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output.c
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/**
* output.c -- output to the standard output stream
* ______ ___
* / ____/___ / | _____________ __________
* / / __/ __ \/ /| |/ ___/ ___/ _ \/ ___/ ___/
* / /_/ / /_/ / ___ / /__/ /__/ __(__ |__ )
* \____/\____/_/ |_\___/\___/\___/____/____/
*
* The MIT License (MIT)
* Copyright (c) 2009-2016 Gerardo Orellana <hello @ goaccess.io>
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
#define _LARGEFILE_SOURCE
#define _LARGEFILE64_SOURCE
#define _FILE_OFFSET_BITS 64
#include <errno.h>
#include <ctype.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "output.h"
#ifdef HAVE_LIBTOKYOCABINET
#include "tcabdb.h"
#else
#include "gkhash.h"
#endif
#include "error.h"
#include "gwsocket.h"
#include "json.h"
#include "settings.h"
#include "ui.h"
#include "util.h"
#include "xmalloc.h"
#include "tpls.h"
#include "bootstrapcss.h"
#include "facss.h"
#include "appcss.h"
#include "d3js.h"
#include "hoganjs.h"
#include "chartsjs.h"
#include "appjs.h"
static void hits_bw_plot (FILE * fp, GHTMLPlot plot, int sp);
static void hits_bw_req_plot (FILE * fp, GHTMLPlot plot, int sp);
static void hits_visitors_plot (FILE * fp, GHTMLPlot plot, int sp);
static void hits_visitors_req_plot (FILE * fp, GHTMLPlot plot, int sp);
static void print_metrics (FILE * fp, const GHTML * def, int sp);
static void print_host_metrics (FILE * fp, const GHTML * def, int sp);
/* *INDENT-OFF* */
static GHTML htmldef[] = {
{VISITORS, 1, print_metrics, {
{CHART_AREASPLINE, hits_visitors_plot, 1, 1} ,
{CHART_AREASPLINE, hits_bw_plot, 1, 1} ,
}},
{REQUESTS, 1, print_metrics, {
{CHART_VBAR, hits_visitors_req_plot, 0, 0},
{CHART_VBAR, hits_bw_req_plot, 0, 0},
}},
{REQUESTS_STATIC, 1, print_metrics, {
{CHART_VBAR, hits_visitors_req_plot, 0, 0},
{CHART_VBAR, hits_bw_req_plot, 0, 0},
}},
{NOT_FOUND, 1, print_metrics, {
{CHART_VBAR, hits_visitors_req_plot, 0, 0},
{CHART_VBAR, hits_bw_req_plot, 0, 0},
}},
{HOSTS, 1, print_host_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 0},
{CHART_VBAR, hits_bw_plot, 0, 0},
}},
{OS, 1, print_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 1},
{CHART_VBAR, hits_bw_plot, 0, 1},
}},
{BROWSERS, 1, print_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 1},
{CHART_VBAR, hits_bw_plot, 0, 1},
}},
{VISIT_TIMES, 1, print_metrics, {
{CHART_AREASPLINE, hits_visitors_plot, 0, 1},
{CHART_AREASPLINE, hits_bw_plot, 0, 1},
}},
{VIRTUAL_HOSTS, 1, print_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 0},
{CHART_VBAR, hits_bw_plot, 0, 0},
}},
{REFERRERS, 1, print_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 0},
{CHART_VBAR, hits_bw_plot, 0, 0},
}},
{REFERRING_SITES, 1, print_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 0},
{CHART_VBAR, hits_bw_plot, 0, 0},
}},
{KEYPHRASES, 1, print_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 0},
{CHART_VBAR, hits_bw_plot, 0, 0},
}},
{STATUS_CODES, 1, print_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 1},
{CHART_VBAR, hits_bw_plot, 0, 1},
}},
{REMOTE_USER, 1, print_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 0},
{CHART_VBAR, hits_bw_plot, 0, 0},
}},
#ifdef HAVE_GEOLOCATION
{GEO_LOCATION, 1, print_metrics, {
{CHART_VBAR, hits_visitors_plot, 0, 1},
{CHART_VBAR, hits_bw_plot, 0, 1},
}},
#endif
};
/* *INDENT-ON* */
/* number of new lines (applicable fields) */
static int nlines = 0;
/* Get the chart type for the JSON definition.
