func (n *SendStmtNode) Position() (r token.Position)

Position implements Node.

func (*SendStmtNode) Source 

func (n *SendStmtNode) Source(full bool) string

Source implements Node.

type ShortVarDeclNode 

type ShortVarDeclNode struct {
	IdentifierList *IdentifierListNode
	DEFINE         Token
	ExpressionList *ExpressionListNode
	// contains filtered or unexported fields
}

ShortVarDeclNode represents the production 

ShortVarDecl = IdentifierList ":=" ExpressionList .

func (*ShortVarDeclNode) Position 

func (n *ShortVarDeclNode) Position() (r token.Position)

Position implements Node.

func (*ShortVarDeclNode) Source 

func (n *ShortVarDeclNode) Source(full bool) string

Source implements Node.

func (*ShortVarDeclNode) Visible 

func (n *ShortVarDeclNode) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

type SignatureNode 

type SignatureNode struct {
	Parameters *ParametersNode
	Result     *ResultNode
	// contains filtered or unexported fields
}

SignatureNode represents the production 

Signature = Parameters [ Result ] .

func (*SignatureNode) Position 

func (n *SignatureNode) Position() (r token.Position)

Position implements Node.

func (*SignatureNode) Source 

func (n *SignatureNode) Source(full bool) string

Source implements Node.

func (*SignatureNode) Type 

func (n *SignatureNode) Type() Type

type SliceNode 

type SliceNode struct {
	LBRACK      Token
	Expression  Expression
	COLON       Token
	Expression2 Expression
	RBRACK      Token
	COLON2      Token
	Expression3 Expression
}

SliceNode represents the production 

Slice = "[" [ Expression ] ":" [ Expression ] "]" | "[" [ Expression ] ":" Expression ":" Expression "]" .

func (*SliceNode) Position 

func (n *SliceNode) Position() (r token.Position)

Position implements Node.

func (*SliceNode) Source 

func (n *SliceNode) Source(full bool) string

Source implements Node.

type SliceTypeNode 

type SliceTypeNode struct {
	LBRACK      Token
	RBRACK      Token
	ElementType Node
	// contains filtered or unexported fields
}

SliceTypeNode represents the production 

SliceType = "[" "]" ElementType .

func (*SliceTypeNode) Align 

func (n *SliceTypeNode) Align() int

func (*SliceTypeNode) FieldAlign 

func (n *SliceTypeNode) FieldAlign() int

func (*SliceTypeNode) Kind 

func (n *SliceTypeNode) Kind() Kind

func (*SliceTypeNode) Position 

func (n *SliceTypeNode) Position() (r token.Position)

Position implements Node.

func (*SliceTypeNode) Size 

func (n *SliceTypeNode) Size() int64

func (*SliceTypeNode) Source 

func (n *SliceTypeNode) Source(full bool) string

Source implements Node.

func (*SliceTypeNode) String 

func (n *SliceTypeNode) String() string

type SourceFileNode 

type SourceFileNode struct {
	PackageClause    *PackageClauseNode
	SEMICOLON        Token
	ImportDeclList   *ImportDeclListNode
	TopLevelDeclList *TopLevelDeclListNode
}

SourceFileNode represents the production 

SourceFile = PackageClause ";" { ImportDecl ";" } { TopLevelDecl ";" } .

func (*SourceFileNode) Position 

func (n *SourceFileNode) Position() (r token.Position)

Position implements Node.

func (*SourceFileNode) Source 

func (n *SourceFileNode) Source(full bool) string

Source implements Node.

type StatementListNode 

type StatementListNode struct {
	Statement Node
	SEMICOLON Token
	List      *StatementListNode
}

StatementListNode represents the production 

StatementList = { Statement ";" } .

func (*StatementListNode) Position 

func (n *StatementListNode) Position() (r token.Position)

Position implements Node.

func (*StatementListNode) Source 

func (n *StatementListNode) Source(full bool) string

Source implements Node.

type StructTypeNode 

type StructTypeNode struct {
	STRUCT        Token
	LBRACE        Token
	FieldDeclList *FieldDeclListNode
	RBRACE        Token
	// contains filtered or unexported fields
}

