"; echo ""; echo ""; // javascript echo ""; echo ""; echo ""; echo ""; } /* * Formats call counts for XHProf reports. * * Description: * Call counts in single-run reports are integer values. * However, call counts for aggregated reports can be * fractional. This function will print integer values * without decimal point, but with commas etc. * * 4000 ==> 4,000 * * It'll round fractional values to decimal precision of 3 * 4000.1212 ==> 4,000.121 * 4000.0001 ==> 4,000 * */ function xhprof_count_format($num) { $num = round($num, 3); if (round($num) == $num) { return number_format($num); } else { return number_format($num, 3); } } function xhprof_percent_format($s, $precision = 1) { return sprintf('%.'.$precision.'f%%', 100*$s); } /** * Implodes the text for a bunch of actions (such as links, forms, * into a HTML list and returns the text. */ function xhprof_render_actions($actions) { $out = array( ); if (count($actions)) { $out[] = ''; } return implode('', $out); } /** * @param html-str $content the text/image/innerhtml/whatever for the link * @param raw-str $href * @param raw-str $class * @param raw-str $id * @param raw-str $title * @param raw-str $target * @param raw-str $onclick * @param raw-str $style * @param raw-str $access * @param raw-str $onmouseover * @param raw-str $onmouseout * @param raw-str $onmousedown * @param raw-str $dir * @param raw-str $rel */ function xhprof_render_link($content, $href, $class='', $id='', $title='', $target='', $onclick='', $style='', $access='', $onmouseover='', $onmouseout='', $onmousedown='') { if (!$content) { return ''; } if ($href) { $link = ' 1, "ct" => 1, "wt" => 1, "excl_wt" => 1, "ut" => 1, "excl_ut" => 1, "st" => 1, "excl_st" => 1, "mu" => 1, "excl_mu" => 1, "pmu" => 1, "excl_pmu" => 1, "cpu" => 1, "excl_cpu" => 1, "samples" => 1, "excl_samples" => 1 ); // Textual descriptions for column headers in "single run" mode $descriptions = array( "fn" => "Function Name", "ct" => "Calls", "Calls%" => "Calls%", "wt" => "Incl. Wall Time
(microsec)", "IWall%" => "IWall%", "excl_wt" => "Excl. Wall Time
(microsec)", "EWall%" => "EWall%", "ut" => "Incl. User
(microsecs)", "IUser%" => "IUser%", "excl_ut" => "Excl. User
(microsec)", "EUser%" => "EUser%", "st" => "Incl. Sys
(microsec)", "ISys%" => "ISys%", "excl_st" => "Excl. Sys
(microsec)", "ESys%" => "ESys%", "cpu" => "Incl. CPU
(microsecs)", "ICpu%" => "ICpu%", "excl_cpu" => "Excl. CPU
(microsec)", "ECpu%" => "ECPU%", "mu" => "Incl.
MemUse
(bytes)", "IMUse%" => "IMemUse%", "excl_mu" => "Excl.
MemUse
(bytes)", "EMUse%" => "EMemUse%", "pmu" => "Incl.
PeakMemUse
(bytes)", "IPMUse%" => "IPeakMemUse%", "excl_pmu" => "Excl.
