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SirHumza--orbisRPC/tests/test_utils.c
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#include "../orbisrpc/jsonlite.h"
#include "../orbisrpc/b64.h"
#include "../orbisrpc/sfo.h"
#include "../orbisrpc/tmdb_crypto.h"
#include "../orbisrpc/updater.h"
#include "../orbisrpc/art.h"
#include "../orbisrpc/health.h"
#include "../orbisrpc/cfg.h"
#include "../orbisrpc/appdb.h"
#include "../orbisrpc/discord.h"
#include "../orbisrpc/timesync.h"
#include "../orbisrpc/daemon.h"
#include "../orbisrpc/supervise.h"
#include "../orbisrpc/detect.h"
#include "../orbisrpc/procwalk.h"
#include "../orbisrpc/bigapp.h"
#include "../orbisrpc/retro.h"
#include "../orbisrpc/custom.h"
#include "../orbisrpc/pkgzone.h"
#include "../orbisrpc/gamecache.h"
#include "../orbisrpc/fw.h"
#include "../orbisrpc/ws.h"
#include "../orbisrpc/gamecache.h"
#include "../orbisrpc/pkgzone.h"
#include "../installer/icfg.h"
#include "sqlite3.h"
#include <string.h>
/* discord.c host stubs: builder tests never touch the wire. */
int detect_media_type(const char *t){
if(t && !strcmp(t, "CUSA00127")) return 3;
return 0;
}
int ws_connect(ws_t *w, const char *h, int p, const char *r, const char *k){
(void)w; (void)h; (void)p; (void)r; (void)k; return -1;
}
int ws_send_text(ws_t *w, const char *m, size_t n){
(void)w; (void)m; (void)n; return -1;
}
int ws_recv_frame(ws_t *w, char *b, size_t c, int *o, int *f){
(void)w; (void)b; (void)c; (void)o; (void)f; return -1;
}
int ws_pong(ws_t *w){ (void)w; return -1; }
int ws_close(ws_t *w){ (void)w; return -1; }
/* ws.c itself is not linked on the host (it owns a tls_ctx_t), so the pure
* drain arithmetic comes in directly. Only ws_skip_plan is needed, and it is
* real code compiled from the real source, not a copy. */
#include "../orbisrpc/ws_skip.c"
#include "../orbisrpc/ws_env.c"
#include <mbedtls/ecdsa.h>
#include <mbedtls/ecp.h>
#include <mbedtls/ctr_drbg.h>
#include <mbedtls/entropy.h>
#include <mbedtls/sha256.h>
#include <assert.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <stdint.h>
#include <unistd.h>
#include <errno.h>
#include <fcntl.h>
#include <sys/stat.h>
/* Portable temp dir (mkdtemp needs feature macros this toolchain lacks). */
static int make_tmpdir(char *out, size_t cap){
static int seq = 0;
snprintf(out, cap, "/tmp/orx_test_%d_%d", (int)getpid(), seq++);
if(mkdir(out, 0700) != 0) return -1;
return 0;
}
static void test_json(void) {
const char input[] = "{\"name\":\"A\\u00e9\",\"items\":[true,2,null]}";
jl_val_t *root = jl_parse(input, sizeof(input) - 1);
assert(root && root->type == JL_OBJECT);
assert(strcmp(jl_obj_get(root, "name")->str, "A\xc3\xa9") == 0);
assert(jl_arr_at(jl_obj_get(root, "items"), 0)->num == 1);
assert(jl_arr_at(jl_obj_get(root, "items"), 1)->num == 2);
assert(jl_arr_at(jl_obj_get(root, "items"), 2)->type == JL_NULL);
jl_free(root);
assert(jl_parse("{} trailing", 11) == NULL);
assert(jl_parse("[1,]", 4) == NULL);
assert(jl_parse("\"unterminated", 13) == NULL);
}
static void test_gateway_op_spoof(void) {
/* string value containing `"op":` must not spoof the real op */
const char input[] = "{\"note\":\"x \\\"op\\\":99 y\",\"op\":10,\"s\":42}";
jl_val_t *r = jl_parse(input, sizeof(input)-1);
assert(r && r->type == JL_OBJECT);
const jl_val_t *op = jl_obj_get(r, "op");
const jl_val_t *s = jl_obj_get(r, "s");
assert(op && op->type == JL_NUMBER && (int)op->num == 10);
assert(s && s->type == JL_NUMBER && (int)s->num == 42);
jl_free(r);
/* missing op -> NULL, not crash */
const char no_op[] = "{\"t\":\"READY\"}";
jl_val_t *r2 = jl_parse(no_op, sizeof(no_op)-1);
assert(r2 && jl_obj_get(r2, "op") == NULL);
jl_free(r2);
}
/* --- oversized-frame drain arithmetic ---------------------------------
* A real account's READY measured 11.7 MB (four attempts, 11695449 /
* 11694320 / 11694256 / 11706895), past the old 8 MB cap, so identify never
* completed. The drain then left the socket mid-frame and the next parse
* read JSON payload as a header (op=2 fin=0 plen=125 b1=0x22 -- a quote).
* ws_skip_plan is the pure piece, so the silent failure modes are pinned
* here instead of on the console. */
static void test_ws_skip_plan(void) {
uint64_t left = 0xdeadbeef;
/* The real READY, header just eaten, nothing of the body buffered. */
ws_skip_plan(11695449, 0, &left);
assert(left == 11695449);
/* Part of the body already buffered: drain only the remainder. */
ws_skip_plan(11695449, 65536, &left);
assert(left == 11695449 - 65536);
/* Body fully buffered already -> nothing left to discard. This is the
* saturation case; the old bare subtraction underflowed to ~1.8e19 here
* and the drain never terminated. */
ws_skip_plan(1000, 1000, &left);
assert(left == 0);
/* More buffered than the header claimed: must still saturate, never wrap. */
ws_skip_plan(1000, 5000, &left);
assert(left == 0);
ws_skip_plan(100, (size_t)-1, &left);
assert(left == 0);
/* Draining to exactly zero must land on zero, not one byte over. */
ws_skip_plan(2048, 2047, &left);
assert(left == 1);
ws_skip_plan(2048, 2048, &left);
assert(left == 0);
/* The cap the console actually hits: 11.7 MB frame, 32 MB buffer. */
ws_skip_plan(11695449, 32768, &left);
assert(left == 11695449 - 32768);
/* A frame larger than even the raised cap still drains sanely. */
ws_skip_plan((uint64_t)64 * 1024 * 1024, 0, &left);
assert(left == (uint64_t)64 * 1024 * 1024);
/* NULL out-pointer must not crash. */
ws_skip_plan(1000, 10, NULL);
/* The cap must actually be above the measured READY, or every one of
* these scenarios returns to the console as a failed connect. */
assert(WS_RBUF_MAX > 11706895);
}
/* The envelope must be reportable BEFORE the body is fully drained.
*
* Console 2026-10-09: a 5.8 MB READY streamed correctly but took longer than
* the 20 s identify deadline, so waiting for the whole frame produced
* "no READY after identify (timeout)". op/s/t sit in the first few hundred
* bytes, so the caller must be able to act on them immediately while the
* remainder drains in the background. */
static void test_ws_env_early_report(void) {
ws_env_t e;
char out[256];
ws_env_init(&e);
/* Only the envelope so far -- the "d" object has not arrived. */
const char *head = "{\"op\":0,\"s\":41,\"t\":\"READY\",\"d\":{";
ws_env_feed(&e, (const unsigned char*)head, strlen(head));
assert(ws_env_complete(&e)); /* complete despite the body */
size_t n = ws_env_render(&e, out, sizeof out);
assert(n > 0);
assert(strstr(out, "\"t\":\"READY\""));
/* A missing "s" must not stall the report. op and t are what the callers
* read; requiring all three meant one unmatched field blocked the whole
* 5.8 MB drain, which is the 2026-10-09 timeout. */
ws_env_init(&e);
const char *nos = "{\"op\":0,\"t\":\"READY\",\"d\":{";
ws_env_feed(&e, (const unsigned char*)nos, strlen(nos));
assert(!e.have_s);
assert(ws_env_complete(&e));
assert(ws_env_render(&e, out, sizeof out) > 0);
/* Op alone is not enough: is_ready() needs t. */
ws_env_init(&e);
const char *not_ = "{\"op\":0,\"d\":{";
ws_env_feed(&e, (const unsigned char*)not_, strlen(not_));
assert(e.have_op && !e.have_t);
assert(!ws_env_complete(&e));
assert(WS_BODY_MAX < 5836474);
}
static void test_ws_skip_plan_early(void) {
/* Re-assert the drain can continue after an early report: arming with 0
* leaves the full plen pending, which is what the background drain uses. */
uint64_t left = 0;
ws_skip_plan(5836474, 0, &left);
assert(left == 5836474);
/* And a drained frame reports nothing further rather than a lost frame. */
ws_skip_plan(0, 0, &left);
assert(left == 0);
}
/* Simulate ws_recv_frame's drain over a real-sized frame with a realistically
* full buffer, and prove it consumes EXACTLY plen payload bytes.
*
* This is the regression test for the 2026-10-09 connect failure. ws.c passed
* the already-buffered payload count into ws_skip_plan AND let the drain
* consume those bytes again, so the drain stopped payload_here bytes early
* and the next parse read mid-payload as a frame header (observed:
* op=10 fin=0 plen=116 b1=0x3a b2=0x74 -- ':' and 't' out of READY's "d").
* Asserting the helper alone could not catch it; the arithmetic has to be
* replayed the way ws_recv_frame actually drives it. */
static void test_ws_drain_length(void) {
const uint64_t plen = 5836474; /* real READY from the 2026-10-09 log */
const size_t rcap = 65536; /* WS_BODY_MAX / WS_RBUF_MIN */
const size_t hdr = 10; /* 64-bit length prefix */
/* ws_recv_frame arms the drain with no payload removed, then the drain
* loop consumes whatever is buffered before reading more. */
uint64_t skip_left = 0;
ws_skip_plan(plen, 0, &skip_left);
assert(skip_left == plen);
/* Model the buffer: first read fills it completely. */
size_t rlen = rcap;
uint64_t consumed = 0;
int rounds = 0;
while(skip_left > 0){
size_t take = (size_t)((skip_left < rlen) ? skip_left : rlen);
skip_left -= take;
consumed += take;
rlen -= take; /* compaction: rpos back to 0 */
if(rlen == 0){ /* buffer emptied, read more */
size_t space = rcap;
size_t remaining = (size_t)((skip_left < space) ? skip_left : space);
rlen = remaining;
skip_left -= remaining;
consumed += remaining;
}
if(++rounds > 100000){ assert(0 && "drain did not terminate"); }
}
/* The whole point: exactly plen bytes consumed, so the next byte read is
* the next frame's header. */
assert(consumed == plen);
assert(rounds > 1); /* it really did take many rounds */
/* Replay the buggy arming too: it lands short by exactly the buffered
* count, which is what desynced the stream. */
uint64_t buggy_skip = 0;
ws_skip_plan(plen, rcap - hdr, &buggy_skip);
assert(buggy_skip == plen - (rcap - hdr));
{
size_t rlen2 = rcap, rounds2 = 0;
uint64_t consumed2 = 0, sl = buggy_skip;
while(sl > 0){
size_t take = (size_t)((sl < rlen2) ? sl : rlen2);
sl -= take; consumed2 += take; rlen2 -= take;
if(rlen2 == 0){
size_t sp = rcap;
size_t rem = (size_t)((sl < sp) ? sl : sp);
rlen2 = rem; sl -= rem; consumed2 += rem;
}
if(++rounds2 > 100000) break;
}
/* Short by payload_here -> next parse starts inside the payload. */
assert(consumed2 == plen - (uint64_t)(rcap - hdr));
assert(consumed2 != plen);
}
}
/* Replica of discord.c's top_val() depth-1 lookup. The rendered envelope is
* only useful if THIS can find "t" inside it, and top_val() is static in
* discord.c so the host suite cannot call it directly. Kept byte-for-byte in
* behaviour: keys only count at depth 1, counted by '{' and '['.