StructTypeNode represents the production 

StructType = "struct" "{" { FieldDecl ";" } "}" .

func (*StructTypeNode) Align 

func (n *StructTypeNode) Align() int

func (*StructTypeNode) FieldAlign 

func (n *StructTypeNode) FieldAlign() int

func (*StructTypeNode) Kind 

func (n *StructTypeNode) Kind() Kind

func (*StructTypeNode) Position 

func (n *StructTypeNode) Position() (r token.Position)

Position implements Node.

func (*StructTypeNode) Size 

func (n *StructTypeNode) Size() int64

func (*StructTypeNode) Source 

func (n *StructTypeNode) Source(full bool) string

Source implements Node.

func (*StructTypeNode) String 

func (n *StructTypeNode) String() string

type SwitchStmtNode 

type SwitchStmtNode struct {
	ExprSwitchStmt *ExprSwitchStmtNode
	TypeSwitchStmt *TypeSwitchStmtNode
}

SwitchStmtNode represents the production 

SwitchStmt = ExprSwitchStmt | TypeSwitchStmt .

func (*SwitchStmtNode) Position 

func (n *SwitchStmtNode) Position() (r token.Position)

Position implements Node.

func (*SwitchStmtNode) Source 

func (n *SwitchStmtNode) Source(full bool) string

Source implements Node.

type TagNode 

type TagNode struct {
	STRING Token
}

TagNode represents the production 

Tag = string_lit .

func (*TagNode) Position 

func (n *TagNode) Position() (r token.Position)

Position implements Node.

func (*TagNode) Source 

func (n *TagNode) Source(full bool) string

Source implements Node.

type Token 

type Token struct {
	// contains filtered or unexported fields
}

Token represents a lexeme, its position and its semantic value.

func (Token) Ch 

func (t Token) Ch() token.Token

Ch returns which token t represents

func (Token) IsValid 

func (t Token) IsValid() bool

IsValid reports t is a valid token. Zero value reports false.

func (Token) Next 

func (t Token) Next() (r Token)

Next returns the token following t or a zero value if no such token exists.

func (Token) Position 

func (t Token) Position() (r token.Position)

Positions implements Node.

func (Token) Prev 

func (t Token) Prev() (r Token)

Prev returns the token preceding t or a zero value if no such token exists.

func (Token) Sep 

func (t Token) Sep() string

Sep returns any separators, combined, preceding t.

func (Token) SetSep 

func (t Token) SetSep(s string)

SetSep sets t's separator.

func (Token) SetSrc 

func (t Token) SetSrc(s string)

SetSrc sets t's source form.

func (Token) Source 

func (t Token) Source(full bool) string

Source implements Node.

func (Token) Src 

func (t Token) Src() string

Src returns t's source form.

type TopLevelDeclListNode 

type TopLevelDeclListNode struct {
	TopLevelDecl Node
	SEMICOLON    Token
	List         *TopLevelDeclListNode
}

TopLevelDeclListNode represents the production 

TopLevelDeclListNode = { TopLevelDecl ";" .

func (*TopLevelDeclListNode) Position 

func (n *TopLevelDeclListNode) Position() (r token.Position)

Position implements Node.

func (*TopLevelDeclListNode) Source 

func (n *TopLevelDeclListNode) Source(full bool) string

Source implements Node.

type TupleType 

type TupleType struct {
	Node
	Types []Type
}

func (*TupleType) Align 

func (n *TupleType) Align() int

func (*TupleType) FieldAlign 

func (n *TupleType) FieldAlign() int

func (*TupleType) Kind 

func (n *TupleType) Kind() Kind

func (*TupleType) Size 

func (n *TupleType) Size() int64

func (*TupleType) Source 

func (n *TupleType) Source(full bool) (r string)

func (*TupleType) String 

func (n *TupleType) String() string

type Type 

type Type interface {
	Node

	// Align returns the alignment in bytes of a value of this type when allocated
	// in memory.
	Align() int