*
* On success, the chart type string is returned. */
static const char *
chart2str (GChartType type)
{
static const char *strings[] = { "null", "bar", "area-spline" };
return strings[type];
}
/* Get panel output data for the given module.
*
* If not found, NULL is returned.
* On success, panel data is returned . */
static GHTML *
panel_lookup (GModule module)
{
int i, num_panels = ARRAY_SIZE (htmldef);
for (i = 0; i < num_panels; i++) {
if (htmldef[i].module == module)
return &htmldef[i];
}
return NULL;
}
/* Sanitize output with html entities for special chars */
static void
clean_output (FILE * fp, char *s)
{
if (!s) {
LOG_DEBUG (("NULL data on clean_output.\n"));
return;
}
while (*s) {
switch (*s) {
case '\'':
fprintf (fp, "'");
break;
case '"':
fprintf (fp, """);
break;
case '&':
fprintf (fp, "&");
break;
case '<':
fprintf (fp, "<");
break;
case '>':
fprintf (fp, ">");
break;
case ' ':
fprintf (fp, " ");
break;
default:
fputc (*s, fp);
break;
}
s++;
}
}
/* Set the HTML document title and the generated date/time */
static void
print_html_title (FILE * fp)
{
const char *title =
conf.html_report_title ? conf.html_report_title : HTML_REPORT_TITLE;
fprintf (fp, "<title>");
clean_output (fp, (char *) title);
fprintf (fp, "</title>");
}
/* *INDENT-OFF* */
/* Output all the document head elements. */
static void
print_html_header (FILE * fp)
{
fprintf (fp,
"<!DOCTYPE html>"
"<html lang='%s'>"
"<head>"
"<meta charset='UTF-8'>"
"<meta name='referrer' content='no-referrer'>"
"<meta http-equiv='X-UA-Compatible' content='IE=edge'>"
"<meta name='google' content='notranslate'>"
"<meta name='viewport' content='width=device-width, initial-scale=1'>"
"<meta name='robots' content='noindex, nofollow'>", _(DOC_LANG));
print_html_title (fp);
fprintf (fp, "<style>%s</style>", fa_css);
fprintf (fp, "<style>%s</style>", bootstrap_css);
fprintf (fp, "<style>%s</style>", app_css);
/* load custom CSS file, if any */
if (conf.html_custom_css)
fprintf (fp, "<link rel='stylesheet' href='%s'>", conf.html_custom_css);
fprintf (fp,
"</head>"
"<body>");
}
/* Output all structural elements of the HTML document. */
static void
print_html_body (FILE * fp, const char *now)
{
fprintf (fp,
"<nav class='hidden-xs hidden-sm hide'>"
"</nav>"
"<i class='spinner fa fa-circle-o-notch fa-spin fa-3x fa-fw'></i>"
"<div class='container hide'>"
"<div class='wrap-header'>"
"<div class='row row-offcanvas row-offcanvas-right'>"
"<div class='col-md-12'>"
"<div class='page-header clearfix'>"
"<div class='pull-right'>"
"<h4>"
"<span class='label label-info' style='display:%s'>"
"<span class='hidden-xs'>%s: </span>"
"<span class='last-updated'>%s</span>"
"</span>"
"</h4>"
"</div>"
"<h1>"
"<span class='hidden-xs hidden-sm'>"
"<i class='fa fa-tachometer'></i> %s"
"</span>"
"<span class='visible-xs visible-sm'>"
"<i class='fa fa-bars nav-minibars'></i>"
"<i class='fa fa-circle nav-ws-status mini'></i>"
"</span>"
"</h1>", conf.no_html_last_updated ? "none" : "block", INFO_LAST_UPDATED, now, T_DASH);
fprintf (fp,
"<div class='report-title'>%s</div>"
"</div>"
"<div class='wrap-general'></div>"
"</div>"
"</div>"
"</div>"
"<div class='wrap-panels'></div>"
"</div>", conf.html_report_title ? conf.html_report_title : "");
fprintf (fp, "%s", tpls);
}
/* Output all the document footer elements such as script and closing
* tags. */
static void
print_html_footer (FILE * fp)
{
fprintf (fp, "<script>%s</script>", d3_js);
fprintf (fp, "<script>%s</script>", hogan_js);
fprintf (fp, "<script>%s</script>", app_js);
fprintf (fp, "<script>%s</script>", charts_js);
/* load custom JS file, if any */
if (conf.html_custom_js)
fprintf (fp, "<script src='%s'></script>", conf.html_custom_js);
fprintf (fp, "</body>");
fprintf (fp, "</html>");
}
/* *INDENT-ON* */
static const GChartDef ChartDefStopper = { NULL, NULL };
/* Get the number of chart definitions per panel.
