valid

package
v1.6.1 Latest Latest
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This package is not in the latest version of its module.

 Go to latest Published: Sep 2, 2022 License: MulanPSL-2.0 Imports: 11 Imported by: 0

Documentation

Index

Examples

Constants

View Source 
const (

	// err msg 前缀
	ExplainEn = "explain:"
	ExplainZh = "说明:"
)
View Source 
const (
	Required    = "required"   // 必填
	Exist       = "exist"      // 有值才验证
	Either      = "either"     // 多个必须一个
	BothEq      = "botheq"     // 两者相等
	VTo         = "to"         // 两者之间, 闭区间
	VGe         = "ge"         // 大于或等于
	VLe         = "le"         // 小于或等于
	VOTo        = "oto"        // 两者之间, 开区间
	VGt         = "gt"         // 大于
	VLt         = "lt"         // 小于
	VEq         = "eq"         // 等于
	VNoEq       = "noeq"       // 不等于
	VIn         = "in"         // 指定输入选项
	VInclude    = "include"    // 指定输入包含选项
	VPhone      = "phone"      // 手机号
	VEmail      = "email"      // 邮箱
	VIDCard     = "idcard"     // 身份证号码
	VYear       = "year"       // 年
	VYear2Month = "year2month" // 年月
	VDate       = "date"       // 日
	VDatetime   = "datetime"   // 日期+时间点
	VInt        = "int"        // 整数
	VInts       = "ints"       // 多个数字验证
	VFloat      = "float"      // 浮动数
	VRe         = "re"         // 正则
	VIpv4       = "ipv4"       // ipv4
	VUnique     = "unique"     // 唯一验证
)

验证 tag

Variables

View Source 
var (
	IncludeZhRe   = regexp.MustCompile("[\u4e00-\u9fa5]")         // 中文
	PhoneRe       = regexp.MustCompile(`^1[3,4,5,6,7,8,9]\d{9}$`) // 手机号
	Ipv4Re        = regexp.MustCompile(`^((25[0-5]|2[0-4]\d|[01]?\d\d?)\.){3}(25[0-5]|2[0-4]\d|[01]?\d\d?)$`)
	EmailRe       = regexp.MustCompile(`^\w+([-+.]\w+)*@\w+([-.]\w+)*\.\w+([-.]\w+)*$`)
	IdCardRe      = regexp.MustCompile(`(^\d{15}$)|(^\d{18}$)|(^\d{17}(\d|X|x)$)`)
	YearRe        = regexp.MustCompile(`^\d{4}$`)
	Year2MonthRe  = regexp.MustCompile(`^\d{4}-\d{2}$`)
	Year2MonthRe2 = regexp.MustCompile(`^\d{4}/\d{2}$`)
	DateRe        = regexp.MustCompile(`^\d{4}-\d{2}-\d{2}$`)
	DateRe2       = regexp.MustCompile(`^\d{4}/\d{2}/\d{2}$`)
	DatetimeRe    = regexp.MustCompile(`^\d{4}-\d{2}-\d{2} \d{2}:\d{2}:\d{2}$`)
	DatetimeRe2   = regexp.MustCompile(`^\d{4}/\d{2}/\d{2} \d{2}:\d{2}:\d{2}$`)
	IntRe         = regexp.MustCompile(`^\d+$`)
	FloatRe       = regexp.MustCompile(`^\d+.\d+$`)
)

正则

View Source 
var (
	ErrEndFlag = "; " // 错误结束符号(每个自定义 err 都需要将这个追加在后面, 用于分句)
)

标记

Functions

func CheckFieldIsStr added in v1.4.8 

func CheckFieldIsStr(objName, fieldName string, tv reflect.Value) (err error)

CheckFieldIsStr 验证字段类型是否为字符串

func Date 

func Date(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Date 验证日期 默认匹配 xxxx-xx-xx, 可以指定分割符

Example 
type Tmp struct {
	Year       string `valid:"year"`
	Year2Month string `valid:"year2month=/"`
	Date       string `valid:"date=/"`
	Datetime   string `valid:"datetime|应该为 xxxx-xx-xx xx:xx:xx 的时间格式"`
}
v := &Tmp{Year: "2001", Year2Month: "2000/01", Date: "2021/01/22", Datetime: "2021-01-11 23:22"}
fmt.Println(Struct(v))

