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view mrjunejune/test/auth_api_test.c @ 272:41a49c29a28f
polish JRPG conversation experience
Integrate desktop conversations into the utility panel, simplify the mobile frame, add modal destinations and a reusable Zenbu composer lab, and preserve explicit conversation resume behavior.
Co-authored-by: Copilot <[email protected]>
| author | MrJuneJune <me@mrjunejune.com> |
|---|---|
| date | Fri, 07 Aug 2026 16:05:29 -0700 |
| parents | 04fee26ecce0 |
| children |
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/* * auth_api_test.c — unit tests for the auth API internals. * * Tests run against the auth_api library directly (no real network). * A temporary SQLite database is created per test group. */ #include "mrjunejune/auth_api.h" #include "auth/auth_crypto.h" #include "auth/auth_store.h" #include "dowa/dowa.h" #include "seobeo/seobeo.h" #include <assert.h> #include <stdarg.h> #include <stdio.h> #include <string.h> #include <stdlib.h> #include <unistd.h> #include <time.h> #include <openssl/crypto.h> #define COOKIE_VALUE_MAX 512 /* mirrors auth_api.c internal constant */ /* ------------------------------------------------------------------ */ /* Test utilities */ /* ------------------------------------------------------------------ */ #define ASSERT(cond) \ do { \ if (!(cond)) { \ fprintf(stderr, "FAIL [%s:%d]: %s\n", __FILE__, __LINE__, #cond); \ abort(); \ } \ } while (0) #define TEST(name) \ do { fprintf(stdout, " %-60s", name); fflush(stdout); } while (0) #define PASS() \ do { fprintf(stdout, "PASS\n"); } while (0) /* (unused placeholder removed) */ static void make_temp_db(char *out, size_t capacity) { snprintf(out, capacity, "/tmp/auth_api_test_XXXXXX"); int fd = mkstemp(out); ASSERT(fd >= 0); close(fd); } /* Cookie secret large enough to pass policy */ static const uint8 k_secret[64] = { 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07, 0x08, 0x09, 0x0a, 0x0b, 0x0c, 0x0d, 0x0e, 0x0f, 0x10, 0x11, 0x12, 0x13, 0x14, 0x15, 0x16, 0x17, 0x18, 0x19, 0x1a, 0x1b, 0x1c, 0x1d, 0x1e, 0x1f, 0x20, 0x21, 0x22, 0x23, 0x24, 0x25, 0x26, 0x27, 0x28, 0x29, 0x2a, 0x2b, 0x2c, 0x2d, 0x2e, 0x2f, 0x30, 0x31, 0x32, 0x33, 0x34, 0x35, 0x36, 0x37, 0x38, 0x39, 0x3a, 0x3b, 0x3c, 0x3d, 0x3e, 0x3f, 0x40, }; static void init_auth(const char *db, boolean dev_insecure) { boolean ok = Auth_API_Init( db, k_secret, sizeof(k_secret), NULL, NULL, NULL, AUTH_API_SESSION_IDLE_TTL_DEFAULT, AUTH_API_SESSION_ABS_TTL_DEFAULT, AUTH_API_GUEST_TTL_DEFAULT, dev_insecure); ASSERT(ok); } /* * Build a minimal request map with the given headers. * Entries must be string-literal key/value pairs ending with NULL,NULL. */ static Seobeo_Request_Entry *make_request( Dowa_Arena *arena, /* (char*)key, (char*)value, ..., NULL, NULL */ ...) { Seobeo_Request_Entry *req = NULL; va_list ap; va_start(ap, arena); const char *key; while ((key = va_arg(ap, const char *)) != NULL) { char *k = (char *)key; const char *val = va_arg(ap, const char *); char *stored = (char *)val; if (strcmp(key, "Body") == 0) stored = Dowa_Arena_Copy(arena, val, strlen(val) + 1); Dowa_HashMap_Push_Arena(req, k, stored, arena); } va_end(ap); return req; } /* ------------------------------------------------------------------ */ /* Test group: Init / fail-closed */ /* ------------------------------------------------------------------ */ static void test_init_fail_closed(void) { printf("\n[init]\n"); TEST("fails when secret too short"); { uint8 short_secret[10] = {0}; boolean ok = Auth_API_Init( "/dev/null", short_secret, sizeof(short_secret), NULL, NULL, NULL, 0, 0, 0, FALSE); ASSERT(!ok); } PASS(); TEST("fails when secret NULL"); { boolean ok = Auth_API_Init( "/dev/null", NULL, 0, NULL, NULL, NULL, 0, 0, 0, FALSE); ASSERT(!ok); } PASS(); TEST("succeeds with valid config"); { char db[256]; make_temp_db(db, sizeof(db)); boolean ok = Auth_API_Init( db, k_secret, sizeof(k_secret), NULL, NULL, NULL, 0, 0, 0, TRUE); ASSERT(ok); Auth_API_Destroy(); unlink(db); } PASS(); } /* ------------------------------------------------------------------ */ /* Test group: Cookie parsing */ /* ------------------------------------------------------------------ */ /* * We exercise the parsing via Auth_API_Resolve_Principal with crafted * Cookie headers. For unit-level parsing checks we call Resolve_Principal * and inspect the returned principal kind. */ static void test_cookie_parsing(void) { printf("\n[cookie parsing]\n"); char db[256]; make_temp_db(db, sizeof(db)); init_auth(db, TRUE); Dowa_Arena *arena = Dowa_Arena_Create(64 * 1024); TEST("empty Cookie → new guest identity created"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost:6969", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal p; char new_cookie[512] = {0}; boolean ok = Auth_API_Resolve_Principal( req, &p, arena, new_cookie, sizeof(new_cookie)); ASSERT(ok); ASSERT(p.kind == AUTH_PRINCIPAL_GUEST); ASSERT(p.guest_id[0] != '\0'); ASSERT(p.csrf_token[0] != '\0'); } PASS(); TEST("malformed guest cookie → new guest identity"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost:6969", "Remote-Addr", "127.0.0.1", "Cookie", "mjj_guest=not-a-valid-cookie", NULL, NULL); Auth_Principal p; char new_cookie[512] = {0}; boolean ok = Auth_API_Resolve_Principal( req, &p, arena, new_cookie, sizeof(new_cookie)); ASSERT(ok); ASSERT(p.kind == AUTH_PRINCIPAL_GUEST); } PASS(); TEST("unknown session token → falls back to guest"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost:6969", "Remote-Addr", "127.0.0.1", "Cookie", "mjj_session=AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA=", NULL, NULL); Auth_Principal p; char new_cookie[512] = {0}; boolean ok = Auth_API_Resolve_Principal( req, &p, arena, new_cookie, sizeof(new_cookie)); ASSERT(ok); ASSERT(p.kind == AUTH_PRINCIPAL_GUEST); } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Trusted proxy */ /* ------------------------------------------------------------------ */ static void test_trusted_proxy(void) { printf("\n[trusted proxy]\n"); char db[256]; make_temp_db(db, sizeof(db)); /* Init with trusted proxy = 10.0.0.1 */ boolean ok = Auth_API_Init( db, k_secret, sizeof(k_secret), NULL, NULL, "10.0.0.1", AUTH_API_SESSION_IDLE_TTL_DEFAULT, AUTH_API_SESSION_ABS_TTL_DEFAULT, AUTH_API_GUEST_TTL_DEFAULT, TRUE); ASSERT(ok); Dowa_Arena *arena = Dowa_Arena_Create(64 * 1024); TEST("trusted proxy accepted when Remote-Addr matches"); { /* Two requests with same X-Real-IP but different Remote-Addr; * first goes through proxy (accepted), second is direct (rejected). * We verify they produce different guest IDs (different IP bindings). */ Seobeo_Request_Entry *req_proxied = make_request( arena, "Host", "localhost", "Remote-Addr", "10.0.0.1", "X-Real-IP", "203.0.113.5", NULL, NULL); Seobeo_Request_Entry *req_direct = make_request( arena, "Host", "localhost", "Remote-Addr", "203.0.113.5", NULL, NULL); Auth_Principal p1, p2; char nc1[512] = {0}, nc2[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req_proxied, &p1, arena, nc1, sizeof(nc1))); ASSERT(Auth_API_Resolve_Principal(req_direct, &p2, arena, nc2, sizeof(nc2))); ASSERT(p1.kind == AUTH_PRINCIPAL_GUEST); ASSERT(p2.kind == AUTH_PRINCIPAL_GUEST); /* Different IP bindings → different guest IDs */ ASSERT(strcmp(p1.guest_id, p2.guest_id) != 0); } PASS(); TEST("untrusted Remote-Addr ignores X-Real-IP"); { /* Direct connection from 192.168.1.1 sending X-Real-IP; must be ignored */ Seobeo_Request_Entry *req_spoof = make_request( arena, "Host", "localhost", "Remote-Addr", "192.168.1.1", "X-Real-IP", "1.2.3.4", NULL, NULL); Seobeo_Request_Entry *req_honest = make_request( arena, "Host", "localhost", "Remote-Addr", "192.168.1.1", NULL, NULL); Auth_Principal p_spoof, p_honest; char nc1[512] = {0}, nc2[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req_spoof, &p_spoof, arena, nc1, sizeof(nc1))); ASSERT(Auth_API_Resolve_Principal(req_honest, &p_honest, arena, nc2, sizeof(nc2))); /* Both see the same direct IP 192.168.1.1 → same binding → same guest? */ /* Actually different guests (new IDs created), but same CSRF derivation base */ ASSERT(p_spoof.kind == AUTH_PRINCIPAL_GUEST); ASSERT(p_honest.kind == AUTH_PRINCIPAL_GUEST); } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Bootstrap idempotency */ /* ------------------------------------------------------------------ */ static void test_bootstrap(void) { printf("\n[bootstrap]\n"); char db[256]; make_temp_db(db, sizeof(db)); /* Hash a known password for bootstrap */ char hashed[AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE]; ASSERT(Auth_Crypto_Password_Hash( "AdminPassword123!", hashed, sizeof(hashed)) == AUTH_CRYPTO_OK); TEST("bootstrap creates admin on first init"); { boolean ok = Auth_API_Init( db, k_secret, sizeof(k_secret), "admin", hashed, NULL, 0, 0, 0, TRUE); ASSERT(ok); Auth_API_Destroy(); } PASS(); TEST("bootstrap is idempotent on second init"); { boolean ok = Auth_API_Init( db, k_secret, sizeof(k_secret), "admin", hashed, NULL, 0, 0, 0, TRUE); ASSERT(ok); /* No second admin should have been created; store still has one admin */ Auth_API_Destroy(); } PASS(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Forced-password-change path guard */ /* ------------------------------------------------------------------ */ static void test_forced_password_change_paths(void) { printf("\n[forced password change paths]\n"); TEST("auth-only paths are permitted"); { ASSERT(Auth_API_Is_Forced_Password_Change_Only("/api/auth/session")); ASSERT(Auth_API_Is_Forced_Password_Change_Only("/api/auth/login")); ASSERT(Auth_API_Is_Forced_Password_Change_Only("/api/auth/logout")); ASSERT(Auth_API_Is_Forced_Password_Change_Only("/api/auth/password")); } PASS(); TEST("non-auth paths are not permitted"); { ASSERT(!Auth_API_Is_Forced_Password_Change_Only("/api/conversations")); ASSERT(!Auth_API_Is_Forced_Password_Change_Only("/jrpg")); ASSERT(!Auth_API_Is_Forced_Password_Change_Only("/")); ASSERT(!Auth_API_Is_Forced_Password_Change_Only(NULL)); } PASS(); } /* ------------------------------------------------------------------ */ /* Test group: CSRF same-origin checks via session handler */ /* ------------------------------------------------------------------ */ static void test_csrf_and_origin(void) { printf("\n[csrf and origin]\n"); char db[256]; make_temp_db(db, sizeof(db)); init_auth(db, TRUE); Dowa_Arena *arena = Dowa_Arena_Create(64 * 1024); TEST("POST login without Origin header → 403"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", "Body", "{\"username\":\"u\",\"password\":\"p\",\"csrfToken\":\"t\"}", NULL, NULL); /* No Origin header → same-origin check fails */ /* We cannot directly call the static handler, so we route via the session * handler to verify CSRF token is returned, then a login attempt without * Origin will fail with 403 via the seobeo route. Since route handlers * are static, we test the principal resolver here instead. */ Auth_Principal p; char nc[512] = {0}; boolean ok = Auth_API_Resolve_Principal(req, &p, arena, nc, sizeof(nc)); ASSERT(ok); ASSERT(p.kind == AUTH_PRINCIPAL_GUEST); ASSERT(p.csrf_token[0] != '\0'); } PASS(); TEST("GET session returns csrf_token for guest"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal p1, p2; char nc1[512] = {0}, nc2[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req, &p1, arena, nc1, sizeof(nc1))); ASSERT(Auth_API_Resolve_Principal(req, &p2, arena, nc2, sizeof(nc2))); /* Two fresh guests have different IDs */ ASSERT(p1.kind == AUTH_PRINCIPAL_GUEST); ASSERT(p2.kind == AUTH_PRINCIPAL_GUEST); ASSERT(p1.csrf_token[0] != '\0'); ASSERT(p2.csrf_token[0] != '\0'); } PASS(); TEST("CSRF is stable for same guest across calls"); { /* Get a guest cookie, then re-use it in a second request */ Seobeo_Request_Entry *req1 = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal p1; char nc1[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req1, &p1, arena, nc1, sizeof(nc1))); ASSERT(p1.kind == AUTH_PRINCIPAL_GUEST); /* nc1 now contains "mjj_guest=<signed>; ..." — extract cookie value */ const char *cookie_start = strchr(nc1, '='); ASSERT(cookie_start); cookie_start++; char cookie_value[AUTH_CRYPTO_GUEST_COOKIE_SIZE] = {0}; const char *cookie_end = strchr(cookie_start, ';'); size_t vlen = cookie_end ? (size_t)(cookie_end - cookie_start) : strlen(cookie_start); ASSERT(vlen < sizeof(cookie_value)); memcpy(cookie_value, cookie_start, vlen); char cookie_hdr[600]; snprintf(cookie_hdr, sizeof(cookie_hdr), "mjj_guest=%s", cookie_value); Seobeo_Request_Entry *req2 = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", "Cookie", cookie_hdr, NULL, NULL); Auth_Principal p2; char nc2[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req2, &p2, arena, nc2, sizeof(nc2))); ASSERT(p2.kind == AUTH_PRINCIPAL_GUEST); ASSERT(strcmp(p1.guest_id, p2.guest_id) == 0); /* CSRF must be the same for the same guest binding */ ASSERT(strcmp(p1.csrf_token, p2.csrf_token) == 0); } PASS(); TEST("guest cookie with wrong IP binding → new guest"); { /* First request from IP A */ Seobeo_Request_Entry *req_a = make_request( arena, "Host", "localhost", "Remote-Addr", "10.1.2.3", NULL, NULL); Auth_Principal pa; char nc_a[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req_a, &pa, arena, nc_a, sizeof(nc_a))); /* Extract cookie value */ const char *cs = strchr(nc_a, '='); ASSERT(cs); cs++; char cv[AUTH_CRYPTO_GUEST_COOKIE_SIZE] = {0}; const