PeakMemUse
(bytes)", "EPMUse%" => "EPeakMemUse%", "samples" => "Incl. Samples", "ISamples%" => "ISamples%", "excl_samples" => "Excl. Samples", "ESamples%" => "ESamples%", ); // Formatting Callback Functions... $format_cbk = array( "fn" => "", "ct" => "xhprof_count_format", "Calls%" => "xhprof_percent_format", "wt" => "number_format", "IWall%" => "xhprof_percent_format", "excl_wt" => "number_format", "EWall%" => "xhprof_percent_format", "ut" => "number_format", "IUser%" => "xhprof_percent_format", "excl_ut" => "number_format", "EUser%" => "xhprof_percent_format", "st" => "number_format", "ISys%" => "xhprof_percent_format", "excl_st" => "number_format", "ESys%" => "xhprof_percent_format", "cpu" => "number_format", "ICpu%" => "xhprof_percent_format", "excl_cpu" => "number_format", "ECpu%" => "xhprof_percent_format", "mu" => "number_format", "IMUse%" => "xhprof_percent_format", "excl_mu" => "number_format", "EMUse%" => "xhprof_percent_format", "pmu" => "number_format", "IPMUse%" => "xhprof_percent_format", "excl_pmu" => "number_format", "EPMUse%" => "xhprof_percent_format", "samples" => "number_format", "ISamples%" => "xhprof_percent_format", "excl_samples" => "number_format", "ESamples%" => "xhprof_percent_format", ); // Textual descriptions for column headers in "diff" mode $diff_descriptions = array( "fn" => "Function Name", "ct" => "Calls Diff", "Calls%" => "Calls
Diff%", "wt" => "Incl. Wall
Diff
(microsec)", "IWall%" => "IWall
Diff%", "excl_wt" => "Excl. Wall
Diff
(microsec)", "EWall%" => "EWall
Diff%", "ut" => "Incl. User Diff
(microsec)", "IUser%" => "IUser
Diff%", "excl_ut" => "Excl. User
Diff
(microsec)", "EUser%" => "EUser
Diff%", "cpu" => "Incl. CPU Diff
(microsec)", "ICpu%" => "ICpu
Diff%", "excl_cpu" => "Excl. CPU
Diff
(microsec)", "ECpu%" => "ECpu
Diff%", "st" => "Incl. Sys Diff
(microsec)", "ISys%" => "ISys
Diff%", "excl_st" => "Excl. Sys Diff
(microsec)", "ESys%" => "ESys
Diff%", "mu" => "Incl.
MemUse
Diff
(bytes)", "IMUse%" => "IMemUse
Diff%", "excl_mu" => "Excl.
MemUse
Diff
(bytes)", "EMUse%" => "EMemUse
Diff%", "pmu" => "Incl.
PeakMemUse
Diff
(bytes)", "IPMUse%" => "IPeakMemUse
Diff%", "excl_pmu" => "Excl.
PeakMemUse
Diff
(bytes)", "EPMUse%" => "EPeakMemUse
Diff%", "samples" => "Incl. Samples Diff", "ISamples%" => "ISamples Diff%", "excl_samples" => "Excl. Samples Diff", "ESamples%" => "ESamples Diff%", ); // columns that'll be displayed in a top-level report $stats = array(); // columns that'll be displayed in a function's parent/child report $pc_stats = array(); // Various total counts $totals = 0; $totals_1 = 0; $totals_2 = 0; /* * The subset of $possible_metrics that is present in the raw profile data. */ $metrics = null; /** * Callback comparison operator (passed to usort() for sorting array of * tuples) that compares array elements based on the sort column * specified in $sort_col (global parameter). * * @author Kannan */ function sort_cbk($a, $b) { global $sort_col; global $diff_mode; if ($sort_col == "fn") { // case insensitive ascending sort for function names $left = strtoupper($a["fn"]); $right = strtoupper($b["fn"]); if ($left == $right) return 0; return ($left < $right) ? -1 : 1; } else { // descending sort for all others $left = $a[$sort_col]; $right = $b[$sort_col]; // if diff mode, sort by absolute value of regression/improvement if ($diff_mode) { $left = abs($left); $right = abs($right); } if ($left == $right) return 0; return ($left > $right) ? -1 : 1; } } /** * Initialize the metrics we'll display based on the information * in the raw data. * * @author Kannan */ function init_metrics($xhprof_data, $rep_symbol, $sort, $diff_report = false) { global $stats; global $pc_stats; global $metrics; global $diff_mode; global $sortable_columns; global $sort_col; global $display_calls; $diff_mode = $diff_report; if (!empty($sort)) { if (array_key_exists($sort, $sortable_columns)) { $sort_col = $sort; } else { print("Invalid Sort Key $sort specified in URL"); } } // For C++ profiler runs, walltime attribute isn't present. // In that case, use "samples" as the default sort column. if (!isset($xhprof_data["main()"]["wt"])) { if ($sort_col == "wt") { $sort_col = "samples"; } // C++ profiler data doesn't have call counts. // ideally we should check to see if "ct" metric // is present for "main()". But currently "ct" // metric is artificially set to 1. So, relying // on absence of "wt" metric instead. $display_calls = false; } else { $display_calls = true; } // parent/child report doesn't support exclusive times yet. // So, change sort hyperlinks to closest fit. if (!empty($rep_symbol)) { $sort_col = str_replace("excl_", "", $sort_col); } if ($display_calls) { $stats = array("fn", "ct", "Calls%"); } else { $stats = array("fn"); } $pc_stats = $stats; $possible_metrics = xhprof_get_possible_metrics($xhprof_data); foreach ($possible_metrics as $metric => $desc) { if (isset($xhprof_data["main()"][$metric])) { $metrics[] = $metric; // flat (top-level reports): we can compute // exclusive metrics reports as well. $stats[] = $metric; $stats[] = "I" . $desc[0] . "%"; $stats[] = "excl_" . $metric; $stats[] = "E" . $desc[0] . "%"; // parent/child report for a function: we can // only breakdown inclusive times correctly. $pc_stats[] = $metric; $pc_stats[] = "I" . $desc[0] . "%"; } } } /** * Get the appropriate description for a statistic * (depending upon whether we are in diff report mode * or single run report mode). * * @author Kannan */ function stat_description($stat) { global $descriptions; global $diff_descriptions; global $diff_mode; if ($diff_mode) { return $diff_descriptions[$stat]; } else { return $descriptions[$stat]; } } /** * Analyze raw data & generate the profiler report * (common for both single run mode and diff mode). * * @author: Kannan */ function profiler_report ($url_params, $rep_symbol, $sort, $run1, $run1_desc, $run1_data, $run2 = 0, $run2_desc = "", $run2_data = array()) { global $totals; global $totals_1; global $totals_2; global $stats; global $pc_stats; global $diff_mode; global $base_path; // if we are reporting on a specific function, we can trim down // the report(s) to just stuff that is relevant to this function. // That way compute_flat_info()/compute_diff() etc. do not have // to needlessly work hard on churning irrelevant data. if (!empty($rep_symbol)) { $run1_data = xhprof_trim_run($run1_data, array($rep_symbol)); if ($diff_mode) { $run2_data = xhprof_trim_run($run2_data, array($rep_symbol)); } } if ($diff_mode) { $run_delta = xhprof_compute_diff($run1_data, $run2_data); $symbol_tab = xhprof_compute_flat_info($run_delta, $totals); $symbol_tab1 = xhprof_compute_flat_info($run1_data, $totals_1); $symbol_tab2 = xhprof_compute_flat_info($run2_data, $totals_2); } else { $symbol_tab = xhprof_compute_flat_info($run1_data, $totals); } $run1_txt = sprintf("Run #%s: %s", $run1, $run1_desc); $base_url_params = xhprof_array_unset(xhprof_array_unset($url_params, 'symbol'), 'all'); $top_link_query_string = "$base_path/?" . http_build_query($base_url_params); if ($diff_mode) { $diff_text = "Diff"; $base_url_params = xhprof_array_unset($base_url_params, 'run1'); $base_url_params = xhprof_array_unset($base_url_params, 'run2'); $run1_link = xhprof_render_link('View Run #' . $run1, "$base_path/?" . http_build_query(xhprof_array_set($base_url_params, 'run', $run1))); $run2_txt = sprintf("Run #%s: %s", $run2, $run2_desc); $run2_link = xhprof_render_link('View Run #' . $run2, "$base_path/?" . http_build_query(xhprof_array_set($base_url_params, 'run', $run2))); } else { $diff_text = "Run"; } // set up the action links for operations that can be done on this report $links = array(); $links []= xhprof_render_link("View Top Level $diff_text Report", $top_link_query_string); if ($diff_mode) { $inverted_params = $url_params; $inverted_params['run1'] = $url_params['run2']; $inverted_params['run2'] = $url_params['run1']; // view the different runs or invert the current diff $links []= $run1_link; $links []= $run2_link; $links []= xhprof_render_link('Invert ' . $diff_text . ' Report', "$base_path/?". http_build_query($inverted_params)); } // lookup function typeahead form $links [] = ''; echo xhprof_render_actions($links); echo '
' . '
' . $diff_text . ' Report
' . '
' . ($diff_mode ? $run1_txt . '
vs.