Output:

"Tmp.Datetime" input "2021-01-11 23:22", 说明: 应该为 xxxx-xx-xx xx:xx:xx 的时间格式

func Datetime 

func Datetime(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Datetime 验证时间 默认匹配 xxxx-xx-xx xx:xx:xx, 可以指定分割符

func Email 

func Email(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Email 验证邮箱

Example 
type Tmp struct {
	Email string `valid:"email"`
}
v := &Tmp{Email: "xuesongtao512qq.com"}
fmt.Println(Struct(v))

Output:

"Tmp.Email" input "xuesongtao512qq.com", explain: it is not email

func Eq 

func Eq(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Eq 等于验证 1. 如果为字符串则是验证字符个数 2. 如果是数字的话就验证数字的大小 3. 如果是切片的话就验证的长度

Example 
type Tmp struct {
	Name  string  `valid:"required,eq=3"`
	Age   int32   `valid:"required,eq=20|年龄应该等于 20"`
	Score float64 `valid:"eq=80"`
	Phone string  `valid:"eq=11"`
}
v := &Tmp{
	Name:  "xue",
	Age:   21,
	Score: 80,
	Phone: "1354004261",
}
fmt.Println(Struct(v))

Output:

"Tmp.Age" input "21", 说明: 年龄应该等于 20; "Tmp.Phone" input "1354004261", explain: it should equal 11 str-length

func Float 

func Float(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Float 验证浮动数

Example 
type Tmp struct {
	FloatString string  `valid:"float|请输入浮点数"`
	FloatNum32  float32 `valid:"float"`
	FloatNum64  float64 `valid:"float"`
}

v := &Tmp{
	FloatString: "1",
	FloatNum32:  12.5,
	FloatNum64:  1.0,
}

fmt.Println(Struct(v))

Output:

"Tmp.FloatString" input "1", 说明: 请输入浮点数

func Ge 

func Ge(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Ge 大于或等于验证 1. 如果为字符串则是验证字符个数 2. 如果是数字的话就验证数字的大小 3. 如果是切片的话就验证的长度

Example 
type Tmp struct {
	Name string `valid:"ge=1"`
	Age  int32  `valid:"ge=0|应该大于 0"`
}
v := &Tmp{Name: "测试调", Age: -1}
fmt.Println(Struct(v))

Output:

"Tmp.Age" input "-1", 说明: 应该大于 0

func GenValidKV added in v1.5.23 

func GenValidKV(key string, values ...string) string

如2: GenValidKV(VRe, "\\d+", "必须为纯数字") => re='\\d+'|必须为纯数字

func GetDumpStructStr added in v1.3.9 

func GetDumpStructStr(v interface{}) string

GetDumpStructStr 获取待 dump 的结构体字符串, 支持 json 格式化 只会把字段名解析成 key, 值为 value GetDumpStructStrForJson 性能较好, 只是在有 json_tag 的时候会用 json_tag 作为 key

func GetDumpStructStrForJson added in v1.3.9 

func GetDumpStructStrForJson(v interface{}) string

GetDumpStructStrForJson 先 json 序列化, 再获取

func GetJoinFieldErr added in v1.5.23 

func GetJoinFieldErr(objName, fieldName string, err interface{}) string

GetJoinFieldErr 拼接字段错误

func GetJoinValidErrStr added in v1.3.5 

func GetJoinValidErrStr(objName, fieldName, inputVal string, others ...string) string

GetJoinValidErrStr 获取拼接验证的错误消息, 内容直接通过空格隔开, 最后会拼接 ErrEndFlag

func Gt 

func Gt(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Gt 大于验证 1. 如果为字符串则是验证字符个数 2. 如果是数字的话就验证数字的大小 3. 如果是切片的话就验证的长度

Example 
type Tmp struct {
	Name string `valid:"gt=2"`
	Age  int32  `valid:"gt=0"`
}
v := &Tmp{Name: "测试", Age: -1}
fmt.Println(Struct(v))

Output:

"Tmp.Name" input "测试", explain: it is less than or equal 2 str-length; "Tmp.Age" input "-1", explain: it is less than or equal 0 num-size

func IDCard 

func IDCard(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

IDCard 验证身份证

func In 

func In(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

In 指定输入选项(精准匹配)

