def make_html(modelA, modelB, f):
sh = SourceHighlighter()
# Approach: find peer files:
sourcesA = modelA.get_source_files()
sourcesB = modelB.get_source_files()
#pprint(sourcesA)
#pprint(sourcesB)
# how to match? givenpath may be good enough for our example
sourcesA_by_internal_path = {}
for fileA in sourcesA:
sourcesA_by_internal_path[get_internal_filename(fileA)] = fileA
sourcesB_by_internal_path = {}
for fileB in sourcesB:
sourcesB_by_internal_path[get_internal_filename(fileB)] = fileB
internal_paths = set(sourcesA_by_internal_path.keys()
+ sourcesB_by_internal_path.keys())
sutA = list(modelA.iter_analyses())[0].metadata.sut
sutB = list(modelB.iter_analyses())[0].metadata.sut
title = '%s - comparison view' % sutA.name
f.write('<html>\n')
write_common_meta(f)
f.write('<head><title>%s</title>\n' % title)
f.write(' <style type="text/css">\n')
write_common_css(f)
f.write(sh.formatter.get_style_defs())
f.write(' </style>\n')
f.write('</head>\n')
f.write(' <body>\n')
generatorsA = modelA.get_generators()
generatorsB = modelB.get_generators()
generators = sorted(set(generatorsA + generatorsB))
aisA_by_source_and_generator = modelA.get_analysis_issues_by_source_and_generator()
aisB_by_source_and_generator = modelB.get_analysis_issues_by_source_and_generator()
afsA_by_source = modelA.get_analysis_failures_by_source()
afsB_by_source = modelB.get_analysis_failures_by_source()
f.write('<p>Old build: <b>%s</b></p>' % sutA)
f.write('<p>New build: <b>%s</b></p>' % sutB)
f.write(' <table>\n')
if 1:
f.write(' <tr>\n')
f.write(' <th>Old file</th>\n')
f.write(' <th>New file</th>\n')
for generator in generators:
f.write(' <th>%s</th>\n' % generator.name)
f.write(' <th>Notes</th>\n')
f.write(' </tr>\n')
for internal_path in sorted(internal_paths):
fileA = sourcesA_by_internal_path.get(internal_path, None)
fileB = sourcesB_by_internal_path.get(internal_path, None)
f.write(' <tr>\n')
if fileA:
f.write(' <td><a href="#file-%s">%s</a></td>\n'
% (fileA.hash_.hexdigest, get_filename(fileA)))
else:
f.write(' <td></td>\n')
if fileB:
f.write(' <td><a href="#file-%s">%s</a></td>\n'
% (fileB.hash_.hexdigest, get_filename(fileB)))
else:
f.write(' <td></td>\n')
for generator in generators:
keyA = (fileA, generator)
aisA = aisA_by_source_and_generator.get(keyA, set())
keyB = (fileB, generator)
aisB = aisB_by_source_and_generator.get(keyB, set())
class_ = 'has_issues' if aisA or aisB else 'no_issues'
f.write(' <td class="%s">%s / %s</td>\n' % (class_, len(aisA), len(aisB)))
afsA = afsA_by_source.get(fileA, [])
afsB = afsB_by_source.get(fileB, [])
if afsA or afsB:
f.write(' <td>Incomplete coverage: old has %i analysis failure(s), new has %i analysis failure(s)</td>\n'
% (len(afsA), len(afsB)))
else:
f.write(' <td></td>\n')
f.write(' </tr>\n')
f.write(' </table>\n')
for internal_path in sorted(internal_paths):
fileA = sourcesA_by_internal_path.get(internal_path, None)
fileB = sourcesB_by_internal_path.get(internal_path, None)
aisA = modelA.get_analysis_issues_by_source().get(fileA, set())
aisB = modelB.get_analysis_issues_by_source().get(fileB, set())
afsA = afsA_by_source.get(fileA, [])
afsB = afsB_by_source.get(fileB, [])
if fileA is not None:
f.write('<a id="file-%s"/>' % fileA.hash_.hexdigest)
if fileB is not None:
f.write('<a id="file-%s"/>' % fileB.hash_.hexdigest)
f.write('<h1>Comparison of old/new %s</h1>\n' % get_internal_filename(fileA))
else:
f.write('<h1>Removed file: %s</h1>\n' % get_internal_filename(fileA))
else:
assert fileB is not None
f.write('<a id="file-%s"/>' % fileB.hash_.hexdigest)
f.write('<h1>Added file: %s</h1>\n' % get_internal_filename(fileB))
ci = ComparativeIssues(aisA, aisB)
if ci.new:
f.write('<h2>New issues</h2>')
write_issue_table_for_file(f, fileB, ci.new)
if ci.fixed:
f.write('<h2>Fixed issues</h2>')
write_issue_table_for_file(f, fileA, ci.fixed)
if ci.inboth:
f.write('<h2>Issues in both old/new</h2>')
f.write(' <table>\n')
f.write(' <tr>\n')
f.write(' <th>Old location</th>\n')
f.write(' <th>New location</th>\n')
f.write(' <th>Tool</th>\n')
f.write(' <th>Test ID</th>\n')
f.write(' <th>Function</th>\n')
f.write(' <th>Issue</th>\n')
f.write(' </tr>\n')
for aiA, aiB in sorted(ci.inboth,
lambda ab1, ab2: AnalysisIssue.cmp(ab1[1], ab2[1])):