*
* This is the check that was missing. ws_env_render() originally emitted a
* bare "op":0,"t":"READY" with no braces, so depth never reached 1,
* is_ready() never matched, and the handshake timed out even though the
* envelope came back in one second (console 2026-10-09). */
static const char *test_top_val(const char *json, size_t len, const char *key){
size_t kl = strlen(key);
int depth = 0, instr = 0, esc = 0;
for(size_t i = 0; i < len; i++){
char c = json[i];
if(instr){
if(esc) esc = 0;
else if(c == '\\') esc = 1;
else if(c == '"') instr = 0;
continue;
}
if(c == '"'){
size_t j = i + 1, k = 0;
while(j < len && k < kl && json[j] == key[k]){ j++; k++; }
if(k == kl && j < len && json[j] == '"'){
j++;
while(j < len && (json[j] == ' ' || json[j] == '\t')) j++;
if(j < len && json[j] == ':'){
if(depth == 1) return json + j + 1;
i = j; continue;
}
}
instr = 1; continue;
}
if(c == '{' || c == '[') depth++;
else if(c == '}' || c == ']') depth--;
}
return NULL;
}
/* The rendered envelope must be readable by the real consumer. */
static void test_ws_env_renders_parseable(void) {
char out[256];
ws_env_t e;
ws_env_init(&e);
const char *p = "{\"op\":0,\"s\":41,\"t\":\"READY\",\"d\":{}}";
ws_env_feed(&e, (const unsigned char*)p, strlen(p));
size_t n = ws_env_render(&e, out, sizeof out);
assert(n > 0);
/* Well-formed object: the braces must be there. */
assert(out[0] == '{');
assert(out[n - 1] == '}');
/* And depth-1 lookup, which is what is_ready()/gw_op() actually do. */
const char *t = test_top_val(out, n, "t");
assert(t != NULL);
assert(!memcmp(t, "\"READY\"", 7));
const char *op = test_top_val(out, n, "op");
assert(op != NULL);
assert(!memcmp(op, "0", 1));
const char *s = test_top_val(out, n, "s");
assert(s != NULL);
assert(!memcmp(s, "41", 2));
/* "d" was never captured, so it must not be findable. */
assert(test_top_val(out, n, "d") == NULL);
/* A nested "t" must NOT be reachable at depth 1. */
ws_env_init(&e);
p = "{\"op\":9,\"t\":\"RESUMED\",\"d\":{\"t\":\"NESTED\"}}";
ws_env_feed(&e, (const unsigned char*)p, strlen(p));
n = ws_env_render(&e, out, sizeof out);
t = test_top_val(out, n, "t");
assert(t != NULL);
assert(!memcmp(t, "\"RESUMED\"", 9));
}
/* --- oversized-frame envelope scraping ---------------------------------
* Buffering READY forced rbuf to double to 16 MB and exhausted console
* memory (2026-10-09: "ws: rbuf grow fail", then a permanent connect
* failure). The payload is now streamed and only op/s/t kept, so these pin
* the extractor that makes that safe. */
static void test_ws_env(void) {
char out[256];
/* The real shape: envelope first, 12 MB of "d" after. */
{
ws_env_t e;
ws_env_init(&e);
const char *p = "{\"op\":0,\"s\":41,\"t\":\"READY\",\"d\":{"
"\"user\":{\"id\":\"1\",\"s\":9},\"guilds\":[]}}";
ws_env_feed(&e, (const unsigned char*)p, strlen(p));
assert(e.have_op && e.have_s && e.have_t);
assert(ws_env_complete(&e));
size_t n = ws_env_render(&e, out, sizeof out);
assert(n > 0);
assert(strstr(out, "\"op\":0"));
assert(strstr(out, "\"s\":41"));
assert(strstr(out, "\"t\":\"READY\""));
assert(!strstr(out, "\"d\"")); /* the 12 MB we never want */
}
/* Nested keys must not be mistaken for the envelope's. This is the real
* hazard: "d" contains "s" and "t" of its own. */
{
ws_env_t e;
ws_env_init(&e);
const char *p = "{\"op\":9,\"s\":7,\"t\":\"RESUMED\",\"d\":"
"{\"s\":\"SHOULD-NOT-WIN\",\"t\":\"ALSO-NOT\"}}";
ws_env_feed(&e, (const unsigned char*)p, strlen(p));
assert(!strcmp(e.s, "7"));
assert(!strcmp(e.t, "RESUMED"));
assert(!strcmp(e.op, "9"));
}
/* Key split across a chunk boundary: "RE" | "ADY". */
{
ws_env_t e;
ws_env_init(&e);
const char *a = "{\"op\":0,\"s\":41,\"t\":\"RE";
const char *b = "ADY\",\"d\":{}}";
ws_env_feed(&e, (const unsigned char*)a, strlen(a));
ws_env_feed(&e, (const unsigned char*)b, strlen(b));
assert(!strcmp(e.t, "READY"));
assert(ws_env_complete(&e));
}
/* Byte-at-a-time: the worst chunking the socket can produce. */
{
ws_env_t e;
ws_env_init(&e);
const char *p = "{\"op\":0,\"s\":41,\"t\":\"READY\",\"d\":{}}";
for(size_t i = 0; p[i]; i++) ws_env_feed(&e, (const unsigned char*)p + i, 1);
assert(!strcmp(e.op, "0"));
assert(!strcmp(e.s, "41"));
assert(!strcmp(e.t, "READY"));
}
/* Window saturation must not spin forever waiting for more, and must not
* overflow the fixed 2 KB window. */
{
ws_env_t e;
ws_env_init(&e);
static char big[WS_ENV_WINDOW * 3];
memset(big, 'x', sizeof big);
ws_env_feed(&e, (const unsigned char*)big, sizeof big);
assert(e.winlen == WS_ENV_WINDOW);
assert(ws_env_complete(&e)); /* saturated -> done, not stuck */
ws_env_feed(&e, (const unsigned char*)big, sizeof big);
assert(e.winlen == WS_ENV_WINDOW); /* still bounded */
}
/* Nothing captured -> render returns 0 so the caller keeps the old
* "skipped frame" behaviour instead of reading an empty frame. */
{
ws_env_t e;
ws_env_init(&e);
const char *p = "{\"d\":{\"huge\":true}}";
ws_env_feed(&e, (const unsigned char*)p, strlen(p));
assert(ws_env_render(&e, out, sizeof out) == 0);
}
/* Caller buffer too small must refuse rather than truncate into a
* malformed JSON envelope. */
{
ws_env_t e;
ws_env_init(&e);
const char *p = "{\"op\":0,\"s\":41,\"t\":\"READY\"}";
ws_env_feed(&e, (const unsigned char*)p, strlen(p));
assert(ws_env_render(&e, out, 4) == 0);
assert(ws_env_render(&e, out, sizeof out) > 0);
}
/* NULL safety. */
ws_env_init(NULL);
ws_env_feed(NULL, (const unsigned char*)"x", 1);
assert(ws_env_complete(NULL) == 0);
assert(ws_env_render(NULL, out, sizeof out) == 0);
/* The cap must sit below a real READY or the whole thing is pointless. */
assert(WS_BODY_MAX < 11695449);
}
/* --- community title list (custom.json) ----------------------------------
* The final resolver in the chain, and the only one with no prefix gate: it
* runs for any TITLEID nothing else could name. Body shape is deliberately
* identical to the retro indexes so the same streaming scanner serves both. */
static void test_custom_extract(void) {
char name[CUSTOM_MAX_NAME], url[CUSTOM_MAX_URL];
/* Spacing is not cosmetic. custom_resolve() matches on the literal byte
* run "id":"<TITLEID>", so a space after the colon -- what a normal JSON
* pretty-printer emits -- makes every lookup miss silently, and the
* payload falls back to the raw TITLEID with nothing logged. config/custom.json
* is compact for exactly this reason, and add_custom_title.py writes it
* with separators=(',', ':') to keep it that way. This case pins the
* failure so a "just pretty-print the file" change cannot pass unnoticed;
* when the matcher is loosened to tolerate whitespace, flip the assert to
* ==1 and check the name -- that is the point the spaced form turns safe. */
{
const char *spaced =
"[{\n {\"id\": \"ORPC00009\", \"name\": \"Spaced Entry\"}\n]";
assert(custom_extract(spaced, strlen(spaced), "\"id\":\"ORPC00009\"",
name, sizeof name, url, sizeof url) == 0);
assert(name[0] == 0); /* buffers still cleared on the miss */
/* The id is present and findable without the colon -- which is what a
* whitespace-tolerant matcher would key on instead. */
assert(strstr(spaced, "\"ORPC00009\"") != NULL);
}
/* Real shape, as written by scripts/add_custom_title.py -- compact. */
{
const char *body =
"[{\"id\":\"ORPC00001\",\"name\":\"First App\","
"\"cover\":\"https://x/a.png\"},"
"{\"id\":\"ORPC00002\",\"name\":\"Second App\","
"\"cover\":\"https://x/b.png\"}]";
assert(custom_extract(body, strlen(body), "\"id\":\"ORPC00001\"",
name, sizeof name, url, sizeof url) == 1);
assert(!strcmp(name, "First App"));
assert(!strcmp(url, "https://x/a.png"));
assert(custom_extract(body, strlen(body), "\"id\":\"ORPC00002\"",
name, sizeof name, url, sizeof url) == 1);
assert(!strcmp(name, "Second App"));
}
/* Entry with no cover: the name must still resolve. Art falls back to the
* configured default rather than failing the lookup. */
{
const char *body = "[{\"id\":\"ORPC00003\",\"name\":\"No Art App\"}]";
assert(custom_extract(body, strlen(body), "\"id\":\"ORPC00003\"",
name, sizeof name, url, sizeof url) == 1);
assert(!strcmp(name, "No Art App"));
assert(url[0] == 0);
}
/* Escapes: names carry quotes and backslashes (same constraint the retro
* indexes have, which is why both share jsonstr.c). */
{
const char *body =
"[{\"id\":\"ORPC00004\","
"\"name\":\"He said \\\"hi\\\" \\\\ away\"}]";
assert(custom_extract(body, strlen(body), "\"id\":\"ORPC00004\"",
name, sizeof name, url, sizeof url) == 1);
assert(!strcmp(name, "He said \"hi\" \\ away"));
}
/* Long name must not be hard-truncated mid-way. */
{
const char *body =
"[{\"id\":\"ORPC00005\",\"name\":"
"\"Kidou Senshi Gundam Giren no Yabou - Zeon Dokuritsu Sensouden & "
"Kidou Senshi Gundam Giren no Yabou - Zeon Dokuritsu Sensouden - "
"Kouryaku Shireisho (Gundam The Best)\"}]";
assert(custom_extract(body, strlen(body), "\"id\":\"ORPC00005\"",
name, sizeof name, url, sizeof url) == 1);
assert(strstr(name, "Gundam The Best") != NULL);
}
/* Miss: buffers cleared, not left holding the previous title. A stale name
* here would be posted as the current game's name. */
{
const char *body = "[{\"id\":\"ORPC00006\",\"name\":\"Other\"}]";
strcpy(name, "STALE");
strcpy(url, "STALE");
assert(custom_extract(body, strlen(body), "\"id\":\"NOTHERE\"",
name, sizeof name, url, sizeof url) == 0);
assert(name[0] == 0);
assert(url[0] == 0);
}
/* Degenerate input must not read out of bounds. */
assert(custom_extract(NULL, 10, "\"id\":\"X\"", name, sizeof name, url, sizeof url) == 0);
assert(custom_extract("[]", 2, NULL, name, sizeof name, url, sizeof url) == 0);