Example 
type Tmp struct {
	SelectNum int32  `valid:"in=(1/2/3/4)"`
	SelectStr string `valid:"in=(a/b/c/d)|应该在 a/b/c/d 里选择"`
}
v := &Tmp{SelectNum: 1, SelectStr: "ac"}
fmt.Println(Struct(v))

Output:

"Tmp.SelectStr" input "ac", 说明: 应该在 a/b/c/d 里选择

func Include added in v1.3.2 

func Include(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Include 指定包含什么字符串(模糊匹配)

Example 
type Tmp struct {
	SelectStr string `valid:"include=(hello/test)"`
}
v := &Tmp{SelectStr: "hel"}
fmt.Println(Struct(v))

Output:

"Tmp.SelectStr" input "hel", explain: it should include (hello/test)

func Int 

func Int(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Int 验证整数

Example 
type Tmp struct {
	IntString string `valid:"int|请输入整数类"`
	IntNum    int    `valid:"int"`
}

v := &Tmp{
	IntString: "11.121",
	IntNum:    1,
}
fmt.Println(Struct(&v))

Output:

"Tmp.IntString" input "11.121", 说明: 请输入整数类

func Ints added in v1.5.23 

func Ints(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Ints 验证是否为多个数字 1. 如果输入为 string, 默认按逗号拼接进行处理 2. 如果为 slice/array, 会将每个值进行匹配判断

Example 
type Tmp struct {
	IntStr      string   `valid:"ints"`
	IntStr1     string   `valid:"ints=-"`
	IntSlice    []int    `valid:"ints"`
	IntSliceStr []string `valid:"ints"`
}

v := &Tmp{
	IntStr:      "1,2,3",
	IntStr1:     "1,2,3",
	IntSliceStr: []string{"1", "hello"},
	IntSlice:    []int{1, 2},
}
fmt.Println(Struct(&v))

Output:

"Tmp.IntStr1" input "1,2,3", explain: it is not separated by "-" num; "Tmp.IntSliceStr" input "[1, hello]", explain: slice/array element is not all num

func Ipv4 added in v1.5.24 

func Ipv4(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Ipv4 ipv4 验证

Example 
type Tmp struct {
	Ip1 string `valid:"required,ipv4|ip不正确"`
	Ip2 string `valid:"required,ipv4|ip不正确"`
}

v := &Tmp{
	Ip1: "255.240.17.210",
	Ip2: "256.240.17.300",
}
fmt.Println(Struct(&v))

Output:

"Tmp.Ip2" input "256.240.17.300", 说明: ip不正确

func IsExported added in v1.5.17 

func IsExported(fieldName string) bool

IsExported 是可导出

func JoinTag2Val added in v1.5.23 

func JoinTag2Val(key string, values ...string) string

JoinTag2Val 生成 defaultTargetTag 的值 Deprecated 名字存在歧义, 因为已上线不能删除, 特此标记, 推荐使用 GenValidKV

Example 
val := JoinTag2Val(VIn, "1/2/3", "必须在 1,2,3 之中")
fmt.Println(val)

Output:

in=(1/2/3)|必须在 1,2,3 之中

func Le 

func Le(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Le 小于或等于验证 1. 如果为字符串则是验证字符个数 2. 如果是数字的话就验证数字的大小 3. 如果是切片的话就验证的长度

Example 
type Tmp struct {
	Name string `valid:"le=2"`
	Age  int32  `valid:"le=0"`
}
v := &Tmp{Name: "测试调", Age: 1}
fmt.Println(Struct(v))

Output:

"Tmp.Name" input "测试调", explain: it is more than 2 str-length; "Tmp.Age" input "1", explain: it is more than 0 num-size

func Lt 

func Lt(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Lt 小于验证, 如果为字符串则是验证字符个数, 如果是数字的话就验证数字的大小

Example 
type Tmp struct {
	Name string `valid:"lt=2"`
	Age  int32  `valid:"lt=40"`
}
v := &Tmp{Name: "测试", Age: 99}
fmt.Println(Struct(v))

Output:

