type Map … func (m Map) Scope() Scope { … } func (m Map) Size() int { … } func (m Map) Lookup(k uint64) (interface{ … } // Converts the map into a {<key>: <value>[, ...]} string. This uses the default // %s string conversion for <value>. func (m Map) String() string { … } // Range over the leaf (key, value) pairs in the map in order and // applies cb(key, value) to each. Stops early if cb returns false. // Returns true if all elements were visited without stopping early. func (m Map) Range(cb func(uint64, interface{ … } // DeepEqual returns true if m and other contain the same (k, v) mappings // [regardless of Scope]. // // Equivalently m.DeepEqual(other) <=> reflect.DeepEqual(Elems(m), Elems(other)) func (m Map) DeepEqual(other Map) bool { … } // Elems are the (k,v) elements in the Map as a map[uint64]interface{} func Elems(m Map) map[uint64]interface{ … } type node … type empty … type leaf … type branch … var _ … var _ … var _ … func (*empty) nodeImpl() { … } func (*leaf) nodeImpl() { … } func (*branch) nodeImpl() { … } func (*empty) find(k key) *leaf { … } func (l *leaf) find(k key) *leaf { … } func (br *branch) find(k key) *leaf { … } func (*empty) size() int { … } func (*leaf) size() int { … } func (br *branch) size() int { … } func (*empty) deepEqual(m node) bool { … } func (l *leaf) deepEqual(m node) bool { … } func (br *branch) deepEqual(m node) bool { … } func (*empty) visit(cb func(uint64, interface{ … } func (l *leaf) visit(cb func(uint64, interface{ … } func (br *branch) visit(cb func(uint64, interface{ … }
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