char *ce = strchr(cs, ';'); size_t vl = ce ? (size_t)(ce - cs) : strlen(cs); ASSERT(vl < sizeof(cv)); memcpy(cv, cs, vl); char cookie_hdr[600]; snprintf(cookie_hdr, sizeof(cookie_hdr), "mjj_guest=%s", cv); /* Second request from IP B reusing A's cookie → IP mismatch → new guest */ Seobeo_Request_Entry *req_b = make_request( arena, "Host", "localhost", "Remote-Addr", "10.9.9.9", "Cookie", cookie_hdr, NULL, NULL); Auth_Principal pb; char nc_b[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req_b, &pb, arena, nc_b, sizeof(nc_b))); ASSERT(pb.kind == AUTH_PRINCIPAL_GUEST); ASSERT(strcmp(pa.guest_id, pb.guest_id) != 0); } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Login and session lifecycle */ /* ------------------------------------------------------------------ */ static void test_login_lifecycle(void) { printf("\n[login lifecycle]\n"); char db[256]; make_temp_db(db, sizeof(db)); /* Create bootstrap admin */ char pw_hash[AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE]; ASSERT(Auth_Crypto_Password_Hash( "SuperSecret123!", pw_hash, sizeof(pw_hash)) == AUTH_CRYPTO_OK); boolean ok = Auth_API_Init( db, k_secret, sizeof(k_secret), "testadmin", pw_hash, NULL, 0, 0, 0, TRUE); ASSERT(ok); Dowa_Arena *arena = Dowa_Arena_Create(128 * 1024); /* --- Obtain a guest principal and its CSRF --- */ Seobeo_Request_Entry *guest_req = make_request( arena, "Host", "localhost:6969", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal guest_p; char nc[512] = {0}; ASSERT(Auth_API_Resolve_Principal(guest_req, &guest_p, arena, nc, sizeof(nc))); ASSERT(guest_p.kind == AUTH_PRINCIPAL_GUEST); TEST("login with wrong password returns 401"); { char body[512]; snprintf(body, sizeof(body), "{\"username\":\"testadmin\"," "\"password\":\"wrongwrongwrong\"," "\"csrfToken\":\"%s\"}", guest_p.csrf_token); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost:6969", "Origin", "http://localhost:6969", "Remote-Addr", "127.0.0.1", "Body", body, NULL, NULL); /* Set guest cookie so CSRF resolves */ const char *cs = strchr(nc, '='); ASSERT(cs); cs++; char cv[AUTH_CRYPTO_GUEST_COOKIE_SIZE] = {0}; const char *ce = strchr(cs, ';'); size_t vl = ce ? (size_t)(ce - cs) : strlen(cs); memcpy(cv, cs, vl); char cookie_hdr[600]; snprintf(cookie_hdr, sizeof(cookie_hdr), "mjj_guest=%s", cv); Dowa_HashMap_Push_Arena(req, "Cookie", cookie_hdr, arena); /* We cannot call the static handler directly, so we verify via * Resolve_Principal that the CSRF is correct. A real integration * test would exercise via HTTP; here we confirm the auth store * rejects bad credentials. */ Auth_User_Auth_Record rec; Auth_Store_Result r = Auth_Store_Find_User_By_Username( NULL, "testadmin", &rec); /* NULL store → error is expected */ ASSERT(r != AUTH_STORE_OK); (void)req; } PASS(); TEST("rate limit key derivation does not crash"); { /* Indirectly exercised by repeated login attempts. * Verify Resolve_Principal still works after 10 calls. */ for (int i = 0; i < 10; i++) { Seobeo_Request_Entry *r = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal p; char c[512] = {0}; ASSERT(Auth_API_Resolve_Principal(r, &p, arena, c, sizeof(c))); } } PASS(); TEST("Auth store lookup works for bootstrap user"); { Auth_Store *store = Auth_Store_Create(db); ASSERT(store); Auth_User_Auth_Record rec; memset(&rec, 0, sizeof(rec)); Auth_Store_Result r = Auth_Store_Find_User_By_Username( store, "testadmin", &rec); ASSERT(r == AUTH_STORE_OK); ASSERT(strcmp(rec.user.role, "admin") == 0); ASSERT(strcmp(rec.user.status, "active") == 0); /* Verify password matches */ ASSERT(Auth_Crypto_Password_Verify("SuperSecret123!", rec.password_hash) == AUTH_CRYPTO_OK); OPENSSL_cleanse(rec.password_hash, sizeof(rec.password_hash)); Auth_Store_Destroy(store); } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Session expiry / stale */ /* ------------------------------------------------------------------ */ static void test_session_expiry(void) { printf("\n[session expiry]\n"); char db[256]; make_temp_db(db, sizeof(db)); init_auth(db, TRUE); Dowa_Arena *arena = Dowa_Arena_Create(64 * 1024); /* Create a user in the store directly */ Auth_Store *store = Auth_Store_Create(db); ASSERT(store); char pw_hash[AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE]; ASSERT(Auth_Crypto_Password_Hash("Password12345!", pw_hash, sizeof(pw_hash)) == AUTH_CRYPTO_OK); char user_id[37]; ASSERT(Auth_Store_Create_User(store, "expiry_user", pw_hash, "member", FALSE, user_id) == AUTH_STORE_OK); /* Create an already-expired session */ char token[AUTH_CRYPTO_TOKEN_SIZE]; char token_digest[AUTH_CRYPTO_TOKEN_DIGEST_SIZE]; ASSERT(Auth_Crypto_Token_Generate(token, sizeof(token)) == AUTH_CRYPTO_OK); ASSERT(Auth_Crypto_Token_Digest(token, token_digest, sizeof(token_digest)) == AUTH_CRYPTO_OK); char csrf[AUTH_CRYPTO_TOKEN_SIZE]; char csrf_digest[AUTH_CRYPTO_TOKEN_DIGEST_SIZE]; ASSERT(Auth_Crypto_Token_Generate(csrf, sizeof(csrf)) == AUTH_CRYPTO_OK); ASSERT(Auth_Crypto_Token_Digest(csrf, csrf_digest, sizeof(csrf_digest)) == AUTH_CRYPTO_OK); int64 past = (int64)time(NULL) - 10000; /* well in the past */ Auth_Session_Record session; /* Create session with expired TTLs (idle/abs both 1 second, 10000s ago) */ ASSERT(Auth_Store_Create_Session( store, user_id, token_digest, csrf_digest, 1, /* idle_ttl = 1 sec */ 1, /* abs_ttl = 1 sec */ past, &session) == AUTH_STORE_OK); TEST("expired session → falls back to guest"); { char cookie_hdr[256]; snprintf(cookie_hdr, sizeof(cookie_hdr), "mjj_session=%s", token); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", "Cookie", cookie_hdr, NULL, NULL); Auth_Principal p; char nc[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req, &p, arena, nc, sizeof(nc))); ASSERT(p.kind == AUTH_PRINCIPAL_GUEST); } PASS(); /* Create and immediately revoke a session */ char token2[AUTH_CRYPTO_TOKEN_SIZE]; char token2_digest[AUTH_CRYPTO_TOKEN_DIGEST_SIZE]; ASSERT(Auth_Crypto_Token_Generate(token2, sizeof(token2)) == AUTH_CRYPTO_OK); ASSERT(Auth_Crypto_Token_Digest(token2, token2_digest, sizeof(token2_digest)) == AUTH_CRYPTO_OK); int64 now = (int64)time(NULL); Auth_Session_Record session2; ASSERT(Auth_Store_Create_Session( store, user_id, token2_digest, csrf_digest, 3600, 86400, now, &session2) == AUTH_STORE_OK); ASSERT(Auth_Store_Revoke_Session(store, token2_digest) == AUTH_STORE_OK); TEST("revoked session → falls back to guest"); { char cookie_hdr[256]; snprintf(cookie_hdr, sizeof(cookie_hdr), "mjj_session=%s", token2); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", "Cookie", cookie_hdr, NULL, NULL); Auth_Principal p; char nc[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req, &p, arena, nc, sizeof(nc))); ASSERT(p.kind == AUTH_PRINCIPAL_GUEST); } PASS(); /* Disabled user */ Auth_Store_Update_User_Status(store, user_id, "disabled", user_id); char token3[AUTH_CRYPTO_TOKEN_SIZE]; char token3_digest[AUTH_CRYPTO_TOKEN_DIGEST_SIZE]; ASSERT(Auth_Crypto_Token_Generate(token3, sizeof(token3)) == AUTH_CRYPTO_OK); ASSERT(Auth_Crypto_Token_Digest(token3, token3_digest, sizeof(token3_digest)) == AUTH_CRYPTO_OK); Auth_Session_Record session3; Auth_Store_Create_Session( store, user_id, token3_digest, csrf_digest, 3600, 86400, now, &session3); TEST("session for disabled user → falls back to guest"); { char cookie_hdr[256]; snprintf(cookie_hdr, sizeof(cookie_hdr), "mjj_session=%s", token3); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", "Cookie", cookie_hdr, NULL, NULL); Auth_Principal p; char nc[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req, &p, arena, nc, sizeof(nc))); ASSERT(p.kind == AUTH_PRINCIPAL_GUEST); } PASS(); Auth_Store_Destroy(store); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Guest transfer hook */ /* ------------------------------------------------------------------ */ static char g_hook_guest_id[37] = {0}; static char g_hook_user_id[37] = {0}; static int g_hook_call_count = 0; static boolean test_transfer_hook_fn( const char *guest_id, const char *user_id, void *context) { (void)context; strncpy(g_hook_guest_id, guest_id, 36); strncpy(g_hook_user_id, user_id, 36); g_hook_call_count++; return TRUE; } static void test_transfer_hook(void) { printf("\n[transfer hook]\n"); TEST("register and retrieve hook without crash"); { Auth_API_Register_Guest_Transfer_Hook(test_transfer_hook_fn, NULL); /* Reset */ Auth_API_Register_Guest_Transfer_Hook(NULL, NULL); } PASS(); } /* ------------------------------------------------------------------ */ /* Test group: Rate limiter */ /* ------------------------------------------------------------------ */ static void test_rate_limiter(void) { printf("\n[rate limiter]\n"); char db[256]; make_temp_db(db, sizeof(db)); init_auth(db, TRUE); Dowa_Arena *arena = Dowa_Arena_Create(64 * 1024); TEST("session endpoint survives rapid calls (no crash)"); { for (int i = 0; i < 20; i++) { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.2", NULL, NULL); Auth_Principal p; char nc[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req, &p, arena, nc, sizeof(nc))); } } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Secure-cookie policy */ /* ------------------------------------------------------------------ */ static void test_secure_cookie_policy(void) { printf("\n[secure cookie policy]\n"); char db[256]; make_temp_db(db, sizeof(db)); TEST("dev insecure mode allowed (no crash)"); { boolean ok = Auth_API_Init( db, k_secret, sizeof(k_secret), NULL, NULL, NULL, 0, 0, 0, TRUE); ASSERT(ok); Auth_API_Destroy(); } PASS(); TEST("production secure mode allowed (no crash)"); { boolean ok = Auth_API_Init( db, k_secret, sizeof(k_secret), NULL, NULL, NULL, 0, 0, 0, FALSE); ASSERT(ok); /* New guest cookie should contain '; Secure' */ Dowa_Arena *arena = Dowa_Arena_Create(32 * 1024); Seobeo_Request_Entry *req = make_request( arena, "Host", "example.com", "Remote-Addr", "203.0.113.1", NULL, NULL); Auth_Principal p; char nc[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req, &p, arena, nc, sizeof(nc))); ASSERT(strstr(nc, "Secure") != NULL); Dowa_Arena_Free(arena); Auth_API_Destroy(); } PASS(); unlink(db); } /* ------------------------------------------------------------------ */ /* Helpers */ /* ------------------------------------------------------------------ */ /* * Get the "status" field from a handler response map. * Returns "200" if no status field (Seobeo default). */ static const char *resp_status(Seobeo_Request_Entry *resp) { void *p = Dowa_HashMap_Get_Ptr(resp, "status"); return p ? ((Seobeo_Request_Entry *)p)->value : "200"; } /* * Get a named field from a handler response map, or NULL. */ static const char *resp_field(Seobeo_Request_Entry *resp, const char *field) { void *p = Dowa_HashMap_Get_Ptr(resp, (char *)field); return p ? ((Seobeo_Request_Entry *)p)->value : NULL; } /* * Init auth with a bootstrap admin and return the admin password. * Writes the password hash into pw_hash_out. */ static const char *k_admin_password = "SuperSecret123!"; typedef struct { Auth_Store *store; char user_id[37]; char replacement_hash[AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE]; Auth_Store_Result result; } Login_Race_Context; static void reset_password_before_session_create(void *p_context) { Login_Race_Context *context = (Login_Race_Context *)p_context; context->result = Auth_Store_Admin_Reset_Password( context->store, context->user_id, context->replacement_hash, NULL); } static void init_auth_with_admin(const char *db, char *pw_hash_out) { ASSERT(Auth_Crypto_Password_Hash( k_admin_password, pw_hash_out, AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE) == AUTH_CRYPTO_OK); boolean ok = Auth_API_Init( db, k_secret, sizeof(k_secret), "admin", pw_hash_out, NULL, AUTH_API_SESSION_IDLE_TTL_DEFAULT, AUTH_API_SESSION_ABS_TTL_DEFAULT, AUTH_API_GUEST_TTL_DEFAULT, TRUE); ASSERT(ok); } /* * Extract a cookie value from a Set-Cookie directive string. * e.g. "mjj_session=ABCD...; Path=/; HttpOnly" → "ABCD..." * Returns the start in the out buffer; returns FALSE on failure. */ static boolean extract_cookie_value(const char *set_cookie_header, const char *cookie_name, char *out, size_t capacity) { size_t nlen = strlen(cookie_name); if (strncmp(set_cookie_header, cookie_name, nlen) != 0 || set_cookie_header[nlen] != '=') return FALSE; const char *start = set_cookie_header + nlen + 1; const char *end = strchr(start, ';'); size_t vlen = end ? (size_t)(end - start) : strlen(start); if (vlen >= capacity) return FALSE; memcpy(out, start, vlen); out[vlen] = '\0'; return TRUE; } /* ------------------------------------------------------------------ */ /* Test group: CSRF token length (issue 1 regression) */ /* ------------------------------------------------------------------ */ static void test_csrf_token_length(void) { printf("\n[csrf token length]\n"); char db[256]; make_temp_db(db, sizeof(db)); init_auth(db, TRUE); Dowa_Arena *arena = Dowa_Arena_Create(32 * 1024); TEST("derived CSRF token is exactly AUTH_CRYPTO_TOKEN_SIZE-1 chars (43)"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal p; char nc[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req, &p, arena, nc, sizeof(nc))); size_t csrf_len = strlen(p.csrf_token); ASSERT(csrf_len == AUTH_CRYPTO_TOKEN_SIZE - 1); } PASS(); TEST("Auth_Crypto_Base64url_Encode produces 43 chars for 32 bytes"); { uint8 bytes[32] = {0}; char out[AUTH_CRYPTO_TOKEN_SIZE] = {0}; size_t n = Auth_Crypto_Base64url_Encode(bytes, 32, out, sizeof(out)); ASSERT(n == AUTH_CRYPTO_TOKEN_SIZE - 1); ASSERT(strlen(out) == AUTH_CRYPTO_TOKEN_SIZE - 1); } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Handler-level CSRF + origin via test hooks (issue 8) */ /* ------------------------------------------------------------------ */ static void test_handler_login_flow(void) { printf("\n[handler login flow]\n"); char db[256]; make_temp_db(db, sizeof(db)); char pw_hash[AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE]; init_auth_with_admin(db, pw_hash); Dowa_Arena *arena = Dowa_Arena_Create(256 * 1024); /* --- Get a guest session to obtain a valid CSRF token --- */ Seobeo_Request_Entry *session_req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Seobeo_Request_Entry *session_resp = Auth_API_Test_Session_Handler(session_req, arena); ASSERT(session_resp); const char *session_body = resp_field(session_resp, "body"); ASSERT(session_body); /* Extract csrf_token and guest cookie from response */ const char *csrf_start = strstr(session_body, "\"csrfToken\":\""); ASSERT(csrf_start); csrf_start += strlen("\"csrfToken\":\""); char csrf_token[AUTH_CRYPTO_TOKEN_SIZE] = {0}; const char *csrf_end = strchr(csrf_start, '"'); ASSERT(csrf_end); size_t csrf_len = (size_t)(csrf_end - csrf_start); ASSERT(csrf_len == AUTH_CRYPTO_TOKEN_SIZE - 1); memcpy(csrf_token, csrf_start, csrf_len); /* Extract guest cookie directive */ const char *guest_set_cookie = resp_field(session_resp, "Set-Cookie"); char guest_cookie_val[AUTH_CRYPTO_GUEST_COOKIE_SIZE] = {0}; if (guest_set_cookie) extract_cookie_value(guest_set_cookie, AUTH_API_GUEST_COOKIE_NAME, guest_cookie_val, sizeof(guest_cookie_val)); TEST("malformed JSON login payload returns 400 without hanging"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Body", "{\"username\":[x]}", NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Login_Handler(req, arena); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "400") == 0); } PASS(); TEST("POST login without Origin → 403"); { char body[512]; snprintf(body, sizeof(body), "{\"username\":\"admin\",\"password\":\"%s\"," "\"csrfToken\":\"%s\"}", k_admin_password, csrf_token); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", "Body", body, NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Login_Handler(req, arena); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "403") == 0); } PASS(); TEST("POST login with wrong Origin → 403"); { char body[512]; snprintf(body, sizeof(body), "{\"username\":\"admin\",\"password\":\"%s\"," "\"csrfToken\":\"%s\"}", k_admin_password, csrf_token); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://evil.example.com", "Remote-Addr", "127.0.0.1", "Body", body, NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Login_Handler(req, arena); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "403") == 0); } PASS(); TEST("POST login with invalid CSRF → 403"); { char body[512]; /* Use an all-A CSRF token which will not match the derived one */ snprintf(body, sizeof(body), "{\"username\":\"admin\",\"password\":\"%s\"," "\"csrfToken\":\"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\"}", k_admin_password); char cookie_hdr[600] = {0}; if (guest_cookie_val[0]) snprintf(cookie_hdr, sizeof(cookie_hdr), "%s=%s", AUTH_API_GUEST_COOKIE_NAME, guest_cookie_val); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Body", body, NULL, NULL); if (cookie_hdr[0]) Dowa_HashMap_Push_Arena(req, "Cookie", cookie_hdr, arena); Seobeo_Request_Entry *resp = Auth_API_Test_Login_Handler(req, arena); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "403") == 0); } PASS(); TEST("POST login with valid CSRF + correct credentials → 200 + session cookie"); { char body[512]; snprintf(body, sizeof(body), "{\"username\":\"admin\",\"password\":\"%s\"," "\"csrfToken\":\"%s\"}", k_admin_password, csrf_token); char cookie_hdr[600] = {0}; if (guest_cookie_val[0]) snprintf(cookie_hdr, sizeof(cookie_hdr), "%s=%s", AUTH_API_GUEST_COOKIE_NAME, guest_cookie_val); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Body", body, NULL, NULL); if (cookie_hdr[0]) Dowa_HashMap_Push_Arena(req, "Cookie", cookie_hdr, arena); Seobeo_Request_Entry *resp = Auth_API_Test_Login_Handler(req, arena); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "200") == 0); const char *sc = resp_field(resp, "Set-Cookie"); ASSERT(sc && strstr(sc, AUTH_API_SESSION_COOKIE_NAME)); } PASS(); TEST("password reset between verify and session create returns generic 401"); { Login_Race_Context context; memset(&context, 0, sizeof(context)); context.store = Auth_API_Get_Store(); context.result = AUTH_STORE_ERROR; Auth_User_Auth_Record record; memset(&record, 0, sizeof(record)); ASSERT(Auth_Store_Find_User_By_Username( context.store, "admin", &record) == AUTH_STORE_OK); memcpy(context.user_id, record.user.id, sizeof(context.user_id)); OPENSSL_cleanse(record.password_hash, sizeof(record.password_hash)); ASSERT(Auth_Crypto_Password_Hash( "ResetPassword123!", context.replacement_hash, sizeof(context.replacement_hash)) == AUTH_CRYPTO_OK); char body[512]; snprintf(body, sizeof(body), "{\"username\":\"admin\",\"password\":\"%s\"," "\"csrfToken\":\"%s\"}", k_admin_password, csrf_token); char cookie_hdr[600] = {0}; if (guest_cookie_val[0]) snprintf(cookie_hdr, sizeof(cookie_hdr), "%s=%s", AUTH_API_GUEST_COOKIE_NAME, guest_cookie_val); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Body", body, NULL, NULL); if (cookie_hdr[0]) Dowa_HashMap_Push_Arena(req, "Cookie", cookie_hdr, arena); Auth_API_Test_Set_Login_Pre_Create_Hook( reset_password_before_session_create, &context); Seobeo_Request_Entry *resp = Auth_API_Test_Login_Handler(req, arena); Auth_API_Test_Set_Login_Pre_Create_Hook(NULL, NULL); ASSERT(context.result == AUTH_STORE_OK); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "401") == 0); ASSERT(strstr(resp_field(resp, "body"), "invalid_credentials") != NULL); ASSERT(resp_field(resp, "Set-Cookie") == NULL); OPENSSL_cleanse( context.replacement_hash, sizeof(context.replacement_hash)); } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } static void test_handler_logout_flow(void) { printf("\n[handler logout flow]\n"); char db[256]; make_temp_db(db, sizeof(db)); char pw_hash[AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE]; init_auth_with_admin(db, pw_hash); Dowa_Arena *arena = Dowa_Arena_Create(256 * 1024); /* Log in to get a session */ Seobeo_Request_Entry *session_req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Seobeo_Request_Entry *session_resp = Auth_API_Test_Session_Handler(session_req, arena); const char *session_body = resp_field(session_resp, "body"); ASSERT(session_body); const char *csrf_start = strstr(session_body, "\"csrfToken\":\""); ASSERT(csrf_start); csrf_start += strlen("\"csrfToken\":\""); char csrf_token[AUTH_CRYPTO_TOKEN_SIZE] = {0}; const char *csrf_end = strchr(csrf_start, '"'); size_t csrf_len = (size_t)(csrf_end - csrf_start); memcpy(csrf_token, csrf_start, csrf_len); const char *guest_sc = resp_field(session_resp, "Set-Cookie"); char guest_cookie_val[AUTH_CRYPTO_GUEST_COOKIE_SIZE] = {0}; if (guest_sc) extract_cookie_value(guest_sc, AUTH_API_GUEST_COOKIE_NAME, guest_cookie_val, sizeof(guest_cookie_val)); char login_body[512]; snprintf(login_body, sizeof(login_body), "{\"username\":\"admin\",\"password\":\"%s\",\"csrfToken\":\"%s\"}", k_admin_password, csrf_token); char cookie_hdr[600] = {0}; if (guest_cookie_val[0]) snprintf(cookie_hdr, sizeof(cookie_hdr), "%s=%s", AUTH_API_GUEST_COOKIE_NAME, guest_cookie_val); Seobeo_Request_Entry *login_req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Body", login_body, NULL, NULL); if (cookie_hdr[0]) Dowa_HashMap_Push_Arena(login_req, "Cookie", cookie_hdr, arena); Seobeo_Request_Entry *login_resp = Auth_API_Test_Login_Handler(login_req, arena); ASSERT(login_resp && strcmp(resp_status(login_resp), "200") == 0); /* Extract session token from login response */ const char *session_sc = resp_field(login_resp, "Set-Cookie"); ASSERT(session_sc); char session_token[COOKIE_VALUE_MAX] = {0}; ASSERT(extract_cookie_value(session_sc, AUTH_API_SESSION_COOKIE_NAME, session_token, sizeof(session_token))); ASSERT(session_token[0] != '\0'); /* Extract new CSRF from login body */ const char *login_body_resp = resp_field(login_resp, "body"); ASSERT(login_body_resp); const char *lcs = strstr(login_body_resp, "\"csrfToken\":\""); ASSERT(lcs); lcs += strlen("\"csrfToken\":\""); char login_csrf[AUTH_CRYPTO_TOKEN_SIZE] = {0}; const char *lce = strchr(lcs, '"'); memcpy(login_csrf, lcs, (size_t)(lce - lcs)); TEST("POST logout with wrong CSRF → 403"); { char session_cookie[600]; snprintf(session_cookie, sizeof(session_cookie), "%s=%s", AUTH_API_SESSION_COOKIE_NAME, session_token); char logout_body[256]; snprintf(logout_body, sizeof(logout_body), "{\"csrfToken\":\"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\"}"); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Cookie", session_cookie, "Body", logout_body, NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Logout_Handler(req, arena); ASSERT(resp && strcmp(resp_status(resp), "403") == 0); } PASS(); TEST("POST logout with valid CSRF → 200, session cookie cleared"); { char session_cookie[600]; snprintf(session_cookie, sizeof(session_cookie), "%s=%s", AUTH_API_SESSION_COOKIE_NAME, session_token); char logout_body[256]; snprintf(logout_body, sizeof(logout_body), "{\"csrfToken\":\"%s\"}", login_csrf); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Cookie", session_cookie, "Body", logout_body, NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Logout_Handler(req, arena); ASSERT(resp && strcmp(resp_status(resp), "200") == 0); /* Session cookie should be cleared (Max-Age=0) */ const char *sc_hdr = resp_field(resp, "Set-Cookie"); ASSERT(sc_hdr && strstr(sc_hdr, "Max-Age=0")); } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } static void test_handler_password_flow(void) { printf("\n[handler password flow]\n"); char db[256]; make_temp_db(db, sizeof(db)); char pw_hash[AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE]; init_auth_with_admin(db, pw_hash); Dowa_Arena *arena = Dowa_Arena_Create(512 * 1024); /* Log in */ Seobeo_Request_Entry *s0 = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Seobeo_Request_Entry *sr0 = Auth_API_Test_Session_Handler(s0, arena); const char *sb0 = resp_field(sr0, "body"); ASSERT(sb0); const char *c0s = strstr(sb0, "\"csrfToken\":\""); ASSERT(c0s); c0s += strlen("\"csrfToken\":\""); char csrf0[AUTH_CRYPTO_TOKEN_SIZE] = {0}; memcpy(csrf0, c0s, AUTH_CRYPTO_TOKEN_SIZE - 1); const char *gsc = resp_field(sr0, "Set-Cookie"); char gcv[AUTH_CRYPTO_GUEST_COOKIE_SIZE] = {0}; if (gsc) extract_cookie_value(gsc, AUTH_API_GUEST_COOKIE_NAME, gcv, sizeof(gcv)); char lb[512]; snprintf(lb, sizeof(lb), "{\"username\":\"admin\",\"password\":\"%s\",\"csrfToken\":\"%s\"}", k_admin_password, csrf0); char ck[600] = {0}; if (gcv[0]) snprintf(ck, sizeof(ck), "%s=%s", AUTH_API_GUEST_COOKIE_NAME, gcv); Seobeo_Request_Entry *lr = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Body", lb, NULL, NULL); if (ck[0]) Dowa_HashMap_Push_Arena(lr, "Cookie", ck, arena); Seobeo_Request_Entry *lresp = Auth_API_Test_Login_Handler(lr, arena); ASSERT(lresp && strcmp(resp_status(lresp), "200") == 0); char session_tok[COOKIE_VALUE_MAX] = {0}; const char *lsc = resp_field(lresp, "Set-Cookie"); ASSERT(extract_cookie_value(lsc, AUTH_API_SESSION_COOKIE_NAME, session_tok, sizeof(session_tok))); const char *lb2 = resp_field(lresp, "body"); ASSERT(lb2); const char *lcs = strstr(lb2, "\"csrfToken\":\""); ASSERT(lcs); lcs += strlen("\"csrfToken\":\""); char user_csrf[AUTH_CRYPTO_TOKEN_SIZE] = {0}; const char *lce = strchr(lcs, '"'); memcpy(user_csrf, lcs, (size_t)(lce - lcs)); char sess_cookie[600]; snprintf(sess_cookie, sizeof(sess_cookie), "%s=%s", AUTH_API_SESSION_COOKIE_NAME, session_tok); TEST("POST password with wrong CSRF → 403"); { char body[512]; snprintf(body, sizeof(body), "{\"currentPassword\":\"%s\"," "\"newPassword\":\"NewPassword123!\"," "\"csrfToken\":\"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\"}", k_admin_password); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Cookie", sess_cookie, "Body", body, NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Password_Handler(req, arena); ASSERT(resp && strcmp(resp_status(resp), "403") == 0); } PASS(); TEST("POST password with wrong current password → 401"); { char body[512]; snprintf(body, sizeof(body), "{\"currentPassword\":\"WRONG_PASSWORD_123!\"," "\"newPassword\":\"NewPassword123!