"Tmp.Name" input "测试", explain: it is more than or equal 2 str-length; "Tmp.Age" input "99", explain: it is more than or equal 40 num-size

func NewDumpStruct added in v1.3.9 

func NewDumpStruct() *dumpStruct

NewDumpStruct

func NoEq added in v1.4.2 

func NoEq(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

NoEq 不等于验证 1. 如果为字符串则是验证字符个数 2. 如果是数字的话就验证数字的大小 3. 如果是切片的话就验证的长度

Example 
type Tmp struct {
	Name  string  `valid:"required,noeq=3"`
	Age   int32   `valid:"required,noeq=20|年龄不应该等于 20"`
	Score float64 `valid:"noeq=80"`
	Phone string  `valid:"noeq=11"`
}
v := &Tmp{
	Name:  "xue",
	Age:   20,
	Score: 80,
	Phone: "1354004261",
}
fmt.Println(Struct(v))

Output:

"Tmp.Name" input "xue", explain: it is not equal 3 str-length; "Tmp.Age" input "20", 说明: 年龄不应该等于 20; "Tmp.Score" input "80", explain: it is not equal 80 num-size

func OTo 

func OTo(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

OTo 验证输入的大小区间, 注: 左右都为开区间 1. 如果为字符串则是验证字符个数 2. 如果是数字的话就验证数字的大小 3. 如果是切片的话就验证的长度

func ParseValidNameKV 

func ParseValidNameKV(validName string) (key, value, cusMsg string)

ParseValidNameKV 解析 validName 中的 key, value 和 cusMsg, 如: "required|必填", key 为 "required", value 为 "", cusMsg 为 "必填" 如: "to=1~2|大于等于 1 且小于等于 2", key 为 "to", value 为 "1~2", cusMsg 为 "大于等于 1 且小于等于 2"

func Phone 

func Phone(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Phone 验证手机号

Example 
type Tmp struct {
	Phone string `valid:"phone"`
}
v := &Tmp{Phone: "1"}
fmt.Println(Struct(v))

Output:

"Tmp.Phone" input "1", explain: it is not phone

func Re added in v1.5.17 

func Re(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Re 正则表达式 使用格式如: re='\\d+'|匹配错误

Example 
type Tmp struct {
	Name string `valid:"required|必填,re='[a-z]+'|姓名必须为英文"`
	Age  string `valid:"re='\\d{2}'|年龄必须为 2 位数"`
	Addr string `valid:"required|地址必须,re='[\u4e00-\u9fa5]'|地址必须为中文"`
	Pwd  string `valid:"required,re='^[A-Za-z0-9]{8,16}$'|密码必须为8-16为字母和数字组合"`
}

v := &Tmp{
	Name: "测试",
	Age:  "1",
	Addr: "四川成都",
	Pwd:  "1234567",
}

fmt.Println(Struct(v))

Output:

"Tmp.Name" input "测试", 说明: 姓名必须为英文; "Tmp.Age" input "1", 说明: 年龄必须为 2 位数; "Tmp.Pwd" input "1234567", 说明: 密码必须为8-16为字母和数字组合

func ReflectKindIsNum added in v1.5.23 

func ReflectKindIsNum(kind reflect.Kind) (is bool)

ReflectKindIsNum 值是否为数字

func RemoveTypePtr added in v1.5.17 

func RemoveTypePtr(t reflect.Type) reflect.Type

RemoveTypePtr 移除多指针

func RemoveValuePtr added in v1.5.17 

func RemoveValuePtr(t reflect.Value) reflect.Value

RemoveValuePtr 移除多指针

func SetCustomerValidFn 

func SetCustomerValidFn(validName string, fn CommonValidFn)

SetCustomerValidFn 自定义验证函数 Deprecated 此函数会修改全局变量, 会导致内存释放不了, 此推荐 *VStruct.SetValidFn

Example 
type Tmp struct {
	Name string `valid:"required"`
	Age  string `valid:"num"`
}

isNumFn := func(errBuf *strings.Builder, validName, structName, fieldName string, tv reflect.Value) {
	ok, _ := regexp.MatchString("^\\d+$", tv.String())
	if !ok {
		errBuf.WriteString(fmt.Sprintf("%q is not num", structName+"."+fieldName))
		return
	}
}

