Documentation
¶
Overview ¶
Package passwd contains methods for working with passwords
Index ¶
- func Check(password, pepper, hash string) bool
- func CheckBytes(password, pepper []byte, hash string) bool
- func Encrypt(password, pepper string) (string, error)
- func GenPassword(length int, strength Strength) string
- func GenPasswordBytes(length int, strength Strength) []byte
- func GenPasswordBytesVariations(password []byte) [][]byte
- func GenPasswordVariations(password string) []string
- func Hash(password, pepper string) (string, error)
- func HashBytes(password, pepper []byte) (string, error)
- type Strength
Examples ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func Check ¶
Check compares password with encrypted hash
Example ¶
password, pepper := "MyPassword", "ABCD1234abcd1234"
hash, err := Hash(password, pepper)
if err != nil {
panic(err.Error())
}
fmt.Printf("Valid: %t\n", Check(password, pepper, hash))
Output: Valid: true
func CheckBytes ¶
CheckBytes compares password with encrypted hash
Example ¶
password, pepper := []byte("MyPassword"), []byte("ABCD1234abcd1234")
hash, err := HashBytes(password, pepper)
if err != nil {
panic(err.Error())
}
fmt.Printf("Valid: %t\n", CheckBytes(password, pepper, hash))
Output: Valid: true
func Encrypt ¶
Encrypt creates hash and encrypts it with salt and pepper Deprecated: Use Hash method instead
func GenPassword ¶
GenPassword generates random password
Example ¶
weakPassword := GenPassword(16, STRENGTH_WEAK)
medPassword := GenPassword(16, STRENGTH_MEDIUM)
strongPassword := GenPassword(16, STRENGTH_STRONG)
fmt.Printf("Weak password: %s\n", weakPassword)
fmt.Printf("Medium password: %s\n", medPassword)
fmt.Printf("Strong password: %s\n", strongPassword)
Output:
func GenPasswordBytes ¶
GenPassword generates random password
Example ¶
weakPassword := GenPasswordBytes(16, STRENGTH_WEAK)
medPassword := GenPasswordBytes(16, STRENGTH_MEDIUM)
strongPassword := GenPasswordBytes(16, STRENGTH_STRONG)
fmt.Printf("Weak password: %s\n", weakPassword)
fmt.Printf("Medium password: %s\n", medPassword)
fmt.Printf("Strong password: %s\n", strongPassword)
Output:
func GenPasswordBytesVariations ¶
GenPasswordBytesVariations generates password variants with possible typos fixes (case swap for all letters, first leter swap, password without last symbol)
Example ¶
password := []byte("myPassword12345")
variants := GenPasswordBytesVariations(password)
fmt.Printf("Variants: %v\n", variants)
Output: Variants: [[77 89 112 65 83 83 87 79 82 68 49 50 51 52 53] [77 121 80 97 115 115 119 111 114 100 49 50 51 52 53] [109 121 80 97 115 115 119 111 114 100 49 50 51 52]]
func GenPasswordVariations ¶
GenPasswordVariations generates password variants with possible typos fixes (case swap for all letters, first leter swap, password without last symbol)
Example ¶
password := "myPassword12345"
variants := GenPasswordVariations(password)
fmt.Printf("Variants: %v\n", variants)
Output: Variants: [MYpASSWORD12345 MyPassword12345 myPassword1234]
func Hash ¶
Hash creates hash and encrypts it with salt and pepper
Example ¶
password, pepper := "MyPassword", "ABCD1234abcd1234"
hash, err := Hash(password, pepper)
if err != nil {
panic(err.Error())
}
fmt.Printf("Hash: %s\n", hash)
Output:
Types ¶
type Strength ¶
type Strength int
func GetPasswordBytesStrength ¶
GetPasswordBytesStrength returns password strength
Example ¶
strength := GetPasswordBytesStrength([]byte("secret1234%$"))
switch strength {
case STRENGTH_STRONG:
fmt.Println("Password is strong")
case STRENGTH_MEDIUM:
fmt.Println("Password is ok")
case STRENGTH_WEAK:
fmt.Println("Password is weak")
}
Output: Password is ok
func GetPasswordStrength ¶
GetPasswordStrength returns password strength
Example ¶
strength := GetPasswordStrength("secret1234%$")
switch strength {
case STRENGTH_STRONG:
fmt.Println("Password is strong")
case STRENGTH_MEDIUM:
fmt.Println("Password is ok")
case STRENGTH_WEAK:
fmt.Println("Password is weak")
}
Output: Password is ok
Source Files