' . $run2_txt : $run1_txt) . '
' . '
Tip
' . '
Click a function name below to drill down.
' . '
' . '
'; // data tables if (!empty($rep_symbol)) { if (!isset($symbol_tab[$rep_symbol])) { echo "
Symbol $rep_symbol not found in XHProf run
"; return; } /* single function report with parent/child information */ if ($diff_mode) { $info1 = isset($symbol_tab1[$rep_symbol]) ? $symbol_tab1[$rep_symbol] : null; $info2 = isset($symbol_tab2[$rep_symbol]) ? $symbol_tab2[$rep_symbol] : null; symbol_report($url_params, $run_delta, $symbol_tab[$rep_symbol], $sort, $rep_symbol, $run1, $info1, $run2, $info2); } else { symbol_report($url_params, $run1_data, $symbol_tab[$rep_symbol], $sort, $rep_symbol, $run1); } } else { /* flat top-level report of all functions */ full_report($url_params, $symbol_tab, $sort, $run1, $run2); } } /** * Computes percentage for a pair of values, and returns it * in string format. */ function pct($a, $b) { if ($b == 0) { return "N/A"; } else { $res = (round(($a * 1000 / $b)) / 10); return $res; } } /** * Given a number, returns the td class to use for display. * * For instance, negative numbers in diff reports comparing two runs (run1 & run2) * represent improvement from run1 to run2. We use green to display those deltas, * and red for regression deltas. */ function get_print_class($num, $bold) { global $vbar; global $vbbar; global $vrbar; global $vgbar; global $diff_mode; if ($bold) { if ($diff_mode) { if ($num <= 0) { $class = $vgbar; // green (improvement) } else { $class = $vrbar; // red (regression) } } else { $class = $vbbar; // blue } } else { $class = $vbar; // default (black) } return $class; } /** * Prints a element with a numeric value. */ function print_td_num($num, $fmt_func, $bold=false, $attributes=null) { $class = get_print_class($num, $bold); if (!empty($fmt_func)) { $num = call_user_func($fmt_func, $num); } print("$num\n"); } /** * Prints a element with a pecentage. */ function print_td_pct($numer, $denom, $bold=false, $attributes=null) { global $vbar; global $vbbar; global $diff_mode; $class = get_print_class($numer, $bold); if ($denom == 0) { $pct = "N/A%"; } else { $pct = xhprof_percent_format($numer / abs($denom)); } print("$pct\n"); } /** * Print "flat" data corresponding to one function. * * @author Kannan */ function print_function_info($url_params, $info, $sort, $run1, $run2) { static $odd_even = 0; global $totals; global $sort_col; global $metrics; global $format_cbk; global $display_calls; global $base_path; // Toggle $odd_or_even $odd_even = 1 - $odd_even; if ($odd_even) { print(""); } else { print(''); } $href = "$base_path/?" . http_build_query(xhprof_array_set($url_params, 'symbol', $info["fn"])); print(''); print(xhprof_render_link($info["fn"], $href)); print("\n"); if ($display_calls) { // Call Count.. print_td_num($info["ct"], $format_cbk["ct"], ($sort_col == "ct")); print_td_pct($info["ct"], $totals["ct"], ($sort_col == "ct")); } // Other metrics.. foreach ($metrics as $metric) { // Inclusive metric print_td_num($info[$metric], $format_cbk[$metric], ($sort_col == $metric)); print_td_pct($info[$metric], $totals[$metric], ($sort_col == $metric)); // Exclusive Metric print_td_num($info["excl_" . $metric], $format_cbk["excl_" . $metric], ($sort_col == "excl_" . $metric)); print_td_pct($info["excl_" . $metric], $totals[$metric], ($sort_col == "excl_" . $metric)); } print("\n"); } /** * Print non-hierarchical (flat-view) of profiler data. * * @author Kannan */ function print_flat_data($url_params, $title, $flat_data, $sort, $run1, $run2, $limit) { global $stats; global $sortable_columns; global $vwbar; global $base_path; $size = count($flat_data); if (!$limit) { // no limit $limit = $size; $display_link = ""; } else { $display_link = xhprof_render_link(" [ display all ]", "$base_path/?" . http_build_query(xhprof_array_set($url_params, 'all', 1))); } print("