	// FieldAlign returns the alignment in bytes of a value of this type when used
	// as a field in a struct.
	FieldAlign() int

	// Kind returns the specific kind of this type.
	Kind() Kind

	// Size returns the number of bytes needed to store a value of the given type;
	// it is analogous to unsafe.Sizeof.
	Size() int64

	// String returns a string representation of the type.  The string
	// representation is not guaranteed to be unique among types.
	String() string
	// contains filtered or unexported methods
}

type TypeArgsNode 

type TypeArgsNode struct {
	LBRACK   Token
	TypeList *TypeListNode
	COMMA    Token
	RBRACK   Token
}

TypeArgsNode represents the production 

TypeArgs = "[" TypeList [ "," ] "]" .

func (*TypeArgsNode) Position 

func (n *TypeArgsNode) Position() (r token.Position)

Position implements Node.

func (*TypeArgsNode) Source 

func (n *TypeArgsNode) Source(full bool) string

Source implements Node.

type TypeAssertionNode 

type TypeAssertionNode struct {
	PERIOD   Token
	LPAREN   Token
	TypeNode Type
	RPAREN   Token
}

TypeAssertionNode represents the production 

TypeAssertion = "." "(" Type ")" .

func (*TypeAssertionNode) Position 

func (n *TypeAssertionNode) Position() (r token.Position)

Position implements Node.

func (*TypeAssertionNode) Source 

func (n *TypeAssertionNode) Source(full bool) string

Source implements Node.

type TypeCaseClauseListNode 

type TypeCaseClauseListNode struct {
	TypeCaseClause *TypeCaseClauseNode
	List           *TypeCaseClauseListNode
}

TypeCaseClauseListNode represents the production 

TypeCaseClauseListNode = { TypeCaseClause } .

func (*TypeCaseClauseListNode) Position 

func (n *TypeCaseClauseListNode) Position() (r token.Position)

Position implements Node.

func (*TypeCaseClauseListNode) Source 

func (n *TypeCaseClauseListNode) Source(full bool) string

Source implements Node.

type TypeCaseClauseNode 

type TypeCaseClauseNode struct {
	TypeSwitchCase *TypeSwitchCaseNode
	COLON          Token
	StatementList  *StatementListNode
}

TypeCaseClauseNode represents the production 

TypeCaseClause = TypeSwitchCase ":" StatementList .

func (*TypeCaseClauseNode) Position 

func (n *TypeCaseClauseNode) Position() (r token.Position)

Position implements Node.

func (*TypeCaseClauseNode) Source 

func (n *TypeCaseClauseNode) Source(full bool) string

Source implements Node.

type TypeCheck 

type TypeCheck int
const (
	TypeCheckNone TypeCheck = iota
	TypeCheckAll
)

func (TypeCheck) String 

func (i TypeCheck) String() string

type TypeConstraintNode 

type TypeConstraintNode struct {
	TypeElem *TypeElemListNode
}

TypeConstraintNode represents the production 

TypeConstraint = TypeElem .

func (*TypeConstraintNode) Position 

func (n *TypeConstraintNode) Position() (r token.Position)

Position implements Node.

func (*TypeConstraintNode) Source 

func (n *TypeConstraintNode) Source(full bool) string

Source implements Node.

type TypeDeclNode 

type TypeDeclNode struct {
	TYPE         Token
	LPAREN       Token
	TypeSpecList *TypeSpecListNode
	RPAREN       Token
}

TypeDeclNode represents the production 

TypeDecl = "type" ( TypeSpec | "(" { TypeSpec ";" } ")" ) .

func (*TypeDeclNode) Position 

func (n *TypeDeclNode) Position() (r token.Position)

Position implements Node.

func (*TypeDeclNode) Source 

func (n *TypeDeclNode) Source(full bool) string

Source implements Node.

type TypeDefNode 

type TypeDefNode struct {
	IDENT          Token
	TypeParameters *TypeParametersNode
	TypeNode       Type
	// contains filtered or unexported fields
}

TypeDefNode represents the production 

TypeDef = identifier [ TypeParameters ] Type .