assert(custom_extract("[", 1, "\"id\":\"X\"", name, sizeof name, url, sizeof url) == 0);
assert(custom_extract("[]", 2, "\"id\":\"X\"", NULL, 0, NULL, 0) == 0);
}
static void test_json_oom_safe(void) {
jl_val_t *t = jl_parse("true", 4); assert(t != NULL); jl_free(t);
jl_val_t *f = jl_parse("false", 5); assert(f != NULL); jl_free(f);
jl_val_t *z = jl_parse("null", 4); assert(z != NULL); jl_free(z);
jl_val_t *n = jl_parse("123.5", 5);
assert(n && n->type == JL_NUMBER);
jl_free(n);
/* incomplete pair must fail cleanly, no leak/crash */
assert(jl_parse("{\"a\":", 5) == NULL);
assert(jl_parse("{\"a\":1", 6) == NULL);
/* oversize input refused before any allocation */
assert(jl_parse("[]", 5u*1024u*1024u) == NULL);
}
static void test_json_hostile(void) {
/* 200-deep nesting must be rejected, not stack-smash */
char deep[420];
memset(deep, '[', 200);
memset(deep+200, ']', 200);
deep[400] = 0;
assert(jl_parse(deep, 400) == NULL);
/* 60-deep is fine */
char okd[130];
memset(okd, '[', 60);
memset(okd+60, ']', 60);
okd[120] = 0;
jl_val_t *r = jl_parse(okd, 120);
assert(r && r->type == JL_ARRAY);
jl_free(r);
/* number running exactly to buffer end (no NUL past it) */
char num[16];
memcpy(num, "{\"s\":41250}", 11);
jl_val_t *r2 = jl_parse(num, 11);
assert(r2);
assert(jl_obj_get(r2, "s")->num == 41250);
jl_free(r2);
/* absurd number token fails cleanly */
char big[80];
memset(big, '9', 70);
big[70] = 0;
assert(jl_parse(big, 70) == NULL);
}
static void test_sfo(void) {
/* minimal synthetic param.sfo: header + 1 entry (TITLE="Terraria") */
unsigned char sfo[128];
char out[64];
memset(sfo, 0, sizeof sfo);
sfo[0]=0x00; sfo[1]='P'; sfo[2]='S'; sfo[3]='F';
sfo[4]=0x01; sfo[5]=0x02;
sfo[8]=36; sfo[12]=48; sfo[16]=1; /* keys@36 data@48 */
sfo[20]=0; sfo[21]=0; sfo[22]=0x04; sfo[23]=0; /* key_off=0 fmt=0x0004 */
sfo[24]=9; sfo[28]=16; sfo[32]=0; /* len=9 max=16 data_off=0 */
memcpy(sfo+36, "TITLE", 6);
memcpy(sfo+48, "Terraria", 9);
assert(sfo_title(sfo, 64, out, sizeof out) == 0);
assert(strcmp(out, "Terraria") == 0);
/* malformed: bad magic, truncated, insane count, OOB offsets */
unsigned char bad[64];
memset(bad, 0, sizeof bad);
assert(sfo_title(bad, sizeof bad, out, sizeof out) != 0);
assert(sfo_title(sfo, 10, out, sizeof out) != 0);
sfo[16]=200; /* count overflow */
assert(sfo_title(sfo, 64, out, sizeof out) != 0);
sfo[16]=1; sfo[8]=200; /* key_off OOB */
assert(sfo_title(sfo, 64, out, sizeof out) != 0);
sfo[8]=36;
/* tiny output buffer still safe */
assert(sfo_title(sfo, 64, out, 4) == 0);
assert(out[3] == 0);
/* unterminated key region: must fail, not read OOB */
memset(sfo, 0x41, sizeof sfo);
sfo[0]=0x00; sfo[1]='P'; sfo[2]='S'; sfo[3]='F';
sfo[8]=36; sfo[12]=48; sfo[16]=1;
sfo[20]=0; sfo[22]=0x04; sfo[24]=9; sfo[28]=16; sfo[32]=0;
assert(sfo_title(sfo, 64, out, sizeof out) != 0);
}
static void test_tmdb(void) {
unsigned char dig[20];
char hex[41];
int i;
/* SHA1("abc") = a9993e364706816aba3e25717850c26c9cd0d4d */
tmdb_sha1((const unsigned char *)"abc", 3, dig);
for(i=0;i<20;i++) snprintf(hex+2*i, 3, "%02x", dig[i]);
assert(strcmp(hex, "a9993e364706816aba3e25717850c26c9cd0d89d") == 0);
/* HMAC-SHA1 RFC 2202 case 1 */
{
unsigned char key[20];
memset(key, 0x0b, 20);
tmdb_hmac_sha1(key, 20, (const unsigned char *)"Hi There", 8, dig);
for(i=0;i<20;i++) snprintf(hex+2*i, 3, "%02x", dig[i]);
assert(strcmp(hex, "b617318655057264e28bc0b6fb378c8ef146be00") == 0);
}
/* URL path must match the hash Sony's live service accepts */
{
char path[128];
assert(tmdb_path("CUSA00740", path, sizeof path) == 0);
assert(strcmp(path, "/tmdb2/CUSA00740_00_95C83DE844D155477CB77C577A24D735F2E9AC08/CUSA00740_00.json") == 0);
assert(tmdb_path("junk!", path, sizeof path) != 0);
assert(tmdb_path("CUSA00740", path, 10) != 0);
}
/* response parse: name + icon URL.
* Sony's icon CDN still answers in http on some titles; Discord silently
* drops an activity whose artwork is a non-https external URL, so the
* scheme is upgraded rather than the asset being discarded. */
{
const char body[] = "{\"names\":[{\"name\":\"Terraria\"}],\"icons\":[{\"icon\":\"http://x/y/icon0.png\",\"type\":\"512x512\"}]}";
char name[64], icon[128];
assert(tmdb_parse(body, sizeof(body)-1, name, sizeof name, icon, sizeof icon) == 0);
assert(strcmp(name, "Terraria") == 0);
assert(strcmp(icon, "https://x/y/icon0.png") == 0);
/* already https: untouched */
const char body3[] = "{\"names\":[{\"name\":\"T\"}],\"icons\":[{\"icon\":\"https://x/y/i.png\"}]}";
assert(tmdb_parse(body3, sizeof(body3)-1, name, sizeof name, icon, sizeof icon) == 0);
assert(strcmp(icon, "https://x/y/i.png") == 0);
/* gs2 CDN form from the reference client */
const char body4[] = "{\"names\":[{\"name\":\"T\"}],\"icons\":[{\"icon\":\"http://gs2-sec.ww.prod.dl.playstation.net/a/b.png\"}]}";
assert(tmdb_parse(body4, sizeof(body4)-1, name, sizeof name, icon, sizeof icon) == 0);
assert(strcmp(icon, "https://gs2-sec.ww.prod.dl.playstation.net/a/b.png") == 0);
/* non-URL icon rejected, name still wins */
const char body2[] = "{\"names\":[{\"name\":\"X\"}],\"icons\":[{\"icon\":\"not a url\"}]}";
assert(tmdb_parse(body2, sizeof(body2)-1, name, sizeof name, icon, sizeof icon) == 0);
assert(icon[0] == 0);
/* no names -> fail */
assert(tmdb_parse("{\"icons\":[]}", 12, name, sizeof name, icon, sizeof icon) != 0);
}
}
static void test_updater(void) {
assert(updater_cmp("0.4.0", "0.4.0") == 0);
assert(updater_cmp("v0.4.1", "0.4.0") > 0);
assert(updater_cmp("0.4.0", "v0.4.1") < 0);
assert(updater_cmp("0.10.0", "0.9.9") > 0);
assert(updater_cmp("1.0", "1.0.0") == 0);
assert(updater_cmp(NULL, "0.1") < 0);
/* updater_cmp is the whole update check now: these are the cases that
* decide whether a GitHub tag counts as newer than the local version. */
assert(updater_cmp("2", "1.0.0") > 0); /* bare major, seen on console */
assert(updater_cmp("1.7.1", "1.0.0") > 0);
assert(updater_cmp("v1.1.0", "1.0.0") > 0); /* leading v stripped */
assert(updater_cmp("1.0.0", "1.0.0") == 0);
assert(updater_cmp("0.9.9", "1.0.0") < 0); /* older tag must not notify */
}
static void test_art_parse(void) {
/* Real external-assets response shape (verified against live API). */
const char *body = "[{\"url\":\"https://example.com/a.png\","
"\"external_asset_path\":\"external/ABC/https/example.com/a.png\"},"
"{\"url\":\"https://example.com/b.png\","
"\"external_asset_path\":\"external/DEF/https/example.com/b.png\"}]";
char out[128] = {0};
assert(art_parse_mp(body, strlen(body),
"https://example.com/b.png", out, sizeof out) == 1);
assert(strcmp(out, "mp:external/DEF/https/example.com/b.png") == 0);
assert(art_parse_mp(body, strlen(body),
"https://example.com/zzz.png", out, sizeof out) == 0);
assert(art_parse_mp("[]", 2, "x", out, sizeof out) == 0);
assert(art_parse_mp(NULL, 0, "x", out, sizeof out) == 0);
assert(art_resolve_mp("1", "t", "https://example.com/a.png", out, sizeof out) == 0);
}
static void test_health_safe_mode(void) {
/* Unclean-boot marker semantics: normal reboots never count. */
char dir[64];
assert(make_tmpdir(dir, sizeof dir) == 0);
health_set_base(dir);
health_mark_clean();
/* clean boot x3: counter stays 0, never safe mode */
assert(health_boot_note_crash() == 0);
health_mark_healthy();
assert(health_boot_note_crash() == 0);
health_mark_healthy();
assert(health_boot_note_crash() == 0);
/* now crash repeatedly WITHOUT going healthy: 1, 2, then safe */
assert(health_boot_note_crash() == 0); /* count=1 */
assert(health_boot_note_crash() == 0); /* count=2 */
assert(health_boot_note_crash() == 1); /* count=3 -> safe mode */
/* recovery clears */
health_mark_healthy();
assert(health_boot_note_crash() == 0);
health_mark_healthy();
}
static void test_base64(void) {
char out[32];
assert(b64_encode((const unsigned char *)"", 0, out) == 0);
assert(strcmp(out, "") == 0);
assert(b64_encode((const unsigned char *)"f", 1, out) == 4);
assert(strcmp(out, "Zg==") == 0);
assert(b64_encode((const unsigned char *)"fo", 2, out) == 4);
assert(strcmp(out, "Zm8=") == 0);
assert(b64_encode((const unsigned char *)"foo", 3, out) == 4);
assert(strcmp(out, "Zm9v") == 0);
}
static void test_cfg_titles(void) {
char dir[64], path[96], path2[96];
assert(make_tmpdir(dir, sizeof dir) == 0);
snprintf(path, sizeof path, "%s/cfg.json", dir);
snprintf(path2, sizeof path2, "%s/cfg2.json", dir);
FILE *f = fopen(path, "wb");
assert(f);
fputs("{\"token\":\"t\",\"titles\":{\"CUSA11995\":\"Marvel's Spider-Man\","
"\"BAD KEY!\": \"junk\", \"CUSA00001\": \"x\", \"TOOLONGTITLEID12345\": \"y\","
"\"CUSA00002\": 42}}", f);
fclose(f);
cfg_t c;
assert(cfg_load(path, &c) == 0);
assert(c.n_titles == 1); /* only the well-formed entry survives */
char name[128];
assert(cfg_title(&c, "CUSA11995", name, sizeof name) == 0);
assert(!strcmp(name, "Marvel's Spider-Man"));
assert(cfg_title(&c, "CUSA99999", name, sizeof name) != 0);
assert(cfg_title(&c, "", name, sizeof name) != 0);
assert(cfg_title(NULL, "CUSA11995", name, sizeof name) != 0);
/* round-trip: save preserves overrides + home_art */
strncpy(c.home_art, "pslogo", sizeof c.home_art - 1);
assert(cfg_save(path2, &c) == 0);
cfg_t c2;
assert(cfg_load(path2, &c2) == 0);
assert(c2.n_titles == 1);
assert(cfg_title(&c2, "CUSA11995", name, sizeof name) == 0);
assert(!strcmp(name, "Marvel's Spider-Man"));
assert(!strcmp(c2.home_art, "pslogo"));
/* missing titles object: zero overrides, lookup misses */
f = fopen(path, "wb");
assert(f);
fputs("{\"token\":\"t\"}", f);
fclose(f);
assert(cfg_load(path, &c) == 0);
assert(c.n_titles == 0);
/* home_art is the legacy fallback; large_art is what actually gets used.
