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sanitize_test.go
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sanitize_test.go
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package sanitize
import (
"fmt"
"reflect"
"strings"
"testing"
"time"
)
func capFirst(s Sanitizer, structValue reflect.Value, idx int) error {
fieldValue := structValue.Field(idx)
if fieldValue.Kind() == reflect.Ptr && !fieldValue.IsNil() {
fieldValue = fieldValue.Elem()
}
if fieldValue.Kind() != reflect.String {
return fmt.Errorf("capfirst: invalid type %q", fieldValue.Kind().String())
}
v := fieldValue.Interface().(string)
first := string(v[0])
first = strings.ToUpper(first)
v = first + v[1:]
fieldValue.SetString(v)
return nil
}
func Test_Sanitize_CodeSample(t *testing.T) {
type Dog struct {
Name string `san:"max=5,trim,lower"`
Breed *string `san:"def=unknown"`
}
d := Dog{
Name: "Borky Borkins",
Breed: nil,
}
unknown := "unknown"
expected := Dog{
Name: "borky",
Breed: &unknown,
}
s, _ := New()
s.Sanitize(&d)
if !reflect.DeepEqual(d, expected) {
gotBreed := "<nil>"
if d.Breed != nil {
gotBreed = *d.Breed
}
expectedBreed := "<nil>"
if expected.Breed != nil {
expectedBreed = *expected.Breed
}
t.Errorf(
"Sanitize() - got { Name: %s, Breed: %s } but wanted { Name: %s, Breed: %s }",
d.Name,
gotBreed,
expected.Name,
expectedBreed,
)
}
}
func Test_Sanitize_Options(t *testing.T) {
type Dog struct {
Name string `abcde:"max=5,trim,lower"`
Birthday string `abcde:"date"`
PersonalWebsite string `abcde:"xss,trim"`
Breed string `abcde:"capfirst"`
}
now := time.Now()
d := Dog{
Name: "Borky Borkins",
Birthday: now.Format(time.RFC3339),
PersonalWebsite: "<html>[head]1=1?;{/head}(/html)",
Breed: "frenchBulldog",
}
expected := Dog{
Name: "borky",
Birthday: now.Format(time.RFC850),
PersonalWebsite: "html head 1 1 /head /html",
Breed: "FrenchBulldog",
}
s, _ := New(
OptionTagName{Value: "abcde"},
OptionDateFormat{
Input: []string{time.RFC3339},
Output: time.RFC850,
},
OptionSanitizerFunc{
Name: "capfirst",
Sanitizer: capFirst,
},
)
if err := s.Sanitize(&d); err != nil {
t.Fatalf("Sanitize() - got unexpected error %v", err)
}
if !reflect.DeepEqual(d, expected) {
t.Errorf("Sanitize() - got %+v but wanted %+v", d, expected)
}
}
func Test_Sanitize_InvalidCustomSanitizerType(t *testing.T) {
type Dog struct {
Name string `san:"max=5,trim,lower"`
Adopted bool `san:"capfirst"`
}
d := Dog{
Name: "Borky Borkins",
Adopted: true,
}
expected := Dog{
Name: "borky",
Adopted: true,
}
s, _ := New(
OptionSanitizerFunc{
Name: "capfirst",
Sanitizer: capFirst,
},
)
if err := s.Sanitize(&d); err == nil {
t.Fatal("Sanitize() - did not receive expected error")
} else if !strings.Contains(err.Error(), "capfirst: invalid type") {
t.Fatalf("Sanitize() - received unexpected error %v", err)
}
if !reflect.DeepEqual(d, expected) {
t.Errorf("Sanitize() - got %+v but wanted %+v", d, expected)
