| // Copyright 2015 The Vanadium Authors. All rights reserved. |
| // Use of this source code is governed by a BSD-style |
| // license that can be found in the LICENSE file. |
| |
| package opconst |
| |
| // TODO(toddw): Merge with vdl/testutil_test.go. |
| |
| import ( |
| "fmt" |
| "strings" |
| "testing" |
| |
| "v.io/v23/vdl" |
| ) |
| |
| // CallAndRecover calls the function f and returns the result of recover(). |
| // This minimizes the scope of the deferred recover, to ensure f is actually the |
| // function that paniced. |
| func CallAndRecover(f func()) (result interface{}) { |
| defer func() { |
| result = recover() |
| }() |
| f() |
| return |
| } |
| |
| func expectErr(t *testing.T, err error, wantstr string, format string, args ...interface{}) bool { |
| gotstr := fmt.Sprint(err) |
| msg := fmt.Sprintf(format, args...) |
| if wantstr != "" && !strings.Contains(gotstr, wantstr) { |
| t.Errorf(`%s got error %q, want substr %q`, msg, gotstr, wantstr) |
| return false |
| } |
| if wantstr == "" && err != nil { |
| t.Errorf(`%s got error %q, want nil`, msg, gotstr) |
| return false |
| } |
| return true |
| } |
| |
| func expectPanic(t *testing.T, f func(), wantstr string, format string, args ...interface{}) { |
| got := CallAndRecover(f) |
| gotstr := fmt.Sprint(got) |
| msg := fmt.Sprintf(format, args...) |
| if wantstr != "" && !strings.Contains(gotstr, wantstr) { |
| t.Errorf(`%s got panic %q, want substr %q`, msg, gotstr, wantstr) |
| } |
| if wantstr == "" && got != nil { |
| t.Errorf(`%s got panic %q, want nil`, msg, gotstr) |
| } |
| } |
| |
| func expectMismatchedKind(t *testing.T, f func()) { |
| expectPanic(t, f, "mismatched kind", "") |
| } |
| |
| // Define a bunch of regular Go types used in tests. |
| type ( |
| // Scalars |
| nInterface interface{} |
| nType *vdl.Type |
| nBool bool |
| nUint8 uint8 |
| nUint16 uint16 |
| nUint32 uint32 |
| nUint64 uint64 |
| nUint uint |
| nUintptr uintptr |
| nInt8 int8 |
| nInt16 int16 |
| nInt32 int32 |
| nInt64 int64 |
| nInt int |
| nFloat32 float32 |
| nFloat64 float64 |
| nComplex64 complex64 |
| nComplex128 complex128 |
| nString string |
| // Arrays |
| nArray3Interface [3]nInterface |
| nArray3TypeObject [3]*vdl.Type |
| nArray3Bool [3]bool |
| nArray3Uint8 [3]uint8 |
| nArray3Uint16 [3]uint16 |
| nArray3Uint32 [3]uint32 |
| nArray3Uint64 [3]uint64 |
| nArray3Uint [3]uint |
| nArray3Uintptr [3]uintptr |
| nArray3Int8 [3]int8 |
| nArray3Int16 [3]int16 |
| nArray3Int32 [3]int32 |
| nArray3Int64 [3]int64 |
| nArray3Int [3]int |
| nArray3Float32 [3]float32 |
| nArray3Float64 [3]float64 |
| nArray3Complex64 [3]complex64 |
| nArray3Complex128 [3]complex128 |
| nArray3String [3]string |
| // Structs |
| nStructInterface struct{ X nInterface } |
| nStructTypeObject struct{ X *vdl.Type } |
| nStructBool struct{ X bool } |
| nStructUint8 struct{ X uint8 } |
| nStructUint16 struct{ X uint16 } |
| nStructUint32 struct{ X uint32 } |