* Both default to the operator-hosted idle logo. */
assert(!strcmp(c.home_art,
"https://raw.githubusercontent.com/SirHumza/orbisRPC/refs/heads/main/config/images/icons/ps-logo-full.png"));
assert(!strcmp(c.large_art,
"https://raw.githubusercontent.com/SirHumza/orbisRPC/refs/heads/main/config/images/icons/ps-logo-full.png"));
/* was ps-logo-blue.png, which exists in no repo; ps-logo-small.png is the
* replacement and is the only small-tile image committed. */
assert(!strcmp(c.small_art,
"https://raw.githubusercontent.com/SirHumza/orbisRPC/refs/heads/main/config/images/icons/ps-logo-small.png"));
assert(!strcmp(c.browser_art,
"https://raw.githubusercontent.com/SirHumza/orbisRPC/refs/heads/main/config/images/icons/web_browser.png"));
}
/* Test-only VFS shim. sqlite's DbPath-based xFullPathname can fail with a
* silent SQLITE_CANTOPEN (no syscall, no errno, nothing logged) on some
* runners. Our test paths are always absolute, so bypass it with a plain
* copy and delegate everything else to the real unix VFS. */
static sqlite3_vfs g_orx_wrap;
static int g_orx_installed = 0;
static int orx_fullpath(sqlite3_vfs *p, const char *z, int n, char *o){
size_t len = strlen(z) + 1;
(void)p;
if (len > (size_t)n) return SQLITE_CANTOPEN;
memcpy(o, z, len);
return SQLITE_OK;
}
static void orx_vfs_install(void){
sqlite3_vfs *under;
if (g_orx_installed) return;
g_orx_installed = 1;
(void)sqlite3_initialize();
under = sqlite3_vfs_find(0);
if (!under) return;
g_orx_wrap = *under; /* inherit szOsFile, mxPathname, all methods */
g_orx_wrap.pNext = 0; /* must not link into the old registry list */
g_orx_wrap.zName = "orxtest";
g_orx_wrap.xFullPathname = orx_fullpath;
(void)sqlite3_vfs_register(&g_orx_wrap, 1); /* default for this process */
}
static void test_appdb(void) {
char dir[64], db[96], meta[96], pj[160];
orx_vfs_install();
assert(make_tmpdir(dir, sizeof dir) == 0);
snprintf(db, sizeof db, "%s/app.db", dir);
/* Brand-new dir, so a pre-existing app.db is a stale artifact. sqlite
* opens with O_NOFOLLOW and fails ELOOP on a symlink where plain
* open() would follow it — clear the path before opening. */
unlink(db);
/* Pre-create so sqlite never exercises its CREATE branch; the test
* validates appdb reads/writes on a real file either way. */
{ int prefd = open(db, O_RDWR|O_CREAT|O_TRUNC, 0600); if (prefd >= 0) close(prefd); }
snprintf(meta, sizeof meta, "%s/appmeta", dir);
assert(mkdir(meta, 0700) == 0);
sqlite3 *s = NULL;
(void)sqlite3_initialize();
int rc = sqlite3_open_v2(db, &s, SQLITE_OPEN_READWRITE|SQLITE_OPEN_CREATE, NULL);
if (rc != SQLITE_OK) {
fprintf(stderr, "DEBUG sqlite3_open_v2 rc=%d db=%s err=%s\n", rc, db, s ? sqlite3_errmsg(s) : "null");
sqlite3_close(s);
}
assert(rc == SQLITE_OK);
assert(sqlite3_exec(s, "CREATE TABLE tbl_appbrowse(titleId TEXT, titleName TEXT);", 0, 0, 0) == SQLITE_OK);
assert(sqlite3_exec(s, "INSERT INTO tbl_appbrowse VALUES('CUSA11995','Marvel''s Spider-Man');", 0, 0, 0) == SQLITE_OK);
assert(sqlite3_exec(s, "CREATE TABLE tbl_appinfo(titleId TEXT, key TEXT, val TEXT);", 0, 0, 0) == SQLITE_OK);
assert(sqlite3_exec(s, "INSERT INTO tbl_appinfo VALUES('CUSA00001','TITLE_01','Lang One');", 0, 0, 0) == SQLITE_OK);
assert(sqlite3_exec(s, "INSERT INTO tbl_appinfo VALUES('CUSA00001','TITLE','Base Name');", 0, 0, 0) == SQLITE_OK);
assert(sqlite3_exec(s, "INSERT INTO tbl_appinfo VALUES('CUSA00002','TITLE','');", 0, 0, 0) == SQLITE_OK);
sqlite3_close(s);
char name[128];
/* tier 1: browse name wins */
assert(appdb_title_from(db, meta, "CUSA11995", name, sizeof name) == 0);
assert(!strcmp(name, "Marvel's Spider-Man"));
/* tier 2: bare TITLE preferred over TITLE_01 */
assert(appdb_title_from(db, meta, "CUSA00001", name, sizeof name) == 0);
assert(!strcmp(name, "Base Name"));
/* empty val rows never match; no param.json staged -> miss */
assert(appdb_title_from(db, meta, "CUSA00002", name, sizeof name) != 0);
assert(appdb_title_from(db, meta, "CUSA99999", name, sizeof name) != 0);
/* tier 3: staged param.json */
char gdir[128];
snprintf(gdir, sizeof gdir, "%s/CUSA00002", meta);
assert(mkdir(gdir, 0700) == 0);
snprintf(pj, sizeof pj, "%s/param.json", gdir);
FILE *f = fopen(pj, "wb");
assert(f);
fputs("{\"titleId\":\"CUSA00002\",\"titleName\":\"JSON Game\"}", f);
fclose(f);
assert(appdb_title_from(db, meta, "CUSA00002", name, sizeof name) == 0);
assert(!strcmp(name, "JSON Game"));
/* invalid inputs fail soft */
assert(appdb_title_from(db, meta, NULL, name, sizeof name) != 0);
assert(appdb_title_from(db, meta, "short", name, sizeof name) != 0);
assert(appdb_title_from(db, meta, "cusa11995", name, sizeof name) != 0);
assert(appdb_title_from(db, meta, "CUSA1199!", name, sizeof name) != 0);
assert(appdb_title_from("/nonexistent/app.db", meta, "CUSA11995", name, sizeof name) != 0);
assert(appdb_title_from(db, meta, "CUSA11995", NULL, 0) != 0);
}
static void test_discord_builder(void) {
/* game presence: name shown, raw ID nowhere visible, hover has the ID */
jl_val_t *a = discord_build_activity("On PS4", "Marvel's Spider-Man","Playing on PlayStation 4","ps_logo_blue",NULL,
"CUSA11995", "1536977374795538532", "https://x/icons/", NULL, NULL,
1700000000LL, "");
assert(a);
const jl_val_t *v = jl_obj_get(a, "name");
assert(v && v->type == JL_STRING && !strcmp(v->str, "Marvel's Spider-Man"));
v = jl_obj_get(a, "details");
assert(v && v->type == JL_STRING && !strcmp(v->str, "Playing on PlayStation 4"));
assert(!strstr(v->str, "CUSA")); /* never the raw ID */
v = jl_obj_get(a, "state");
assert(v && v->type == JL_STRING && !strcmp(v->str, "On PS4"));
v = jl_obj_get(a, "type");
assert(v && v->type == JL_NUMBER && (int)v->num == 0);
const jl_val_t *ts = jl_obj_get(a, "timestamps");
assert(ts && ts->type == JL_OBJECT);
v = jl_obj_get(ts, "start");
assert(v && v->type == JL_NUMBER && v->inum == 1700000000LL * 1000LL);
const jl_val_t *as = jl_obj_get(a, "assets");
assert(as && as->type == JL_OBJECT);
v = jl_obj_get(as, "large_image");
assert(v && v->type == JL_STRING && !strcmp(v->str, "cusa11995"));
v = jl_obj_get(as, "large_text");
assert(v && v->type == JL_STRING && !strcmp(v->str, "CUSA11995"));
assert(jl_obj_get(as, "small_image") == NULL); /* no badge requested */
jl_free(a);
/* system badge: mp: URL used as-is with platform hover text */
a = discord_build_activity("On PS4", "Marvel's Spider-Man","Playing on PlayStation 4","ps_logo_blue",NULL,
"CUSA11995", "1536977374795538532", NULL, NULL, "mp:1/2/logo",
1700000000LL, "");
assert(a);
as = jl_obj_get(a, "assets");
assert(as && as->type == JL_OBJECT);
v = jl_obj_get(as, "small_image");
assert(v && v->type == JL_STRING && !strcmp(v->str, "mp:1/2/logo"));
v = jl_obj_get(as, "small_text");
assert(v && v->type == JL_STRING && !strcmp(v->str, "PlayStation 4"));
jl_free(a);
/* media type mapping survives */
a = discord_build_activity(NULL, "YouTube","Watching on PlayStation 4","ps_logo_blue",NULL, "CUSA01015", "app",
NULL, NULL, NULL, 0, "");
assert(a);
v = jl_obj_get(a, "type");
assert(v && (int)v->num == 0); /* stub maps only CUSA00127 */
jl_free(a);
a = discord_build_activity(NULL, "Netflix","Watching on PlayStation 4","ps_logo_blue",NULL, "CUSA00127", "app",
NULL, NULL, NULL, 0, "");
assert(a);
v = jl_obj_get(a, "type");
assert(v && (int)v->num == 3);
jl_free(a);
/* home + uploaded key: trusted key used as-is */
a = discord_build_activity("On PS4", "PlayStation 4","Idling on Home Menu",NULL,NULL, "home", "app",
NULL, "pslogo", NULL, 0, "");
assert(a);
as = jl_obj_get(a, "assets");
assert(as && as->type == JL_OBJECT);
v = jl_obj_get(as, "large_image");
assert(v && !strcmp(v->str, "pslogo"));
v = jl_obj_get(as, "large_text");
assert(v && !strcmp(v->str, "PlayStation 4"));
jl_free(a);
/* home with nothing: no assets block at all (never dangling) */
a = discord_build_activity("On PS4", "PlayStation 4","Idling on Home Menu",NULL,NULL, "home", "app",
NULL, NULL, NULL, 0, "");
assert(a);
assert(jl_obj_get(a, "assets") == NULL);
jl_free(a);
/* NULL name rejected */
assert(discord_build_activity(NULL, NULL,"Idling on Home Menu",NULL,NULL, "home", "app", NULL, NULL, NULL, 0, "") == NULL);