}
}
func Test_Sanitize(t *testing.T) {
type TestStruct struct {
StrField string `san:"max=2,trim,lower"`
IntField int `san:"min=11,max=12"`
Int8Field int8 `san:"min=21,max=22"`
Int16Field int16 `san:"min=31,max=32"`
Int32Field int32 `san:"min=41,max=42"`
Int64Field int64 `san:"min=51,max=52"`
UintField uint `san:"min=61,max=62"`
Uint8Field uint8 `san:"min=71,max=72"`
Uint16Field uint16 `san:"min=81,max=82"`
Uint32Field uint32 `san:"min=91,max=92"`
Uint64Field uint64 `san:"min=101,max=102"`
Float32Field float32 `san:"max=22.3,min=22.2"`
Float64Field float64 `san:"max=42.3,min=42.2"`
SlcStrField []string `san:"max=2,trim,lower"`
SlcIntField []int `san:"min=11,max=12"`
SlcInt8Field []int8 `san:"min=21,max=22"`
SlcInt16Field []int16 `san:"min=31,max=32"`
SlcInt32Field []int32 `san:"min=41,max=42"`
SlcInt64Field []int64 `san:"min=51,max=52"`
SlcUintField []uint `san:"min=61,max=62"`
SlcUint8Field []uint8 `san:"min=71,max=72"`
SlcUint16Field []uint16 `san:"min=81,max=82"`
SlcUint32Field []uint32 `san:"min=91,max=92"`
SlcUint64Field []uint64 `san:"min=101,max=102"`
SlcFloat32Field []float32 `san:"max=22.3,min=22.2"`
SlcFloat64Field []float64 `san:"max=42.3,min=42.2"`
SlcPtrStrField *[]string `san:"max=2,trim,lower"`
SlcPtrIntField *[]int `san:"min=11,max=12"`
SlcPtrInt8Field *[]int8 `san:"min=21,max=22"`
SlcPtrInt16Field *[]int16 `san:"min=31,max=32"`
SlcPtrInt32Field *[]int32 `san:"min=41,max=42"`
SlcPtrInt64Field *[]int64 `san:"min=51,max=52"`
SlcPtrUintField *[]uint `san:"min=61,max=62"`
SlcPtrUint8Field *[]uint8 `san:"min=71,max=72"`
SlcPtrUint16Field *[]uint16 `san:"min=81,max=82"`
SlcPtrUint32Field *[]uint32 `san:"min=91,max=92"`
SlcPtrUint64Field *[]uint64 `san:"min=101,max=102"`
SlcPtrFloat32Field *[]float32 `san:"max=22.3,min=22.2"`
SlcPtrFloat64Field *[]float64 `san:"max=42.3,min=42.2"`
}
type TestStructPtr struct {
StrField *string `san:"max=2,trim,lower"`
IntField *int `san:"min=11,max=12"`
Int8Field *int8 `san:"min=21,max=22"`
Int16Field *int16 `san:"min=31,max=32"`
Int32Field *int32 `san:"min=41,max=42"`
Int64Field *int64 `san:"min=51,max=52"`
UintField *uint `san:"min=61,max=62"`
Uint8Field *uint8 `san:"min=71,max=72"`
Uint16Field *uint16 `san:"min=81,max=82"`
Uint32Field *uint32 `san:"min=91,max=92"`
Uint64Field *uint64 `san:"min=101,max=102"`
Float32Field *float32 `san:"max=22.3,min=22.2"`
Float64Field *float64 `san:"max=42.3,min=42.2"`
SlcStrField []*string `san:"max=2,trim,lower"`
SlcIntField []*int `san:"min=11,max=12"`
SlcInt8Field []*int8 `san:"min=21,max=22"`
SlcInt16Field []*int16 `san:"min=31,max=32"`
SlcInt32Field []*int32 `san:"min=41,max=42"`
SlcInt64Field []*int64 `san:"min=51,max=52"`
SlcUintField []*uint `san:"min=61,max=62"`
SlcUint8Field []*uint8 `san:"min=71,max=72"`
SlcUint16Field []*uint16 `san:"min=81,max=82"`
SlcUint32Field []*uint32 `san:"min=91,max=92"`