| nStructUint64 struct{ X uint64 } |
| nStructUint struct{ X uint } |
| nStructUintptr struct{ X uintptr } |
| nStructInt8 struct{ X int8 } |
| nStructInt16 struct{ X int16 } |
| nStructInt32 struct{ X int32 } |
| nStructInt64 struct{ X int64 } |
| nStructInt struct{ X int } |
| nStructFloat32 struct{ X float32 } |
| nStructFloat64 struct{ X float64 } |
| nStructComplex64 struct{ X complex64 } |
| nStructComplex128 struct{ X complex128 } |
| nStructString struct{ X string } |
| // Slices |
| nSliceInterface []nInterface |
| nSliceTypeObject []*vdl.Type |
| nSliceBool []bool |
| nSliceUint8 []uint8 |
| nSliceUint16 []uint16 |
| nSliceUint32 []uint32 |
| nSliceUint64 []uint64 |
| nSliceUint []uint |
| nSliceUintptr []uintptr |
| nSliceInt8 []int8 |
| nSliceInt16 []int16 |
| nSliceInt32 []int32 |
| nSliceInt64 []int64 |
| nSliceInt []int |
| nSliceFloat32 []float32 |
| nSliceFloat64 []float64 |
| nSliceComplex64 []complex64 |
| nSliceComplex128 []complex128 |
| nSliceString []string |
| // Sets |
| nSetInterface map[nInterface]struct{} |
| nSetTypeObject map[*vdl.Type]struct{} |
| nSetBool map[bool]struct{} |
| nSetUint8 map[uint8]struct{} |
| nSetUint16 map[uint16]struct{} |
| nSetUint32 map[uint32]struct{} |
| nSetUint64 map[uint64]struct{} |
| nSetUint map[uint]struct{} |
| nSetUintptr map[uintptr]struct{} |
| nSetInt8 map[int8]struct{} |
| nSetInt16 map[int16]struct{} |
| nSetInt32 map[int32]struct{} |
| nSetInt64 map[int64]struct{} |
| nSetInt map[int]struct{} |
| nSetFloat32 map[float32]struct{} |
| nSetFloat64 map[float64]struct{} |
| nSetComplex64 map[complex64]struct{} |
| nSetComplex128 map[complex128]struct{} |
| nSetString map[string]struct{} |
| // Maps |
| nMapInterface map[nInterface]nInterface |
| nMapTypeObject map[*vdl.Type]*vdl.Type |
| nMapBool map[bool]bool |
| nMapUint8 map[uint8]uint8 |
| nMapUint16 map[uint16]uint16 |
| nMapUint32 map[uint32]uint32 |
| nMapUint64 map[uint64]uint64 |
| nMapUint map[uint]uint |
| nMapUintptr map[uintptr]uintptr |
| nMapInt8 map[int8]int8 |
| nMapInt16 map[int16]int16 |
| nMapInt32 map[int32]int32 |
| nMapInt64 map[int64]int64 |
| nMapInt map[int]int |
| nMapFloat32 map[float32]float32 |
| nMapFloat64 map[float64]float64 |
| nMapComplex64 map[complex64]complex64 |
| nMapComplex128 map[complex128]complex128 |
| nMapString map[string]string |
| // Recursive types |
| nRecurseSelf struct{ X []nRecurseSelf } |
| nRecurseA struct{ B []nRecurseB } |
| nRecurseB struct{ A []nRecurseA } |
| |
| // Composite types representing sets of numbers. |
| nMapUint64Empty map[nUint64]struct{} |
| nMapInt64Empty map[nUint64]struct{} |
| nMapFloat64Empty map[nUint64]struct{} |
| nMapComplex64Empty map[nUint64]struct{} |
| nMapUint64Bool map[nUint64]nBool |
| nMapInt64Bool map[nInt64]nBool |
| nMapFloat64Bool map[nFloat64]nBool |
| nMapComplex64Bool map[nComplex64]nBool |
| // Composite types representing sets of strings. |
| nMapStringEmpty map[nString]struct{} |
