def diagnose():
"""Run diagnostics and return the results."""
return [action_utils.diagnose_url(
'http://localhost:5678', kind='4', check_certificate=False),
action_utils.diagnose_url(
'http://localhost:5678', kind='6', check_certificate=False),
action_utils.diagnose_url(
'http://{}:5678'.format(get_configured_domain_name()),
kind='4',
check_certificate=False)]
def diagnose():
"""Run diagnostics and return the results."""
return [action_utils.diagnose_url(
'http://localhost:5678', kind='4', check_certificate=False),
action_utils.diagnose_url(
'http://localhost:5678', kind='6', check_certificate=False),
action_utils.diagnose_url(
'http://{}:5678'.format(get_configured_domain_name()),
kind='4',
check_certificate=False)]
def diagnose():
"""Run diagnostics and return the results."""
results = []
results.append(
action_utils.diagnose_url('http://diaspora.localhost', kind='4',
check_certificate=False))
results.append(
action_utils.diagnose_url('http://diaspora.localhost', kind='6',
check_certificate=False))
results.append(
action_utils.diagnose_url('http://diaspora.{}'.format(
get_configured_domain_name()), kind='4', check_certificate=False))
return results
def _diagnose_url_via_tor(url, kind=None):
"""Diagnose whether a URL is reachable via Tor."""
result = action_utils.diagnose_url(url, kind=kind, wrapper='torsocks')
result[0] = _('Access URL {url} on tcp{kind} via Tor') \
.format(url=url, kind=kind)
return result
def _diagnose_tor_use(url, kind=None):
"""Diagnose whether webpage at URL reports that we are using Tor."""
expected_output = "Congratulations. This browser is configured to use Tor."
result = action_utils.diagnose_url(url, kind=kind, wrapper="torsocks", expected_output=expected_output)
result[0] = _("Confirm Tor usage at {url} on tcp{kind}").format(url=url, kind=kind)
return result
def diagnose():
"""Run diagnostics and return the results."""
results = []
results.append(
action_utils.diagnose_url(
'http://diaspora.localhost', kind='4', check_certificate=False))
results.append(
action_utils.diagnose_url(
'http://diaspora.localhost', kind='6', check_certificate=False))
results.append(
action_utils.diagnose_url(
'http://diaspora.{}'.format(get_configured_domain_name()),
kind='4',
check_certificate=False))
return results
def _diagnose_tor_use(url, kind=None):
"""Diagnose whether webpage at URL reports that we are using Tor."""
expected_output = 'Congratulations. This browser is configured to use Tor.'
result = action_utils.diagnose_url(url, kind=kind, wrapper='torsocks',
expected_output=expected_output)
result[0] = _('Confirm Tor usage at {url} on tcp{kind}') \
.format(url=url, kind=kind)
return result
def diagnose():
"""Run diagnostics and return the results."""
results = []
results.append(action_utils.diagnose_port_listening(8118, 'tcp4'))
results.append(action_utils.diagnose_port_listening(8118, 'tcp6'))
results.append(action_utils.diagnose_url('https://www.debian.org'))
results.extend(diagnose_url_with_proxy())
return results
def diagnose():
"""Run diagnostics and return the results."""
results = []
results.append(action_utils.diagnose_port_listening(8118, 'tcp4'))
results.append(action_utils.diagnose_port_listening(8118, 'tcp6'))
results.append(action_utils.diagnose_url('https://www.debian.org'))
results.extend(diagnose_url_with_proxy())
return results
def diagnose():
"""Run diagnostics and return the results."""
results = []
for domain_type, domains in names.domains.items():
if domain_type == 'hiddenservice':
continue
for domain in domains:
results.append(action_utils.diagnose_url('https://' + domain))
return results
def diagnose():
"""Run diagnostics and return the results."""
results = []
for domain_type, domains in names.domains.items():
if domain_type == 'hiddenservice':
continue
for domain in domains:
results.append(action_utils.diagnose_url('https://' + domain))
return results
def diagnose_url_with_proxy():
"""Run a diagnostic on a URL with a proxy."""
url = 'https://debian.org/' # Gives a simple redirect to www.
results = []
for address in action_utils.get_addresses():
proxy = 'http://{host}:8118/'.format(host=address['url_address'])
env = {'https_proxy': proxy}
result = action_utils.diagnose_url(url, kind=address['kind'], env=env)
result[0] = _('Access {url} with proxy {proxy} on tcp{kind}') \
.format(url=url, proxy=proxy, kind=address['kind'])
results.append(result)
return results
def diagnose_url_with_proxy():
"""Run a diagnostic on a URL with a proxy."""
url = 'https://debian.org/' # Gives a simple redirect to www.
results = []
for address in action_utils.get_addresses():
proxy = 'http://{host}:8118/'.format(host=address['url_address'])
env = {'https_proxy': proxy}
result = action_utils.diagnose_url(url, kind=address['kind'], env=env)
result[0] = _('Access {url} with proxy {proxy} on tcp{kind}') \
.format(url=url, proxy=proxy, kind=address['kind'])
results.append(result)
return results
def diagnose_url_with_proxy():
"""Run a diagnostic on a URL with a proxy."""
url = 'https://debian.org/'
results = []
for address in action_utils.get_addresses():
if address['kind'] == '6':
address['address'] = '[{0}]'.format(address['address'])
proxy = 'http://{host}:8118/'.format(host=address['address'])
if address['kind'] == '4':
env = {'http_proxy': proxy}
else:
env = {'https_proxy': proxy}
result = action_utils.diagnose_url(url, kind=address['kind'], env=env)
result[0] = _('Access {url} with proxy {proxy} on tcp{kind}') \
.format(url=url, proxy=proxy, kind=address['kind'])
results.append(result)
return results
def diagnose_url_with_proxy():
"""Run a diagnostic on a URL with a proxy."""
url = 'https://debian.org/'
results = []
for address in action_utils.get_addresses():
if address['kind'] == '6':
address['address'] = '[{0}]'.format(address['address'])
proxy = 'http://{host}:8118/'.format(host=address['address'])
if address['kind'] == '4':
env = {'http_proxy': proxy}
else:
env = {'https_proxy': proxy}
result = action_utils.diagnose_url(url, kind=address['kind'], env=env)
result[0] = _('Access {url} with proxy {proxy} on tcp{kind}') \
.format(url=url, proxy=proxy, kind=address['kind'])
results.append(result)
return results