}
static int64_t s_stub_arg = -1;
static int s_stub_calls = 0, s_stub_fail = 0;
int compat_set_clock(int64_t t){ s_stub_arg = t; s_stub_calls++; return s_stub_fail ? -1 : 0; }
static void test_time_apply_unsynced(void){
s_stub_calls = 0;
assert(time_apply_offset() == -1 && s_stub_calls == 0);
}
static void test_time_apply_small_drift(void){
s_stub_calls = 0; time_set_offset_for_test(30);
assert(time_apply_offset() == 0 && s_stub_calls == 0);
}
static void test_time_apply_steps_and_zeroes(void){
s_stub_calls = 0; s_stub_fail = 0; time_set_offset_for_test(54829587);
int64_t before = (int64_t)time(NULL);
assert(time_apply_offset() == 0 && s_stub_calls == 1);
assert(s_stub_arg >= before + 54829587 - 5 && s_stub_arg <= before + 54829587 + 5);
assert(time_apply_offset() == 0 && s_stub_calls == 1);
}
static void test_time_apply_set_fails_keeps_offset(void){
s_stub_calls = 0; s_stub_fail = 1; time_set_offset_for_test(3600);
assert(time_apply_offset() == -1 && s_stub_calls == 1);
s_stub_fail = 0;
assert(time_apply_offset() == 0 && s_stub_calls == 2);
}
static void test_sess_reset_clears_session(void){
daemon_sess_t s;
memset(&s, 0xAA, sizeof s);
daemon_sess_reset(&s);
assert(s.active == 0);
assert(s.pres == PS_NONE);
assert(s.last[0] == 0);
assert(s.sess_tid[0] == 0);
assert(s.started == 0);
assert(s.last_tsync == 0);
assert(s.home_posted == 0);
assert(s.prev_tid[0] == 0);
assert(s.prev_started == 0 && s.prev_end == 0);
assert(s.cand_title[0] == 0);
assert(s.cand_hits == 0 && s.miss_hits == 0);
assert(s.healthy_marked == 0);
assert(s.sess_restored == 0);
assert(s.last_reconcile == 0);
}
static int stub_body_ok(void){ return 7; }
static void test_supervise_run_returns_body_code(void){
supervise_set_crash_hook(NULL);
assert(supervise_run(stub_body_ok) == 7);
}
static void test_fault_delay_progression(void){
assert(supervise_fault_delay(0) == 5);
assert(supervise_fault_delay(1) == 10);
assert(supervise_fault_delay(2) == 20);
assert(supervise_fault_delay(6) == 320);
assert(supervise_fault_delay(7) == 600);
assert(supervise_fault_delay(100) == 600);
assert(supervise_fault_delay(-3) == 5);
}
static void test_cfg_learn(void) {
cfg_t c;
cfg_defaults(&c);
assert(c.n_titles == 0);
assert(cfg_learn(&c, "CUSA11995", "Marvel's Spider-Man") == 1);
assert(cfg_learn(&c, "CUSA11995", "Marvel's Spider-Man") == 0); /* dup */
assert(cfg_learn(&c, "CUSA11995", "CUSA11995") == 0); /* ID echo refused */
assert(cfg_learn(&c, "CUSA11995", "x") == 0); /* too short */
assert(cfg_learn(&c, "bad key!", "Name") == 0);
assert(cfg_learn(&c, "CUSA11995", "Spider-Man 2") == 1); /* update */
char name[128];
assert(cfg_title(&c, "CUSA11995", name, sizeof name) == 0);
assert(!strcmp(name, "Spider-Man 2"));
assert(cfg_learn(NULL, "CUSA11995", "N") == 0);
assert(cfg_learn(&c, NULL, "N") == 0);
/* full map refuses */
c.n_titles = CFG_MAX_TITLES;
assert(cfg_learn(&c, "CUSA00001", "Full Game") == 0);
}
/* --- procwalk: process-table record parsing ---------------------------
* detect.c used to hard-code "eboot.bin" at byte 447 and reject records
* under 479 bytes. Those are 9.00 numbers; on a firmware that shifts
* kinfo_proc the scan reported "no game running" forever and the daemon
* posted nothing. procwalk keeps the self-describing ki_structsize framing
* but searches for the name instead of trusting an offset, so these tests
* pin that down: the 9.00 layout must keep working, and shifted layouts
* must now be found. */
/* Write a synthetic kinfo_proc record: leading ki_structsize, then `comm`
* (NUL-terminated) at comm_off, zero padding out to recsz. Sizes are native
* endian ints -- PS4 and the host runner are both little-endian. The comm is
* only written when it fits entirely inside the record, which is how we build
* the deliberately-truncated-name case. */
static size_t put_rec(unsigned char *buf, size_t at, int recsz,
size_t comm_off, const char *comm) {
memset(buf + at, 0, (size_t)recsz);
memcpy(buf + at, &recsz, sizeof recsz);
if (comm && comm_off + strlen(comm) + 1 <= (size_t)recsz)
memcpy(buf + at + comm_off, comm, strlen(comm) + 1);
return at + (size_t)recsz;
}
static void put_i32(unsigned char *p, int v) { memcpy(p, &v, sizeof v); }
static void test_procwalk(void) {
unsigned char buf[4096];
size_t at;
/* The 9.00 layout this code was written against. Regression guard. */
at = put_rec(buf, 0, 479, 447, "eboot.bin");
assert(procwalk_count_comm(buf, at, PROCWALK_EBOOT) == 1);
assert(procwalk_has_comm(buf, at, PROCWALK_EBOOT) == 1);
assert(procwalk_first_structsize(buf, at) == 479);
/* A firmware that grew the record and moved the name. The old 447/479
* check missed every one of these and reported "no game running". */
at = put_rec(buf, 0, 512, 300, "SystemUI");
at = put_rec(buf, at, 736, 611, "eboot.bin");
at = put_rec(buf, at, 640, 200, "eapServer");
assert(procwalk_count_comm(buf, at, PROCWALK_EBOOT) == 1);
assert(procwalk_has_comm(buf, at, PROCWALK_EBOOT) == 1);
assert(procwalk_first_structsize(buf, at) == 512);
/* Name shoved right up against the end of the record, terminator in the
* very last byte, still found. */
at = put_rec(buf, 0, 22, 12, "eboot.bin");
assert(procwalk_count_comm(buf, at, PROCWALK_EBOOT) == 1);
/* Two games up -> count 2. */
at = put_rec(buf, 0, 479, 447, "eboot.bin");
at = put_rec(buf, at, 479, 447, "eboot.bin");
assert(procwalk_count_comm(buf, at, PROCWALK_EBOOT) == 2);
/* No match at all is 0 (an error), not -1 (unknown). */
at = put_rec(buf, 0, 479, 447, "SystemUI");
at = put_rec(buf, at, 600, 500, "webShell");
assert(procwalk_count_comm(buf, at, PROCWALK_EBOOT) == 0);
assert(procwalk_has_comm(buf, at, PROCWALK_EBOOT) == 0);
/* Empty buffer. */
assert(procwalk_count_comm(buf, 0, PROCWALK_EBOOT) == 0);
assert(procwalk_has_comm(buf, 0, PROCWALK_EBOOT) == 0);
assert(procwalk_first_structsize(buf, 0) == 0);
/* Broken framing must report "unknown" (-1), never 0. Callers read 0 as
* "no game running" and would blank an active presence. */
memset(buf, 0, 16);
assert(procwalk_count_comm(buf, 16, PROCWALK_EBOOT) == -1);
assert(procwalk_has_comm(buf, 16, PROCWALK_EBOOT) == -1);
put_i32(buf, 479);
put_i32(buf + 479, -8);
at = put_rec(buf, 0, 479, 447, "eboot.bin");
put_i32(buf + at, -8);
assert(procwalk_count_comm(buf, at + 4, PROCWALK_EBOOT) == -1);
memset(buf, 0, 16);
put_i32(buf, 0);
assert(procwalk_count_comm(buf, 16, PROCWALK_EBOOT) == -1);
/* A final record cut short by the buffer is reported as unknown, never as
* the count of the records before it and never read past the end. */
at = put_rec(buf, 0, 479, 447, "eboot.bin");
at = put_rec(buf, at, 479, 447, "eboot.bin");
size_t second = at - 479;
assert(procwalk_count_comm(buf, at, PROCWALK_EBOOT) == 2);
assert(procwalk_count_comm(buf, second + 300, PROCWALK_EBOOT) == -1);
assert(procwalk_count_comm(buf, second + 4, PROCWALK_EBOOT) == -1);
/* A name too long for its own record is not a match: it must not alias
* into whatever record follows it. */
at = put_rec(buf, 0, 16, 12, "eboot.bin");
assert(procwalk_count_comm(buf, at, PROCWALK_EBOOT) == 0);
/* Prefix of the needle is not a match ("eboot" != "eboot.bin"). */
at = put_rec(buf, 0, 479, 447, "eboot");
assert(procwalk_count_comm(buf, at, PROCWALK_EBOOT) == 0);
/* A record claiming to be larger than the buffer is malformed, not a
* clean truncation, so it reports unknown. */
at = put_rec(buf, 0, 479, 447, "eboot.bin");
put_i32(buf, 999999);
assert(procwalk_count_comm(buf, at, PROCWALK_EBOOT) == -1);
assert(procwalk_first_structsize(buf, at) == 0);
/* Bad arguments rejected rather than crashed on. */
assert(procwalk_count_comm(NULL, 16, PROCWALK_EBOOT) == -1);
assert(procwalk_count_comm(buf, 16, NULL) == -1);
assert(procwalk_count_comm(buf, 16, "") == -1);
assert(procwalk_first_structsize(NULL, 16) == 0);
}
/* --- procwalk: record lookup + offset-free pid search -----------------
* lock.c and evict.c used to read the process name at byte 447 and the pid at
* byte 72 of every kinfo_proc record. Those are 9.00 offsets, so on newer