| nMapStringBool map[nString]nBool |
| nStructXYZBool struct{ X, Y, Z nBool } |
| nStructWXBool struct{ W, X nBool } |
| // Composite types representing maps of strings to numbers. |
| nMapStringUint64 map[nString]nUint64 |
| nMapStringInt64 map[nString]nInt64 |
| nMapStringFloat64 map[nString]nFloat64 |
| nMapStringComplex64 map[nString]nComplex64 |
| nStructVWXUint64 struct{ V, W, X nUint64 } |
| nStructVWXInt64 struct{ V, W, X nInt64 } |
| nStructVWXFloat64 struct{ V, W, X nFloat64 } |
| nStructVWXComplex64 struct{ V, W, X nComplex64 } |
| nStructUVUint64 struct{ U, V nUint64 } |
| nStructUVInt64 struct{ U, V nInt64 } |
| nStructUVFloat64 struct{ U, V nFloat64 } |
| nStructUVComplex64 struct{ U, V nComplex64 } |
| // Types that cannot be converted to sets. We represent sets as |
| // map[key]struct{} on the Go side, but don't allow map[key]nEmpty. |
| nEmpty struct{} |
| nMapStringnEmpty map[nString]nEmpty |
| nStructXYZEmpty struct{ X, Y, Z struct{} } |
| nStructXYZnEmpty struct{ X, Y, Z nEmpty } |
| ) |
| |
| func recurseSelfType() *vdl.Type { |
| var builder vdl.TypeBuilder |
| n := builder.Named("v.io/v23/vdl.nRecurseSelf") |
| n.AssignBase(builder.Struct().AppendField("X", builder.List().AssignElem(n))) |
| builder.Build() |
| t, err := n.Built() |
| if err != nil { |
| panic(err) |
| } |
| return t |
| } |
| |
| func recurseABTypes() [2]*vdl.Type { |
| var builder vdl.TypeBuilder |
| a := builder.Named("v.io/v23/vdl.nRecurseA") |
| b := builder.Named("v.io/v23/vdl.nRecurseB") |
| a.AssignBase(builder.Struct().AppendField("B", builder.List().AssignElem(b))) |
| b.AssignBase(builder.Struct().AppendField("A", builder.List().AssignElem(a))) |
| builder.Build() |
| aT, err := a.Built() |
| if err != nil { |
| panic(err) |
| } |
| bT, err := b.Built() |
| if err != nil { |
| panic(err) |
| } |
| return [2]*vdl.Type{aT, bT} |
| } |
| |
| func recurseAType() *vdl.Type { return recurseABTypes()[0] } |
| func recurseBType() *vdl.Type { return recurseABTypes()[1] } |
| |
| // Define a bunch of *Type types used in tests. |
| var ( |
| // Named scalar types |
| boolTypeN = vdl.NamedType("nBool", vdl.BoolType) |
| nByteType = vdl.NamedType("nByte", vdl.ByteType) |
| uint16TypeN = vdl.NamedType("nUint16", vdl.Uint16Type) |
| uint32TypeN = vdl.NamedType("nUint32", vdl.Uint32Type) |
| uint64TypeN = vdl.NamedType("nUint64", vdl.Uint64Type) |
| int16TypeN = vdl.NamedType("nInt16", vdl.Int16Type) |
| int32TypeN = vdl.NamedType("nInt32", vdl.Int32Type) |
| int64TypeN = vdl.NamedType("nInt64", vdl.Int64Type) |
| float32TypeN = vdl.NamedType("nFloat32", vdl.Float32Type) |
| float64TypeN = vdl.NamedType("nFloat64", vdl.Float64Type) |
| complex64TypeN = vdl.NamedType("nComplex64", vdl.Complex64Type) |
| complex128TypeN = vdl.NamedType("nComplex128", vdl.Complex128Type) |
| stringTypeN = vdl.NamedType("nString", vdl.StringType) |
| |
| // Composite types representing strings and bytes. |
| bytesType = vdl.ListType(vdl.ByteType) |
