#Golang decode jwt token install#

func (rs *RSASigner) VerifyBytes(buf, sig byte) error.func (rs *RSASigner) Verify(buf, sig byte) (byte, error).func (rs *RSASigner) SignBytes(buf byte) (byte, error).func (rs *RSASigner) Sign(buf byte) (byte, error).The command line tool can be used as follows (assuming jwt is somewhere on $PATH): # encode arbitrary JSON as payload (ie, claims)Įcho ') (byte, error)

payload (you can also 'extend' jwt.Claims in this fashion): or use any type that the standard encoding/json library recognizes as a if the signature was bad, the err would not be nilįmt.Printf('Claims Match! Decoded claims: %+v ', c1)įmt.Println('-')įmt.Printf('My Custom Claims: %+v ', c3)įmt.Printf('Encoded token with custom claims: %s ', string(buf))įmt.Printf('Decoded custom claims: %+v ', c1)įmt.Println('m圜laims custom claims has write scope!') Issuer: json.Number(strconv.FormatInt(expr.Unix(), 10)),įmt.Printf('Encoded token: %s ', string(buf)) create claims using provided jwt.Claims in addition, there are the other standard JWT encryption implementations:Įxpr := time.Now().Add(14 * 24 * time.Hour) Keyset, err := pemutil.LoadFile('rsa-private.pem') go:generate openssl rsa -in rsa-private.pem -outform PEM -pubout -out rsa-public.pem go:generate openssl genrsa -out rsa-private.pem 2048 The jwt package can be used similarly to the following: // example/main.go Is a functional command line tool available: go get -u /knq/jwt/cmd/jwt

#Golang decode jwt token install#

Install the package via the following: go get -u /knq/jwtĪdditionally, if you need to do command line encoding/decoding of JWTs, there Secure way to encode and decode JWT tokens.

A Golang package that provides a simple and