*
* The number of chart definitions is returned . */
static int
get_chartdef_cnt (GChart * chart)
{
GChartDef *def = chart->def;
while (memcmp (def, &ChartDefStopper, sizeof ChartDefStopper))
++def;
return def - chart->def;
}
/* Output the given JSON chart axis definition for the given panel. */
static void
print_d3_chart_def_axis (FILE * fp, GChart * chart, size_t cnt, int isp)
{
GChartDef *def = chart->def;
size_t j = 0;
for (j = 0; j < cnt; ++j) {
if (strchr (def[j].value, '[') != NULL)
fpskeyaval (fp, def[j].key, def[j].value, isp, j == cnt - 1);
else
fpskeysval (fp, def[j].key, def[j].value, isp, j == cnt - 1);
}
}
/* Output the given JSON chart definition for the given panel. */
static void
print_d3_chart_def (FILE * fp, GChart * chart, size_t n, int sp)
{
size_t i = 0, cnt = 0;
int isp = 0;
/* use tabs to prettify output */
if (conf.json_pretty_print)
isp = sp + 1;
for (i = 0; i < n; ++i) {
cnt = get_chartdef_cnt (chart + i);
fpopen_obj_attr (fp, chart[i].key, sp);
print_d3_chart_def_axis (fp, chart + i, cnt, isp);
fpclose_obj (fp, sp, (i == n - 1));
}
}
static void
print_plot_def (FILE * fp, const GHTMLPlot plot, GChart * chart, int n, int sp)
{
int isp = 0, iisp = 0;
/* use tabs to prettify output */
if (conf.json_pretty_print)
isp = sp + 1, iisp = sp + 2;
fpskeysval (fp, "className", plot.chart_key, isp, 0);
fpskeysval (fp, "label", plot.chart_lbl, isp, 0);
fpskeysval (fp, "chartType", chart2str (plot.chart_type), isp, 0);
fpskeyival (fp, "chartReverse", plot.chart_reverse, isp, 0);
fpskeyival (fp, "redrawOnExpand", plot.redraw_expand, isp, 0);
/* D3.js data */
fpopen_obj_attr (fp, "d3", isp);
/* print chart definitions */
print_d3_chart_def (fp, chart, n, iisp);
/* close D3 */
fpclose_obj (fp, isp, 1);
}
/* Output D3.js hits/visitors plot definitions. */
static void
hits_visitors_plot (FILE * fp, GHTMLPlot plot, int sp)
{
/* *INDENT-OFF* */
GChart def[] = {
{"y0", (GChartDef[]) {
{"key", "hits"}, {"label", MTRC_HITS_LBL}, ChartDefStopper
}},
{"y1", (GChartDef[]) {
{"key", "visitors"}, {"label", MTRC_VISITORS_LBL}, ChartDefStopper
}},
};
plot.chart_key = (char[]) {"hits-visitors"};
plot.chart_lbl = (char *) {HTML_PLOT_HITS_VIS};
/* *INDENT-ON* */
print_plot_def (fp, plot, def, ARRAY_SIZE (def), sp);
}
/* Output D3.js hits/visitors plot definitions. */
static void
hits_visitors_req_plot (FILE * fp, GHTMLPlot plot, int sp)
{
/* *INDENT-OFF* */
GChart def[] = {
{"x", (GChartDef[]) {
{"key", "[\"method\", \"data\", \"protocol\"]"}, ChartDefStopper
}},
{"y0", (GChartDef[]) {
{"key", "hits"}, {"label", MTRC_HITS_LBL}, ChartDefStopper
}},
{"y1", (GChartDef[]) {
{"key", "visitors"}, {"label", MTRC_VISITORS_LBL}, ChartDefStopper
}},
};
plot.chart_key = (char[]) {"hits-visitors"};
plot.chart_lbl = (char *) {HTML_PLOT_HITS_VIS};
/* *INDENT-ON* */
print_plot_def (fp, plot, def, ARRAY_SIZE (def), sp);
}
/* Output C3.js bandwidth plot definitions. */
static void
hits_bw_plot (FILE * fp, GHTMLPlot plot, int sp)
{
/* *INDENT-OFF* */
GChart def[] = {
{"y0", (GChartDef[]) {
{"key", "bytes"}, {"label", MTRC_BW_LBL}, {"format", "bytes"}, ChartDefStopper
}},
};
if (!conf.bandwidth)
return;
plot.chart_key = (char[]) {"bandwidth"};
plot.chart_lbl = (char *) {MTRC_BW_LBL};
/* *INDENT-ON* */
print_plot_def (fp, plot, def, ARRAY_SIZE (def), sp);
}
/* Output C3.js bandwidth plot definitions. */
static void
hits_bw_req_plot (FILE * fp, GHTMLPlot plot, int sp)
{
/* *INDENT-OFF* */
GChart def[] = {
{"x", (GChartDef[]) {
{"key", "[\"method\", \"protocol\", \"data\"]"}, ChartDefStopper
}},
{"y0", (GChartDef[]) {