| bytesTypeN = vdl.NamedType("nBytes", bytesType) |
| bytes3Type = vdl.ArrayType(3, vdl.ByteType) |
| bytes3TypeN = vdl.NamedType("nBytes3", bytes3Type) |
| // Composite types representing sequences of numbers. |
| array3Uint64Type = vdl.ArrayType(3, vdl.Uint64Type) |
| array3Uint64TypeN = vdl.NamedType("nArray3Uint64", vdl.ArrayType(3, uint64TypeN)) |
| array3Int64Type = vdl.ArrayType(3, vdl.Int64Type) |
| array3Int64TypeN = vdl.NamedType("nArray3Int64", vdl.ArrayType(3, int64TypeN)) |
| array3Float64Type = vdl.ArrayType(3, vdl.Float64Type) |
| array3Float64TypeN = vdl.NamedType("nArray3Float64", vdl.ArrayType(3, float64TypeN)) |
| array3Complex64Type = vdl.ArrayType(3, vdl.Complex64Type) |
| array3Complex64TypeN = vdl.NamedType("nArray3Complex64", vdl.ArrayType(3, complex64TypeN)) |
| listUint64Type = vdl.ListType(vdl.Uint64Type) |
| listUint64TypeN = vdl.NamedType("nListUint64", vdl.ListType(uint64TypeN)) |
| listInt64Type = vdl.ListType(vdl.Int64Type) |
| listInt64TypeN = vdl.NamedType("nListInt64", vdl.ListType(int64TypeN)) |
| listFloat64Type = vdl.ListType(vdl.Float64Type) |
| listFloat64TypeN = vdl.NamedType("nListFloat64", vdl.ListType(float64TypeN)) |
| listComplex64Type = vdl.ListType(vdl.Complex64Type) |
| listComplex64TypeN = vdl.NamedType("nListComplex64", vdl.ListType(complex64TypeN)) |
| // Composite types representing sets of numbers. |
| setUint64Type = vdl.SetType(vdl.Uint64Type) |
| setUint64TypeN = vdl.NamedType("nSetUint64", vdl.SetType(uint64TypeN)) |
| setInt64Type = vdl.SetType(vdl.Int64Type) |
| setInt64TypeN = vdl.NamedType("nSetInt64", vdl.SetType(int64TypeN)) |
| setFloat64Type = vdl.SetType(vdl.Float64Type) |
| setFloat64TypeN = vdl.NamedType("nSetFloat64", vdl.SetType(float64TypeN)) |
| setComplex64Type = vdl.SetType(vdl.Complex64Type) |
| setComplex64TypeN = vdl.NamedType("nSetComplex64", vdl.SetType(complex64TypeN)) |
| mapUint64BoolType = vdl.MapType(vdl.Uint64Type, vdl.BoolType) |
| mapUint64BoolTypeN = vdl.NamedType("nMapUint64Bool", vdl.MapType(uint64TypeN, boolTypeN)) |
| mapInt64BoolType = vdl.MapType(vdl.Int64Type, vdl.BoolType) |
| mapInt64BoolTypeN = vdl.NamedType("nMapInt64Bool", vdl.MapType(int64TypeN, boolTypeN)) |
| mapFloat64BoolType = vdl.MapType(vdl.Float64Type, vdl.BoolType) |
| mapFloat64BoolTypeN = vdl.NamedType("nMapFloat64Bool", vdl.MapType(float64TypeN, boolTypeN)) |
| mapComplex64BoolType = vdl.MapType(vdl.Complex64Type, vdl.BoolType) |
| mapComplex64BoolTypeN = vdl.NamedType("nMapComplex64Bool", vdl.MapType(complex64TypeN, boolTypeN)) |
| // Composite types representing sets of strings. |
| setStringType = vdl.SetType(vdl.StringType) |
| setStringTypeN = vdl.NamedType("nSetString", vdl.SetType(stringTypeN)) |
| mapStringBoolType = vdl.MapType(vdl.StringType, vdl.BoolType) |
| mapStringBoolTypeN = vdl.NamedType("nMapStringBool", vdl.MapType(stringTypeN, boolTypeN)) |
