}
}
// Get the beginning and end of our relevant date rate.
$beginning_timestamp = $currentstarttime - ($date_range - 1) * 3600 * 24;
$end_timestamp = $currentstarttime + 3600 * 24;
$start_date = gmdate(FMT_DATETIME, $beginning_timestamp);
$end_date = gmdate(FMT_DATETIME, $end_timestamp);
// Perform a query to get info about all of our builds that fall within this
// time range.
$builds_query = "SELECT b.id,\n b.builderrors AS build_errors,\n b.buildwarnings AS build_warnings,\n b.testfailed AS failing_tests,\n b.configureerrors AS configure_errors,\n b.configurewarnings AS configure_warnings, b.starttime,\n cs.loctested AS loctested, cs.locuntested AS locuntested,\n b2g.groupid AS groupid\n FROM build AS b\n LEFT JOIN build2group AS b2g ON (b2g.buildid=b.id)\n LEFT JOIN coveragesummary AS cs ON (cs.buildid=b.id)\n WHERE b.projectid = '{$projectid}'\n AND b.starttime BETWEEN '{$start_date}' AND '{$end_date}'\n AND b.parentid IN (-1, 0)";
$builds_array = pdo_query($builds_query);
add_last_sql_error("gather_overview_data");
while ($build_row = pdo_fetch_array($builds_array)) {
// get what day this build is for.
$day = get_day_index($build_row["starttime"]);
$static_name = get_static_group_name($build_row["groupid"]);
// Special handling for static builds, as we don't need to record as
// much data about them.
if ($static_name) {
foreach ($static_measurements as $measurement) {
if (!array_key_exists($measurement, $overview_data[$day][$static_name])) {
$overview_data[$day][$static_name][$measurement] = intval($build_row["build_{$measurement}"]);
} else {
$overview_data[$day][$static_name][$measurement] += $build_row["build_{$measurement}"];
}
// Don't let our measurements be thrown off by CDash's tendency
// to store -1s in the database.
$overview_data[$day][$static_name][$measurement] = max(0, $overview_data[$day][$static_name][$measurement]);
}
continue;
}
// Perform a query to get info about all of our builds that fall within this
// time range.
$builds_query = "SELECT b.id, b.type, b.name,\n b.builderrors AS build_errors,\n b.buildwarnings AS build_warnings,\n b.testfailed AS failing_tests,\n b.configureerrors AS configure_errors,\n b.configurewarnings AS configure_warnings, b.starttime,\n cs.loctested AS loctested, cs.locuntested AS locuntested,\n das.checker AS checker, das.numdefects AS numdefects,\n b2g.groupid AS groupid\n FROM build AS b\n LEFT JOIN build2group AS b2g ON (b2g.buildid=b.id)\n LEFT JOIN coveragesummary AS cs ON (cs.buildid=b.id)\n LEFT JOIN dynamicanalysissummary AS das ON (das.buildid=b.id)\n WHERE b.projectid = '{$projectid}'\n AND b.starttime BETWEEN '{$start_date}' AND '{$end_date}'\n AND b.parentid IN (-1, 0)";
$builds_array = pdo_query($builds_query);
add_last_sql_error('gather_overview_data');
// If we have multiple coverage builds in a single day we will also
// show the aggregate.
$aggregate_tracker = array();
$show_aggregate = false;
// Keep track of the different types of dynamic analysis that are being
// performed on our build groups of interest.
$dynamic_analysis_types = array();
while ($build_row = pdo_fetch_array($builds_array)) {
// get what day this build is for.
$day = get_day_index($build_row['starttime']);
$static_name = get_static_group_name($build_row['groupid']);
// Special handling for static builds, as we don't need to record as
// much data about them.
if ($static_name) {
foreach ($static_measurements as $measurement) {
if (!array_key_exists($measurement, $overview_data[$day][$static_name])) {
$overview_data[$day][$static_name][$measurement] = intval($build_row["build_{$measurement}"]);
} else {
$overview_data[$day][$static_name][$measurement] += $build_row["build_{$measurement}"];
}
// Don't let our measurements be thrown off by CDash's tendency
// to store -1s in the database.
$overview_data[$day][$static_name][$measurement] = max(0, $overview_data[$day][$static_name][$measurement]);
}
continue;
}
