def get (self,project_name):
project = Project.get_by_key_name('name='+project_name)
source_files = SourceFile.all().filter('project =',project)
path = [project_name]
f = SolutionRenderer()
templates = process_template_imems()
process_template_path(templates, path)
templates.update({
'files': source_files,
'projects': projects,
'path': path,
'project': project_name
})
return self.response.write(f.render('project',templates))
def get(self,project_name):
print repr(project_name)
project = Project.get_by_key_name('name='+project_name)
source_files = SourceFile.all().filter('project =',project)
for file in source_files:
print file
# print "source_files",source_files
files = map(lambda x: {'name':x.name,'size':int(x.p*100)}, source_files)
# print 'files',files
files = make_nodes_hier(files, project_name)
result = json.dumps(files)
print "result",result
# print 'node_arch',files
self.response.headers['Content-Type'.encode()] = 'application/json'.encode()
self.response.out.write(result)
def init_sources_for_extrapolation(self):
sources = SourceFile.all()
tab = []
tab_x = []
tab_f = []
for source in sources:
if source.vulnerability is not None and \
source.potential is not None and \
source.p is not None:
if int(source.vulnerability.vulnerability) >0 :
tab.append((source.potential,source.p))
tab = list(frozenset(tab))
tab.sort()
try:
for i, item in enumerate(tab):
if tab[i+1] == tab[i]:
tab.pop(i)
except IndexError:
pass
print tab
self.tab_x = map(lambda x: x[0], tab)
self.tab_f = map(lambda x: x[1], tab)
def init_sources_for_extrapolation(self):
sources = SourceFile.all()
tab = []
tab_x = []
tab_f = []
for source in sources:
if source.vulnerability is not None and \
source.potential is not None and \
source.p is not None:
if int(source.vulnerability.vulnerability) > 0:
tab.append((source.potential, source.p))
tab = list(frozenset(tab))
tab.sort()
try:
for i, item in enumerate(tab):
if tab[i + 1] == tab[i]:
tab.pop(i)
except IndexError:
pass
print tab
self.tab_x = map(lambda x: x[0], tab)
self.tab_f = map(lambda x: x[1], tab)
def process_sources(self):
splitted_source = ""
for file_name, file_source in self.project_files:
ast_source = remove_Directives(file_source)
# print "@file_source[%s]"%file_name #,file_source
try:
# ast = get_ast_from_text(file_source)
ast = None
except Exception, e:
print e
debuglines = 8
line = int(str(e).split(':')[1])
for i in range(debuglines):
try:
print "INFO file[%s] line[%s]: %s" % (
file_name, line + i - debuglines / 2 + 1,
file_source.split('\n')[line + i - debuglines / 2])
except:
pass
ast = None
if ast is not None:
#ast.show()
# print ast.ext
pass
holsted, mackkeib, jilb, sloc = (function(
file_source, ast) for function in (get_holsted, get_mackkeib,
get_jilb, get_sloc))
#BUF to fix
if holsted != (-1, -1, -1):
splitted_source += "\n" + file_source
vulns = get_vulns_count(file_source, ast)
metrix = Metrix(holsted=str(holsted),
mackkeib=str(mackkeib),
jilb=str(jilb),
sloc=str(sloc))
metrix.put()
vulnerability = Vulnerability(vulnerability=str(vulns))
vulnerability.put()
potential = self.calc_potential(holsted[0], mackkeib, jilb, vulns)
p = self.calc_p(potential)
short = self.project.short + md5(file_name).hexdigest()
# print ("filename & sloc & holsted & mackkeib & jilb & vulns & potential & p")
print("{} & {} & {} & {} & {} & {} & {} & {}\\\\".format(
file_name, sloc, holsted[0], mackkeib, jilb, vulns, potential,
p))
source = Source(project=self.project,
file_name=file_name,
file_source=file_source,
file_db_item=SourceFile(
short=short,
project=self.project,
name=file_name,
source=file_source,
metrix=metrix,
vulnerability=vulnerability,
potential=potential,
p=p),
holsted=holsted,
mackkeib=mackkeib,
jilb=jilb,
sloc=sloc,
vulns=vulns,
potential=potential,
p=p)
source.file_db_item.put()
self.files.append(source)
def get (self,filehash):
source_file = SourceFile.all().filter('short',filehash)[0]
source_file.p = 1.0
source_file.put()
recalc_p(source_file)
def get(self, filehash):
print filehash
code = SourceFile.all().filter('short',filehash)[0]
#print code.source
self.response.write(code.source)
return