// 弃用
SetCustomerValidFn("num", isNumFn)
v := Tmp{Name: "12", Age: "1ha"}
fmt.Println(Struct(&v))

Output:

"Tmp.Age" is not num

func Struct added in v1.5.27 

func Struct(src interface{}, ruleObj ...RM) error

Struct 验证结构体

func StructForFn added in v1.5.29 

func StructForFn(src interface{}, ruleObj RM, targetTag ...string) error

StructForFn 验证结构体, 同时设置自定义参数

func To 

func To(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

To 验证输入的大小区间, 注: 左右都为闭区间 1. 如果为字符串则是验证字符个数 2. 如果是数字的话就验证数字的大小 3. 如果是切片的话就验证的长度

Example 
type Tmp struct {
	Name string `valid:"to=1~3|姓名长度为 1-3 个字符"`
	Age  int32  `valid:"to=0~99|年龄应该在 0-99 之间"`
	Addr string `valid:"to=3~10"`
}
v := &Tmp{Name: "测试调1", Age: 100, Addr: "tets"}
fmt.Println(Struct(v))

Output:

"Tmp.Name" input "测试调1", 说明: 姓名长度为 1-3 个字符; "Tmp.Age" input "100", 说明: 年龄应该在 0-99 之间

func ToStr added in v1.5.23 

func ToStr(src interface{}) string

ToStr 将内容转为 string

func Unique added in v1.5.27 

func Unique(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Unique 对集合字段进行唯一验证 1. 对以逗号隔开的字符串进行唯一验证 2. 对切片/数组元素[int 系列, float系列, bool系列, string系列]进行唯一验证

Example 
type Tmp struct {
	Name      string   `valid:"required|必填,re='[a-z]+'|姓名必须为英文"`
	Hobby     string   `valid:"required|必填,unique|爱好唯一"`
	ClassName []string `valid:"required|必填,unique|班级名唯一"`
	LikeNum   []int    `valid:"required|必填,unique|幸运数唯一"`
}

v := &Tmp{
	Name:      "测试",
	Hobby:     "打篮球,踢足球,打篮球",
	ClassName: []string{"美术班", "算术班", "足球班"},
	LikeNum:   []int{1, 2, 3, 1},
}

fmt.Println(Struct(v))

Output:

"Tmp.Name" input "测试", 说明: 姓名必须为英文; "Tmp.Hobby" input "打篮球,踢足球,打篮球", 说明: 爱好唯一; "Tmp.LikeNum" input "[1,2,3,1]", 说明: 幸运数唯一

func Url added in v1.5.29 

func Url(src interface{}, ruleObj RM) error

Url 验证变量

func UrlForFn added in v1.5.29 

func UrlForFn(src interface{}, validName string, validFn CommonValidFn) error

UrlForFn 验证 url, 同时设置自定义函数

func ValidNamesSplit added in v1.6.1 

func ValidNamesSplit(s string, sep ...byte) []string

ValidNamesSplit 验证点进行分割

func ValidStructForMyValidFn added in v1.4.4 

func ValidStructForMyValidFn(src interface{}, validName string, validFn CommonValidFn, targetTag ...string) error

ValidStructForMyValidFn 自定义单个验证函数

Example 
type Tmp struct {
	Name string `valid:"required"`
	Age  string `valid:"num"`
}

isNumFn := func(errBuf *strings.Builder, validName, structName, fieldName string, tv reflect.Value) {
	ok, _ := regexp.MatchString("^\\d+$", tv.String())
	if !ok {
		errBuf.WriteString(fmt.Sprintf("%q is not num", structName+"."+fieldName))
		return
	}
}

v := Tmp{Name: "12", Age: "1ha"}
fmt.Println(ValidStructForMyValidFn(v, "num", isNumFn))

Output:

"Tmp.Age" is not num

func ValidStructForRule 

func ValidStructForRule(ruleObj RM, src interface{}, targetTag ...string) error

ValidStructForRule 自定义验证规则并验证 注: 通过字段名来匹配规则, 如果嵌套中如果有相同的名的都会走这个规则, 因此建议这种方式推荐使用非嵌套结构体

