def run_reports(args):
expanded_cache, errors = build_expanded_cache()
# TODO: Add sorting to output or reporting.
report_results = []
report_results.append(PathIssuesReport(expanded_cache))
report_results.append(MissingInstallerReport(expanded_cache))
report_results.append(OrphanedInstallerReport(expanded_cache))
report_results.append(PkgsinfoWithErrorsReport(errors))
report_results.append(OutOfDateReport(expanded_cache))
report_results.append(NoUsageReport(expanded_cache))
# Add the results of the last two reports together to determine
# wasted disk space.
# expanded_cache["unused_items"] = [item for report in report_results[-2:]
# for item in report.items]
# report_results.append(UnusedDiskUsageReport(expanded_cache))
report_results.append(UnattendedTestingReport(expanded_cache))
report_results.append(UnattendedProdReport(expanded_cache))
report_results.append(ForceInstallTestingReport(expanded_cache))
report_results.append(ForceInstallProdReport(expanded_cache))
if args.plist:
dict_reports = {report.name: report.as_dict() for report in
report_results}
print FoundationPlist.writePlistToString(dict_reports)
else:
for report in report_results:
report.print_report()
def run_reports(args):
expanded_cache, errors = build_expanded_cache()
# TODO: Add sorting to output or reporting.
report_results = []
report_results.append(PathIssuesReport(expanded_cache))
report_results.append(MissingInstallerReport(expanded_cache))
report_results.append(OrphanedInstallerReport(expanded_cache))
report_results.append(PkgsinfoWithErrorsReport(errors))
report_results.append(OutOfDateReport(expanded_cache))
report_results.append(NoUsageReport(expanded_cache))
# Add the results of the last two reports together to determine
# wasted disk space.
# expanded_cache["unused_items"] = [item for report in report_results[-2:]
# for item in report.items]
# report_results.append(UnusedDiskUsageReport(expanded_cache))
report_results.append(UnattendedTestingReport(expanded_cache))
report_results.append(UnattendedProdReport(expanded_cache))
report_results.append(ForceInstallTestingReport(expanded_cache))
report_results.append(ForceInstallProdReport(expanded_cache))
if args.plist:
dict_reports = {
report.name: report.as_dict()
for report in report_results
}
print FoundationPlist.writePlistToString(dict_reports)
else:
for report in report_results:
report.print_report()
def send_request(self, request):
self.socket.send(FoundationPlist.writePlistToString(request))
with os.fdopen(self.socket.fileno()) as f:
reply = f.read()
if reply.startswith("OK:"):
return reply.replace("OK:", "").rstrip()
errors = reply.rstrip().split("\n")
if not errors:
errors = ["ERROR:No reply from server (crash?), check system logs"]
raise ProcessorError(", ".join([s.replace("ERROR:", "") for s in errors]))
def send_request(self, request):
self.socket.send(FoundationPlist.writePlistToString(request))
with os.fdopen(self.socket.fileno()) as f:
reply = f.read()
if reply.startswith("OK:"):
return reply.replace("OK:", "").rstrip()
errors = reply.rstrip().split("\n")
if not errors:
errors = ["ERROR:No reply from server (crash?), check system logs"]
raise ProcessorError(", ".join([s.replace("ERROR:", "") for s in errors]))
def send_request(self, request):
"""Send an install request to autopkginstalld"""
self.socket.send(FoundationPlist.writePlistToString(request))
with os.fdopen(self.socket.fileno()) as fileref:
while True:
data = fileref.readline()
if data:
if data.startswith("OK:"):
return data.replace("OK:", "").rstrip()
elif data.startswith("ERROR:"):
break
else:
self.output(data.rstrip())
else:
break
errors = data.rstrip().split("\n")
if not errors:
errors = ["ERROR:No reply from autopkginstalld (crash?), " "check system logs"]
raise ProcessorError(", ".join([s.replace("ERROR:", "") for s in errors]))
def send_request(self, request):
'''Send an install request to autopkginstalld'''
self.socket.send(FoundationPlist.writePlistToString(request))
with os.fdopen(self.socket.fileno()) as fileref:
while True:
data = fileref.readline()
if data:
if data.startswith("OK:"):
return data.replace("OK:", "").rstrip()
elif data.startswith("ERROR:"):
break
else:
self.output(data.rstrip())
else:
break
errors = data.rstrip().split("\n")
if not errors:
errors = ["ERROR:No reply from autopkginstalld (crash?), "
"check system logs"]
raise ProcessorError(
", ".join([s.replace("ERROR:", "") for s in errors]))
def munkiserver_edit_package(self):
if not 'pkginfo' in self.env or len(self.env['pkginfo']) == 0:
return
# request the edit form
url = self.env['edit_url']
resp = self.curl(url)
if resp.find('Munki Server: edit') <= 0:
raise ProcessorError('Do not have permission to edit packages in MunkiServer')
# extract the CSRF token
xml = ElementTree.fromstring(resp)
ct = xml.find(".//{http://www.w3.org/1999/xhtml}meta[@name='csrf-token']")
options = ['-H', 'X-CSRF-Token: ' + ct.attrib['content']]
# compose the list
data = {}
for key in self.env["pkginfo"]:
if key == 'receipts' or key == 'installs' or key == 'raw_tags':
key += '_plist'
if hasattr(self.env['pkginfo'][key], "__len__") and not hasattr(self.env['pkginfo'][key], "endswith"):
# it's a non-scalar type but not a string, so it's a plist
value = FoundationPlist.writePlistToString(self.env['pkginfo'][key])
else:
value = self.env['pkginfo'][key]
data["package[%s]" % key] = value
# change the parameter
options += ['-X', 'PUT']
url = url[:-5]
resp = self.curl(url, options, data)
# check for error
xml = ElementTree.fromstring(resp)
for msg in xml.findall(".//{http://www.w3.org/1999/xhtml}div[@class='message error']"):
raise ProcessorError(msg.text)
# get the redirect URL
if 'version' in self.env["pkginfo"] or 'name' in self.env["pkginfo"]:
self.env['edit_url'] = re.match('.*You are being.*(http.*)".*redirected.*',resp).group(1)
#!/usr/bin/python
import FoundationPlist
my_dict = {'name': 'Scripting OS X',
'url': 'http://scriptingosx.com',
'twitter': 'scriptingosx'}
plist = FoundationPlist.writePlistToString(my_dict)
print plist
