type Node … // Line returns n's position as a string. If n has been inlined, // it uses the outermost position where n has been inlined. func Line(n Node) string { … } func IsSynthetic(n Node) bool { … } // IsAutoTmp indicates if n was created by the compiler as a temporary, // based on the setting of the .AutoTemp flag in n's Name. func IsAutoTmp(n Node) bool { … } // MayBeShared reports whether n may occur in multiple places in the AST. // Extra care must be taken when mutating such a node. func MayBeShared(n Node) bool { … } type InitNode … func TakeInit(n Node) Nodes { … } type Op … const OXXX … const ONAME … const ONONAME … const OTYPE … const OLITERAL … const ONIL … const OADD … const OSUB … const OOR … const OXOR … const OADDSTR … const OADDR … const OANDAND … const OAPPEND … const OBYTES2STR … const OBYTES2STRTMP … const ORUNES2STR … const OSTR2BYTES … const OSTR2BYTESTMP … const OSTR2RUNES … const OSLICE2ARR … const OSLICE2ARRPTR … const OAS … const OAS2 … const OAS2DOTTYPE … const OAS2FUNC … const OAS2MAPR … const OAS2RECV … const OASOP … const OCALL … const OCALLFUNC … const OCALLMETH … const OCALLINTER … const OCAP … const OCLEAR … const OCLOSE … const OCLOSURE … const OCOMPLIT … const OMAPLIT … const OSTRUCTLIT … const OARRAYLIT … const OSLICELIT … const OPTRLIT … const OCONV … const OCONVIFACE … const OCONVNOP … const OCOPY … const ODCL … const ODCLFUNC … const ODELETE … const ODOT … const ODOTPTR … const ODOTMETH … const ODOTINTER … const OXDOT … const ODOTTYPE … const ODOTTYPE2 … const OEQ … const ONE … const OLT … const OLE … const OGE … const OGT … const ODEREF … const OINDEX … const OINDEXMAP … const OKEY … const OSTRUCTKEY … const OLEN … const OMAKE … const OMAKECHAN … const OMAKEMAP … const OMAKESLICE … const OMAKESLICECOPY … const OMUL … const ODIV … const OMOD … const OLSH … const ORSH … const OAND … const OANDNOT … const ONEW … const ONOT … const OBITNOT … const OPLUS … const ONEG … const OOROR … const OPANIC … const OPRINT … const OPRINTLN … const OPAREN … const OSEND … const OSLICE … const OSLICEARR … const OSLICESTR … const OSLICE3 … const OSLICE3ARR … const OSLICEHEADER … const OSTRINGHEADER … const ORECOVER … const ORECOVERFP … const ORECV … const ORUNESTR … const OSELRECV2 … const OMIN … const OMAX … const OREAL … const OIMAG … const OCOMPLEX … const OUNSAFEADD … const OUNSAFESLICE … const OUNSAFESLICEDATA … const OUNSAFESTRING … const OUNSAFESTRINGDATA … const OMETHEXPR … const OMETHVALUE … const OBLOCK … const OBREAK … const OCASE … const OCONTINUE … const ODEFER … const OFALL … const OFOR … const OGOTO … const OIF … const OLABEL … const OGO … const ORANGE … const ORETURN … const OSELECT … const OSWITCH … const OTYPESW … const OINLCALL … const OMAKEFACE … const OITAB … const OIDATA … const OSPTR … const OCFUNC … const OCHECKNIL … const ORESULT … const OINLMARK … const OLINKSYMOFFSET … const OJUMPTABLE … const OINTERFACESWITCH … const ODYNAMICDOTTYPE … const ODYNAMICDOTTYPE2 … const ODYNAMICTYPE … const OTAILCALL … const OGETG … const OGETCALLERSP … const OEND … // IsCmp reports whether op is a comparison operation (==, !=, <, <=, // >, or >=). func (op Op) IsCmp() bool { … } type Nodes … // ToNodes returns s as a slice of Nodes. func ToNodes[T Node](s []T) Nodes { … } // Append appends entries to Nodes. func (n *Nodes) Append(a ...Node) { … } // Prepend prepends entries to Nodes. // If a slice is passed in, this will take ownership of it. func (n *Nodes) Prepend(a ...Node) { … } // Take clears n, returning its former contents. func (n *Nodes) Take() []Node { … } // Copy returns a copy of the content of the slice. func (n Nodes) Copy() Nodes { … } type NameQueue … // Empty reports whether q contains no Names. func (q *NameQueue) Empty() bool { … } // PushRight appends n to the right of the queue. func (q *NameQueue) PushRight(n *Name) { … } // PopLeft pops a Name from the left of the queue. It panics if q is // empty. func (q *NameQueue) PopLeft() *Name { … } type NameSet … // Has reports whether s contains n. func (s NameSet) Has(n *Name) bool { … } // Add adds n to s. func (s *NameSet) Add(n *Name) { … } type PragmaFlag … const Nointerface … const Noescape … const Norace … const Nosplit … const Noinline … const NoCheckPtr … const CgoUnsafeArgs … const UintptrKeepAlive … const UintptrEscapes … const Systemstack … const Nowritebarrier … const Nowritebarrierrec … const Yeswritebarrierrec … const GoBuildPragma … const RegisterParams … var BlankNode … func IsConst(n Node, ct constant.Kind) bool { … } // IsNil reports whether n represents the universal untyped zero value "nil". func IsNil(n Node) bool { … } func IsBlank(n Node) bool { … } // IsMethod reports whether n is a method. // n must be a function or a method. func IsMethod(n Node) bool { … } // HasUniquePos reports whether n has a unique position that can be // used for reporting error messages. // // It's primarily used to distinguish references to named objects, // whose Pos will point back to their declaration position rather than // their usage position. func HasUniquePos(n Node) bool { … } func SetPos(n Node) src.XPos { … } // The result of InitExpr MUST be assigned back to n, e.g. // // n.X = InitExpr(init, n.X) func InitExpr(init []Node, expr Node) Node { … } // what's the outer value that a write to n affects? // outer value means containing struct or array. func OuterValue(n Node) Node { … } const EscUnknown … const EscNone … const EscHeap … const EscNever …
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