| structXYZBoolType = vdl.StructType(vdl.Field{Name: "X", Type: vdl.BoolType}, vdl.Field{Name: "Y", Type: vdl.BoolType}, vdl.Field{Name: "Z", Type: vdl.BoolType}) |
| structXYZBoolTypeN = vdl.NamedType("nStructXYZBool", vdl.StructType(vdl.Field{Name: "X", Type: boolTypeN}, vdl.Field{Name: "Y", Type: boolTypeN}, vdl.Field{Name: "Z", Type: boolTypeN})) |
| structWXBoolType = vdl.StructType(vdl.Field{Name: "W", Type: vdl.BoolType}, vdl.Field{Name: "X", Type: vdl.BoolType}) |
| structWXBoolTypeN = vdl.NamedType("nStructWXBool", vdl.StructType(vdl.Field{Name: "W", Type: boolTypeN}, vdl.Field{Name: "X", Type: boolTypeN})) |
| // Composite types representing maps of strings to numbers. |
| mapStringUint64Type = vdl.MapType(vdl.StringType, vdl.Uint64Type) |
| mapStringUint64TypeN = vdl.NamedType("nMapStringUint64", vdl.MapType(stringTypeN, uint64TypeN)) |
| mapStringInt64Type = vdl.MapType(vdl.StringType, vdl.Int64Type) |
| mapStringInt64TypeN = vdl.NamedType("nMapStringInt64", vdl.MapType(stringTypeN, int64TypeN)) |
| mapStringFloat64Type = vdl.MapType(vdl.StringType, vdl.Float64Type) |
| mapStringFloat64TypeN = vdl.NamedType("nMapStringFloat64", vdl.MapType(stringTypeN, float64TypeN)) |
| mapStringComplex64Type = vdl.MapType(vdl.StringType, vdl.Complex64Type) |
| mapStringComplex64TypeN = vdl.NamedType("nMapStringComplex64", vdl.MapType(stringTypeN, complex64TypeN)) |
| structVWXUint64Type = vdl.StructType(vdl.Field{Name: "V", Type: vdl.Uint64Type}, vdl.Field{Name: "W", Type: vdl.Uint64Type}, vdl.Field{Name: "X", Type: vdl.Uint64Type}) |
| structVWXUint64TypeN = vdl.NamedType("nStructVWXUint64", vdl.StructType(vdl.Field{Name: "V", Type: uint64TypeN}, vdl.Field{Name: "W", Type: uint64TypeN}, vdl.Field{Name: "X", Type: uint64TypeN})) |
| structVWXInt64Type = vdl.StructType(vdl.Field{Name: "V", Type: vdl.Int64Type}, vdl.Field{Name: "W", Type: vdl.Int64Type}, vdl.Field{Name: "X", Type: vdl.Int64Type}) |
| structVWXInt64TypeN = vdl.NamedType("nStructVWXInt64", vdl.StructType(vdl.Field{Name: "V", Type: int64TypeN}, vdl.Field{Name: "W", Type: int64TypeN}, vdl.Field{Name: "X", Type: int64TypeN})) |
| structVWXFloat64Type = vdl.StructType(vdl.Field{Name: "V", Type: vdl.Float64Type}, vdl.Field{Name: "W", Type: vdl.Float64Type}, vdl.Field{Name: "X", Type: vdl.Float64Type}) |
| structVWXFloat64TypeN = vdl.NamedType("nStructVWXFloat64", vdl.StructType(vdl.Field{Name: "V", Type: float64TypeN}, vdl.Field{Name: "W", Type: float64TypeN}, vdl.Field{Name: "X", Type: float64TypeN})) |
| structVWXComplex64Type = vdl.StructType(vdl.Field{Name: "V", Type: vdl.Complex64Type}, vdl.Field{Name: "W", Type: vdl.Complex64Type}, vdl.Field{Name: "X", Type: vdl.Complex64Type}) |
| structVWXComplex64TypeN = vdl.NamedType("nStructVWXComplex64", vdl.StructType(vdl.Field{Name: "V", Type: complex64TypeN}, vdl.Field{Name: "W", Type: complex64TypeN}, vdl.Field{Name: "X", Type: complex64TypeN})) |
| structUVUint64Type = vdl.StructType(vdl.Field{Name: "U", Type: vdl.Uint64Type}, vdl.Field{Name: "V", Type: vdl.Uint64Type}) |
