472 lines
18 KiB
Go
472 lines
18 KiB
Go
// Copyright 2020-2021 the Pinniped contributors. All Rights Reserved.
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// SPDX-License-Identifier: Apache-2.0
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package oidctestutil
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import (
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"context"
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"crypto"
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"crypto/ecdsa"
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"fmt"
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"net/url"
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"regexp"
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"strings"
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"testing"
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"time"
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coreosoidc "github.com/coreos/go-oidc/v3/oidc"
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"github.com/ory/fosite"
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"github.com/ory/fosite/handler/openid"
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"github.com/stretchr/testify/require"
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"golang.org/x/oauth2"
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"gopkg.in/square/go-jose.v2"
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"k8s.io/apimachinery/pkg/labels"
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"k8s.io/apiserver/pkg/authentication/authenticator"
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"k8s.io/client-go/kubernetes/fake"
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v1 "k8s.io/client-go/kubernetes/typed/core/v1"
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"go.pinniped.dev/internal/crud"
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"go.pinniped.dev/internal/fositestorage/authorizationcode"
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"go.pinniped.dev/internal/fositestorage/openidconnect"
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pkce2 "go.pinniped.dev/internal/fositestorage/pkce"
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"go.pinniped.dev/internal/fositestoragei"
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"go.pinniped.dev/internal/oidc/provider"
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"go.pinniped.dev/internal/testutil"
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"go.pinniped.dev/pkg/oidcclient/nonce"
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"go.pinniped.dev/pkg/oidcclient/oidctypes"
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"go.pinniped.dev/pkg/oidcclient/pkce"
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)
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// Test helpers for the OIDC package.
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// ExchangeAuthcodeAndValidateTokenArgs is used to spy on calls to
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// TestUpstreamOIDCIdentityProvider.ExchangeAuthcodeAndValidateTokensFunc().
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type ExchangeAuthcodeAndValidateTokenArgs struct {
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Ctx context.Context
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Authcode string
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PKCECodeVerifier pkce.Code
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ExpectedIDTokenNonce nonce.Nonce
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RedirectURI string
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}
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type TestUpstreamLDAPIdentityProvider struct {
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Name string
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URL *url.URL
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AuthenticateFunc func(ctx context.Context, username, password string) (*authenticator.Response, bool, error)
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}
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var _ provider.UpstreamLDAPIdentityProviderI = &TestUpstreamLDAPIdentityProvider{}
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func (u *TestUpstreamLDAPIdentityProvider) GetName() string {
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return u.Name
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}
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func (u *TestUpstreamLDAPIdentityProvider) AuthenticateUser(ctx context.Context, username, password string) (*authenticator.Response, bool, error) {
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return u.AuthenticateFunc(ctx, username, password)
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}
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func (u *TestUpstreamLDAPIdentityProvider) GetURL() *url.URL {
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return u.URL
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}
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type TestUpstreamOIDCIdentityProvider struct {
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Name string
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ClientID string
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AuthorizationURL url.URL
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UsernameClaim string
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GroupsClaim string
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Scopes []string
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ExchangeAuthcodeAndValidateTokensFunc func(
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ctx context.Context,
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authcode string,
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pkceCodeVerifier pkce.Code,
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expectedIDTokenNonce nonce.Nonce,
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) (*oidctypes.Token, error)
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exchangeAuthcodeAndValidateTokensCallCount int
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exchangeAuthcodeAndValidateTokensArgs []*ExchangeAuthcodeAndValidateTokenArgs
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}
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func (u *TestUpstreamOIDCIdentityProvider) GetName() string {
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return u.Name
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}
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func (u *TestUpstreamOIDCIdentityProvider) GetClientID() string {
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return u.ClientID
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}
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func (u *TestUpstreamOIDCIdentityProvider) GetAuthorizationURL() *url.URL {
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return &u.AuthorizationURL
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}
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func (u *TestUpstreamOIDCIdentityProvider) GetScopes() []string {
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return u.Scopes