{"key", "bytes"}, {"label", MTRC_BW_LBL}, {"format", "bytes"}, ChartDefStopper
}},
};
if (!conf.bandwidth)
return;
plot.chart_key = (char[]) {"bandwidth"};
plot.chart_lbl = (char *) {MTRC_BW_LBL};
/* *INDENT-ON* */
print_plot_def (fp, plot, def, ARRAY_SIZE (def), sp);
}
/* Output JSON data definitions. */
static void
print_json_data (FILE * fp, GLog * glog, GHolder * holder)
{
char *json = NULL;
if ((json = get_json (glog, holder, 1)) == NULL)
return;
fprintf (fp, "<script type='text/javascript'>");
fprintf (fp, "var json_data=%s", json);
fprintf (fp, "</script>");
free (json);
}
/* Output WebSocket connection definition. */
static void
print_conn_def (FILE * fp)
{
int sp = 0;
/* use tabs to prettify output */
if (conf.json_pretty_print)
sp += 1;
if (!conf.real_time_html)
return;
fprintf (fp, "<script type='text/javascript'>");
fprintf (fp, "var connection = ");
fpopen_obj (fp, sp);
fpskeysval (fp, "url", (conf.ws_url ? conf.ws_url : ""), sp, 0);
fpskeyival (fp, "port", (conf.port ? atoi (conf.port) : 7890), sp, 1);
fpclose_obj (fp, sp, 1);
fprintf (fp, "</script>");
}
/* Output JSON per panel metric definitions. */
static void
print_def_metric (FILE * fp, const GDefMetric def, int sp)
{
int isp = 0;
/* use tabs to prettify output */
if (conf.json_pretty_print)
isp = sp + 1;
if (def.cname)
fpskeysval (fp, "className", def.cname, isp, 0);
if (def.cwidth)
fpskeysval (fp, "colWidth", def.cwidth, isp, 0);
if (def.metakey)
fpskeysval (fp, "meta", def.metakey, isp, 0);
if (def.metatype)
fpskeysval (fp, "metaType", def.metatype, isp, 0);
if (def.metalbl)
fpskeysval (fp, "metaLabel", def.metalbl, isp, 0);
if (def.datatype)
fpskeysval (fp, "dataType", def.datatype, isp, 0);
if (def.datakey)
fpskeysval (fp, "key", def.datakey, isp, 0);
if (def.lbl)
fpskeysval (fp, "label", def.lbl, isp, 1);
}
/* Output JSON metric definition block. */
static void
print_def_block (FILE * fp, const GDefMetric def, int sp, int last)
{
fpopen_obj (fp, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, last);
}
/* Output JSON overall requests definition block. */
static void
print_def_overall_requests (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_REQUESTS,
.datatype = "numeric",
.cname = "black"
};
fpopen_obj_attr (fp, OVERALL_REQ, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON overall valid requests definition block. */
static void
print_def_overall_valid_reqs (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_VALID,
.datatype = "numeric",
.cname = "green"
};
fpopen_obj_attr (fp, OVERALL_VALID, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON overall invalid requests definition block. */
static void
print_def_overall_invalid_reqs (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_FAILED,
.datatype = "numeric",
.cname = "red"
};
fpopen_obj_attr (fp, OVERALL_FAILED, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON process time definition block. */
static void
print_def_overall_processed_time (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_GEN_TIME,
.datatype = "secs",
.cname = "gray"
};
fpopen_obj_attr (fp, OVERALL_GENTIME, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON overall visitors definition block. */
static void
print_def_overall_visitors (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_UNIQUE_VISITORS,
.datatype = "numeric",
.cname = "blue"
};
fpopen_obj_attr (fp, OVERALL_VISITORS, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON overall files definition block. */
static void
print_def_overall_files (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_UNIQUE_FILES,