* firmware they addressed the wrong bytes and every live payload looked dead:
* evict deleted the lock while the daemon kept running, and lock.c let a
* second daemon start alongside the first. procwalk narrows by exact name
* first, then searches the record for the pid. */
static void test_procwalk_find_and_pid(void) {
unsigned char buf[4096];
size_t at, recsz;
const unsigned char *rec;
/* the layout lock.c/evict.c used to assume still works */
at = put_rec(buf, 0, 479, 447, "Payload");
put_i32(buf + 72, 1234);
assert(procwalk_find_comm(buf, at, "Payload", &rec, &recsz) == 0);
assert(rec == buf && recsz == 479);
assert(procwalk_record_has_i32(rec, recsz, 1234) == 1);
assert(procwalk_record_has_i32(rec, recsz, 9999) == 0);
/* shifted firmware: record grew, name and pid both moved */
at = put_rec(buf, 0, 512, 300, "SystemUI");
at = put_rec(buf, at, 736, 611, "Payload");
put_i32(buf + 479 + 91, 1234);
assert(procwalk_find_comm(buf, at, "Payload", &rec, &recsz) == 0);
assert(rec == buf + 512 && recsz == 736);
assert(procwalk_record_has_i32(rec, recsz, 1234) == 1);
assert(procwalk_record_has_i32(rec, recsz, 4321) == 0);
/* prefix names must not match: PayloadHelper is not Payload, and kill()
* on the wrong pid is the failure this guards */
at = put_rec(buf, 0, 479, 447, "PayloadHelper");
assert(procwalk_find_comm(buf, at, "Payload", &rec, &recsz) == -2);
at = put_rec(buf, 0, 479, 447, "Payload");
assert(procwalk_find_comm(buf, at, "Payload", &rec, &recsz) == 0);
/* nothing matches: -2, distinct from malformed (-1), outputs cleared */
at = put_rec(buf, 0, 479, 447, "SystemUI");
at = put_rec(buf, at, 600, 500, "eboot.bin");
assert(procwalk_find_comm(buf, at, "Payload", &rec, &recsz) == -2);
assert(rec == NULL && recsz == 0);
/* malformed table -> -1 */
memset(buf, 0, 16);
assert(procwalk_find_comm(buf, 16, "Payload", &rec, &recsz) == -1);
put_i32(buf, 479);
put_i32(buf + 479, -3);
assert(procwalk_find_comm(buf, 483, "Payload", &rec, &recsz) == -1);
/* empty and bad args */
assert(procwalk_find_comm(buf, 0, "Payload", &rec, &recsz) == -2);
assert(procwalk_find_comm(NULL, 16, "Payload", &rec, &recsz) == -1);
assert(procwalk_find_comm(buf, 16, NULL, &rec, &recsz) == -1);
assert(procwalk_find_comm(buf, 16, "Payload", NULL, &recsz) == -1);
/* the int must lie wholly inside the record */
at = put_rec(buf, 0, 16, 0, "Payload");
put_i32(buf + 12, 77);
assert(procwalk_record_has_i32(buf, 16, 77) == 1);
at = put_rec(buf, 0, 15, 0, "Payload");
put_i32(buf + 12, 77);
assert(procwalk_record_has_i32(buf, 15, 77) == 0);
/* degenerate args */
assert(procwalk_record_has_i32(NULL, 100, 1) == 0);
assert(procwalk_record_has_i32(buf, 0, 1) == 0);
assert(procwalk_record_has_i32(buf, 3, 1) == 0);
/* Caveat, pinned down: records are zero-padded and a process name ends in
* a NUL, so a record routinely contains the int32 0 in its padding. A hit
* is corroboration, not proof -- which is why callers reject pid <= 0
* first. Recorded so this is a documented decision, not a surprise. */
at = put_rec(buf, 0, 64, 0, "Payload");
assert(procwalk_record_has_i32(buf, 64, 0) == 1);
}
/* --- lock fallback: pid search without a "Payload" name ----------------
* On a tester's 13.52 setup the daemon's process is not literally named
* "Payload", so lock.c's name-first search missed a live holder and two
* daemons ran side by side (doubled + torn log lines, dueling gateway
* sessions). The fallback scans every well-formed record for the pid. */
static void test_procwalk_any_record_pid(void) {
unsigned char buf[4096];
size_t at;
at = put_rec(buf, 0, 479, 447, "SceShellUI");
put_i32(buf + 72, 4321);
at = put_rec(buf, at, 512, 300, "orbisrpc");
put_i32(buf + 479 + 91, 4321);
/* no "Payload" record anywhere, yet the pid is found */
assert(procwalk_any_record_has_i32(buf, at, 4321) == 1);
/* pid absent: clean miss */
assert(procwalk_any_record_has_i32(buf, at, 9999) == 0);
/* pid <= 0 is never a live process (padding is full of int32 0) */
assert(procwalk_any_record_has_i32(buf, at, 0) == 0);
assert(procwalk_any_record_has_i32(buf, at, -5) == 0);
/* malformed table fails closed, never "not live" */
memset(buf, 0, 16);
assert(procwalk_any_record_has_i32(buf, 16, 4321) == -1);
/* degenerate args */
assert(procwalk_any_record_has_i32(NULL, 100, 4321) == -1);
}
/* --- bigapp: foreground-app classification ----------------------------
* The daemon's entire "is a game running" signal. The distinctions that matter
* are the ones a single boolean would throw away:
* -1 no big app -> a game may genuinely have closed
* 0 System UI in front -> a game is probably still running underneath
* -1 unreadable -> hold whatever we had, never clear
* Getting "system UI" or "unreadable" wrong is how presence disappeared while
* a game was still open. */
static void test_bigapp(void) {
char out[16];
/* nothing in front: the only reading that may clear presence */
assert(bigapp_classify(-1, -1, "", out, sizeof out) == BIGAPP_NONE);
assert(out[0] == 0);
/* System UI reported as app id 0, and the NPXS namespace: hold, not close */
assert(bigapp_classify(0, 0, "", out, sizeof out) == BIGAPP_SYSTEM);
assert(bigapp_classify(1, 0, "NPXS20001", out, sizeof out) == BIGAPP_SYSTEM);
assert(out[0] == 0);
/* a real title */
assert(bigapp_classify(1, 0, "CUSA00740", out, sizeof out) == BIGAPP_GAME);
assert(strcmp(out, "CUSA00740") == 0);
/* PS5 backports and PS2 titles use other prefixes; accept all [A-Z0-9] */
assert(bigapp_classify(1, 0, "PPSA01234", out, sizeof out) == BIGAPP_GAME);
assert(bigapp_classify(1, 0, "ELUA01234", out, sizeof out) == BIGAPP_GAME);
/* a failed title lookup is unknown, not "no game" */
assert(bigapp_classify(1, -1, "", out, sizeof out) == BIGAPP_UNKNOWN);
assert(bigapp_classify(1, 0x80990003, "CUSA00740", out, sizeof out) == BIGAPP_UNKNOWN);
assert(out[0] == 0);
/* malformed title ids: wrong length, lowercase, punctuation, empty */
assert(bigapp_classify(1, 0, "", out, sizeof out) == BIGAPP_UNKNOWN);
assert(bigapp_classify(1, 0, "CUSA0074", out, sizeof out) == BIGAPP_UNKNOWN);
assert(bigapp_classify(1, 0, "CUSA007400", out, sizeof out) == BIGAPP_UNKNOWN);
assert(bigapp_classify(1, 0, "cusa00740", out, sizeof out) == BIGAPP_UNKNOWN);
assert(bigapp_classify(1, 0, "CUSA-0740", out, sizeof out) == BIGAPP_UNKNOWN);
assert(bigapp_classify(1, 0, "CUSA0074\x80", out, sizeof out) == BIGAPP_UNKNOWN);
assert(out[0] == 0);
/* a negative app id other than -1: unknown, never "nothing running" */
assert(bigapp_classify(-2, 0, "", out, sizeof out) == BIGAPP_UNKNOWN);
assert(bigapp_classify((int32_t)0x80990003, 0, "", out, sizeof out) == BIGAPP_UNKNOWN);
/* NULL title must not crash */
assert(bigapp_classify(1, 0, NULL, out, sizeof out) == BIGAPP_UNKNOWN);
assert(bigapp_classify(1, 0, NULL, NULL, 0) == BIGAPP_UNKNOWN);
/* a real title but nowhere to write it: unknown rather than a silent
* partial copy */
assert(bigapp_classify(1, 0, "CUSA00740", NULL, 0) == BIGAPP_UNKNOWN);
assert(bigapp_classify(1, 0, "CUSA00740", out, 4) == BIGAPP_UNKNOWN);
/* validator directly */
assert(bigapp_titleid_valid("CUSA00740") == 1);
assert(bigapp_titleid_valid("CUSA0074") == 0);
assert(bigapp_titleid_valid("cusa00740") == 0);
assert(bigapp_titleid_valid(NULL) == 0);
}
/* --- pkgzone: the homebrew name scrape ---------------------------------
* pkg-zone.com is scraped, not queried, so the parsing is pinned down here
* against synthetic pages. A layout change upstream must degrade to "no name"
* (the caller keeps the raw title id), never to a garbled presence. */
static void test_pkgzone(void) {
char name[128], url[256];
/* --- which titles are even worth asking about --- */
/* retail: TMDB already owns these, never spend a request on them */
assert(pkgzone_wants("CUSA00740") == 0);
/* retro: deferred, deliberately excluded */
assert(pkgzone_wants("SLUS20001") == 0);
assert(pkgzone_wants("SCES50361") == 0);
assert(pkgzone_wants("ELUA01234") == 0);
/* The regression that sent SCUS97399 to pkg-zone at 302/500 every poll:
* SCUS is in the retro tables (ps1 + ps2) and must be excluded here. */
assert(pkgzone_wants("SCUS97399") == 0);
/* and the exclusion is delegated to retro_wants(), not re-listed, so the
* two tables cannot drift apart again */
assert(retro_wants("SCUS97399") == 1);
assert(pkgzone_wants("KOEI12345") == 0);
assert(pkgzone_wants("UCUS12345") == 0);
/* homebrew prefixes: 4 letters + 5 digits, e.g. LAPY20009 */
assert(pkgzone_wants("LAPY20009") == 1);
assert(pkgzone_wants("HT0000001") == 1);
assert(pkgzone_wants("JBUA20001") == 1);
/* shape violations: lowercase, wrong length, non-alnum */
assert(pkgzone_wants("lapy20009") == 0);
assert(pkgzone_wants("LAPY2000") == 0);
assert(pkgzone_wants("LAPY200099") == 0);
assert(pkgzone_wants("LAPY-2009") == 0);
/* malformed */
assert(pkgzone_wants("CUSA") == 0);
assert(pkgzone_wants("") == 0);
assert(pkgzone_wants(NULL) == 0);
/* --- a realistic page: boilerplate heading is skipped --- */
{
const char *html =
"<html><head><title>pkg-zone</title></head><body>"
"<h1>Install HB-Store on your Playstation</h1>"
"<div class=\"image\" style=\"background-image: "
"url(/images/LAPY20009/cover.png)\"></div>"
"<h1>Some Homebrew App</h1>"
"</body></html>";
assert(pkgzone_parse(html, strlen(html), "LAPY20009",
name, sizeof name, url, sizeof url) == 0);
assert(strcmp(name, "Some Homebrew App") == 0);
assert(strcmp(url, "https://pkg-zone.com/images/LAPY20009/cover.png") == 0);
}
/* --- boilerplate only: no usable name --- */
{
const char *html = "<h1>Install HB-Store on your Playstation</h1>";
assert(pkgzone_parse(html, strlen(html), "LAPY20009",
name, sizeof name, url, sizeof url) == -1);
assert(name[0] == 0);
}
/* --- whitespace and entities are normalised --- */
{
const char *html = "<h1> Retro Tool &amp; Co </h1>";
assert(pkgzone_parse(html, strlen(html), "LAPY20009",
name, sizeof name, url, sizeof url) == 0);
assert(strcmp(name, "Retro Tool & Co") == 0);
}
/* --- unclosed / absent tags must not read past the buffer --- */
{
const char *html = "<h1>No closing tag here";
assert(pkgzone_parse(html, strlen(html), "LAPY20009",
name, sizeof name, url, sizeof url) == -1);
const char *nohead = "<body><p>no headings</p></body>";
assert(pkgzone_parse(nohead, strlen(nohead), "LAPY20009",
name, sizeof name, url, sizeof url) == -1);
/* an empty <h1> must be skipped in favour of the next real one */
const char *empty_then_real = "<h1></h1><h1>Real Title</h1>";
assert(pkgzone_parse(empty_then_real, strlen(empty_then_real), "LAPY20009",
name, sizeof name, url, sizeof url) == 0);
assert(strcmp(name, "Real Title") == 0);
}
/* --- bad arguments --- */
assert(pkgzone_parse(NULL, 10, "LAPY20009", name, sizeof name, url, sizeof url) == -1);
assert(pkgzone_parse("<h1>x</h1>", 11, NULL, name, sizeof name, url, sizeof url) == -1);
assert(pkgzone_parse("<h1>x</h1>", 11, "LAPY20009", NULL, 0, url, sizeof url) == -1);
/* title id must be 9 chars: the cover URL is built from it */
assert(pkgzone_parse("<h1>x</h1>", 11, "SHORT", name, sizeof name, url, sizeof url) == -1);
}
/* --- games_cache: the persistent id -> {name, cover} store -------------
* Replaces both the config.json titles map and artwork_cache.json. Cover art
* was never persisted before this, so a reboot lost it and the presence fell
* back to a pack URL that may not exist. */
static void test_gamecache(void) {
gamecache_entry_t e[8];
const int64_t now = 1700000000;
/* --- id validation --- */
assert(gamecache_id_valid("CUSA32836") == 1);
assert(gamecache_id_valid("LAPY20009") == 1);
assert(gamecache_id_valid("cusa32836") == 0); /* lowercase */
assert(gamecache_id_valid("CUSA-3283") == 0); /* punctuation */
assert(gamecache_id_valid("CUSA3283612345678") == 0); /* too long */
assert(gamecache_id_valid("") == 0);
assert(gamecache_id_valid(NULL) == 0);
/* --- parse a realistic document --- */
{
const char *doc =
"{\"schema\":1,\"games\":["
"{\"id\":\"CUSA32836\",\"name\":\"Some Game\",\"art\":\"https://cdn/x.png\",\"at\":1699999000},"
"{\"id\":\"LAPY20009\",\"name\":\"Homebrew\",\"art\":\"\",\"at\":1699999000}"
"]}";
int n = gamecache_parse(doc, strlen(doc), e, 8, now);
assert(n == 2);
assert(!strcmp(e[0].id, "CUSA32836"));
assert(!strcmp(e[0].name, "Some Game"));
assert(!strcmp(e[0].art, "https://cdn/x.png"));
assert(!strcmp(e[1].id, "LAPY20009"));
assert(e[1].art[0] == 0); /* empty art is allowed */
}
/* --- malformed rows are skipped, not fatal --- */
{
const char *doc =
"{\"games\":["
"{\"id\":\"CUSA32836\",\"name\":\"Good\",\"at\":1699999000},"
"{\"id\":\"bad-id\",\"name\":\"Bad\",\"at\":1699999000},"
"{\"id\":\"CUSA11111\"},"
"{\"name\":\"NoId\",\"at\":1699999000},"
"\"notanobject\","
"{\"id\":\"CUSA22222\",\"name\":\"Also Good\",\"at\":1699999000}"
"]}";
int n = gamecache_parse(doc, strlen(doc), e, 8, now);
assert(n == 2);
assert(!strcmp(e[0].id, "CUSA32836"));
assert(!strcmp(e[1].id, "CUSA22222"));
}
/* --- unusable documents --- */
assert(gamecache_parse("not json", 8, e, 8, now) == -1);
assert(gamecache_parse("[]", 2, e, 8, now) == -1); /* array at top */
assert(gamecache_parse("{}", 2, e, 8, now) == 0); /* no games key */
assert(gamecache_parse(NULL, 10, e, 8, now) == -1);
assert(gamecache_parse("{}", 2, NULL, 8, now) == -1);
assert(gamecache_parse("{}", 2, e, 0, now) == -1);
/* --- staleness: an old entry is dropped so it gets re-resolved --- */
{
char doc[256];
snprintf(doc, sizeof doc,
"{\"games\":[{\"id\":\"CUSA32836\",\"name\":\"Old\",\"at\":%lld}]}",
(long long)(now - GAMECACHE_TTL_SECS - 60));
assert(gamecache_parse(doc, strlen(doc), e, 8, now) == 0);
/* fresh entry survives */
snprintf(doc, sizeof doc,
"{\"games\":[{\"id\":\"CUSA32836\",\"name\":\"New\",\"at\":%lld}]}",
(long long)(now - 10));
assert(gamecache_parse(doc, strlen(doc), e, 8, now) == 1);
}
/* a missing timestamp is treated as stale, not trusted blindly */
{
const char *doc = "{\"games\":[{\"id\":\"CUSA32836\",\"name\":\"NoAt\"}]}";
assert(gamecache_parse(doc, strlen(doc), e, 8, now) == 0);
}
/* --- round trip, including quotes and backslashes in the name --- */
{
gamecache_entry_t in[2], out[8];
memset(in, 0, sizeof in);
strcpy(in[0].id, "CUSA32836");
strcpy(in[0].name, "He said \"hi\" \\ back");
strcpy(in[0].art, "https://cdn/a.png");
in[0].at = now;
strcpy(in[1].id, "LAPY20009");
strcpy(in[1].name, "Homebrew Tool");
in[1].at = now;
char *json = gamecache_serialize(in, 2);
assert(json != NULL);
int n = gamecache_parse(json, strlen(json), out, 8, now);
assert(n == 2);
assert(!strcmp(out[0].id, "CUSA32836"));
assert(!strcmp(out[0].name, "He said \"hi\" \\ back"));
assert(!strcmp(out[0].art, "https://cdn/a.png"));
assert(!strcmp(out[1].name, "Homebrew Tool"));
assert(out[1].art[0] == 0);
free(json);
}
/* --- serialise edges --- */
assert(gamecache_serialize(NULL, 1) == NULL);
assert(gamecache_serialize(e, 0) == NULL);
/* --- `max` really caps --- */
{
const char *doc =
"{\"games\":["
"{\"id\":\"CUSA00001\",\"name\":\"A\",\"at\":1699999000},"
"{\"id\":\"CUSA00002\",\"name\":\"B\",\"at\":1699999000},"
"{\"id\":\"CUSA00003\",\"name\":\"C\",\"at\":1699999000}"
"]}";
assert(gamecache_parse(doc, strlen(doc), e, 2, now) == 2);
}
/* --- live store: put then get, and art round-trips --- */
gamecache_reset();
{
char nm[64], ar[128];
assert(gamecache_get("CUSA32836", nm, sizeof nm, ar, sizeof ar) == 0);
assert(gamecache_put("CUSA32836", "Cached Game",
"https://cdn/cover.png", "tmdb") == 1);
assert(gamecache_get("CUSA32836", nm, sizeof nm, ar, sizeof ar) == 1);
assert(!strcmp(nm, "Cached Game"));
assert(!strcmp(ar, "https://cdn/cover.png"));
/* id echo is not a name */
assert(gamecache_put("CUSA99999", "CUSA99999", "", "tmdb") == 0);
/* bad id rejected */
assert(gamecache_put("bad id", "X", "", "tmdb") == 0);
/* update replaces */
assert(gamecache_put("CUSA32836", "Renamed", "", "pkgzone") == 1);
assert(gamecache_get("CUSA32836", nm, sizeof nm, ar, sizeof ar) == 1);
assert(!strcmp(nm, "Renamed"));
}
gamecache_reset();
}
/* --- firmware version normalisation ---------------------------------
* The presence card shows this string, so a bad trim is user-visible.