func (*TypeDefNode) Align 

func (n *TypeDefNode) Align() int

func (*TypeDefNode) FieldAlign 

func (n *TypeDefNode) FieldAlign() int

func (*TypeDefNode) Kind 

func (n *TypeDefNode) Kind() Kind

func (*TypeDefNode) Position 

func (n *TypeDefNode) Position() (r token.Position)

Position implements Node.

func (*TypeDefNode) Size 

func (n *TypeDefNode) Size() int64

func (*TypeDefNode) Source 

func (n *TypeDefNode) Source(full bool) string

Source implements Node.

func (*TypeDefNode) String 

func (n *TypeDefNode) String() string

func (*TypeDefNode) Visible 

func (n *TypeDefNode) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

type TypeElemListNode 

type TypeElemListNode struct {
	OR       Token
	TypeTerm *TypeTermNode
	List     *TypeElemListNode
}

TypeElemListNode represents the production 

TypeElem = TypeTerm { "|" TypeTerm } .

func (*TypeElemListNode) Position 

func (n *TypeElemListNode) Position() (r token.Position)

Position implements Node.

func (*TypeElemListNode) Source 

func (n *TypeElemListNode) Source(full bool) string

Source implements Node.

type TypeListNode 

type TypeListNode struct {
	COMMA    Token
	TypeNode Type
	List     *TypeListNode
}

TypeListNode represents the production 

TypeList = Type { "," Type } .

func (*TypeListNode) Position 

func (n *TypeListNode) Position() (r token.Position)

Position implements Node.

func (*TypeListNode) Source 

func (n *TypeListNode) Source(full bool) string

Source implements Node.

type TypeNameNode 

type TypeNameNode struct {
	Name Node
	// contains filtered or unexported fields
}

TypeNameNode represents the production 

TypeName = QualifiedIdent | identifier .

func (*TypeNameNode) Align 

func (n *TypeNameNode) Align() int

func (*TypeNameNode) FieldAlign 

func (n *TypeNameNode) FieldAlign() int

func (*TypeNameNode) Kind 

func (n *TypeNameNode) Kind() Kind

func (*TypeNameNode) LexicalScope 

func (n *TypeNameNode) LexicalScope() *Scope

func (*TypeNameNode) Position 

func (n *TypeNameNode) Position() (r token.Position)

Position implements Node.

func (*TypeNameNode) Size 

func (n *TypeNameNode) Size() int64

func (*TypeNameNode) Source 

func (n *TypeNameNode) Source(full bool) string

Source implements Node.

func (*TypeNameNode) String 

func (n *TypeNameNode) String() string

type TypeNode 

type TypeNode struct {
	TypeName *TypeNameNode
	TypeArgs *TypeArgsNode
}

TypeNode represents the production 

Type = TypeName TypeArgs .

func (*TypeNode) Align 

func (n *TypeNode) Align() int

func (*TypeNode) FieldAlign 

func (n *TypeNode) FieldAlign() int

func (*TypeNode) Kind 

func (n *TypeNode) Kind() Kind

func (*TypeNode) Position 

func (n *TypeNode) Position() (r token.Position)

Position implements Node.

func (*TypeNode) Size 

func (n *TypeNode) Size() int64

func (*TypeNode) Source 

func (n *TypeNode) Source(full bool) string

Source implements Node.

func (*TypeNode) String 

func (n *TypeNode) String() string

type TypeParamDeclNode 

type TypeParamDeclNode struct {
	IdentifierList *IdentifierListNode
	TypeConstraint *TypeConstraintNode
}

TypeParamDeclNode represents the production 

TypeParamDecl = IdentifierList TypeConstraint .

func (*TypeParamDeclNode) Position 

func (n *TypeParamDeclNode) Position() (r token.Position)

Position implements Node.

func (*TypeParamDeclNode) Source 

func (n *TypeParamDeclNode) Source(full bool) string

Source implements Node.

type TypeParamListNode 

type TypeParamListNode struct {
	COMMA         Token
	TypeParamDecl *TypeParamDeclNode
	List          *TypeParamListNode
}

