Examples with StatementStats io.trino.client.StatementStats used on opensource projects

Example 1 with StatementStats

use of io.trino.client.StatementStats in project trino by trinodb.

the class StatusPrinter method printQueryInfo.

private void printQueryInfo(QueryStatusInfo results, WarningsPrinter warningsPrinter) {
    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, stats.getProgressPercentage().orElse(0.0));
    if (isRealTerminal()) {
        // blank line
        reprintLine("");
        int terminalWidth = terminalWidth();
        if (terminalWidth < 75) {
            reprintLine("WARNING: Terminal");
            reprintLine("must be at least");
            reprintLine("80 characters wide");
            reprintLine("");
            reprintLine(stats.getState());
            reprintLine(format("%s %d%%", formatTime(wallTime), progressPercentage));
            return;
        }
        int nodes = stats.getNodes();
        // Query 10, RUNNING, 1 node, 778 splits
        String querySummary = 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 = 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 = 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 = 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);
            // Parallelism: 5.3
            reprintLine(format("Parallelism: %.1f", parallelism));
            // Peak Memory: 1.97GB
            reprintLine("Peak Memory: " + formatDataSize(bytes(stats.getPeakMemoryBytes()), true));
            // Spilled Data: 20GB
            if (stats.getSpilledBytes() > 0) {
                reprintLine("Spilled: " + formatDataSize(bytes(stats.getSpilledBytes()), true));
            }
        }
        // otherwise handled above
        verify(terminalWidth >= 75);
        // progress bar is 17-42 characters wide
        int progressWidth = (min(terminalWidth, 100) - 75) + 17;
        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 = 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 = 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);
        }
        // blank line
        reprintLine("");
        // STAGE  S    ROWS    RPS  BYTES    BPS   QUEUED    RUN   DONE
        String stagesHeader = 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 = 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);
    }
    warningsPrinter.print(results.getWarnings(), true, false);
}

Example 2 with StatementStats

use of io.trino.client.StatementStats in project trino by trinodb.

the class TestProgressMonitor method newQueryResults.

private String newQueryResults(Integer partialCancelId, Integer nextUriId, List<Column> responseColumns, List<List<Object>> data, String state) {
    String queryId = "20160128_214710_00012_rk68b";
    QueryResults queryResults = new QueryResults(queryId, server.url("/query.html?" + queryId).uri(), partialCancelId == null ? null : server.url(format("/v1/statement/partialCancel/%s.%s", queryId, partialCancelId)).uri(), nextUriId == null ? null : server.url(format("/v1/statement/%s/%s", queryId, nextUriId)).uri(), responseColumns, data, new StatementStats(state, state.equals("QUEUED"), true, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, null), null, ImmutableList.of(), null, null);
    return QUERY_RESULTS_CODEC.toJson(queryResults);
}

Example 3 with StatementStats

use of io.trino.client.StatementStats in project trino by trinodb.

the class StatusPrinter method printFinalInfo.

public void printFinalInfo() {
    QueryStatusInfo results = client.finalStatusInfo();
    StatementStats stats = results.getStats();
    Duration wallTime = succinctDuration(stats.getElapsedTimeMillis(), MILLISECONDS);
    int nodes = stats.getNodes();
    if ((nodes == 0) || (stats.getTotalSplits() == 0)) {
        return;
    }
    // blank line
    out.println();
    // Query 12, FINISHED, 1 node
    String querySummary = 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 = format("Splits: %,d total, %,d done (%.2f%%)", stats.getTotalSplits(), stats.getCompletedSplits(), stats.getProgressPercentage().orElse(0.0));
    out.println(splitsSummary);
    if (debug) {
        // CPU Time: 565.2s total,   26K rows/s, 3.85MB/s
        Duration cpuTime = millis(stats.getCpuTimeMillis());
        String cpuTimeSummary = 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 = 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);
        // Parallelism: 5.3
        out.println(format("Parallelism: %.1f", parallelism));
        // Peak Memory: 1.97GB
        reprintLine("Peak Memory: " + formatDataSize(bytes(stats.getPeakMemoryBytes()), true));
        // Spilled Data: 20GB
        if (stats.getSpilledBytes() > 0) {
            reprintLine("Spilled: " + formatDataSize(bytes(stats.getSpilledBytes()), true));
        }
    }
    // 0:32 [2.12GB, 15M rows] [67MB/s, 463K rows/s]
    String statsLine = format("%s [%s rows, %s] [%s rows/s, %s]", formatFinalTime(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();
}