// The goal of this is to test a real web request, rather than simply evaling
// snippets of code like the other tests. A single web request is issued and
// debugged by multiple other requests.
bool TestDebugger::TestWebRequest() {
bool ret = false;
// If we can't get sandbox host format right, fail early
string sandboxHost = getSandboxHostFormat();
if (sandboxHost.empty()) {
return CountSkip();
}
// A quick sanity check to ensure the server is still up and accepting
// requests.
string result;
if (!getResponse("hello.php", result, -1, sandboxHost) ||
result != "Hello, World!") {
printf("Sanity check didn't pass on sandbox host %s, skip test\n",
sandboxHost.c_str());
return CountSkip();
}
// We need to wait at various times during the test for a request to progress
// to a certian point, at which time we can take further action. This is done
// via this pipe.
m_fname = "/tmp/hphpd_test_fifo." +
boost::lexical_cast<string>(Process::GetProcessId());
if (mkfifo(m_fname.c_str(), 0666)) {
printf("Can not make fifo %s, skip test\n", m_fname.c_str());
return CountSkip();
}
m_tempResult = false;
// Kick off a thread to make requests for the debugger portions of this test.
AsyncFunc<TestDebugger> func(this, &TestDebugger::testWebRequestHelperPhase1);
func.start();
char flag;
// Wait for web_request_phase_1.php, the first debugger portion of the test,
// to connect and get ready to debug.
if (!recvFromTests(flag) || flag != '1') {
printf("failed to receive from test\n");
} else {
// Now get web_request_t.php running so that web_requests.php
// can debug it. Wait here for the entire request to finish.
if (!getResponse("web_request_t.php", result, -1, sandboxHost) ||
result != "request done") {
printf("failed on web_request_t.php\n");
} else {
ret = true;
}
}
func.waitForEnd();
unlink(m_fname.c_str());
// testWebRequestHelperPhase1() should flag m_tempResult to true if succeed
ret = ret && m_tempResult;
return Count(ret);
}
bool TestDebugger::TestWebRequest() {
bool ret = false;
// If we can't get sandbox host format right, fail early
string sandboxHost = getSandboxHostFormat();
if (sandboxHost.empty()) {
return CountSkip();
}
string result;
if (!getResponse("hello.php", result, -1, sandboxHost) ||
result != "Hello, World!") {
printf("Sanity check didn't pass on sandbox host %s, skip test\n",
sandboxHost.c_str());
return CountSkip();
}
m_fname = "/tmp/hphpd_test_fifo." +
boost::lexical_cast<string>(Process::GetProcessId());
if (mkfifo(m_fname.c_str(), 0666)) {
printf("Can not make fifo %s, skip test\n", m_fname.c_str());
return CountSkip();
}
m_tempResult = false;
AsyncFunc<TestDebugger> func(this, &TestDebugger::testWebRequestHelper);
func.start();
char flag;
// wait for "web_request.php" to connect and wait
if (!recvFromTests(flag) || flag != '1') {
printf("failed to receive from test\n");
} else if (!getResponse("web_request_t.php", result, -1, sandboxHost) ||
result != "request done") {
printf("failed on web_request_t.php\n");
} else {
ret = true;
}
func.waitForEnd();
unlink(m_fname.c_str());
// testWebRequestHelper() should flag m_tempResult to true if succeed
ret = ret && m_tempResult;
return Count(ret);
}
bool TestExtMysql::test_mysql_db_name() {
Variant conn = f_mysql_connect(TEST_HOSTNAME, TEST_USERNAME, TEST_PASSWORD);
Variant dbs = f_mysql_list_dbs();
if (f_mysql_db_name(dbs, 0).toString().empty()) {
return CountSkip();
}
return Count(true);
}
bool TestExtMysql::test_mysql_list_dbs() {
Variant conn = f_mysql_connect(TEST_HOSTNAME, TEST_USERNAME, TEST_PASSWORD);
Variant res = f_mysql_list_dbs();
Variant db = f_mysql_fetch_assoc(res);
if (db["Database"].toString().empty()) {
return CountSkip();
}
return Count(true);
}
bool TestExtMysql::test_mysql_list_dbs() {
static const StaticString s_Database("Database");
Variant conn = f_mysql_connect(TEST_HOSTNAME, TEST_USERNAME, TEST_PASSWORD);
Variant res = f_mysql_list_dbs();
Variant db = f_mysql_fetch_assoc(res);
if (db.toArray()[s_Database].toString().empty()) {
return CountSkip();
}
return Count(true);
}
bool TestExtCurl::test_curl_copy_handle() {
Variant c = f_curl_init();
f_curl_setopt(c.toResource(), k_CURLOPT_URL, String(get_request_uri()));
f_curl_setopt(c.toResource(), k_CURLOPT_RETURNTRANSFER, true);
Variant cpy = f_curl_copy_handle(c.toResource());
f_curl_close(c.toResource()); // to test cpy is still working fine
Variant res = f_curl_exec(cpy.toResource());
if (res.toString() != s_OK) {
// XXX: t1782098
return CountSkip();
}
return Count(true);
}