Example 
type Tmp struct {
	Name string
	Age  int
}
v := Tmp{Name: "xue", Age: 101}
ruleObj := NewRule()
if v.Name == "xue" {
	// "required|必填,le=100|年龄最大为 100"
	ruleObj.Set("Age", JoinTag2Val(Required, "", "必填"), JoinTag2Val(VLe, "100", "年龄最大为 100"))
}
if err := ValidStructForRule(ruleObj, &v); err != nil {
	fmt.Println(err)
}

Output:

"Tmp.Age" input "101", 说明: 年龄最大为 100

func ValidateStruct 

func ValidateStruct(src interface{}, targetTag ...string) error

ValidateStruct 验证结构体

func Var added in v1.5.27 

func Var(src interface{}, rules ...string) error

Var 验证变量

func VarForFn added in v1.5.29 

func VarForFn(src interface{}, validFn CommonValidFn) error

VarForFn 验证变量, 同时设置自定义函数

func Year added in v1.4.6 

func Year(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Year 验证年

func Year2Month added in v1.4.6 

func Year2Month(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

Year2Month 验证年月 默认匹配 xxxx-xx, 可以指定分割符

Types

type CommonValidFn added in v1.4.4 

type CommonValidFn func(errBuf *strings.Builder, validName, objName, fieldName string, tv reflect.Value)

CommonValidFn 通用验证函数, 主要用于回调 注: 在写 errBuf 的时候建议用 GetJoinValidErrStr 包裹下, 这样产生的结果易读. 

否则需要再 errBuf.Writestring 最后要加上 ErrEndFlag 分割, 工具是通过 ErrEndFlag 进行分句

type RM 

type RM map[string]string

RM 字段的自定义验证规则, key 为字段名, value 为验证规则

func NewRule 

func NewRule() RM

func (RM) Get 

func (r RM) Get(fieldName string) string

Get 获取验证规则

func (RM) Set 

func (r RM) Set(filedNames string, rules ...string) RM

Set 设置验证规则 fieldName 多个字段通过逗号隔开 rules 多个字段通过逗号隔开

type VStruct added in v1.5.17 

type VStruct struct {
	// contains filtered or unexported fields
}

VStruct 验证结构体

func NewVStruct 

func NewVStruct(targetTag ...string) *VStruct

NewVStruct 验证结构体, 默认目标 tagName 为 "valid"

func (*VStruct) SetRule added in v1.5.17 

func (v *VStruct) SetRule(ruleObj RM) *VStruct

SetRule 添加验证规则

func (*VStruct) SetValidFn added in v1.5.17 

func (v *VStruct) SetValidFn(validName string, fn CommonValidFn) *VStruct

SetValidFn 自定义设置验证函数

func (*VStruct) Valid added in v1.5.17 

func (v *VStruct) Valid(src interface{}) error

Valid 验证 1. 支持单结构体验证 2. 支持切片/数组类型结构体验证

type VUrl added in v1.5.29 

type VUrl struct {
	// contains filtered or unexported fields
}

VUrl 验证 url

func NewVUrl added in v1.5.29 

func NewVUrl() *VUrl

NewVUrl

func (*VUrl) SetRule added in v1.5.29 

func (v *VUrl) SetRule(ruleObj RM) *VUrl

SetRule 添加验证规则

func (*VUrl) SetValidFn added in v1.5.29 

func (v *VUrl) SetValidFn(validName string, fn CommonValidFn) *VUrl

SetValidFn 自定义设置验证函数

func (*VUrl) Valid added in v1.5.29 

func (v *VUrl) Valid(src interface{}) error

Valid 验证

type VVar added in v1.5.27 

type VVar struct {
	// contains filtered or unexported fields
}

VVar 验证单字段

func NewVVar added in v1.5.27 

func NewVVar() *VVar

NewVVar 单值校验

func (*VVar) SetRules added in v1.5.27 

func (v *VVar) SetRules(rules ...string) *VVar

SetRules 设置规则

func (*VVar) SetValidFn added in v1.5.29 

func (v *VVar) SetValidFn(validName string, fn CommonValidFn) *VVar

SetValidFn 自定义设置验证函数

func (*VVar) Valid added in v1.5.27 

func (v *VVar) Valid(src interface{}) error

Valid 验证 对切片/数组/单个[int 系列, float系列, bool系列, string系列]进行验证

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