TypeParamListNode represents the production 

TypeParamList = TypeParamDecl { "," TypeParamDecl } .

func (*TypeParamListNode) Position 

func (n *TypeParamListNode) Position() (r token.Position)

Position implements Node.

func (*TypeParamListNode) Source 

func (n *TypeParamListNode) Source(full bool) string

Source implements Node.

type TypeParametersNode 

type TypeParametersNode struct {
	LBRACK        Token
	TypeParamList *TypeParamListNode
	COMMA         Token
	RBRACK        Token
}

TypeParametersNode represents the production 

TypeParameters = "[" TypeParamList [ "," ] "]" .

func (*TypeParametersNode) Position 

func (n *TypeParametersNode) Position() (r token.Position)

Position implements Node.

func (*TypeParametersNode) Source 

func (n *TypeParametersNode) Source(full bool) string

Source implements Node.

type TypeSpecListNode 

type TypeSpecListNode struct {
	TypeSpec  Node
	SEMICOLON Token
	List      *TypeSpecListNode
}

TypeSpecListNode represents the production 

TypeSpecListNode = "type" ( TypeSpec | "(" { TypeSpec ";" } ")" ) .

func (*TypeSpecListNode) Position 

func (n *TypeSpecListNode) Position() (r token.Position)

Position implements Node.

func (*TypeSpecListNode) Source 

func (n *TypeSpecListNode) Source(full bool) string

Source implements Node.

type TypeSwitchCaseNode 

type TypeSwitchCaseNode struct {
	CASE     Token
	TypeList *TypeListNode
	DEFAULT  Token
}

TypeSwitchCaseNode represents the production 

TypeSwitchCase = "case" TypeList | "default" .

func (*TypeSwitchCaseNode) Position 

func (n *TypeSwitchCaseNode) Position() (r token.Position)

Position implements Node.

func (*TypeSwitchCaseNode) Source 

func (n *TypeSwitchCaseNode) Source(full bool) string

Source implements Node.

type TypeSwitchGuardNode 

type TypeSwitchGuardNode struct {
	IDENT       Token
	DEFINE      Token
	PrimaryExpr Expression
	PERIOD      Token
	LPAREN      Token
	TYPE        Token
	RPAREN      Token
}

TypeSwitchGuardNode represents the production 

TypeSwitchGuard = [ identifier ":=" ] PrimaryExpr "." "(" "type" ")" .

func (*TypeSwitchGuardNode) Position 

func (n *TypeSwitchGuardNode) Position() (r token.Position)

Position implements Node.

func (*TypeSwitchGuardNode) Source 

func (n *TypeSwitchGuardNode) Source(full bool) string

Source implements Node.

type TypeSwitchStmtNode 

type TypeSwitchStmtNode struct {
	SWITCH             Token
	SimpleStmt         Node
	SEMICOLON          Token
	TypeSwitchGuard    *TypeSwitchGuardNode
	LBRACE             Token
	TypeCaseClauseList *TypeCaseClauseListNode
	RBRACE             Token
}

TypeSwitchStmtNode represents the production 

TypeSwitchStmt = "switch" [ SimpleStmt ";" ] TypeSwitchGuard "{" { TypeCaseClause } "}" .

func (*TypeSwitchStmtNode) Position 

func (n *TypeSwitchStmtNode) Position() (r token.Position)

Position implements Node.

func (*TypeSwitchStmtNode) Source 

func (n *TypeSwitchStmtNode) Source(full bool) string

Source implements Node.

type TypeTermNode 

type TypeTermNode struct {
	TypeNode       Type
	UnderlyingType *UnderlyingTypeNode
}

TypeTermNode represents the production 

TypeTerm = Type | UnderlyingType .

func (*TypeTermNode) Position 

func (n *TypeTermNode) Position() (r token.Position)

Position implements Node.

func (*TypeTermNode) Source 

func (n *TypeTermNode) Source(full bool) string

Source implements Node.

type UnaryExprNode 

type UnaryExprNode struct {
	Op        Token
	UnaryExpr Expression
	// contains filtered or unexported fields
}