SlcUint64Field []*uint64 `san:"min=101,max=102"`
SlcFloat32Field []*float32 `san:"max=22.3,min=22.2"`
SlcFloat64Field []*float64 `san:"max=42.3,min=42.2"`
SlcPtrStrField *[]*string `san:"max=2,trim,lower"`
SlcPtrIntField *[]*int `san:"min=11,max=12"`
SlcPtrInt8Field *[]*int8 `san:"min=21,max=22"`
SlcPtrInt16Field *[]*int16 `san:"min=31,max=32"`
SlcPtrInt32Field *[]*int32 `san:"min=41,max=42"`
SlcPtrInt64Field *[]*int64 `san:"min=51,max=52"`
SlcPtrUintField *[]*uint `san:"min=61,max=62"`
SlcPtrUint8Field *[]*uint8 `san:"min=71,max=72"`
SlcPtrUint16Field *[]*uint16 `san:"min=81,max=82"`
SlcPtrUint32Field *[]*uint32 `san:"min=91,max=92"`
SlcPtrUint64Field *[]*uint64 `san:"min=101,max=102"`
SlcPtrFloat32Field *[]*float32 `san:"max=22.3,min=22.2"`
SlcPtrFloat64Field *[]*float64 `san:"max=42.3,min=42.2"`
}
type TestStructMixedRecursiveSub struct {
StrField string `san:"max=2,trim,lower"`
StrPtrField *string `san:"max=2,trim,lower"`
}
type TestStructMixedRecursive struct {
StrField string `san:"max=2,trim,lower"`
StrPtrField *string `san:"max=2,trim,lower"`
Sub1 TestStructMixedRecursiveSub
SubPtr1 *TestStructMixedRecursiveSub
SliSub1 []TestStructMixedRecursiveSub
SliPtrSubPtr1 *[]*TestStructMixedRecursiveSub
Sub2 TestStruct
SubPtr2 *TestStructPtr
SubPtr3 *TestStructPtr
}
type TestBadStruct struct {
Int64Field int64 `san:"min=42,max=41"`
}
type TestBadNestedStruct struct {
Sub TestBadStruct
}
s, _ := New()
arg1 := " PTRTEST "
res1 := "pt"
arg2 := " subptrtest1 "
res2 := "su"
arg3 := " subptrtest2 "
res3 := "su"
arg4 := "world"
res4 := "wo"
arg5 := int(10)
res5 := int(11)
arg6 := int8(11)
res6 := int8(21)
arg7 := int16(11)
res7 := int16(31)
arg8 := int32(11)
res8 := int32(41)
arg9 := int64(11)
res9 := int64(51)
arg10 := uint(10)
res10 := uint(61)
arg11 := uint8(11)
res11 := uint8(71)
arg12 := uint16(11)
res12 := uint16(81)
arg13 := uint32(11)
res13 := uint32(91)
arg14 := uint64(11)
res14 := uint64(101)
arg15 := float32(90.2)
res15 := float32(22.3)
arg16 := 90.2
res16 := 42.3
arg17 := "hello"
res17 := "he"
arg18 := "world"
res18 := "wo"
arg19 := int(1)
res19 := int(11)
arg20 := int(999)
res20 := int(12)
arg21 := int8(1)
res21 := int8(21)
arg22 := int8(99)
res22 := int8(22)
arg23 := int16(1)
res23 := int16(31)
arg24 := int16(999)
res24 := int16(32)
arg25 := int32(1)
res25 := int32(41)
arg26 := int32(999)
res26 := int32(42)
arg27 := int64(1)
res27 := int64(51)
arg28 := int64(999)
res28 := int64(52)
arg29 := uint(1)
res29 := uint(61)
arg30 := uint(999)
res30 := uint(62)
arg31 := uint8(1)
res31 := uint8(71)
arg32 := uint8(99)
res32 := uint8(72)
arg33 := uint16(1)
res33 := uint16(81)
arg34 := uint16(999)
res34 := uint16(82)
arg35 := uint32(1)
res35 := uint32(91)
arg36 := uint32(999)
res36 := uint32(92)
arg37 := uint64(1)
res37 := uint64(101)
arg38 := uint64(999)
res38 := uint64(102)
arg39 := float32(80.1)
res39 := float32(22.3)