$title $display_link


"); print(''); print(''); foreach ($stats as $stat) { $desc = stat_description($stat); if (array_key_exists($stat, $sortable_columns)) { $href = "$base_path/?" . http_build_query(xhprof_array_set($url_params, 'sort', $stat)); $header = xhprof_render_link($desc, $href); } else { $header = $desc; } if ($stat == "fn") print(""); else print(""); } print("\n"); if ($limit >= 0) { $limit = min($size, $limit); for($i=0; $i < $limit; $i++) { print_function_info($url_params, $flat_data[$i], $sort, $run1, $run2); } } else { // if $limit is negative, print abs($limit) items starting from the end $limit = min($size, abs($limit)); for($i=0; $i < $limit; $i++) { print_function_info($url_params, $flat_data[$size - $i - 1], $sort, $run1, $run2); } } print("
$header$header
"); // let's print the display all link at the bottom as well... if ($display_link) { echo '
' . $display_link . '
'; } } /** * Generates a tabular report for all functions. This is the top-level report. * * @author Kannan */ function full_report($url_params, $symbol_tab, $sort, $run1, $run2) { global $vwbar; global $vbar; global $totals; global $totals_1; global $totals_2; global $metrics; global $diff_mode; global $descriptions; global $sort_col; global $format_cbk; global $display_calls; global $base_path; $possible_metrics = xhprof_get_possible_metrics(); if ($diff_mode) { $base_url_params = xhprof_array_unset(xhprof_array_unset($url_params, 'run1'), 'run2'); $href1 = "$base_path/?" . http_build_query(xhprof_array_set($base_url_params, 'run', $run1)); $href2 = "$base_path/?" . http_build_query(xhprof_array_set($base_url_params, 'run', $run2)); print("

Overall Diff Summary

"); print('' . "\n"); print(''); print(""); print(""); print(""); print(""); print(""); print(''); if ($display_calls) { print(''); print(""); print_td_num($totals_1["ct"], $format_cbk["ct"]); print_td_num($totals_2["ct"], $format_cbk["ct"]); print_td_num($totals_2["ct"] - $totals_1["ct"], $format_cbk["ct"], true); print_td_pct($totals_2["ct"] - $totals_1["ct"], $totals_1["ct"], true); print(''); } foreach ($metrics as $metric) { $m = $metric; print(''); print(""); print_td_num($totals_1[$m], $format_cbk[$m]); print_td_num($totals_2[$m], $format_cbk[$m]); print_td_num($totals_2[$m] - $totals_1[$m], $format_cbk[$m], true); print_td_pct($totals_2[$m] - $totals_1[$m], $totals_1[$m], true); print(''); } print('
" . xhprof_render_link("Run #$run1", $href1) . "" . xhprof_render_link("Run #$run2", $href2) . "DiffDiff%
Number of Function Calls
" . str_replace("
", " ", $descriptions[$m]) . "
'); $callgraph_report_title = '[View Regressions/Improvements using Callgraph Diff]'; } else { print("

\n"); print('' . "\n"); echo ""; echo ""; echo ""; echo ""; foreach ($metrics as $metric) { echo ""; echo ""; echo ""; echo ""; } if ($display_calls) { echo ""; echo ""; echo ""; echo ""; } echo "
Overall Summary
Total " . str_replace("
", " ", stat_description($metric)) . ":
" . number_format($totals[$metric]) . " " . $possible_metrics[$metric][1] . "
Number of Function Calls:" . number_format($totals['ct']) . "
"; print("

\n"); $callgraph_report_title = '[View Full Callgraph]'; } print("

" . xhprof_render_link($callgraph_report_title, "$base_path/callgraph.php" . "?" . http_build_query($url_params)) . "

"); $flat_data = array(); foreach ($symbol_tab as $symbol => $info) { $tmp = $info; $tmp["fn"] = $symbol; $flat_data[] = $tmp; } usort($flat_data, 'sort_cbk'); print("
"); if (!empty($url_params['all'])) { $all = true; $limit = 0; // display all rows } else { $all = false; $limit = 100; // display only limited number of rows } $desc = str_replace("