.datatype = "numeric",
};
fpopen_obj_attr (fp, OVERALL_FILES, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON overall excluded requests definition block. */
static void
print_def_overall_excluded (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_EXCLUDE_IP,
.datatype = "numeric",
};
fpopen_obj_attr (fp, OVERALL_EXCL_HITS, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON overall referrers definition block. */
static void
print_def_overall_refs (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_REFERRER,
.datatype = "numeric",
};
fpopen_obj_attr (fp, OVERALL_REF, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON overall not found definition block. */
static void
print_def_overall_notfound (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_UNIQUE404,
.datatype = "numeric",
};
fpopen_obj_attr (fp, OVERALL_NOTFOUND, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON overall static files definition block. */
static void
print_def_overall_static_files (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_STATIC_FILES,
.datatype = "numeric",
};
fpopen_obj_attr (fp, OVERALL_STATIC, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON log size definition block. */
static void
print_def_overall_log_size (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_LOG,
.datatype = "bytes",
};
fpopen_obj_attr (fp, OVERALL_LOGSIZE, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 0);
}
/* Output JSON overall bandwidth definition block. */
static void
print_def_overall_bandwidth (FILE * fp, int sp)
{
GDefMetric def = {
.lbl = T_BW,
.datatype = "bytes",
};
fpopen_obj_attr (fp, OVERALL_BANDWIDTH, sp);
print_def_metric (fp, def, sp);
fpclose_obj (fp, sp, 1);
}
/* Output JSON hits definition block. */
static void
print_def_hits (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "hits",
.lbl = MTRC_HITS_LBL,
.datatype = "numeric",
.metakey = "count",
.cwidth = "12%",
};
print_def_block (fp, def, sp, 0);
}
/* Output JSON visitors definition block. */
static void
print_def_visitors (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "visitors",
.lbl = MTRC_VISITORS_LBL,
.datatype = "numeric",
.metakey = "count",
.cwidth = "12%",
};
print_def_block (fp, def, sp, 0);
}
/* Output JSON bandwidth definition block. */
static void
print_def_bw (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "bytes",
.lbl = MTRC_BW_LBL,
.datatype = "bytes",
.metakey = "count",
.cwidth = "12%",
};
if (!conf.bandwidth)
return;
print_def_block (fp, def, sp, 0);
}
/* Output JSON Avg. T.S. definition block. */
static void
print_def_avgts (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "avgts",
.lbl = MTRC_AVGTS_LBL,
.datatype = "utime",
.metakey = "avg",
.cwidth = "8%",
};
if (!conf.serve_usecs)
return;
print_def_block (fp, def, sp, 0);
}
/* Output JSON Cum. T.S. definition block. */
static void
print_def_cumts (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "cumts",
.lbl = MTRC_CUMTS_LBL,
.datatype = "utime",
.metakey = "count",
.cwidth = "8%",
};
if (!conf.serve_usecs)
return;
print_def_block (fp, def, sp, 0);
}
/* Output JSON Max. T.S. definition block. */
static void
print_def_maxts (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "maxts",
.lbl = MTRC_MAXTS_LBL,
.datatype = "utime",
.metakey = "count",
.cwidth = "8%",
};
if (!conf.serve_usecs)
return;
print_def_block (fp, def, sp, 0);
}
/* Output JSON method definition block. */
static void
print_def_method (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "method",
.lbl = MTRC_METHODS_LBL,
