def gen_html_cpu(cpu):
lev = tldata.level_order(data)
graph = ""
for name in lev:
opts = {
"title": name + " " + cpu,
"width": 1000,
"height": 180,
#"xlabel": "time",
}
if name in data.metrics:
unit = gen_level.get_unit(list(data.levels[name])[0])
if unit:
opts["ylabel"] = unit
else:
opts["stackedGraph"] = 1
opts["stackedGraphNaNFill"] = "none"
opts["ylabel"] = "% CPU time"
unit = '%'
if unit == '%':
opts["valueRange"] = [-5, 110]
graph += T("""
<div id="d_${cpu}_$name" class="disp"></div>
<script type="text/javascript">
i = num_graphs++
goptions[i] = $opts
goptions[i].highlightCallback = function(e, x, pts, row) {
hilight_help(e, x, pts, row, help_$jname)
}
goptions[i].unhighlightCallback = unhilight_help
goptions[i].drawCallback = draw_graph
graphs[i] = new Dygraph(document.getElementById("d_${cpu}_$name"), "$cpu.$file.csv", goptions[i])
goptions[i]["file"] = "$cpu.$file.csv"
</script>
""").substitute({
"name": name,
"jname": jsname(name),
"file": name,
"cpu": cpu,
"opts": opts
})
return graph
def gen_html_cpu(cpu):
lev = tldata.level_order(data)
graph = ""
for name in lev:
opts = {
"title": name + " " + cpu,
"width": 1000,
"height": 180,
#"xlabel": "time",
}
if name in data.metrics:
unit = gen_level.get_unit(list(data.levels[name])[0])
if unit:
opts["ylabel"] = unit
else:
opts["stackedGraph"] = 1
opts["stackedGraphNaNFill"] = "none"
opts["ylabel"] = "% CPU time"
unit = '%'
if unit == '%':
opts["valueRange"] = [-5, 110]
graph += T("""
<div id="d_${cpu}_$name" class="disp"></div>
<script type="text/javascript">
i = num_graphs++
goptions[i] = $opts
goptions[i].highlightCallback = function(e, x, pts, row) {
hilight_help(e, x, pts, row, help_$jname)
}
goptions[i].unhighlightCallback = unhilight_help
goptions[i].drawCallback = draw_graph
graphs[i] = new Dygraph(document.getElementById("d_${cpu}_$name"), "$cpu.$file.csv", goptions[i])
goptions[i]["file"] = "$cpu.$file.csv"
</script>
""").substitute({"name": name, "jname": jsname(name), "file": name, "cpu": cpu, "opts": opts})
return graph