", " ", $descriptions[$sort_col]); if ($diff_mode) { if ($all) { $title = "Total Diff Report: ' .'Sorted by absolute value of regression/improvement in $desc"; } else { $title = "Top 100 Regressions/" . "Improvements: " . "Sorted by $desc Diff"; } } else { if ($all) { $title = "Sorted by $desc"; } else { $title = "Displaying top $limit functions: Sorted by $desc"; } } print_flat_data($url_params, $title, $flat_data, $sort, $run1, $run2, $limit); } /** * Return attribute names and values to be used by javascript tooltip. */ function get_tooltip_attributes($type, $metric) { return "type='$type' metric='$metric'"; } /** * Print info for a parent or child function in the * parent & children report. * * @author Kannan */ function pc_info($info, $base_ct, $base_info, $parent) { global $sort_col; global $metrics; global $format_cbk; global $display_calls; if ($parent) $type = "Parent"; else $type = "Child"; if ($display_calls) { $mouseoverct = get_tooltip_attributes($type, "ct"); /* call count */ print_td_num($info["ct"], $format_cbk["ct"], ($sort_col == "ct"), $mouseoverct); print_td_pct($info["ct"], $base_ct, ($sort_col == "ct"), $mouseoverct); } /* Inclusive metric values */ foreach ($metrics as $metric) { print_td_num($info[$metric], $format_cbk[$metric], ($sort_col == $metric), get_tooltip_attributes($type, $metric)); print_td_pct($info[$metric], $base_info[$metric], ($sort_col == $metric), get_tooltip_attributes($type, $metric)); } } function print_pc_array($url_params, $results, $base_ct, $base_info, $parent, $run1, $run2) { global $base_path; // Construct section title if ($parent) { $title = 'Parent function'; } else { $title = 'Child function'; } if (count($results) > 1) { $title .= 's'; } print(""); print("
" . $title . "
"); print(""); $odd_even = 0; foreach ($results as $info) { $href = "$base_path/?" . http_build_query(xhprof_array_set($url_params, 'symbol', $info["fn"])); $odd_even = 1 - $odd_even; if ($odd_even) { print(''); } else { print(''); } print("" . xhprof_render_link($info["fn"], $href) . ""); pc_info($info, $base_ct, $base_info, $parent); print(""); } } function print_symbol_summary($symbol_info, $stat, $base) { $val = $symbol_info[$stat]; $desc = str_replace("
", " ", stat_description($stat)); print("$desc: "); print(number_format($val)); print(" (" . pct($val, $base) . "% of overall)"); if (substr($stat, 0, 4) == "excl") { $func_base = $symbol_info[str_replace("excl_", "", $stat)]; print(" (" . pct($val, $func_base) . "% of this function)"); } print("
"); } /** * Generates a report for a single function/symbol. * * @author Kannan */ function symbol_report($url_params, $run_data, $symbol_info, $sort, $rep_symbol, $run1, $symbol_info1 = null, $run2 = 0, $symbol_info2 = null) { global $vwbar; global $vbar; global $totals; global $pc_stats; global $sortable_columns; global $metrics; global $diff_mode; global $descriptions; global $format_cbk; global $sort_col; global $display_calls; global $base_path; $possible_metrics = xhprof_get_possible_metrics(); if ($diff_mode) { $diff_text = "Diff"; $regr_impr = "Regression/Improvement"; } else { $diff_text = ""; $regr_impr = ""; } if ($diff_mode) { $base_url_params = xhprof_array_unset(xhprof_array_unset($url_params, 'run1'), 'run2'); $href1 = "$base_path?" . http_build_query(xhprof_array_set($base_url_params, 'run', $run1)); $href2 = "$base_path?" . http_build_query(xhprof_array_set($base_url_params, 'run', $run2)); print("

$regr_impr summary for $rep_symbol