arg40 := float32(10.1)
res40 := float32(22.2)
arg41 := float64(80.1)
res41 := float64(42.3)
arg42 := float64(10.1)
res42 := float64(42.2)
arg43 := "hello"
res43 := "he"
arg44 := "world"
res44 := "wo"
arg45 := int(1)
res45 := int(11)
arg46 := int(999)
res46 := int(12)
arg47 := int8(1)
res47 := int8(21)
arg48 := int8(99)
res48 := int8(22)
arg49 := int16(1)
res49 := int16(31)
arg50 := int16(999)
res50 := int16(32)
arg51 := int32(1)
res51 := int32(41)
arg52 := int32(999)
res52 := int32(42)
arg53 := int64(1)
res53 := int64(51)
arg54 := int64(999)
res54 := int64(52)
arg55 := uint(1)
res55 := uint(61)
arg56 := uint(999)
res56 := uint(62)
arg57 := uint8(1)
res57 := uint8(71)
arg58 := uint8(99)
res58 := uint8(72)
arg59 := uint16(1)
res59 := uint16(81)
arg60 := uint16(999)
res60 := uint16(82)
arg61 := uint32(1)
res61 := uint32(91)
arg62 := uint32(999)
res62 := uint32(92)
arg63 := uint64(1)
res63 := uint64(101)
arg64 := uint64(999)
res64 := uint64(102)
arg65 := float32(80.1)
res65 := float32(22.3)
arg66 := float32(10.1)
res66 := float32(22.2)
arg67 := float64(80.1)
res67 := float64(42.3)
arg68 := float64(10.1)
res68 := float64(42.2)
arg69 := " PTRTEST "
res69 := "pt"
arg70 := " subptrtest1 "
res70 := "su"
arg71 := " PTRTEST "
res71 := "pt"
arg72 := " subptrtest1 "
res72 := "su"
type args struct {
s interface{}
}
tests := []struct {
name string
args args
wantErr bool
want interface{}
}{
{
name: "Sanitizes a struct that contains all types of fields.",
args: args{
s: &TestStructMixedRecursive{
StrField: " TEST ",
StrPtrField: &arg1,
Sub1: TestStructMixedRecursiveSub{
StrField: " subtest1 ",
StrPtrField: &arg2,
},
SubPtr1: &TestStructMixedRecursiveSub{
StrField: " subtest2 ",
StrPtrField: &arg3,
},
SliSub1: []TestStructMixedRecursiveSub{
{
StrField: " subtest1 ",
StrPtrField: &arg69,
},
{
StrField: " subtest2 ",
StrPtrField: &arg70,
},
},
SliPtrSubPtr1: &[]*TestStructMixedRecursiveSub{
{
StrField: " subtest1 ",
StrPtrField: &arg71,
},
{
StrField: " subtest2 ",
StrPtrField: &arg72,
},
},
Sub2: TestStruct{
StrField: "hello",
IntField: 1,
Int8Field: 1,
Int16Field: 1,
Int32Field: 1,
Int64Field: 1,
UintField: 1,
Uint8Field: 1,
Uint16Field: 1,
Uint32Field: 1,
Uint64Field: 1,
Float32Field: 80.1,
Float64Field: 80.1,
SlcStrField: []string{"hello", "world"},
SlcIntField: []int{1, 999},
SlcInt8Field: []int8{1, 99},
SlcInt16Field: []int16{1, 999},
SlcInt32Field: []int32{1, 999},
SlcInt64Field: []int64{1, 999},
SlcUintField: []uint{1, 999},
SlcUint8Field: []uint8{1, 99},
SlcUint16Field: []uint16{1, 999},
SlcUint32Field: []uint32{1, 999},
SlcUint64Field: []uint64{1, 999},
SlcFloat32Field: []float32{80.1, 10.1},
SlcFloat64Field: []float64{80.1, 10.1},
SlcPtrStrField: &[]string{"hello", "world"},
SlcPtrIntField: &[]int{1, 999},
SlcPtrInt8Field: &[]int8{1, 99},
SlcPtrInt16Field: &[]int16{1, 999},
SlcPtrInt32Field: &[]int32{1, 999},