UnaryExprNode represents the production 

UnaryExpr = PrimaryExpr | ( "+" | "-" | "!" | "^" | "*" | "&" | "<-" ) UnaryExpr .

func (*UnaryExprNode) Position 

func (n *UnaryExprNode) Position() (r token.Position)

Position implements Node.

func (*UnaryExprNode) Source 

func (n *UnaryExprNode) Source(full bool) string

Source implements Node.

func (*UnaryExprNode) Type 

func (n *UnaryExprNode) Type() Type

func (*UnaryExprNode) Value 

func (n *UnaryExprNode) Value() constant.Value

type UnderlyingTypeNode 

type UnderlyingTypeNode struct {
	TILDE    Token
	TypeNode Type
}

UnderlyingTypeNode represents the production 

UnderlyingType = "~" Type .

func (*UnderlyingTypeNode) Position 

func (n *UnderlyingTypeNode) Position() (r token.Position)

Position implements Node.

func (*UnderlyingTypeNode) Source 

func (n *UnderlyingTypeNode) Source(full bool) string

Source implements Node.

type ValueExpression 

type ValueExpression struct {
	Node
	// contains filtered or unexported fields
}

func (*ValueExpression) Type 

func (n *ValueExpression) Type() Type

func (*ValueExpression) Value 

func (n *ValueExpression) Value() constant.Value

type VarDeclNode 

type VarDeclNode struct {
	VAR     Token
	LPAREN  Token
	VarSpec Node
	RPAREN  Token
}

VarDeclNode represents the production 

VarDecl = "var" ( VarSpec | "(" { VarSpec ";" } ")" ) .

func (*VarDeclNode) Position 

func (n *VarDeclNode) Position() (r token.Position)

Position implements Node.

func (*VarDeclNode) Source 

func (n *VarDeclNode) Source(full bool) string

Source implements Node.

type VarSpec2Node 

type VarSpec2Node struct {
	IdentifierList *IdentifierListNode
	TypeNode       Type
	ASSIGN         Token
	ExpressionList *ExpressionListNode
	// contains filtered or unexported fields
}

VarSpec2Node represents the production 

VarSpec = IdentifierList ( Type [ "=" ExpressionList ] | "=" ExpressionList ) .

func (*VarSpec2Node) LexicalScope 

func (n *VarSpec2Node) LexicalScope() *Scope

func (*VarSpec2Node) Position 

func (n *VarSpec2Node) Position() (r token.Position)

Position implements Node.

func (*VarSpec2Node) Source 

func (n *VarSpec2Node) Source(full bool) string

Source implements Node.

func (*VarSpec2Node) Visible 

func (n *VarSpec2Node) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

type VarSpecListNode 

type VarSpecListNode struct {
	VarSpec   Node
	SEMICOLON Token
	List      *VarSpecListNode
}

VarSpecListNode represents the production 

VarSpecListNode = { VarSpec ";" } .

func (*VarSpecListNode) Position 

func (n *VarSpecListNode) Position() (r token.Position)

Position implements Node.

func (*VarSpecListNode) Source 

func (n *VarSpecListNode) Source(full bool) string

Source implements Node.

type VarSpecNode 

type VarSpecNode struct {
	IDENT          Token
	TypeNode       Type
	ASSIGN         Token
	ExpressionList *ExpressionListNode
	// contains filtered or unexported fields
}

VarSpecNode represents the production 

VarSpec = identifier ( Type [ "=" ExpressionList ] | "=" ExpressionList ) .

func (*VarSpecNode) LexicalScope 

func (n *VarSpecNode) LexicalScope() *Scope

func (*VarSpecNode) Position 

func (n *VarSpecNode) Position() (r token.Position)

Position implements Node.

func (*VarSpecNode) Source 

func (n *VarSpecNode) Source(full bool) string

Source implements Node.

func (*VarSpecNode) Visible 

func (n *VarSpecNode) Visible() int

Visible reports the first token index where n is visible (in scope). Applies to local scopes only.

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