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}
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func (u *TestUpstreamOIDCIdentityProvider) GetUsernameClaim() string {
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return u.UsernameClaim
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}
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func (u *TestUpstreamOIDCIdentityProvider) GetGroupsClaim() string {
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return u.GroupsClaim
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}
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func (u *TestUpstreamOIDCIdentityProvider) ExchangeAuthcodeAndValidateTokens(
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ctx context.Context,
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authcode string,
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pkceCodeVerifier pkce.Code,
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expectedIDTokenNonce nonce.Nonce,
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redirectURI string,
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) (*oidctypes.Token, error) {
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if u.exchangeAuthcodeAndValidateTokensArgs == nil {
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u.exchangeAuthcodeAndValidateTokensArgs = make([]*ExchangeAuthcodeAndValidateTokenArgs, 0)
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}
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u.exchangeAuthcodeAndValidateTokensCallCount++
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u.exchangeAuthcodeAndValidateTokensArgs = append(u.exchangeAuthcodeAndValidateTokensArgs, &ExchangeAuthcodeAndValidateTokenArgs{
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Ctx: ctx,
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Authcode: authcode,
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PKCECodeVerifier: pkceCodeVerifier,
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ExpectedIDTokenNonce: expectedIDTokenNonce,
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RedirectURI: redirectURI,
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})
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return u.ExchangeAuthcodeAndValidateTokensFunc(ctx, authcode, pkceCodeVerifier, expectedIDTokenNonce)
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}
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func (u *TestUpstreamOIDCIdentityProvider) ExchangeAuthcodeAndValidateTokensCallCount() int {
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return u.exchangeAuthcodeAndValidateTokensCallCount
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}
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func (u *TestUpstreamOIDCIdentityProvider) ExchangeAuthcodeAndValidateTokensArgs(call int) *ExchangeAuthcodeAndValidateTokenArgs {
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if u.exchangeAuthcodeAndValidateTokensArgs == nil {
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u.exchangeAuthcodeAndValidateTokensArgs = make([]*ExchangeAuthcodeAndValidateTokenArgs, 0)
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}
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return u.exchangeAuthcodeAndValidateTokensArgs[call]
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}
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func (u *TestUpstreamOIDCIdentityProvider) ValidateToken(_ context.Context, _ *oauth2.Token, _ nonce.Nonce) (*oidctypes.Token, error) {
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panic("implement me")
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}
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type UpstreamIDPListerBuilder struct {
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upstreamOIDCIdentityProviders []*TestUpstreamOIDCIdentityProvider
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upstreamLDAPIdentityProviders []*TestUpstreamLDAPIdentityProvider
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}
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func (b *UpstreamIDPListerBuilder) WithOIDC(upstreamOIDCIdentityProviders ...*TestUpstreamOIDCIdentityProvider) *UpstreamIDPListerBuilder {
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b.upstreamOIDCIdentityProviders = append(b.upstreamOIDCIdentityProviders, upstreamOIDCIdentityProviders...)
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return b
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}
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func (b *UpstreamIDPListerBuilder) WithLDAP(upstreamLDAPIdentityProviders ...*TestUpstreamLDAPIdentityProvider) *UpstreamIDPListerBuilder {
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b.upstreamLDAPIdentityProviders = append(b.upstreamLDAPIdentityProviders, upstreamLDAPIdentityProviders...)
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return b
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}
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func (b *UpstreamIDPListerBuilder) Build() provider.DynamicUpstreamIDPProvider {
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idpProvider := provider.NewDynamicUpstreamIDPProvider()
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oidcUpstreams := make([]provider.UpstreamOIDCIdentityProviderI, len(b.upstreamOIDCIdentityProviders))
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for i := range b.upstreamOIDCIdentityProviders {
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oidcUpstreams[i] = provider.UpstreamOIDCIdentityProviderI(b.upstreamOIDCIdentityProviders[i])
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}
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idpProvider.SetOIDCIdentityProviders(oidcUpstreams)
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ldapUpstreams := make([]provider.UpstreamLDAPIdentityProviderI, len(b.upstreamLDAPIdentityProviders))
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for i := range b.upstreamLDAPIdentityProviders {
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ldapUpstreams[i] = provider.UpstreamLDAPIdentityProviderI(b.upstreamLDAPIdentityProviders[i])
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}
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idpProvider.SetLDAPIdentityProviders(ldapUpstreams)
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return idpProvider
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}
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func NewUpstreamIDPListerBuilder() *UpstreamIDPListerBuilder {
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return &UpstreamIDPListerBuilder{}
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}
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// Declare a separate type from the production code to ensure that the state param's contents was serialized
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// in the format that we expect, with the json keys that we expect, etc. This also ensure that the order of
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// the serialized fields is the same, which doesn't really matter expect that we can make simpler equality
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// assertions about the redirect URL in this test.
