// . run a series of tests to ensure that gb is functioning properly
// . uses the ./qa subdirectory to hold archive pages, ips, spider dates to
// ensure consistency between tests for exact replays
bool qatest ( ) {
if ( s_registered ) {
g_loop.unregisterSleepCallback(NULL,qatestWrapper);
s_registered = false;
}
if ( ! s_callback ) s_callback = qatest;
if ( ! g_qaSock ) return true;
// returns true when done, false when blocked
//if ( ! qainject ( ) ) return false;
// returns true when done, false when blocked
//if ( ! qaspider ( ) ) return false;
long n = sizeof(s_qatests)/sizeof(QATest);
for ( long i = 0 ; i < n ; i++ ) {
QATest *qt = &s_qatests[i];
if ( ! qt->m_doTest ) continue;
// store that
s_qt = qt;
// point to flags
s_flags = qt->m_flags;
// call the qatest
if ( ! qt->m_func() ) return false;
}
// save this
saveHashTable();
// do not reset since we don't reload it above!
//s_ht.reset();
//if ( g_numErrors )
// g_qaOutput.safePrintf("<input type=submit value=submit><br>");
g_qaOutput.safePrintf("<br>DONE RUNNING QA TESTS<br>");
// . print the output
// . the result of each test is stored in the g_qaOutput safebuf
g_httpServer.sendDynamicPage(g_qaSock,
g_qaOutput.getBufStart(),
g_qaOutput.length(),
-1/*cachetime*/);
g_qaOutput.purge();
g_qaSock = NULL;
return true;
}