| structUVUint64TypeN = vdl.NamedType("nStructUVUint64", vdl.StructType(vdl.Field{Name: "U", Type: uint64TypeN}, vdl.Field{Name: "V", Type: uint64TypeN})) |
| structUVInt64Type = vdl.StructType(vdl.Field{Name: "U", Type: vdl.Int64Type}, vdl.Field{Name: "V", Type: vdl.Int64Type}) |
| structUVInt64TypeN = vdl.NamedType("nStructUVInt64", vdl.StructType(vdl.Field{Name: "U", Type: int64TypeN}, vdl.Field{Name: "V", Type: int64TypeN})) |
| structUVFloat64Type = vdl.StructType(vdl.Field{Name: "U", Type: vdl.Float64Type}, vdl.Field{Name: "V", Type: vdl.Float64Type}) |
| structUVFloat64TypeN = vdl.NamedType("nStructUVFloat64", vdl.StructType(vdl.Field{Name: "U", Type: float64TypeN}, vdl.Field{Name: "V", Type: float64TypeN})) |
| structUVComplex64Type = vdl.StructType(vdl.Field{Name: "U", Type: vdl.Complex64Type}, vdl.Field{Name: "V", Type: vdl.Complex64Type}) |
| structUVComplex64TypeN = vdl.NamedType("nStructUVComplex64", vdl.StructType(vdl.Field{Name: "U", Type: complex64TypeN}, vdl.Field{Name: "V", Type: complex64TypeN})) |
| |
| structAIntType = vdl.StructType(vdl.Field{Name: "A", Type: vdl.Int64Type}) |
| structAIntTypeN = vdl.NamedType("nStructA", structAIntType) |
| |
| // Types that cannot be converted to sets. Although we represent sets as |
| // map[key]struct{} on the Go side, we don't allow these as general |
| // conversions for val.Value. |
| emptyType = vdl.StructType() |
| emptyTypeN = vdl.NamedType("nEmpty", vdl.StructType()) |
| mapStringEmptyType = vdl.MapType(vdl.StringType, emptyType) |
| mapStringEmptyTypeN = vdl.NamedType("nMapStringEmpty", vdl.MapType(stringTypeN, emptyTypeN)) |
| structXYZEmptyType = vdl.StructType(vdl.Field{Name: "X", Type: emptyType}, vdl.Field{Name: "Y", Type: emptyType}, vdl.Field{Name: "Z", Type: emptyType}) |
| structXYZEmptyTypeN = vdl.NamedType("nStructXYZEmpty", vdl.StructType(vdl.Field{Name: "X", Type: emptyTypeN}, vdl.Field{Name: "Y", Type: emptyTypeN}, vdl.Field{Name: "Z", Type: emptyTypeN})) |
| ) |
| |
| func anyValue(x *vdl.Value) *vdl.Value { return vdl.ZeroValue(vdl.AnyType).Assign(x) } |
| func boolValue(t *vdl.Type, x bool) *vdl.Value { return vdl.ZeroValue(t).AssignBool(x) } |
| func byteValue(t *vdl.Type, x byte) *vdl.Value { return vdl.ZeroValue(t).AssignByte(x) } |
| func uintValue(t *vdl.Type, x uint64) *vdl.Value { return vdl.ZeroValue(t).AssignUint(x) } |
| func intValue(t *vdl.Type, x int64) *vdl.Value { return vdl.ZeroValue(t).AssignInt(x) } |
| func floatValue(t *vdl.Type, x float64) *vdl.Value { return vdl.ZeroValue(t).AssignFloat(x) } |
| func complexValue(t *vdl.Type, x complex128) *vdl.Value { return vdl.ZeroValue(t).AssignComplex(x) } |
| func stringValue(t *vdl.Type, x string) *vdl.Value { return vdl.ZeroValue(t).AssignString(x) } |
| func bytesValue(t *vdl.Type, x string) *vdl.Value { return vdl.ZeroValue(t).AssignBytes([]byte(x)) } |
| func bytes3Value(t *vdl.Type, x string) *vdl.Value { return vdl.ZeroValue(t).CopyBytes([]byte(x)) } |