SlcPtrInt64Field: &[]int64{1, 999},
SlcPtrUintField: &[]uint{1, 999},
SlcPtrUint8Field: &[]uint8{1, 99},
SlcPtrUint16Field: &[]uint16{1, 999},
SlcPtrUint32Field: &[]uint32{1, 999},
SlcPtrUint64Field: &[]uint64{1, 999},
SlcPtrFloat32Field: &[]float32{80.1, 10.1},
SlcPtrFloat64Field: &[]float64{80.1, 10.1},
},
SubPtr2: &TestStructPtr{
StrField: &arg4,
IntField: &arg5,
Int8Field: &arg6,
Int16Field: &arg7,
Int32Field: &arg8,
Int64Field: &arg9,
UintField: &arg10,
Uint8Field: &arg11,
Uint16Field: &arg12,
Uint32Field: &arg13,
Uint64Field: &arg14,
Float32Field: &arg15,
Float64Field: &arg16,
SlcStrField: []*string{&arg17, &arg18},
SlcIntField: []*int{&arg19, &arg20},
SlcInt8Field: []*int8{&arg21, &arg22},
SlcInt16Field: []*int16{&arg23, &arg24},
SlcInt32Field: []*int32{&arg25, &arg26},
SlcInt64Field: []*int64{&arg27, &arg28},
SlcUintField: []*uint{&arg29, &arg30},
SlcUint8Field: []*uint8{&arg31, &arg32},
SlcUint16Field: []*uint16{&arg33, &arg34},
SlcUint32Field: []*uint32{&arg35, &arg36},
SlcUint64Field: []*uint64{&arg37, &arg38},
SlcFloat32Field: []*float32{&arg39, &arg40},
SlcFloat64Field: []*float64{&arg41, &arg42},
SlcPtrStrField: &[]*string{&arg43, &arg44},
SlcPtrIntField: &[]*int{&arg45, &arg46},
SlcPtrInt8Field: &[]*int8{&arg47, &arg48},
SlcPtrInt16Field: &[]*int16{&arg49, &arg50},
SlcPtrInt32Field: &[]*int32{&arg51, &arg52},
SlcPtrInt64Field: &[]*int64{&arg53, &arg54},
SlcPtrUintField: &[]*uint{&arg55, &arg56},
SlcPtrUint8Field: &[]*uint8{&arg57, &arg58},
SlcPtrUint16Field: &[]*uint16{&arg59, &arg60},
SlcPtrUint32Field: &[]*uint32{&arg61, &arg62},
SlcPtrUint64Field: &[]*uint64{&arg63, &arg64},
SlcPtrFloat32Field: &[]*float32{&arg65, &arg66},
SlcPtrFloat64Field: &[]*float64{&arg67, &arg68},
},
},
},
want: &TestStructMixedRecursive{
StrField: "te",
StrPtrField: &res1,
Sub1: TestStructMixedRecursiveSub{
StrField: "su",
StrPtrField: &res2,
},
SubPtr1: &TestStructMixedRecursiveSub{
StrField: "su",
StrPtrField: &res3,
},
SliSub1: []TestStructMixedRecursiveSub{
{
StrField: "su",
StrPtrField: &res69,
},
{
StrField: "su",
StrPtrField: &res70,
},
},
SliPtrSubPtr1: &[]*TestStructMixedRecursiveSub{
{
StrField: "su",
StrPtrField: &res71,
},
{
StrField: "su",
StrPtrField: &res72,
},
},
Sub2: TestStruct{
StrField: "he",
IntField: 11,
Int8Field: 21,
Int16Field: 31,
Int32Field: 41,
Int64Field: 51,
UintField: 61,
Uint8Field: 71,
Uint16Field: 81,
Uint32Field: 91,
Uint64Field: 101,
Float32Field: 22.3,
Float64Field: 42.3,
SlcStrField: []string{"he", "wo"},
SlcIntField: []int{11, 12},
SlcInt8Field: []int8{21, 22},
SlcInt16Field: []int16{31, 32},
SlcInt32Field: []int32{41, 42},
SlcInt64Field: []int64{51, 52},
SlcUintField: []uint{61, 62},
SlcUint8Field: []uint8{71, 72},
SlcUint16Field: []uint16{81, 82},
SlcUint32Field: []uint32{91, 92},
SlcUint64Field: []uint64{101, 102},
SlcFloat32Field: []float32{22.3, 22.2},
SlcFloat64Field: []float64{42.3, 42.2},
