var Sizes … var PointerSize … type Basic … type Component … type componenterr … func errorf(format string, args ...any) Component { … } func (c componenterr) Error() string { … } func (c componenterr) Resolve() (*Basic, error) { … } func (c componenterr) Dereference(r reg.Register) Component { … } func (c componenterr) Base() Component { … } func (c componenterr) Len() Component { … } func (c componenterr) Cap() Component { … } func (c componenterr) Real() Component { … } func (c componenterr) Imag() Component { … } func (c componenterr) Index(int) Component { … } func (c componenterr) Field(string) Component { … } type component … // NewComponent builds a component for the named type at the given address. func NewComponent(t types.Type, addr operand.Mem) Component { … } func (c *component) Resolve() (*Basic, error) { … } func (c *component) Dereference(r reg.Register) Component { … } var slicehdroffsets … func (c *component) Base() Component { … } func (c *component) Len() Component { … } func (c *component) Cap() Component { … } func (c *component) Real() Component { … } func (c *component) Imag() Component { … } func (c *component) Index(i int) Component { … } func (c *component) Field(n string) Component { … } func (c *component) sub(suffix string, offset int, t types.Type) *component { … } func isslice(t types.Type) bool { … } func isstring(t types.Type) bool { … } func iscomplex(t types.Type) bool { … } func complextofloat(t types.Type) types.Type { … } // toprimitive determines whether t is primitive (cannot be reduced into // components). If it is, it returns the basic type for t, otherwise returns // nil. func toprimitive(t types.Type) *types.Basic { … }
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