f.write(' <tr>\n')
f.write(' <td>%s:%i:%i</td>\n'
% (aiA.givenpath,
aiA.line,
aiA.column))
f.write(' <td>%s:%i:%i</td>\n'
% (aiB.givenpath,
aiB.line,
aiB.column))
f.write(' <td>%s</td>\n' % aiB.generator.name)
f.write(' <td>%s</td>\n' % (aiB.testid if aiB.testid else ''))
f.write(' <td>%s</td>\n' % (aiB.function.name if aiB.function else '')),
f.write(' <td><a href="%s">%s</a></td>\n'
% ('#file-%s-line-%i' % (fileB.hash_.hexdigest, aiB.line),
aiB.message.text))
f.write(' </tr>\n')
f.write(' </table>\n')
cf = ComparativeFailures(afsA, afsB)
if cf.new:
f.write('<h2>New failures</h2>')
write_failure_table_for_file(f, fileB, cf.new)
if cf.fixed:
f.write('<h2>Fixed failures</h2>')
write_failure_table_for_file(f, fileA, cf.fixed)
if cf.inboth:
f.write('<h2>Failures in both old/new</h2>')
f.write(' <table>\n')
f.write(' <tr>\n')
f.write(' <th>Tool</th>\n')
f.write(' <th>Failure ID</th>\n')
f.write(' <th>Old location</th>\n')
f.write(' <th>New location</th>\n')
f.write(' <th>Function</th>\n')
f.write(' <th>Message</th>\n')
f.write(' <th>Data</th>\n')
f.write(' </tr>\n')
for afA, afB in sorted(cf.inboth,
lambda ab1, ab2: AnalysisFailure.cmp(ab1[1], ab2[1])):
f.write(' <tr>\n')
f.write(' <td>%s</td>\n' % afB.generator.name)
f.write(' <td>%s</td>\n' % afB.failureid)
f.write(' <td>%s:%i:%i</td>\n'
% (afA.givenpath,
afA.line,
afA.column))
f.write(' <td>%s:%i:%i</td>\n'
% (afB.givenpath,
afB.line,
afB.column))
f.write(' <td>%s</td>\n' % (afB.function.name if afB.function else '')),
f.write(' <td><a href="%s">%s</a></td>\n'
% ('#file-%s-line-%i' % (fileB.hash_.hexdigest, afB.line),
html_escape(str(afB.message))))
f.write(' <td>%s</td>\n' % (html_escape(afB.customfields)) if afB.customfields else '')
f.write(' </tr>\n')
f.write(' </table>\n')
write_html_diff(f, modelA, modelB, fileA, fileB, aisA, aisB, afsA, afsB, sh)
f.write(' </body>\n')
f.write('</html>\n')
def make_html(model, f):
sh = SourceHighlighter()
analyses = list(model.iter_analyses())
title = ''
f.write('<html>\n')
write_common_meta(f)
f.write('<head><title>%s</title>\n' % title)
f.write(' <style type="text/css">\n')
write_common_css(f)
f.write(sh.formatter.get_style_defs())
f.write(' </style>\n')
f.write('</head>\n')
f.write(' <body>\n')
sources = model.get_source_files()
generators = model.get_generators()
ais_by_source = model.get_analysis_issues_by_source()
ais_by_source_and_generator = model.get_analysis_issues_by_source_and_generator()
afs_by_source = model.get_analysis_failures_by_source()
f.write(' <table>\n')
if 1:
f.write(' <tr>\n')
f.write(' <th>Source file</th>\n')
for generator in generators:
f.write(' <th>%s</th>\n' % generator.name)
f.write(' <th>Notes</th>\n')
f.write(' </tr>\n')
for file_ in sources:
f.write(' <tr>\n')
f.write(' <td><a href="#file-%s">%s</a></td>\n'
% (file_.hash_.hexdigest, get_filename(file_)))
for generator in generators:
key = (file_, generator)
ais = ais_by_source_and_generator.get(key, set())
class_ = 'has_issues' if ais else 'no_issues'
f.write(' <td class="%s">%s</td>\n' % (class_, len(ais)))
afs = afs_by_source.get(file_, [])
if afs:
f.write(' <td>Incomplete coverage: %i analysis failure(s)</td>\n'
% len(afs))
else:
f.write(' <td></td>\n')
f.write(' </tr>\n')
f.write(' </table>\n')
for file_ in sources:
f.write('<h2><a id="file-%s">%s</h2>\n' % (file_.hash_.hexdigest, get_filename(file_)))
ais = ais_by_source.get(file_, set())
if ais:
write_issue_table_for_file(f, file_, ais)
else:
f.write('<p>No issues found</p>')
afs = afs_by_source.get(file_, [])
if afs:
write_failure_table_for_file(f, file_, afs)
# Include source inline:
code = model.get_file_content(file_)
# Write any lineless issues/failures at the start of the file:
f.write('<a id="file-%s-line-0"/>' % (file_.hash_.hexdigest, ))
for ai in ais:
if ai.line is None:
f.write(make_issue_note(ai))
for af in afs:
if af.line is None:
f.write(make_failure_note(af))
for i, line in enumerate(sh.highlight(code).splitlines()):
f.write('<a id="file-%s-line-%i"/>' % (file_.hash_.hexdigest, i + 1))
f.write(line)
f.write('\n')
for ai in ais:
if ai.line == i + 1:
f.write(make_issue_note(ai))
for af in afs:
if af.line == i + 1:
f.write(make_failure_note(af))
f.write(' </body>\n')
f.write('</html>\n')