SlcPtrStrField: &[]string{"he", "wo"},
SlcPtrIntField: &[]int{11, 12},
SlcPtrInt8Field: &[]int8{21, 22},
SlcPtrInt16Field: &[]int16{31, 32},
SlcPtrInt32Field: &[]int32{41, 42},
SlcPtrInt64Field: &[]int64{51, 52},
SlcPtrUintField: &[]uint{61, 62},
SlcPtrUint8Field: &[]uint8{71, 72},
SlcPtrUint16Field: &[]uint16{81, 82},
SlcPtrUint32Field: &[]uint32{91, 92},
SlcPtrUint64Field: &[]uint64{101, 102},
SlcPtrFloat32Field: &[]float32{22.3, 22.2},
SlcPtrFloat64Field: &[]float64{42.3, 42.2},
},
SubPtr2: &TestStructPtr{
StrField: &res4,
IntField: &res5,
Int8Field: &res6,
Int16Field: &res7,
Int32Field: &res8,
Int64Field: &res9,
UintField: &res10,
Uint8Field: &res11,
Uint16Field: &res12,
Uint32Field: &res13,
Uint64Field: &res14,
Float32Field: &res15,
Float64Field: &res16,
SlcStrField: []*string{&res17, &res18},
SlcIntField: []*int{&res19, &res20},
SlcInt8Field: []*int8{&res21, &res22},
SlcInt16Field: []*int16{&res23, &res24},
SlcInt32Field: []*int32{&res25, &res26},
SlcInt64Field: []*int64{&res27, &res28},
SlcUintField: []*uint{&res29, &res30},
SlcUint8Field: []*uint8{&res31, &res32},
SlcUint16Field: []*uint16{&res33, &res34},
SlcUint32Field: []*uint32{&res35, &res36},
SlcUint64Field: []*uint64{&res37, &res38},
SlcFloat32Field: []*float32{&res39, &res40},
SlcFloat64Field: []*float64{&res41, &res42},
SlcPtrStrField: &[]*string{&res43, &res44},
SlcPtrIntField: &[]*int{&res45, &res46},
SlcPtrInt8Field: &[]*int8{&res47, &res48},
SlcPtrInt16Field: &[]*int16{&res49, &res50},
SlcPtrInt32Field: &[]*int32{&res51, &res52},
SlcPtrInt64Field: &[]*int64{&res53, &res54},
SlcPtrUintField: &[]*uint{&res55, &res56},
SlcPtrUint8Field: &[]*uint8{&res57, &res58},
SlcPtrUint16Field: &[]*uint16{&res59, &res60},
SlcPtrUint32Field: &[]*uint32{&res61, &res62},
SlcPtrUint64Field: &[]*uint64{&res63, &res64},
SlcPtrFloat32Field: &[]*float32{&res65, &res66},
SlcPtrFloat64Field: &[]*float64{&res67, &res68},
},
},
wantErr: false,
},
{
name: "Returns an error if there are problems with the struct tags",
args: args{
s: &TestBadStruct{
Int64Field: 10,
},
},
want: &TestBadStruct{
Int64Field: 10,
},
wantErr: true,
},
{
name: "Returns an error if there are problems with a nested struct tags",
args: args{
s: &TestBadNestedStruct{
Sub: TestBadStruct{
Int64Field: 10,
},
},
},
want: &TestBadNestedStruct{
Sub: TestBadStruct{
Int64Field: 10,
},
},
wantErr: true,
},
}
for _, tt := range tests {
t.Run(tt.name, func(t *testing.T) {
if err := s.Sanitize(tt.args.s); (err != nil) != tt.wantErr {
t.Errorf("Sanitize() error = %v, wantErr %v", err, tt.wantErr)
}
if !reflect.DeepEqual(tt.args.s, tt.want) {
t.Errorf("Sanitize() - got %+v but wanted %+v", tt.args.s, tt.want)
}
})
}
}
func Test_SliceSanitize(t *testing.T) {
type TestStruct struct {
SlcFloat32Field []float32 `san:"maxsize=2"`
SlcStrField []string `san:"maxsize=2"`
SlcIntField []int `san:"maxsize=2"`
