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(PowerBuilder) Verify Okta ID Token Locally

This example demonstrates how to validate an Okta ID token using Chilkat's JWT class.

For more information, see https://developer.okta.com/docs/guides/validate-id-tokens/overview/

Chilkat ActiveX Downloads

ActiveX for 32-bit and 64-bit Windows

integer li_rc
oleobject loo_JsonToken
integer li_Success
oleobject loo_JsonWebKeys
oleobject loo_Jwt
string ls_IdToken
string ls_JoseHeader
oleobject loo_Json
string ls_Kid
oleobject loo_SbKid
string e
string n
integer i
integer li_Count_i
integer li_BFound
integer li_IMatch
oleobject loo_Pubkey
oleobject loo_JsonWebKey
integer li_BVerified
string ls_Claims
oleobject loo_JsonClaims
oleobject loo_DtExp
integer li_BExpired

// This example assumes the Chilkat API to have been previously unlocked.
// See Global Unlock Sample for sample code.

// This example begins with two JSON files:
// 
// 1. The access + id token obtained from Okta as shown in one fo these examples:  
//    Get Okta Token using Resource Owner Password Flow
// 
// 2. The Okta web keys obtained by this example:  Get Okta Web Keys
// 
// 

// ----------------------------------------------------------------
// Note: The very last step of this example is where the claims, such as iss, aud, iat, exp, and nonce
// are extracted from the ID token and examined.
// ----------------------------------------------------------------

// Load the access/id token to be verified.
// It contains JSON that looks like this:
// {
//   "access_token": "eyJraWQiOiJhb ... O_eVu-kBp6g",
//   "token_type": "Bearer",
//   "expires_in": 3600,
//   "scope": "openid",
//   "id_token": "eyJraWQi ... FrL9WOuwbQtUg"
// }
// This example verifies the id_token.  (The access_token is verified in this example:  Verify Okta Access Token

loo_JsonToken = create oleobject
li_rc = loo_JsonToken.ConnectToNewObject("Chilkat_9_5_0.JsonObject")
if li_rc < 0 then
    destroy loo_JsonToken
    MessageBox("Error","Connecting to COM object failed")
    return
end if
li_Success = loo_JsonToken.LoadFile("qa_data/tokens/okta_access_token.json")

// Load the public keys (Okta web keys), one of which is needed to validate.
// The web keys JSON looks like this:
// {
//   "keys": [
//     {
//       "kty": "RSA",
//       "alg": "RS256",
//       "kid": "anSaRDPfWGOSCVNZEIZB9quCbNsdsvl5uWGBzxbudWQ",
//       "use": "sig",
//       "e": "AQAB",
//       "n": "jT8uAgd5w ... euLB1HaVw"
//     },
//     {
// 	...
//     }
//   ]
// }

loo_JsonWebKeys = create oleobject
li_rc = loo_JsonWebKeys.ConnectToNewObject("Chilkat_9_5_0.JsonObject")

li_Success = loo_JsonWebKeys.LoadFile("qa_data/tokens/okta_web_keys.json")

// ------------------------
// Step 1: Get the JOSE header from the JWT.  The JOSE header contains JSON.  One of the JSON members will be the key ID "kid" which identifies the web key to be used for validation.
// 
loo_Jwt = create oleobject
li_rc = loo_Jwt.ConnectToNewObject("Chilkat_9_5_0.Jwt")

ls_IdToken = loo_JsonToken.StringOf("id_token")
ls_JoseHeader = loo_Jwt.GetHeader(ls_IdToken)

Write-Debug ls_JoseHeader
// The joseHeader contains this:   {"kid":"anSaRDPfWGOSCVNZEIZB9quCbNsdsvl5uWGBzxbudWQ","alg":"RS256"}

loo_Json = create oleobject
li_rc = loo_Json.ConnectToNewObject("Chilkat_9_5_0.JsonObject")

loo_Json.Load(ls_JoseHeader)
ls_Kid = loo_Json.StringOf("kid")
Write-Debug "kid to find: " + ls_Kid

// ------------------------
// Step 2: Find the key with the same "kid" in the Okta web keys.