| |
| func setStringValue(t *vdl.Type, x ...string) *vdl.Value { |
| res := vdl.ZeroValue(t) |
| for _, vx := range x { |
| key := vdl.ZeroValue(t.Key()).AssignString(vx) |
| res.AssignSetKey(key) |
| } |
| return res |
| } |
| |
| type sb struct { |
| s string |
| b bool |
| } |
| |
| func mapStringBoolValue(t *vdl.Type, x ...sb) *vdl.Value { |
| res := vdl.ZeroValue(t) |
| for _, sb := range x { |
| key := vdl.ZeroValue(t.Key()).AssignString(sb.s) |
| val := vdl.ZeroValue(t.Elem()).AssignBool(sb.b) |
| res.AssignMapIndex(key, val) |
| } |
| return res |
| } |
| |
| func mapStringEmptyValue(t *vdl.Type, x ...string) *vdl.Value { |
| res := vdl.ZeroValue(t) |
| for _, vx := range x { |
| key := vdl.ZeroValue(t.Key()).AssignString(vx) |
| val := vdl.ZeroValue(t.Elem()) |
| res.AssignMapIndex(key, val) |
| } |
| return res |
| } |
| |
| func structBoolValue(t *vdl.Type, x ...sb) *vdl.Value { |
| res := vdl.ZeroValue(t) |
| for _, sb := range x { |
| _, index := t.FieldByName(sb.s) |
| res.StructField(index).AssignBool(sb.b) |
| } |
| return res |
| } |
| |
| func assignNum(v *vdl.Value, num float64) *vdl.Value { |
| switch v.Kind() { |
| case vdl.Byte: |
| v.AssignByte(byte(num)) |
| case vdl.Uint16, vdl.Uint32, vdl.Uint64: |
| v.AssignUint(uint64(num)) |
| case vdl.Int16, vdl.Int32, vdl.Int64: |
| v.AssignInt(int64(num)) |
| case vdl.Float32, vdl.Float64: |
| v.AssignFloat(num) |
| case vdl.Complex64, vdl.Complex128: |
| v.AssignComplex(complex(num, 0)) |
| default: |
| panic(fmt.Errorf("val: assignNum unhandled %v", v.Type())) |
| } |
| return v |
| } |
| |
| func seqNumValue(t *vdl.Type, x ...float64) *vdl.Value { |
| res := vdl.ZeroValue(t) |
| if t.Kind() == vdl.List { |
| res.AssignLen(len(x)) |
| } |
| for index, n := range x { |
| assignNum(res.Index(index), n) |
| } |
| return res |
| } |
| |
| func setNumValue(t *vdl.Type, x ...float64) *vdl.Value { |
| res := vdl.ZeroValue(t) |
| for _, n := range x { |
| res.AssignSetKey(assignNum(vdl.ZeroValue(t.Key()), n)) |
| } |
| return res |
| } |
| |
| type nb struct { |
| n float64 |
| b bool |
| } |
| |
| func mapNumBoolValue(t *vdl.Type, x ...nb) *vdl.Value { |
| res := vdl.ZeroValue(t) |
| for _, nb := range x { |
| key := assignNum(vdl.ZeroValue(t.Key()), nb.n) |
| val := vdl.ZeroValue(t.Elem()).AssignBool(nb.b) |
| res.AssignMapIndex(key, val) |
| } |
| return res |
| } |
| |
| type sn struct { |
| s string |
| n float64 |
| } |
| |
| func mapStringNumValue(t *vdl.Type, x ...sn) *vdl.Value { |
| res := vdl.ZeroValue(t) |
| for _, sn := range x { |
| key := vdl.ZeroValue(t.Key()).AssignString(sn.s) |
| val := assignNum(vdl.ZeroValue(t.Elem()), sn.n) |
| res.AssignMapIndex(key, val) |
| } |
| return res |
| } |
| |
| func structNumValue(t *vdl.Type, x ...sn) *vdl.Value { |
| res := vdl.ZeroValue(t) |
| for _, sn := range x { |
| _, index := t.FieldByName(sn.s) |
| assignNum(res.StructField(index), sn.n) |
| } |
| return res |
| } |
