private void renderUpdate(PrintStream out, QueryResults results) {
String status = results.getUpdateType();
if (results.getUpdateCount() != null) {
long count = results.getUpdateCount();
status += format(": %s row%s", count, (count != 1) ? "s" : "");
}
out.println(status);
discardResults();
}
public void renderFailure(PrintStream out) {
QueryResults results = client.finalResults();
QueryError error = results.getError();
checkState(error != null);
out.printf("Query %s failed: %s%n", results.getId(), error.getMessage());
if (client.isDebug() && (error.getFailureInfo() != null)) {
error.getFailureInfo().toException().printStackTrace(out);
}
if (error.getErrorLocation() != null) {
renderErrorLocation(client.getQuery(), error.getErrorLocation(), out);
}
out.println();
}
private void renderQueryOutput(PrintStream out, OutputFormat outputFormat, boolean interactive) {
StatusPrinter statusPrinter = null;
@SuppressWarnings("resource")
PrintStream errorChannel = interactive ? out : System.err;
if (interactive) {
statusPrinter = new StatusPrinter(client, out);
statusPrinter.printInitialStatusUpdates();
} else {
waitForData();
}
if ((!client.isFailed()) && (!client.isGone()) && (!client.isClosed())) {
QueryResults results = client.isValid() ? client.current() : client.finalResults();
if (results.getUpdateType() != null) {
renderUpdate(out, results);
} else if (results.getColumns() == null) {
errorChannel.printf("Query %s has no columns\n", results.getId());
return;
} else {
renderResults(out, outputFormat, interactive, results.getColumns());
}
}
if (statusPrinter != null) {
statusPrinter.printFinalInfo();
}
if (client.isClosed()) {
errorChannel.println("Query aborted by user");
} else if (client.isGone()) {
errorChannel.println("Query is gone (server restarted?)");
} else if (client.isFailed()) {
renderFailure(errorChannel);
}
}
private static String failureMessage(QueryResults results) {
return format("Query failed (#%s): %s", results.getId(), results.getError().getMessage());
}
private void printQueryInfo(QueryResults results) {
StatementStats stats = results.getStats();
Duration wallTime = nanosSince(start);
// cap progress at 99%, otherwise it looks weird when the query is still running and it says
// 100%
int progressPercentage =
(int) min(99, percentage(stats.getCompletedSplits(), stats.getTotalSplits()));
if (console.isRealTerminal()) {
// blank line
reprintLine("");
int terminalWidth = console.getWidth();
if (terminalWidth < 75) {
reprintLine("WARNING: Terminal");
reprintLine("must be at least");
reprintLine("80 characters wide");
reprintLine("");
reprintLine(stats.getState());
reprintLine(String.format("%s %d%%", formatTime(wallTime), progressPercentage));
return;
}
int nodes = stats.getNodes();
// Query 10, RUNNING, 1 node, 778 splits
String querySummary =
String.format(
"Query %s, %s, %,d %s, %,d splits",
results.getId(),
stats.getState(),
nodes,
pluralize("node", nodes),
stats.getTotalSplits());
reprintLine(querySummary);
String url = results.getInfoUri().toString();
if (debug && (url.length() < terminalWidth)) {
reprintLine(url);
}
if ((nodes == 0) || (stats.getTotalSplits() == 0)) {
return;
}
if (debug) {
// Splits: 620 queued, 34 running, 124 done
String splitsSummary =
String.format(
"Splits: %,d queued, %,d running, %,d done",
stats.getQueuedSplits(), stats.getRunningSplits(), stats.getCompletedSplits());
reprintLine(splitsSummary);
// CPU Time: 56.5s total, 36.4K rows/s, 4.44MB/s, 60% active
Duration cpuTime = millis(stats.getCpuTimeMillis());
String cpuTimeSummary =
String.format(
"CPU Time: %.1fs total, %5s rows/s, %8s, %d%% active",
cpuTime.getValue(SECONDS),
formatCountRate(stats.getProcessedRows(), cpuTime, false),
formatDataRate(bytes(stats.getProcessedBytes()), cpuTime, true),
(int) percentage(stats.getCpuTimeMillis(), stats.getWallTimeMillis()));
reprintLine(cpuTimeSummary);
double parallelism = cpuTime.getValue(MILLISECONDS) / wallTime.getValue(MILLISECONDS);
// Per Node: 3.5 parallelism, 83.3K rows/s, 0.7 MB/s
String perNodeSummary =
String.format(
"Per Node: %.1f parallelism, %5s rows/s, %8s",
parallelism / nodes,
formatCountRate((double) stats.getProcessedRows() / nodes, wallTime, false),
formatDataRate(bytes(stats.getProcessedBytes() / nodes), wallTime, true));
reprintLine(perNodeSummary);
reprintLine(String.format("Parallelism: %.1f", parallelism));
}
assert terminalWidth >= 75;
int progressWidth =