loo_SbKid = create oleobject
li_rc = loo_SbKid.ConnectToNewObject("Chilkat_9_5_0.StringBuilder")

e = ""
n = ""

i = 0
li_Count_i = loo_JsonWebKeys.SizeOfArray("keys")
li_BFound = 0
li_IMatch = 0
do while (li_BFound = 0) AND (i < li_Count_i)
    loo_JsonWebKeys.I = i
    loo_SbKid.Clear()
    loo_JsonWebKeys.StringOfSb("keys[i].kid",loo_SbKid)
    Write-Debug "checking kid: " + loo_SbKid.GetAsString()

    if loo_SbKid.ContentsEqual(ls_Kid,1) = 1 then
        e = loo_JsonWebKeys.StringOf("keys[i].e")
        n = loo_JsonWebKeys.StringOf("keys[i].n")
        // Exit the loop. 
        Write-Debug "Found matching kid."
        li_IMatch = i
        li_BFound = 1
    end if

    i = i + 1
loop

if li_BFound = 0 then
    Write-Debug "No matching key ID found."
    destroy loo_JsonToken
    destroy loo_JsonWebKeys
    destroy loo_Jwt
    destroy loo_Json
    destroy loo_SbKid
    return
end if

Write-Debug "Matching key:"
Write-Debug "  exponent = " + e
Write-Debug "  modulus = " + n

// ------------------------
// Step 3: Load the RSA modulus and exponent into a Chilkat public key object.
loo_Pubkey = create oleobject
li_rc = loo_Pubkey.ConnectToNewObject("Chilkat_9_5_0.PublicKey")

// Get the matching JSON key from the array of keys.
loo_JsonWebKeys.I = li_IMatch
loo_JsonWebKey = loo_JsonWebKeys.ObjectOf("keys[i]")
li_Success = loo_Pubkey.LoadFromString(loo_JsonWebKey.Emit())
if li_Success = 0 then
    Write-Debug "Failed to load JSON web key."
    Write-Debug loo_JsonWebKey.Emit()
    Write-Debug loo_Pubkey.LastErrorText
    destroy loo_JsonWebKey
    destroy loo_JsonToken
    destroy loo_JsonWebKeys
    destroy loo_Jwt
    destroy loo_Json
    destroy loo_SbKid
    destroy loo_Pubkey
    return
end if

destroy loo_JsonWebKey
Write-Debug "successfully loaded web key."

// OK.. we have the desired JSON web key loaded into our public key object.
// Now we can verify the access token.

// ------------------------
// Step 4: Verify the access token.
li_BVerified = loo_Jwt.VerifyJwtPk(ls_IdToken,loo_Pubkey)
if li_BVerified = 1 then
    Write-Debug "The ID token is valid."
else
    Write-Debug "The ID token is NOT valid."
end if

// ------------------------
// Step 5: Extract the claims (payload) from the ID token and examine them..

ls_Claims = loo_Jwt.GetPayload(ls_IdToken)

loo_JsonClaims = create oleobject
li_rc = loo_JsonClaims.ConnectToNewObject("Chilkat_9_5_0.JsonObject")

loo_JsonClaims.Load(ls_Claims)
loo_JsonClaims.EmitCompact = 0
Write-Debug loo_JsonClaims.Emit()

// Sample claims:
// {
//   "sub": "00utrr8ehubooPhjj356",
//   "ver": 1,
//   "iss": "https://dev-765951.okta.com/oauth2/default",
//   "aud": "0oatrr20vPYgVDlGr356",
//   "iat": 1562190727,
//   "exp": 1562194327,
//   "jti": "ID.JvlMhlnCj5ZqqGjk-jlgcOxHEyVUwIl9_Kpz69U2D_4",
//   "amr": [
//     "pwd"
//   ],
//   "idp": "00os29azljkqyx99Q356",
//   "auth_time": 1562190726,
//   "at_hash": "SLMiVeyNWWEDaZ-O32nKMg"
// }

// The exp (expiry time) claim is the time at which this token will expire., expressed in Unix time. You should make sure that this time has not already passed.
loo_DtExp = create oleobject
li_rc = loo_DtExp.ConnectToNewObject("Chilkat_9_5_0.CkDateTime")

loo_DtExp.SetFromUnixTime(0,loo_JsonClaims.IntOf("exp"))
Write-Debug "expire timestamp = " + loo_DtExp.GetAsTimestamp(0)

// Check to see if this date/time expires within 0 seconds (i.e. is already past)
li_BExpired = loo_DtExp.ExpiresWithin(0,"seconds")
Write-Debug "bExpired = " + string(li_BExpired)


destroy loo_JsonToken
destroy loo_JsonWebKeys
destroy loo_Jwt
destroy loo_Json
destroy loo_SbKid
destroy loo_Pubkey
destroy loo_JsonClaims
destroy loo_DtExp

 

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