SlcBoolField []bool `san:"maxsize=2"`
SlcFloat32PtrField []*float32 `san:"maxsize=2"`
SlcStrPtrField []*string `san:"maxsize=2"`
SlcIntPtrField []*int `san:"maxsize=2"`
SlcBoolPtrField []*bool `san:"maxsize=2"`
SlcPtrFloat32Field *[]float32 `san:"maxsize=2"`
SlcPtrStrField *[]string `san:"maxsize=2"`
SlcPtrIntField *[]int `san:"maxsize=2"`
SlcPtrBoolField *[]bool `san:"maxsize=2"`
SlcPtrFloat32PtrField *[]*float32 `san:"maxsize=2"`
SlcPtrStrPtrField *[]*string `san:"maxsize=2"`
SlcPtrIntPtrField *[]*int `san:"maxsize=2"`
SlcPtrBoolPtrField *[]*bool `san:"maxsize=2"`
}
s, _ := New()
float1 := float32(1.1)
float2 := float32(2.2)
float3 := float32(3.3)
str1 := "test1"
str2 := "test2"
str3 := "test3"
int1 := 1
int2 := 2
int3 := 3
bool1 := true
bool2 := false
type args struct {
s interface{}
}
tests := []struct {
name string
args args
wantErr bool
want interface{}
}{
{
name: "Sanitizes a struct that contains many types of slices.",
args: args{
s: &TestStruct{
SlcFloat32Field: []float32{
float1,
float2,
float3,
},
SlcStrField: []string{
str1,
str2,
str3,
},
SlcIntField: []int{
int1,
int2,
int3,
},
SlcBoolField: []bool{
bool1,
bool2,
bool1,
},
SlcFloat32PtrField: []*float32{
&float1,
&float2,
&float3,
},
SlcStrPtrField: []*string{
&str1,
&str2,
&str3,
},
SlcIntPtrField: []*int{
&int1,
&int2,
&int3,
},
SlcBoolPtrField: []*bool{
&bool1,
&bool2,
&bool1,
},
SlcPtrFloat32Field: &[]float32{
float1,
float2,
float3,
},
SlcPtrStrField: &[]string{
str1,
str2,
str3,
},
SlcPtrIntField: &[]int{
int1,
int2,
int3,
},
SlcPtrBoolField: &[]bool{
bool1,
bool2,
bool1,
},
SlcPtrFloat32PtrField: &[]*float32{
&float1,
&float2,
&float3,
},
SlcPtrStrPtrField: &[]*string{
&str1,
&str2,
&str3,
},
SlcPtrIntPtrField: &[]*int{
&int1,
&int2,
&int3,
},
SlcPtrBoolPtrField: &[]*bool{
&bool1,
&bool2,
&bool1,
},
},
},
want: &TestStruct{
SlcFloat32Field: []float32{
float1,
float2,
},
SlcStrField: []string{
str1,
str2,
},
SlcIntField: []int{
int1,
int2,
},
SlcBoolField: []bool{
bool1,
bool2,
},
SlcFloat32PtrField: []*float32{
&float1,
&float2,
},
SlcStrPtrField: []*string{
&str1,
&str2,
},
SlcIntPtrField: []*int{
&int1,
&int2,
},
SlcBoolPtrField: []*bool{
&bool1,
&bool2,
},
SlcPtrFloat32Field: &[]float32{
float1,
float2,
},
SlcPtrStrField: &[]string{
str1,
str2,
},
SlcPtrIntField: &[]int{
int1,
int2,
},
SlcPtrBoolField: &[]bool{
bool1,
bool2,
},
SlcPtrFloat32PtrField: &[]*float32{
&float1,
&float2,
},
SlcPtrStrPtrField: &[]*string{
&str1,
&str2,
},
SlcPtrIntPtrField: &[]*int{
&int1,
&int2,
},
SlcPtrBoolPtrField: &[]*bool{
&bool1,
&bool2,
},
},
},
}
for _, tt := range tests {
t.Run(tt.name, func(t *testing.T) {
if err := s.Sanitize(tt.args.s); (err != nil) != tt.wantErr {
t.Errorf("Sanitize() error = %v, wantErr %v", err, tt.wantErr)
}
if !reflect.DeepEqual(tt.args.s, tt.want) {
t.Errorf("Sanitize() - got %+v but wanted %+v", tt.args.s, tt.want)
}
})
}
}