* Sony packs the minor as three digits with a trailing sub-patch zero,
* which is why "13.520.001" has to render as "13.52", not "13.520". */
/* fw.c host stub: the only thing it needs from the console is the
* firmware string. fw_normalize() itself is pure and fully covered. */
typedef struct {
unsigned long long reserved;
char version_string[0x1c];
unsigned int version;
} fw_info_stub_t;
/* What the stub reports. Overridden by the padded case below so fw_version()
* can be driven end-to-end through the whole path, not just fw_normalize(). */
static const char *s_stub_fw_string = "13.520.001";
int sceKernelGetSystemSwVersion(fw_info_stub_t *info){
if(!info) return -1;
memset(info, 0, sizeof *info);
snprintf(info->version_string, sizeof info->version_string, "%s",
s_stub_fw_string);
return 0;
}
static void test_fw_normalize(void) {
static const struct { const char *in; const char *want; } cases[] = {
{ "13.520.001", "13.52" },
{ "13.520", "13.52" },
{ "13.52", "13.52" },
{ "9.000", "9.00" },
{ "9.000.001", "9.00" },
{ "8.500", "8.50" },
{ "11.020", "11.02" },
{ "12.000", "12.00" },
{ "5.050", "5.05" },
{ "7.550", "7.55" },
{ "13", "13" }, /* no minor: left alone */
/* Padded by Sony on some firmware -- 9.00 sends " 9.008.031",
* verified on console 2026-10-05. digits_ok() rejected the space and
* every poll logged "unrecognised version string", so the presence
* fell back to "Firmware unknown". */
{ " 9.008.031", "9.00" },
{ " 9.000", "9.00" }, /* more than one space */
{ " 5.050.123", "5.05" }, /* padded single-digit major */
{ "\t9.008.031", "9.00" }, /* tab padding */
{ "9.008.031 ", "9.00" }, /* trailing padding */
};
for (unsigned i = 0; i < sizeof cases / sizeof cases[0]; i++) {
char v[32];
snprintf(v, sizeof v, "%s", cases[i].in);
fw_normalize(v);
assert(!strcmp(v, cases[i].want));
}
/* end-to-end: fw_version() must render "13.52" for the console the
* stub above describes -- exactly what the presence card shows. */
{
char fw[16];
assert(fw_version(fw, sizeof fw) == 0);
assert(!strcmp(fw, "13.52"));
}
/* The regression that reported "unrecognised version string" forever on
* 9.00. fw_version() normalises before validating, so a padded string
* reaches digits_ok() trimmed. */
{
static const struct { const char *raw; const char *want; } pad[] = {
{ " 9.008.031", "9.00" },
{ "9.008.031", "9.00" },
{ " 5.050.123", "5.05" },
{ " 13.520.001", "13.52" },
};
for (unsigned i = 0; i < sizeof pad / sizeof pad[0]; i++) {
char fw[16];
s_stub_fw_string = pad[i].raw;
assert(fw_version(fw, sizeof fw) == 0);
assert(!strcmp(fw, pad[i].want));
}
s_stub_fw_string = "13.520.001";
}
/* Still rejects genuine garbage rather than passing it through. */
{
char fw[16];
s_stub_fw_string = "not-a-version";
assert(fw_version(fw, sizeof fw) != 0);
assert(!strcmp(fw, "unknown"));
s_stub_fw_string = "13.520.001";
}
}
/* --- NPXS is system; app/media ids resolve like anything else -------
* Console klog 2026-10-03: NPXS20001 backs SceShellUI plus
* SecureUIProcess/SecureWebProcess and is where every AppFocusChanged
* event starts, so it must never be posted as a game. ItemzFlow is
* ITEM00001, a different namespace, and does resolve. */
static void test_bigapp_namespaces(void) {
char out[16];
/* NPXS is never a playing game. */
assert(bigapp_classify(1, 0, "NPXS20001", out, sizeof out) == BIGAPP_SYSTEM);
assert(bigapp_classify(1, 0, "NPXS21002", out, sizeof out) == BIGAPP_SYSTEM);
assert(bigapp_classify(1, 0, "NPXS10001", out, sizeof out) == BIGAPP_SYSTEM);
assert(out[0] == 0); /* nothing written for a system id */
/* App and media containers post normally. */
assert(bigapp_classify(1, 0, "ITEM00001", out, sizeof out) == BIGAPP_GAME);
assert(!strcmp(out, "ITEM00001"));
assert(bigapp_classify(1, 0, "CUSA00127", out, sizeof out) == BIGAPP_GAME);
assert(bigapp_classify(1, 0, "LAPY20009", out, sizeof out) == BIGAPP_GAME);
assert(bigapp_classify(1, 0, "CUSA03887", out, sizeof out) == BIGAPP_GAME);
}
/* --- asset keys land in the right fields ---------------------------
* Every parameter here is const char*, so a mis-ordered signature still
* compiles: it shipped once and put "ps_logo_full" in the details line.
* Assert on values, not on arity. */
static void test_activity_assets(void) {
/* home: idle asset as large image, no badge */
jl_val_t *a = discord_build_activity("Firmware 13.52", "PlayStation 4",
"Idling on Home Menu", "ps_logo_full", NULL,
"home", "app", NULL, NULL, NULL, 0, "");
assert(a);
const jl_val_t *v = jl_obj_get(a, "details");
assert(v && v->type == JL_STRING && !strcmp(v->str, "Idling on Home Menu"));
const jl_val_t *as = jl_obj_get(a, "assets");
assert(as && as->type == JL_OBJECT);
v = jl_obj_get(as, "large_image");
assert(v && v->type == JL_STRING && !strcmp(v->str, "ps_logo_full"));
assert(jl_obj_get(as, "small_image") == NULL); /* no badge on home */
jl_free(a);
/* playing: game icon large, playing asset as the badge */
a = discord_build_activity("Firmware 13.52", "Some Game",
"Playing on PlayStation 4", NULL, "ps_logo_blue",
"CUSA11995", "app", NULL, NULL, NULL, 1700000000LL, "");
assert(a);
v = jl_obj_get(a, "details");
assert(v && v->type == JL_STRING && !strcmp(v->str, "Playing on PlayStation 4"));
as = jl_obj_get(a, "assets");
assert(as && as->type == JL_OBJECT);
v = jl_obj_get(as, "large_image");
assert(v && v->type == JL_STRING && !strcmp(v->str, "cusa11995"));
v = jl_obj_get(as, "small_image");
assert(v && v->type == JL_STRING && !strcmp(v->str, "ps_logo_blue"));
jl_free(a);
/* an empty key falls back rather than sending an empty asset */
a = discord_build_activity("Firmware 13.52", "Some Game",
"Playing on PlayStation 4", "", "",
"CUSA11995", "app", NULL, NULL, NULL, 0, "");
assert(a);
as = jl_obj_get(a, "assets");
assert(as && as->type == JL_OBJECT);
assert(jl_obj_get(as, "small_image") == NULL);
jl_free(a);
}
/* --- retro: prefix routing and the entry extractor -----------------
* Pure logic only; the fetch half is payload-only. Driven against the real
* index shapes verified on console 2026-10-05: compact, BOM-free, a bare
* array of flat {"id","name","cover"} entries. */
static void test_retro(void) {
unsigned char c[3];
/* PS1-only prefixes: one file, no wasted fetches */
assert(retro_wants("SND00123") == 1);
assert(retro_candidates_for("SND00123", c) == 1 && c[0] == 0);
/* LSD is a 3-character prefix: comparing a fixed 4 bytes would miss it */
assert(retro_wants("LSD00123") == 1);
assert(retro_candidates_for("LSD00123", c) == 1 && c[0] == 0);
/* PS2-only */
assert(retro_wants("KOEI12345") == 1);
assert(retro_candidates_for("KOEI12345", c) == 1 && c[0] == 1);
/* PSP-only */
assert(retro_wants("UCUS12345") == 1);
assert(retro_candidates_for("UCUS12345", c) == 1 && c[0] == 2);
/* shared prefixes: SLPM and PBPX are in both PS1 and PS2, and must
* come out in check order so the first hit is deterministic */
assert(retro_candidates_for("SLPM55265", c) == 2);
assert(c[0] == 0 && c[1] == 1);
assert(retro_candidates_for("PBPX12345", c) == 2);
assert(c[0] == 0 && c[1] == 1);
/* retail and unknowns are never routed here */
assert(retro_wants("CUSA32836") == 0);
assert(retro_wants("LAPY20009") == 0);
assert(retro_wants("ITEM00001") == 0);
assert(retro_wants("") == 0);
assert(retro_wants(NULL) == 0);
/* extraction from a real index body */
{
const char *body =
"[{\"id\":\"SLPM87404\",\"name\":\"A GAME\",\"cover\":\"https://x/a.jpg\"},"
"{\"id\":\"SLPM55146\",\"name\":\"OTHER GAME\",\"cover\":\"https://x/b.jpg\"}]";
char name[RETRO_MAX_NAME], url[RETRO_MAX_URL];
assert(retro_extract(body, strlen(body), "\"id\":\"SLPM55146\"",
name, sizeof name, url, sizeof url) == 1);
assert(!strcmp(name, "OTHER GAME"));
assert(!strcmp(url, "https://x/b.jpg"));
/* a miss must not invent a name */
name[0] = 'X';
assert(retro_extract(body, strlen(body), "\"id\":\"NOPE00000\"",
name, sizeof name, url, sizeof url) == 0);
assert(name[0] == 0);
}
/* names carry quotes and backslashes; raw bytes would show \\ and \" */
{
const char *body =
"[{\"id\":\"ABCD12345\",\"name\":\"He said \\\"hi\\\" \\\\ away\",\"cover\":\"\"}]";
char name[RETRO_MAX_NAME], url[RETRO_MAX_URL];
assert(retro_extract(body, strlen(body), "\"id\":\"ABCD12345\"",
name, sizeof name, url, sizeof url) == 1);
assert(!strcmp(name, "He said \"hi\" \\ away"));
assert(url[0] == 0); /* empty cover is valid, not fatal */
}
/* the 164-char name in ps2.json must survive intact */
{
const char *body =
"[{\"id\":\"SLPM00001\",\"name\":\"Kidou Senshi Gundam Giren no Yabou - Zeon Dokuritsu Sensouden & Kidou Senshi Gundam Giren no Yabou - Zeon Dokuritsu Sensouden - Kouryaku Shireisho (Gundam The Best)\",\"cover\":\"https://x/g.jpg\"}]";
char name[RETRO_MAX_NAME], url[RETRO_MAX_URL];
assert(retro_extract(body, strlen(body), "\"id\":\"SLPM00001\"",
name, sizeof name, url, sizeof url) == 1);
assert(strlen(name) == 164);
assert(strstr(name, "Gundam The Best") != NULL);
}
}
/* --- visibility flags + homebrew classification -------------------
* The four show_* flags are a daemon-side decision, so what is testable
* here is that they default to on and that is_homebrew_id puts the right
* ids in the right bucket -- in particular that retro is never homebrew. */
static void test_show_flags(void) {
cfg_t c;
cfg_defaults(&c);
/* all on by default: a config that predates the keys keeps today's
* behaviour rather than silently hiding everything */
assert(c.show_firmware == 1);
assert(c.show_idle == 1);
assert(c.show_media == 1);
assert(c.show_homebrew == 1);
/* is_homebrew_id: the pkg-zone namespace */
assert(is_homebrew_id("LAPY20009") == 1); /* payload-dir homebrew */
assert(is_homebrew_id("HT0000001") == 1);
assert(is_homebrew_id("ITEM00001") == 1); /* app container */
/* retail and system are never homebrew */
assert(is_homebrew_id("CUSA32836") == 0);
assert(is_homebrew_id("NPXS20001") == 0);
/* the point of the exclusion: retro must survive show_homebrew:false */
assert(is_homebrew_id("SLPM55146") == 0);
assert(is_homebrew_id("UCUS12345") == 0);
assert(is_homebrew_id("KOEI12345") == 0);
/* degenerate input */
assert(is_homebrew_id(NULL) == 0);
assert(is_homebrew_id("") == 0);
assert(is_homebrew_id("AB") == 0);
}
int main(void) {
/* First: pure parsing, no I/O, no fixtures. The pre-existing
* test_appdb failure aborts the binary, so anything listed after it
* would never run. */
test_activity_assets();
test_bigapp();
test_retro();
test_show_flags();
test_bigapp_namespaces();
test_pkgzone();
test_gamecache();
test_fw_normalize();
test_procwalk();
test_procwalk_find_and_pid();
test_procwalk_any_record_pid();
test_json();
test_gateway_op_spoof();
test_ws_skip_plan();
test_ws_drain_length();
test_ws_env_renders_parseable();
test_custom_extract();
test_ws_env();
test_ws_env_early_report();
test_ws_skip_plan_early();
test_json_oom_safe();
test_json_hostile();
test_tmdb();
test_updater();
test_sfo();
test_base64();
test_art_parse();
test_health_safe_mode();
test_cfg_titles();
test_cfg_learn();
test_appdb();
test_discord_builder();
test_time_apply_unsynced();
test_time_apply_small_drift();
test_time_apply_steps_and_zeroes();
test_time_apply_set_fails_keeps_offset();
test_sess_reset_clears_session();
test_supervise_run_returns_body_code();
test_fault_delay_progression();
puts("utility tests passed");
return 0;
}
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