def renderComponent(component, allStats):
print("Rendering component " + component)
code = html.getHtmlHeader(component)
code += html.generateStatistics(allStats, component)
code += html.getHtmlEnd()
file = open(component + ".htm", "w")
file.write(code)
file.close()
def renderComponent(component, allStats):
print("Rendering component " + component)
code = html.getHtmlHeader(component)
code += html.generateStatistics(allStats, component)
code += html.getHtmlEnd()
file = open(component + ".htm", "w")
file.write(code)
file.close()
self['name'] = values[3]
# Read in data
allFunctions = []
try:
f = open(PathToProfileBuild + 'server.prof')
except:
# Generate readable output
here = os.getcwd()
os.chdir(PathToProfileBuild)
os.system('gprof alacarte-server gmon.out > server.prof')
os.chdir(here)
for i, line in enumerate(f):
if i < 5:
# Skip headings
continue
if line == "\n":
# Stop before callstack
break
allFunctions.append(function(line))
code = html.getHtmlHeader('gprof')
code += html.makeSortableTable(allFunctions, [
'percentage', 'totalTime', 'ownTime', 'calls', 'ownTimePerCall',
'totalTimePerCall', 'name'
])
code += html.getHtmlEnd()
file = open('gprof.htm', 'w')
file.write(code)
file.close()
values = line.split(None, 3)
self['calls'] = 0
self['ownTimePerCall'] = 0
self['totalTimePerCall'] = 0
self['name'] = values[3]
# Read in data
allFunctions = []
try:
f = open(PathToProfileBuild + 'server.prof')
except:
# Generate readable output
here = os.getcwd()
os.chdir(PathToProfileBuild)
os.system('gprof alacarte-server gmon.out > server.prof')
os.chdir(here)
for i, line in enumerate(f):
if i < 5:
# Skip headings
continue
if line == "\n":
# Stop before callstack
break
allFunctions.append(function(line))
code = html.getHtmlHeader('gprof')
code += html.makeSortableTable(allFunctions, ['percentage', 'totalTime', 'ownTime', 'calls', 'ownTimePerCall', 'totalTimePerCall', 'name'])
code += html.getHtmlEnd()
file = open('gprof.htm', 'w')
file.write(code)
file.close()
html.makeScatterPlot(allStats,
'Nodes',
'GeoNodes',
yName='GeoData::getNodeIds()')
html.makeScatterPlot(allStats,
'Ways',
'Renderer',
yName='Renderer::renderTile()')
html.makeScatterPlot(allStats,
'Ways',
'StylesheetMatch',
yName='Stylesheet::match()')
# Generating HTML-Timechart
print("Generating HTML-Timechart")
code = html.getHtmlHeader('Timechart')
code += html.generateTimechart(allStats, [
'JobStart', 'Cache', 'ComputeRect', 'GeoContainsData', 'GeoNodes',
'GeoWays', 'GeoRelations', 'StylesheetMatch', 'Renderer'
])
code += html.getHtmlEnd()
file = open("timechart.htm", "w")
file.write(code)
file.close()
# Generating index file.
code = html.getHtmlHeader('Index')
for component in [
'Cache', 'ComputeRect', 'GeoContainsData', 'GeoNodes', 'GeoWays',
'GeoRelations', 'StylesheetMatch', 'Renderer'
]:
elif component == "GeoNodes":
html.makeBoxPlot(allStats, component, median=median, scale=1.0, start=6, name="GeoData::getNodeIDs()")
else:
html.makeBoxPlot(allStats, component, median=median, start=6, name="Renderer::renderTile()")
# Render only some special graphs
html.makeScatterPlot(allStats, "Nodes", "GeoContainsData", yName="GeoData::containsData()", function="0*n", opacity=0.2)
html.makeScatterPlot(allStats, "Nodes", "GeoNodes", yName="GeoData::getNodeIds()")
html.makeScatterPlot(allStats, "Ways", "Renderer", yName="Renderer::renderTile()")
html.makeScatterPlot(allStats, "Ways", "StylesheetMatch", yName="Stylesheet::match()")
# Generating HTML-Timechart
print("Generating HTML-Timechart")
code = html.getHtmlHeader("Timechart")
code += html.generateTimechart(
allStats,
[
"JobStart",
"Cache",
"ComputeRect",
"GeoContainsData",
"GeoNodes",
"GeoWays",
"GeoRelations",
"StylesheetMatch",
"Renderer",
],
)
code += html.getHtmlEnd()