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type ExpectedUpstreamStateParamFormat struct {
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P string `json:"p"`
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U string `json:"u"`
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N string `json:"n"`
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C string `json:"c"`
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K string `json:"k"`
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V string `json:"v"`
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}
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type staticKeySet struct {
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publicKey crypto.PublicKey
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}
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func newStaticKeySet(publicKey crypto.PublicKey) coreosoidc.KeySet {
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return &staticKeySet{publicKey}
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}
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func (s *staticKeySet) VerifySignature(_ context.Context, jwt string) ([]byte, error) {
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jws, err := jose.ParseSigned(jwt)
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if err != nil {
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return nil, fmt.Errorf("oidc: malformed jwt: %w", err)
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}
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return jws.Verify(s.publicKey)
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}
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// VerifyECDSAIDToken verifies that the provided idToken was issued via the provided jwtSigningKey.
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// It also performs some light validation on the claims, i.e., it makes sure the provided idToken
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// has the provided issuer and clientID.
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//
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// Further validation can be done via callers via the returned coreosoidc.IDToken.
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func VerifyECDSAIDToken(
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t *testing.T,
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issuer, clientID string,
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jwtSigningKey *ecdsa.PrivateKey,
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idToken string,
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) *coreosoidc.IDToken {
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t.Helper()
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keySet := newStaticKeySet(jwtSigningKey.Public())
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verifyConfig := coreosoidc.Config{ClientID: clientID, SupportedSigningAlgs: []string{coreosoidc.ES256}}
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verifier := coreosoidc.NewVerifier(issuer, keySet, &verifyConfig)
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token, err := verifier.Verify(context.Background(), idToken)
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require.NoError(t, err)
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return token
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}
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func RequireAuthCodeRegexpMatch(
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t *testing.T,
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actualContent string,
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wantRegexp string,
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kubeClient *fake.Clientset,
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secretsClient v1.SecretInterface,
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oauthStore fositestoragei.AllFositeStorage,
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wantDownstreamGrantedScopes []string,
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wantDownstreamIDTokenSubject string,
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wantDownstreamIDTokenUsername string,
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wantDownstreamIDTokenGroups []string,
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wantDownstreamRequestedScopes []string,
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wantDownstreamPKCEChallenge string,
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wantDownstreamPKCEChallengeMethod string,
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wantDownstreamNonce string,
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wantDownstreamClientID string,
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wantDownstreamRedirectURI string,
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) {
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t.Helper()
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// Assert that Location header matches regular expression.
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regex := regexp.MustCompile(wantRegexp)
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submatches := regex.FindStringSubmatch(actualContent)
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require.Lenf(t, submatches, 2, "no regexp match in actualContent: %", actualContent)
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capturedAuthCode := submatches[1]
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// fosite authcodes are in the format `data.signature`, so grab the signature part, which is the lookup key in the storage interface
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authcodeDataAndSignature := strings.Split(capturedAuthCode, ".")
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require.Len(t, authcodeDataAndSignature, 2)
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// Several Secrets should have been created
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expectedNumberOfCreatedSecrets := 2
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if includesOpenIDScope(wantDownstreamGrantedScopes) {
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expectedNumberOfCreatedSecrets++
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}
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require.Len(t, kubeClient.Actions(), expectedNumberOfCreatedSecrets)
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// One authcode should have been stored.
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testutil.RequireNumberOfSecretsMatchingLabelSelector(t, secretsClient, labels.Set{crud.SecretLabelKey: authorizationcode.TypeLabelValue}, 1)
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storedRequestFromAuthcode, storedSessionFromAuthcode := validateAuthcodeStorage(
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t,
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oauthStore,
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authcodeDataAndSignature[1], // Authcode store key is authcode signature
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wantDownstreamGrantedScopes,
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wantDownstreamIDTokenSubject,
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wantDownstreamIDTokenUsername,
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wantDownstreamIDTokenGroups,
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wantDownstreamRequestedScopes,
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wantDownstreamClientID,
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wantDownstreamRedirectURI,
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)
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// One PKCE should have been stored.