.datatype = "string",
.cwidth = "6%",
};
if (!conf.append_method)
return;
print_def_block (fp, def, sp, 0);
}
/* Output JSON protocol definition block. */
static void
print_def_protocol (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "protocol",
.lbl = MTRC_PROTOCOLS_LBL,
.datatype = "string",
.cwidth = "7%",
};
if (!conf.append_protocol)
return;
print_def_block (fp, def, sp, 0);
}
/* Output JSON city definition block. */
static void
print_def_city (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "city",
.lbl = MTRC_CITY_LBL,
.datatype = "string",
};
if (!conf.has_geocity)
return;
print_def_block (fp, def, sp, 0);
}
/* Output JSON country definition block. */
static void
print_def_country (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "country",
.lbl = MTRC_COUNTRY_LBL,
.datatype = "string",
};
if (!conf.has_geocountry)
return;
print_def_block (fp, def, sp, 0);
}
/* Output JSON hostname definition block. */
static void
print_def_hostname (FILE * fp, int sp)
{
GDefMetric def = {
.datakey = "hostname",
.lbl = MTRC_HOSTNAME_LBL,
.datatype = "string",
.cname = "light",
};
if (!conf.enable_html_resolver)
return;
print_def_block (fp, def, sp, 0);
}
/* Output JSON data definition block. */
static void
print_def_data (FILE * fp, GModule module, int sp)
{
GDefMetric def = {
.cname = "trunc",
.cwidth = "100%",
.datakey = "data",
.datatype = module == VISITORS ? "date" : "string",
.lbl = MTRC_DATA_LBL,
.metakey = "unique",
.metalbl = "Total",
.metatype = "numeric",
};
print_def_block (fp, def, sp, 1);
}
/* Get the number of plots for the given panel definition.
*
* The number of plots for the given panel is returned. */
static int
count_plot_fp (const GHTML * def)
{
int i = 0;
for (i = 0; def->chart[i].plot != 0; ++i);
return i;
}
/* Entry function to output JSON plot definition block. */
static void
print_def_plot (FILE * fp, const GHTML * def, int sp)
{
int i, isp = 0, n = count_plot_fp (def);
/* use tabs to prettify output */
if (conf.json_pretty_print)
isp = sp + 1;
fpopen_arr_attr (fp, "plot", sp);
for (i = 0; i < n; ++i) {
fpopen_obj (fp, isp);
def->chart[i].plot (fp, def->chart[i], isp);
fpclose_obj (fp, isp, (i == n - 1));
}
fpclose_arr (fp, sp, 0);
}
/* Output JSON host panel definitions. */
static void
print_host_metrics (FILE * fp, const GHTML * def, int sp)
{
const GOutput *output = output_lookup (def->module);
print_def_hits (fp, sp);
print_def_visitors (fp, sp);
print_def_bw (fp, sp);
print_def_avgts (fp, sp);
print_def_cumts (fp, sp);
print_def_maxts (fp, sp);
if (output->method)
print_def_method (fp, sp);
if (output->protocol)
print_def_protocol (fp, sp);
print_def_city (fp, sp);
print_def_country (fp, sp);
print_def_hostname (fp, sp);
print_def_data (fp, def->module, sp);
}
/* Output JSON panel definitions. */
static void
print_metrics (FILE * fp, const GHTML * def, int sp)
{
const GOutput *output = output_lookup (def->module);
print_def_hits (fp, sp);
print_def_visitors (fp, sp);
print_def_bw (fp, sp);
print_def_avgts (fp, sp);
print_def_cumts (fp, sp);
print_def_maxts (fp, sp);
if (output->method)
print_def_method (fp, sp);
if (output->protocol)
print_def_protocol (fp, sp);
print_def_data (fp, def->module, sp);
}
/* Entry point to output JSON metric definitions. */
static void
print_def_metrics (FILE * fp, const GHTML * def, int sp)
{
int isp = 0;
/* use tabs to prettify output */
if (conf.json_pretty_print)
isp = sp + 1;
/* open data metric data */
fpopen_arr_attr (fp, "items", sp);
/* definition metrics */
def->metrics (fp, def, isp);
/* close metrics block */