"); print('' . "\n"); print(''); print(""); print(""); print(""); print(""); print(""); print(''); print(''); if ($display_calls) { print(""); print_td_num($symbol_info1["ct"], $format_cbk["ct"]); print_td_num($symbol_info2["ct"], $format_cbk["ct"]); print_td_num($symbol_info2["ct"] - $symbol_info1["ct"], $format_cbk["ct"], true); print_td_pct($symbol_info2["ct"] - $symbol_info1["ct"], $symbol_info1["ct"], true); print(''); } foreach ($metrics as $metric) { $m = $metric; // Inclusive stat for metric print(''); print(""); print_td_num($symbol_info1[$m], $format_cbk[$m]); print_td_num($symbol_info2[$m], $format_cbk[$m]); print_td_num($symbol_info2[$m] - $symbol_info1[$m], $format_cbk[$m], true); print_td_pct($symbol_info2[$m] - $symbol_info1[$m], $symbol_info1[$m], true); print(''); // AVG (per call) Inclusive stat for metric print(''); print(""); $avg_info1 = 'N/A'; $avg_info2 = 'N/A'; if ($symbol_info1['ct'] > 0) { $avg_info1 = ($symbol_info1[$m]/$symbol_info1['ct']); } if ($symbol_info2['ct'] > 0) { $avg_info2 = ($symbol_info2[$m]/$symbol_info2['ct']); } print_td_num($avg_info1, $format_cbk[$m]); print_td_num($avg_info2, $format_cbk[$m]); print_td_num($avg_info2 - $avg_info1, $format_cbk[$m], true); print_td_pct($avg_info2 - $avg_info1, $avg_info1, true); print(''); // Exclusive stat for metric $m = "excl_" . $metric; print(''); print(""); print_td_num($symbol_info1[$m], $format_cbk[$m]); print_td_num($symbol_info2[$m], $format_cbk[$m]); print_td_num($symbol_info2[$m] - $symbol_info1[$m], $format_cbk[$m], true); print_td_pct($symbol_info2[$m] - $symbol_info1[$m], $symbol_info1[$m], true); print(''); } print('
$rep_symbolRun #$run1Run #$run2DiffDiff%
Number of Function Calls
" . str_replace("
", " ", $descriptions[$m]) . "
" . str_replace("
", " ", $descriptions[$m]) . " per call
" . str_replace("
", " ", $descriptions[$m]) . "
'); } print("

"); print("Parent/Child $regr_impr report for $rep_symbol"); $callgraph_href = "$base_path/callgraph.php?" . http_build_query(xhprof_array_set($url_params, 'func', $rep_symbol)); print(" [View Callgraph $diff_text]
"); print("


"); print('' . "\n"); print(''); foreach ($pc_stats as $stat) { $desc = stat_description($stat); if (array_key_exists($stat, $sortable_columns)) { $href = "$base_path/?" . http_build_query(xhprof_array_set($url_params, 'sort', $stat)); $header = xhprof_render_link($desc, $href); } else { $header = $desc; } if ($stat == "fn") print(""); else print(""); } print(""); print(""); print(""); // make this a self-reference to facilitate copy-pasting snippets to e-mails print(""); if ($display_calls) { // Call Count print_td_num($symbol_info["ct"], $format_cbk["ct"]); print_td_pct($symbol_info["ct"], $totals["ct"]); } // Inclusive Metrics for current function foreach ($metrics as $metric) { print_td_num($symbol_info[$metric], $format_cbk[$metric], ($sort_col == $metric)); print_td_pct($symbol_info[$metric], $totals[$metric], ($sort_col == $metric)); } print(""); print(""); print(""); if ($display_calls) { // Call Count print(""); print(""); } // Exclusive Metrics for current function foreach ($metrics as $metric) { print_td_num($symbol_info["excl_" . $metric], $format_cbk["excl_" . $metric], ($sort_col == $metric), get_tooltip_attributes("Child", $metric)); print_td_pct($symbol_info["excl_" . $metric], $symbol_info[$metric], ($sort_col == $metric), get_tooltip_attributes("Child", $metric)); } print(""); // list of callers/parent functions $results = array(); if ($display_calls) { $base_ct = $symbol_info["ct"]; } else { $base_ct = 0; } foreach ($metrics as $metric) { $base_info[$metric] = $symbol_info[$metric]; } foreach ($run_data as $parent_child => $info) { list($parent, $child) = xhprof_parse_parent_child($parent_child); if (($child == $rep_symbol) && ($parent)) { $info_tmp = $info; $info_tmp["fn"] = $parent; $results[] = $info_tmp; } } usort($results, 'sort_cbk'); if (count($results) > 0) { print_pc_array($url_params, $results, $base_ct, $base_info, true, $run1, $run2); } // list of callees/child functions $results = array(); $base_ct = 0; foreach ($run_data as $parent_child => $info) { list($parent, $child) = xhprof_parse_parent_child($parent_child); if ($parent == $rep_symbol) { $info_tmp = $info; $info_tmp["fn"] = $child; $results[] = $info_tmp; if ($display_calls) { $base_ct += $info["ct"]; } } } usort($results, 'sort_cbk'); if (count($results)) { print_pc_array($url_params, $results, $base_ct, $base_info, false, $run1, $run2); } print("