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testutil.RequireNumberOfSecretsMatchingLabelSelector(t, secretsClient, labels.Set{crud.SecretLabelKey: pkce2.TypeLabelValue}, 1)
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validatePKCEStorage(
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t,
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oauthStore,
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authcodeDataAndSignature[1], // PKCE store key is authcode signature
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storedRequestFromAuthcode,
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storedSessionFromAuthcode,
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wantDownstreamPKCEChallenge,
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wantDownstreamPKCEChallengeMethod,
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)
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// One IDSession should have been stored, if the downstream actually requested the "openid" scope
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if includesOpenIDScope(wantDownstreamGrantedScopes) {
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testutil.RequireNumberOfSecretsMatchingLabelSelector(t, secretsClient, labels.Set{crud.SecretLabelKey: openidconnect.TypeLabelValue}, 1)
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validateIDSessionStorage(
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t,
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oauthStore,
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capturedAuthCode, // IDSession store key is full authcode
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storedRequestFromAuthcode,
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storedSessionFromAuthcode,
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wantDownstreamNonce,
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)
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}
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}
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func includesOpenIDScope(scopes []string) bool {
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for _, scope := range scopes {
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if scope == "openid" {
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return true
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}
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}
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return false
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}
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func validateAuthcodeStorage(
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t *testing.T,
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oauthStore fositestoragei.AllFositeStorage,
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storeKey string,
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wantDownstreamGrantedScopes []string,
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wantDownstreamIDTokenSubject string,
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wantDownstreamIDTokenUsername string,
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wantDownstreamIDTokenGroups []string,
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wantDownstreamRequestedScopes []string,
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wantDownstreamClientID string,
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wantDownstreamRedirectURI string,
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) (*fosite.Request, *openid.DefaultSession) {
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t.Helper()
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const (
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authCodeExpirationSeconds = 10 * 60 // Currently, we set our auth code expiration to 10 minutes
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timeComparisonFudgeFactor = time.Second * 15
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)
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// Get the authcode session back from storage so we can require that it was stored correctly.
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storedAuthorizeRequestFromAuthcode, err := oauthStore.GetAuthorizeCodeSession(context.Background(), storeKey, nil)
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require.NoError(t, err)
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// Check that storage returned the expected concrete data types.
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storedRequestFromAuthcode, storedSessionFromAuthcode := castStoredAuthorizeRequest(t, storedAuthorizeRequestFromAuthcode)
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// Check which scopes were granted.
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require.ElementsMatch(t, wantDownstreamGrantedScopes, storedRequestFromAuthcode.GetGrantedScopes())
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// Check all the other fields of the stored request.
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require.NotEmpty(t, storedRequestFromAuthcode.ID)
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require.Equal(t, wantDownstreamClientID, storedRequestFromAuthcode.Client.GetID())
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require.ElementsMatch(t, wantDownstreamRequestedScopes, storedRequestFromAuthcode.RequestedScope)
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require.Nil(t, storedRequestFromAuthcode.RequestedAudience)
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require.Empty(t, storedRequestFromAuthcode.GrantedAudience)
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require.Equal(t, url.Values{"redirect_uri": []string{wantDownstreamRedirectURI}}, storedRequestFromAuthcode.Form)
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testutil.RequireTimeInDelta(t, time.Now(), storedRequestFromAuthcode.RequestedAt, timeComparisonFudgeFactor)
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// We're not using these fields yet, so confirm that we did not set them (for now).
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require.Empty(t, storedSessionFromAuthcode.Subject)
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require.Empty(t, storedSessionFromAuthcode.Username)
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require.Empty(t, storedSessionFromAuthcode.Headers)
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// The authcode that we are issuing should be good for the length of time that we declare in the fosite config.
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testutil.RequireTimeInDelta(t, time.Now().Add(authCodeExpirationSeconds*time.Second), storedSessionFromAuthcode.ExpiresAt[fosite.AuthorizeCode], timeComparisonFudgeFactor)
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require.Len(t, storedSessionFromAuthcode.ExpiresAt, 1)
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// Now confirm the ID token claims.
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actualClaims := storedSessionFromAuthcode.Claims
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// Check the user's identity, which are put into the downstream ID token's subject, username and groups claims.
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require.Equal(t, wantDownstreamIDTokenSubject, actualClaims.Subject)
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require.Equal(t, wantDownstreamIDTokenUsername, actualClaims.Extra["username"])
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require.Len(t, actualClaims.Extra, 2)
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actualDownstreamIDTokenGroups := actualClaims.Extra["groups"]
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require.NotNil(t, actualDownstreamIDTokenGroups)
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require.ElementsMatch(t, wantDownstreamIDTokenGroups, actualDownstreamIDTokenGroups)
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// Check the rest of the downstream ID token's claims. Fosite wants us to set these (in UTC time).
