auth

Paddy 2015-01-18 Parent:e000b1c24fc0 Child:8ecb60d29b0d

123:0a1e16b9c141 Go to Latest

auth/request_test.go

Refactor verifyClient, implement refresh tokens. Refactor verifyClient into verifyClient and getClientAuth. We moved verifyClient out of each of the GrantType's validation functions and into the access token endpoint, where it will be called before the GrantType's validation function. Yay, less code repetition. And seeing as we always want to verify the client, that seems like a good way to prevent things like 118a69954621 from happening. This did, however, force us to add an AllowsPublic property to the GrantType, so the token endpoint knows whether or not a public Client is valid for any given GrantType. We also implemented the refresh token grant type, which required adding ClientID and RefreshRevoked as properties on the Token type. We need ClientID because we need to constrain refresh tokens to the client that issued them. We also should probably keep track of which tokens belong to which clients, just as a general rule of thumb. RefreshRevoked had to be created, next to Revoked, because the AccessToken could be revoked and the RefreshToken still valid, or vice versa. Notably, when you issue a new refresh token, the old one is revoked, but the access token is still valid. It remains to be seen whether this is a good way to track things or not. The number of duplicated properties lead me to believe our type is not a great representation of the underlying concepts.

History
1 package auth
3 import "fmt"
5 func compareErrors(err1, err2 requestError) (success bool, field string, val1, val2 interface{}) {
6 if err1.Slug != err2.Slug {
7 return false, "Slug", err1.Slug, err2.Slug
8 }
9 if err1.Field != err2.Field {
10 return false, "Field", err1.Field, err2.Field
11 }
12 if err1.Param != err2.Param {
13 return false, "Param", err1.Param, err2.Param
14 }
15 if err1.Header != err2.Header {
16 return false, "Header", err1.Header, err2.Header
17 }
18 return true, "", nil, nil
19 }
21 func compareResponses(resp1, resp2 response) (success bool, field string, val1, val2 interface{}) {
22 if len(resp1.Errors) != len(resp2.Errors) {
23 return false, "Errors", resp1.Errors, resp2.Errors
24 }
25 if len(resp1.Logins) != len(resp2.Logins) {
26 return false, "Logins", resp1.Logins, resp2.Logins
27 }
28 if len(resp1.Profiles) != len(resp2.Profiles) {
29 return false, "Profiles", resp1.Profiles, resp2.Profiles
30 }
31 if len(resp1.Clients) != len(resp2.Clients) {
32 return false, "Clients", resp1.Clients, resp2.Clients
33 }
34 if len(resp1.Endpoints) != len(resp2.Endpoints) {
35 return false, "Endpoints", resp1.Endpoints, resp2.Endpoints
36 }
37 for pos := range resp1.Errors {
38 success, field, val1, val2 = compareErrors(resp1.Errors[pos], resp2.Errors[pos])
39 if !success {
40 field = fmt.Sprintf("Error %d %s", pos, field)
41 return
42 }
43 }
44 for pos := range resp1.Logins {
45 success, field, val1, val2 = compareLogins(resp1.Logins[pos], resp2.Logins[pos])
46 if !success {
47 field = fmt.Sprintf("Login %d %s", pos, field)
48 return
49 }
50 }
51 for pos := range resp1.Profiles {
52 success, field, val1, val2 = compareProfiles(resp1.Profiles[pos], resp2.Profiles[pos])
53 if !success {
54 field = fmt.Sprintf("Profile %d %s", pos, field)
55 return
56 }
57 }
58 for pos := range resp1.Clients {
59 success, field, val1, val2 = compareClients(resp1.Clients[pos], resp2.Clients[pos])
60 if !success {
61 field = fmt.Sprintf("Client %d %s", pos, field)
62 return
63 }
64 }
65 for pos := range resp1.Endpoints {
66 success, field, val1, val2 = compareEndpoints(resp1.Endpoints[pos], resp2.Endpoints[pos])
67 if !success {
68 field = fmt.Sprintf("Endpoint %d %s", pos, field)
69 return
70 }
71 }
72 return true, "", nil, nil
73 }
75 func fillInServerGenerated(expectation, result response) {
76 if len(expectation.Profiles) > 0 {
77 for pos, profile := range expectation.Profiles {
78 profile.ID = result.Profiles[pos].ID
79 profile.Created = result.Profiles[pos].Created
80 profile.LastSeen = result.Profiles[pos].LastSeen
81 expectation.Profiles[pos] = profile
82 }
83 }
84 if len(expectation.Logins) > 0 {
85 for pos, login := range expectation.Logins {
86 login.ProfileID = result.Logins[pos].ProfileID
87 login.Created = result.Logins[pos].Created
88 login.LastUsed = result.Logins[pos].LastUsed
89 expectation.Logins[pos] = login
90 }
91 }
92 if len(expectation.Clients) > 0 {
93 for pos, client := range expectation.Clients {
94 client.ID = result.Clients[pos].ID
95 client.Secret = result.Clients[pos].Secret
96 client.OwnerID = result.Clients[pos].OwnerID
97 expectation.Clients[pos] = client
98 }
99 }
100 if len(expectation.Endpoints) > 0 {
101 for pos, endpoint := range expectation.Endpoints {
102 endpoint.ID = result.Endpoints[pos].ID
103 endpoint.ClientID = result.Endpoints[pos].ClientID
104 endpoint.Added = result.Endpoints[pos].Added
105 expectation.Endpoints[pos] = endpoint
106 }
107 }
108 }