$header$header
"); print("
Current Function
"); print("
$rep_symbol
" ."Exclusive Metrics $diff_text for Current Function
"); // These will be used for pop-up tips/help. // Related javascript code is in: xhprof_report.js print("\n"); print(''); print("\n"); } /** * Generate the profiler report for a single run. * * @author Kannan */ function profiler_single_run_report ($url_params, $xhprof_data, $run_desc, $rep_symbol, $sort, $run) { init_metrics($xhprof_data, $rep_symbol, $sort, false); profiler_report($url_params, $rep_symbol, $sort, $run, $run_desc, $xhprof_data); } /** * Generate the profiler report for diff mode (delta between two runs). * * @author Kannan */ function profiler_diff_report($url_params, $xhprof_data1, $run1_desc, $xhprof_data2, $run2_desc, $rep_symbol, $sort, $run1, $run2) { // Initialize what metrics we'll display based on data in Run2 init_metrics($xhprof_data2, $rep_symbol, $sort, true); profiler_report($url_params, $rep_symbol, $sort, $run1, $run1_desc, $xhprof_data1, $run2, $run2_desc, $xhprof_data2); } /** * Generate a XHProf Display View given the various URL parameters * as arguments. The first argument is an object that implements * the iXHProfRuns interface. * * @param object $xhprof_runs_impl An object that implements * the iXHProfRuns interface *. * @param array $url_params Array of non-default URL params. * * @param string $source Category/type of the run. The source in * combination with the run id uniquely * determines a profiler run. * * @param string $run run id, or comma separated sequence of * run ids. The latter is used if an aggregate * report of the runs is desired. * * @param string $wts Comma separate list of integers. * Represents the weighted ratio in * which which a set of runs will be * aggregated. [Used only for aggregate * reports.] * * @param string $symbol Function symbol. If non-empty then the * parent/child view of this function is * displayed. If empty, a flat-profile view * of the functions is displayed. * * @param string $run1 Base run id (for diff reports) * * @param string $run2 New run id (for diff reports) * */ function displayXHProfReport($xhprof_runs_impl, $url_params, $source, $run, $wts, $symbol, $sort, $run1, $run2) { if ($run) { // specific run to display? // run may be a single run or a comma separate list of runs // that'll be aggregated. If "wts" (a comma separated list // of integral weights is specified), the runs will be // aggregated in that ratio. // $runs_array = explode(",", $run); if (count($runs_array) == 1) { $xhprof_data = $xhprof_runs_impl->get_run($runs_array[0], $source, $description); } else { if (!empty($wts)) { $wts_array = explode(",", $wts); } else { $wts_array = null; } $data = xhprof_aggregate_runs($xhprof_runs_impl, $runs_array, $wts_array, $source, false); $xhprof_data = $data['raw']; $description = $data['description']; } profiler_single_run_report($url_params, $xhprof_data, $description, $symbol, $sort, $run); } else if ($run1 && $run2) { // diff report for two runs $xhprof_data1 = $xhprof_runs_impl->get_run($run1, $source, $description1); $xhprof_data2 = $xhprof_runs_impl->get_run($run2, $source, $description2); profiler_diff_report($url_params, $xhprof_data1, $description1, $xhprof_data2, $description2, $symbol, $sort, $run1, $run2); } else { echo "No XHProf runs specified in the URL."; } }