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testutil.RequireTimeInDelta(t, time.Now().UTC(), actualClaims.RequestedAt, timeComparisonFudgeFactor)
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testutil.RequireTimeInDelta(t, time.Now().UTC(), actualClaims.AuthTime, timeComparisonFudgeFactor)
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requestedAtZone, _ := actualClaims.RequestedAt.Zone()
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require.Equal(t, "UTC", requestedAtZone)
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authTimeZone, _ := actualClaims.AuthTime.Zone()
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require.Equal(t, "UTC", authTimeZone)
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// Fosite will set these fields for us in the token endpoint based on the store session
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// information. Therefore, we assert that they are empty because we want the library to do the
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// lifting for us.
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require.Empty(t, actualClaims.Issuer)
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require.Nil(t, actualClaims.Audience)
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require.Empty(t, actualClaims.Nonce)
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require.Zero(t, actualClaims.ExpiresAt)
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require.Zero(t, actualClaims.IssuedAt)
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// These are not needed yet.
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require.Empty(t, actualClaims.JTI)
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require.Empty(t, actualClaims.CodeHash)
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require.Empty(t, actualClaims.AccessTokenHash)
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require.Empty(t, actualClaims.AuthenticationContextClassReference)
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require.Empty(t, actualClaims.AuthenticationMethodsReference)
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return storedRequestFromAuthcode, storedSessionFromAuthcode
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}
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func validatePKCEStorage(
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t *testing.T,
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oauthStore fositestoragei.AllFositeStorage,
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storeKey string,
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storedRequestFromAuthcode *fosite.Request,
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storedSessionFromAuthcode *openid.DefaultSession,
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wantDownstreamPKCEChallenge, wantDownstreamPKCEChallengeMethod string,
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) {
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t.Helper()
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storedAuthorizeRequestFromPKCE, err := oauthStore.GetPKCERequestSession(context.Background(), storeKey, nil)
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require.NoError(t, err)
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// Check that storage returned the expected concrete data types.
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storedRequestFromPKCE, storedSessionFromPKCE := castStoredAuthorizeRequest(t, storedAuthorizeRequestFromPKCE)
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// The stored PKCE request should be the same as the stored authcode request.
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require.Equal(t, storedRequestFromAuthcode.ID, storedRequestFromPKCE.ID)
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require.Equal(t, storedSessionFromAuthcode, storedSessionFromPKCE)
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// The stored PKCE request should also contain the PKCE challenge that the downstream sent us.
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require.Equal(t, wantDownstreamPKCEChallenge, storedRequestFromPKCE.Form.Get("code_challenge"))
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require.Equal(t, wantDownstreamPKCEChallengeMethod, storedRequestFromPKCE.Form.Get("code_challenge_method"))
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}
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func validateIDSessionStorage(
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t *testing.T,
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oauthStore fositestoragei.AllFositeStorage,
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storeKey string,
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storedRequestFromAuthcode *fosite.Request,
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storedSessionFromAuthcode *openid.DefaultSession,
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wantDownstreamNonce string,
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) {
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t.Helper()
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storedAuthorizeRequestFromIDSession, err := oauthStore.GetOpenIDConnectSession(context.Background(), storeKey, nil)
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require.NoError(t, err)
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// Check that storage returned the expected concrete data types.
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storedRequestFromIDSession, storedSessionFromIDSession := castStoredAuthorizeRequest(t, storedAuthorizeRequestFromIDSession)
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// The stored IDSession request should be the same as the stored authcode request.
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require.Equal(t, storedRequestFromAuthcode.ID, storedRequestFromIDSession.ID)
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require.Equal(t, storedSessionFromAuthcode, storedSessionFromIDSession)
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// The stored IDSession request should also contain the nonce that the downstream sent us.
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require.Equal(t, wantDownstreamNonce, storedRequestFromIDSession.Form.Get("nonce"))
|
|
}
|
|
|
|
func castStoredAuthorizeRequest(t *testing.T, storedAuthorizeRequest fosite.Requester) (*fosite.Request, *openid.DefaultSession) {
|
|
t.Helper()
|
|
|
|
storedRequest, ok := storedAuthorizeRequest.(*fosite.Request)
|
|
require.Truef(t, ok, "could not cast %T to %T", storedAuthorizeRequest, &fosite.Request{})
|
|
storedSession, ok := storedAuthorizeRequest.GetSession().(*openid.DefaultSession)
|
|
require.Truef(t, ok, "could not cast %T to %T", storedAuthorizeRequest.GetSession(), &openid.DefaultSession{})
|
|
|
|
return storedRequest, storedSession
|
|
}
|