(min(terminalWidth, 100) - 75) + 17; // progress bar is 17-42 characters wide
if (stats.isScheduled()) {
String progressBar =
formatProgressBar(
progressWidth,
stats.getCompletedSplits(),
max(0, stats.getRunningSplits()),
stats.getTotalSplits());
// 0:17 [ 103MB, 802K rows] [5.74MB/s, 44.9K rows/s] [=====>>
// ] 10%
String progressLine =
String.format(
"%s [%5s rows, %6s] [%5s rows/s, %8s] [%s] %d%%",
formatTime(wallTime),
formatCount(stats.getProcessedRows()),
formatDataSize(bytes(stats.getProcessedBytes()), true),
formatCountRate(stats.getProcessedRows(), wallTime, false),
formatDataRate(bytes(stats.getProcessedBytes()), wallTime, true),
progressBar,
progressPercentage);
reprintLine(progressLine);
} else {
String progressBar =
formatProgressBar(
progressWidth, Ints.saturatedCast(nanosSince(start).roundTo(SECONDS)));
// 0:17 [ 103MB, 802K rows] [5.74MB/s, 44.9K rows/s] [ <=>
// ]
String progressLine =
String.format(
"%s [%5s rows, %6s] [%5s rows/s, %8s] [%s]",
formatTime(wallTime),
formatCount(stats.getProcessedRows()),
formatDataSize(bytes(stats.getProcessedBytes()), true),
formatCountRate(stats.getProcessedRows(), wallTime, false),
formatDataRate(bytes(stats.getProcessedBytes()), wallTime, true),
progressBar);
reprintLine(progressLine);
}
// todo Mem: 1949M shared, 7594M private
// blank line
reprintLine("");
// STAGE S ROWS RPS BYTES BPS QUEUED RUN DONE
String stagesHeader =
String.format(
"%10s%1s %5s %6s %5s %7s %6s %5s %5s",
"STAGE", "S", "ROWS", "ROWS/s", "BYTES", "BYTES/s", "QUEUED", "RUN", "DONE");
reprintLine(stagesHeader);
printStageTree(stats.getRootStage(), "", new AtomicInteger());
} else {
// Query 31 [S] i[2.7M 67.3MB 62.7MBps] o[35 6.1KB 1KBps] splits[252/16/380]
String querySummary =
String.format(
"Query %s [%s] i[%s %s %s] o[%s %s %s] splits[%,d/%,d/%,d]",
results.getId(),
stats.getState(),
formatCount(stats.getProcessedRows()),
formatDataSize(bytes(stats.getProcessedBytes()), false),
formatDataRate(bytes(stats.getProcessedBytes()), wallTime, false),
formatCount(stats.getProcessedRows()),
formatDataSize(bytes(stats.getProcessedBytes()), false),
formatDataRate(bytes(stats.getProcessedBytes()), wallTime, false),
stats.getQueuedSplits(),
stats.getRunningSplits(),
stats.getCompletedSplits());
reprintLine(querySummary);
}
}
public void printFinalInfo() {
Duration wallTime = nanosSince(start);
QueryResults results = client.finalResults();
StatementStats stats = results.getStats();
int nodes = stats.getNodes();
if ((nodes == 0) || (stats.getTotalSplits() == 0)) {
return;
}
// blank line
out.println();
// Query 12, FINISHED, 1 node
String querySummary =
String.format(
"Query %s, %s, %,d %s",
results.getId(), stats.getState(), nodes, pluralize("node", nodes));
out.println(querySummary);
if (debug) {
out.println(results.getInfoUri().toString());
}
// Splits: 1000 total, 842 done (84.20%)
String splitsSummary =
String.format(
"Splits: %,d total, %,d done (%.2f%%)",
stats.getTotalSplits(),
stats.getCompletedSplits(),
percentage(stats.getCompletedSplits(), stats.getTotalSplits()));
out.println(splitsSummary);
if (debug) {
// CPU Time: 565.2s total, 26K rows/s, 3.85MB/s
Duration cpuTime = millis(stats.getCpuTimeMillis());
String cpuTimeSummary =
String.format(
"CPU Time: %.1fs total, %5s rows/s, %8s, %d%% active",
cpuTime.getValue(SECONDS),
formatCountRate(stats.getProcessedRows(), cpuTime, false),
formatDataRate(bytes(stats.getProcessedBytes()), cpuTime, true),
(int) percentage(stats.getCpuTimeMillis(), stats.getWallTimeMillis()));
out.println(cpuTimeSummary);
double parallelism = cpuTime.getValue(MILLISECONDS) / wallTime.getValue(MILLISECONDS);
// Per Node: 3.5 parallelism, 83.3K rows/s, 0.7 MB/s
String perNodeSummary =
String.format(
"Per Node: %.1f parallelism, %5s rows/s, %8s",
parallelism / nodes,
formatCountRate((double) stats.getProcessedRows() / nodes, wallTime, false),
formatDataRate(bytes(stats.getProcessedBytes() / nodes), wallTime, true));
reprintLine(perNodeSummary);
out.println(String.format("Parallelism: %.1f", parallelism));
}
// 0:32 [2.12GB, 15M rows] [67MB/s, 463K rows/s]
String statsLine =
String.format(
"%s [%s rows, %s] [%s rows/s, %s]",
formatTime(wallTime),
formatCount(stats.getProcessedRows()),
formatDataSize(bytes(stats.getProcessedBytes()), true),
formatCountRate(stats.getProcessedRows(), wallTime, false),
formatDataRate(bytes(stats.getProcessedBytes()), wallTime, true));
out.println(statsLine);
// blank line
out.println();
}