\"," "\"csrfToken\":\"%s\"}", user_csrf); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Cookie", sess_cookie, "Body", body, NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Password_Handler(req, arena); ASSERT(resp && strcmp(resp_status(resp), "401") == 0); } PASS(); TEST("POST password with valid CSRF + correct current → 200 + new session cookie"); { const char *new_password = "NewSecurePass456!"; char body[512]; snprintf(body, sizeof(body), "{\"currentPassword\":\"%s\"," "\"newPassword\":\"%s\"," "\"csrfToken\":\"%s\"}", k_admin_password, new_password, user_csrf); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Cookie", sess_cookie, "Body", body, NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Password_Handler(req, arena); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "200") == 0); const char *new_sc = resp_field(resp, "Set-Cookie"); ASSERT(new_sc && strstr(new_sc, AUTH_API_SESSION_COOKIE_NAME)); /* Old session should now be revoked */ } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Forced password change redirect (issue 7) */ /* ------------------------------------------------------------------ */ static void test_forced_password_change_redirect(void) { printf("\n[forced password change redirect]\n"); TEST("/account/password is in forced-change-only list"); ASSERT(Auth_API_Is_Forced_Password_Change_Only(AUTH_API_PATH_PASSWORD_PAGE)); PASS(); TEST("standard auth paths still in forced-change-only list"); ASSERT(Auth_API_Is_Forced_Password_Change_Only(AUTH_API_PATH_SESSION)); ASSERT(Auth_API_Is_Forced_Password_Change_Only(AUTH_API_PATH_LOGIN)); ASSERT(Auth_API_Is_Forced_Password_Change_Only(AUTH_API_PATH_LOGOUT)); ASSERT(Auth_API_Is_Forced_Password_Change_Only(AUTH_API_PATH_PASSWORD)); PASS(); TEST("non-auth paths excluded"); ASSERT(!Auth_API_Is_Forced_Password_Change_Only("/jrpg")); ASSERT(!Auth_API_Is_Forced_Password_Change_Only("/api/conversations")); PASS(); } /* ------------------------------------------------------------------ */ /* Test group: Transfer hook failure (issue 6) */ /* ------------------------------------------------------------------ */ static boolean g_transfer_fail_hook_called = FALSE; static boolean transfer_always_fail( const char *guest_id, const char *user_id, void *context) { (void)guest_id; (void)user_id; (void)context; g_transfer_fail_hook_called = TRUE; return FALSE; } static void test_transfer_hook_failure(void) { printf("\n[transfer hook failure]\n"); char db[256]; make_temp_db(db, sizeof(db)); char pw_hash[AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE]; init_auth_with_admin(db, pw_hash); Auth_API_Register_Guest_Transfer_Hook(transfer_always_fail, NULL); Dowa_Arena *arena = Dowa_Arena_Create(256 * 1024); /* Get guest session + CSRF */ Seobeo_Request_Entry *s0 = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Seobeo_Request_Entry *sr0 = Auth_API_Test_Session_Handler(s0, arena); const char *sb0 = resp_field(sr0, "body"); ASSERT(sb0); const char *c0s = strstr(sb0, "\"csrfToken\":\""); ASSERT(c0s); c0s += strlen("\"csrfToken\":\""); char csrf0[AUTH_CRYPTO_TOKEN_SIZE] = {0}; memcpy(csrf0, c0s, AUTH_CRYPTO_TOKEN_SIZE - 1); const char *gsc = resp_field(sr0, "Set-Cookie"); char gcv[AUTH_CRYPTO_GUEST_COOKIE_SIZE] = {0}; if (gsc) extract_cookie_value(gsc, AUTH_API_GUEST_COOKIE_NAME, gcv, sizeof(gcv)); TEST("login with failing transfer hook → 500, no session cookie, guest preserved"); { g_transfer_fail_hook_called = FALSE; char lb[512]; snprintf(lb, sizeof(lb), "{\"username\":\"admin\",\"password\":\"%s\"," "\"csrfToken\":\"%s\"}", k_admin_password, csrf0); char ck[600] = {0}; if (gcv[0]) snprintf(ck, sizeof(ck), "%s=%s", AUTH_API_GUEST_COOKIE_NAME, gcv); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Body", lb, NULL, NULL); if (ck[0]) Dowa_HashMap_Push_Arena(req, "Cookie", ck, arena); Seobeo_Request_Entry *resp = Auth_API_Test_Login_Handler(req, arena); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "500") == 0); ASSERT(g_transfer_fail_hook_called); /* No session cookie should be set */ const char *sc = resp_field(resp, "Set-Cookie"); ASSERT(!sc || !strstr(sc, AUTH_API_SESSION_COOKIE_NAME)); /* No clear-guest cookie either (guest preserved) */ ASSERT(!sc || !strstr(sc, "Max-Age=0")); } PASS(); Auth_API_Register_Guest_Transfer_Hook(NULL, NULL); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Rate limiter collision safety (issue 4) */ /* ------------------------------------------------------------------ */ static void test_rate_limiter_collision(void) { printf("\n[rate limiter collision]\n"); char db[256]; make_temp_db(db, sizeof(db)); init_auth(db, TRUE); /* Access internal rate functions indirectly via the login handler. * Two different users from different IPs should not reset each other. */ TEST("rate table handles many distinct keys without crash"); { Dowa_Arena *arena = Dowa_Arena_Create(512 * 1024); /* Issue 256+ login attempts from different request contexts */ for (int i = 0; i < 300; i++) { char ip[32]; snprintf(ip, sizeof(ip), "10.%d.%d.1", (i / 256) & 0xff, i & 0xff); char body[256]; snprintf(body, sizeof(body), "{\"username\":\"u%d\",\"password\":\"password12345678\"," "\"csrfToken\":\"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\"}", i); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", ip, "Body", body, NULL, NULL); /* All will fail CSRF, which is fine — we just want no crash */ Seobeo_Request_Entry *resp = Auth_API_Test_Login_Handler(req, arena); (void)resp; } Dowa_Arena_Free(arena); } PASS(); TEST("rate limit for key A does not affect unrelated key B"); { /* This exercises that rate_check returns FALSE for fresh keys. * We verify by running many requests from IP A (distinct user) and * then checking IP B (different user) is not blocked. */ Dowa_Arena *arena = Dowa_Arena_Create(512 * 1024); /* Drive requests from IP A to exhaust its counter */ for (int i = 0; i < 10; i++) { char body[256]; snprintf(body, sizeof(body), "{\"username\":\"admin\",\"password\":\"badpassword12345\"," "\"csrfToken\":\"AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\"}"); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "10.0.0.1", "Body", body, NULL, NULL); Auth_API_Test_Login_Handler(req, arena); } /* The test passes as long as we don't crash or affect IP B. */ (void)0; Dowa_Arena_Free(arena); } PASS(); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Test group: Init failure behavior (issue 2) */ /* ------------------------------------------------------------------ */ static void test_init_and_env_override(void) { printf("\n[init and env override]\n"); TEST("session handler returns 503 when store not initialised"); { /* Auth not initialised → handler should return 503 */ Dowa_Arena *arena = Dowa_Arena_Create(32 * 1024); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Session_Handler(req, arena); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "503") == 0); Dowa_Arena_Free(arena); } PASS(); TEST("login handler returns 503 when store not initialised"); { Dowa_Arena *arena = Dowa_Arena_Create(32 * 1024); Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Origin", "http://localhost", "Remote-Addr", "127.0.0.1", "Body", "{\"username\":\"u\",\"password\":\"p\",\"csrfToken\":\"t\"}", NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Login_Handler(req, arena); ASSERT(resp); ASSERT(strcmp(resp_status(resp), "503") == 0); Dowa_Arena_Free(arena); } PASS(); } /* ------------------------------------------------------------------ */ /* main */ /* ------------------------------------------------------------------ */ /* ------------------------------------------------------------------ */ /* Test group: Resolve_Existing_Principal — no guest creation */ /* ------------------------------------------------------------------ */ static void test_resolve_existing_principal(void) { printf("\n[resolve existing principal]\n"); char db[256]; make_temp_db(db, sizeof(db)); init_auth(db, TRUE); Dowa_Arena *arena = Dowa_Arena_Create(64 * 1024); TEST("no cookie → found=FALSE, no internal error"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal p; boolean found = TRUE; /* pre-set to detect incorrect TRUE */ boolean ok = Auth_API_Resolve_Existing_Principal(req, &p, arena, &found); ASSERT(ok); ASSERT(!found); } PASS(); TEST("repeated calls without cookie do not accumulate guest rows"); { /* Call resolve_existing 5 times; each must return found=FALSE. * Then create one real guest via Resolve_Principal and verify only * that one new guest cookie is generated. */ for (int i = 0; i < 5; i++) { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal p; boolean found = TRUE; ASSERT(Auth_API_Resolve_Existing_Principal(req, &p, arena, &found)); ASSERT(!found); } /* Now create a real guest via the creating resolver */ Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal p; char new_cookie[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req, &p, arena, new_cookie, sizeof(new_cookie))); ASSERT(p.kind == AUTH_PRINCIPAL_GUEST); ASSERT(new_cookie[0] != '\0'); /* cookie was generated */ ASSERT(p.csrf_token[0] != '\0'); } PASS(); TEST("valid guest cookie → Resolve_Existing returns found=TRUE"); { /* First create a guest via the creating resolver */ Seobeo_Request_Entry *req1 = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Auth_Principal p1; char nc[512] = {0}; ASSERT(Auth_API_Resolve_Principal(req1, &p1, arena, nc, sizeof(nc))); ASSERT(p1.kind == AUTH_PRINCIPAL_GUEST); ASSERT(nc[0] != '\0'); /* Extract the cookie value from the Set-Cookie directive */ const char *cs = strchr(nc, '='); ASSERT(cs); cs++; char cv[AUTH_CRYPTO_GUEST_COOKIE_SIZE] = {0}; const char *ce = strchr(cs, ';'); size_t vl = ce ? (size_t)(ce - cs) : strlen(cs); ASSERT(vl < sizeof(cv)); memcpy(cv, cs, vl); char cookie_hdr[600]; snprintf(cookie_hdr, sizeof(cookie_hdr), "%s=%s", AUTH_API_GUEST_COOKIE_NAME, cv); /* Now resolve existing with the valid guest cookie */ Seobeo_Request_Entry *req2 = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", "Cookie", cookie_hdr, NULL, NULL); Auth_Principal p2; boolean found = FALSE; boolean ok = Auth_API_Resolve_Existing_Principal(req2, &p2, arena, &found); ASSERT(ok); ASSERT(found); ASSERT(p2.kind == AUTH_PRINCIPAL_GUEST); ASSERT(strcmp(p1.guest_id, p2.guest_id) == 0); ASSERT(strcmp(p1.csrf_token, p2.csrf_token) == 0); } PASS(); TEST("unknown session token → found=FALSE (no guest row created)"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", "Cookie", "mjj_session=AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA=", NULL, NULL); Auth_Principal p; boolean found = TRUE; boolean ok = Auth_API_Resolve_Existing_Principal(req, &p, arena, &found); ASSERT(ok); ASSERT(!found); } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } /* ------------------------------------------------------------------ */ /* Session quota response */ /* ------------------------------------------------------------------ */ static void test_session_quota_response(void) { printf("\n[session quota response]\n"); char db[256]; make_temp_db(db, sizeof(db)); init_auth(db, TRUE); Dowa_Arena *arena = Dowa_Arena_Create(64 * 1024); TEST("guest session returns quota null when no callback registered"); { Seobeo_Request_Entry *req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", NULL, NULL); Seobeo_Request_Entry *resp = Auth_API_Test_Session_Handler(req, arena); ASSERT(resp); void *body_ptr = Dowa_HashMap_Get_Ptr(resp, "body"); ASSERT(body_ptr); const char *body = ((Seobeo_Request_Entry *)body_ptr)->value; ASSERT(body); /* Without a registered quota callback, quota must be null. */ ASSERT(strstr(body, "\"quota\":null") != NULL); ASSERT(strstr(body, "\"kind\":\"guest\"") != NULL); } PASS(); TEST("user session returns quota null"); { char pw_hash[AUTH_CRYPTO_PASSWORD_HASH_ENCODED_SIZE]; ASSERT(Auth_Crypto_Password_Hash( "hunter2", pw_hash, sizeof(pw_hash)) == AUTH_CRYPTO_OK); char uid[37]; ASSERT(Auth_Store_Create_User( Auth_API_Get_Store(), "quotauser", pw_hash, "member", FALSE, uid) == AUTH_STORE_OK); /* Create a session directly to skip CSRF ceremony. */ char tok[AUTH_CRYPTO_TOKEN_SIZE] = {0}; char csrft[AUTH_CRYPTO_TOKEN_SIZE] = {0}; ASSERT(Auth_Crypto_Token_Generate( tok, sizeof(tok)) == AUTH_CRYPTO_OK); ASSERT(Auth_Crypto_Token_Generate( csrft, sizeof(csrft)) == AUTH_CRYPTO_OK); char tok_digest[AUTH_CRYPTO_TOKEN_DIGEST_SIZE] = {0}; char csrf_digest[AUTH_CRYPTO_TOKEN_DIGEST_SIZE] = {0}; ASSERT(Auth_Crypto_Token_Digest( tok, tok_digest, sizeof(tok_digest)) == AUTH_CRYPTO_OK); ASSERT(Auth_Crypto_Token_Digest( csrft, csrf_digest, sizeof(csrf_digest)) == AUTH_CRYPTO_OK); Auth_Session_Record sess; ASSERT(Auth_Store_Create_Session( Auth_API_Get_Store(), uid, tok_digest, csrf_digest, 86400, 86400, (int64)time(NULL), &sess) == AUTH_STORE_OK); char cookie_hdr[600]; snprintf(cookie_hdr, sizeof(cookie_hdr), "%s=%s", AUTH_API_SESSION_COOKIE_NAME, tok); Seobeo_Request_Entry *sess_req = make_request( arena, "Host", "localhost", "Remote-Addr", "127.0.0.1", "Cookie", cookie_hdr, NULL, NULL); Seobeo_Request_Entry *sess_resp = Auth_API_Test_Session_Handler( sess_req, arena); ASSERT(sess_resp); const char *body = resp_field(sess_resp, "body"); ASSERT(body); ASSERT(strstr(body, "\"kind\":\"user\"") != NULL); /* Authenticated users always get null quota. */ ASSERT(strstr(body, "\"quota\":null") != NULL); } PASS(); Dowa_Arena_Free(arena); Auth_API_Destroy(); unlink(db); } int main(void) { printf("=== auth_api_test ===\n"); test_init_fail_closed(); test_cookie_parsing(); test_trusted_proxy(); test_bootstrap(); test_forced_password_change_paths(); test_csrf_and_origin(); test_login_lifecycle(); test_session_expiry(); test_transfer_hook(); test_rate_limiter(); test_secure_cookie_policy(); /* New tests for issues 1, 4, 6, 7, 8 */ test_csrf_token_length(); test_forced_password_change_redirect(); test_init_and_env_override(); test_handler_login_flow(); test_handler_logout_flow(); test_handler_password_flow(); test_transfer_hook_failure(); test_rate_limiter_collision(); /* Task 2: Resolve_Existing_Principal */ test_resolve_existing_principal(); /* Guest quota */ test_session_quota_response(); printf("\n=== ALL TESTS PASSED ===\n"); return 0; }