def generate_secrets(self, secondary_secret_p = True):
self.primary_secret = utils.random_string(16)
if secondary_secret_p:
self.secondary_secret = utils.random_string(6, [string.digits])
else:
self.secondary_secret = None
self.save()
def generate_secrets(self, secondary_secret_p=True):
self.primary_secret = utils.random_string(16)
if secondary_secret_p:
self.secondary_secret = utils.random_string(6, [string.digits])
else:
self.secondary_secret = None
self.save()
def password_set(self, new_password):
# generate a new salt
self.password_salt = utils.random_string(20)
# compute the hash
self.password_hash = self.compute_hash(new_password, self.password_salt)
if self.state == UNINITIALIZED:
self.set_state(ACTIVE)
def password_set(self, new_password):
# generate a new salt
self.password_salt = utils.random_string(20)
# compute the hash
self.password_hash = self.compute_hash(new_password,
self.password_salt)
if self.state == UNINITIALIZED:
self.set_state(ACTIVE)
def map_user(cls, request, record):
e = utils.random_string(30) + "@anonymous.smartplatforms.org"
a = LimitedAccount.objects.create(email=e,
given_name="Anomymous",
family_name="Account")
a.set_state(ACTIVE)
a.records.add(record)
a.save()
return a
def map_user(cls, request, record):
e = utils.random_string(30) + "@anonymous.smartplatforms.org"
a = LimitedAccount.objects.create(email=e,
given_name="Anomymous",
family_name="Account")
a.set_state(ACTIVE)
a.records.add(record)
a.save()
return a
def save(self, *args, **kwargs):
if not self.token:
self.token = utils.random_string(30)
if self.expires_at == None:
minutes_to_expire=30
try:
minutes_to_expire = settings.MINUTES_TO_EXPIRE_DIRECT_ACCESS
except: pass
self.expires_at = datetime.datetime.utcnow() + datetime.timedelta(minutes = minutes_to_expire)
super(RecordDirectAccessToken, self).save(*args, **kwargs)
def reset_password(self):
new_password = utils.random_string(10)
self.password = new_password
self.save()
# send the mail
subject = utils.render_template_raw('email/password_reset/subject', {'account': self}, type='txt').strip()
body = utils.render_template_raw('email/password_reset/body',
{ 'account' : self,
'url_prefix' : settings.SMART_UI_SERVER_LOCATION,
'new_password' : new_password},
type='txt')
utils.send_mail(subject,body, settings.EMAIL_FROM_ADDRESS, [self.contact_email])
def save(self, *args, **kwargs):
if not self.token:
self.token = utils.random_string(30)
print "RANDOM", self.token
if self.expires_at == None:
minutes_to_expire = 30
try:
minutes_to_expire = settings.MINUTES_TO_EXPIRE_DIRECT_ACCESS
except:
pass
self.expires_at = datetime.datetime.utcnow() + datetime.timedelta(
minutes=minutes_to_expire)
super(RecordDirectAccessToken, self).save(*args, **kwargs)
def reset_password(self):
new_password = utils.random_string(10)
self.password = new_password
self.save()
# send the mail
subject = utils.render_template_raw('email/password_reset/subject', {
'account': self
},
type='txt').strip()
body = utils.render_template_raw('email/password_reset/body', {
'account': self,
'url_prefix': settings.SMART_UI_SERVER_LOCATION,
'new_password': new_password
},
type='txt')
utils.send_mail(subject, body, settings.EMAIL_FROM_ADDRESS,
[self.contact_email])
def LoadAppFromJSON(manifest_string, app_params=None):
if app_params == None: app_params = {}
if "secret" not in app_params:
print "No consumer secret among the app params. Generating consumer secret."
app_params["secret"] = random_string(16)
print "Consumer secret is '%s'" % app_params["secret"]
r = simplejson.loads(manifest_string)
secret = app_params["secret"]
messages = app_manifest_structure_validator(r)
if len(messages) > 0:
print "WARNING! This app manifest is invalid"
for m in messages:
print m
if "override_index" in app_params:
r["index"] = app_params["override_index"]
if "override_icon" in app_params:
r["icon"] = app_params["override_icon"]
enabled_by_default = False
if "enabled_by_default" in app_params:
enabled_by_default = app_params["enabled_by_default"]
manifest_string = json.dumps(r, sort_keys=True, indent=4)
if r["mode"] in ("background", "helper"):
a = HelperApp.objects.create(
description = r["description"],
consumer_key = r["id"],
secret = secret,
name =r["name"],
email=r["id"],
manifest=manifest_string)
elif r["mode"] in ("ui", "frame_ui"):
if "optimalBrowserEnvironments" not in r:
r["optimalBrowserEnvironments"] = ["desktop"]
if "supportedBrowserEnvironments" not in r:
r["supportedBrowserEnvironments"] = ["desktop", "mobile", "tablet"]
exists = PHA.objects.filter(email=r["id"])
assert len(exists) <2, "Found >1 PHA by the name %s"%r["id"]
if len(exists)==1:
print exists[0]
print "deleting, exists."
exists[0].delete()
a = PHA.objects.create(
description = r["description"],
consumer_key = r["id"],
secret = secret,
name =r["name"],
email=r["id"],
mode=r["mode"],
icon_url=r["icon"],
enabled_by_default=enabled_by_default,
optimal_environments=",".join(r["optimalBrowserEnvironments"]),
supported_environments=",".join(r["supportedBrowserEnvironments"]),
manifest=manifest_string)
else: a = None
if "index" in r:
act_name = "main"
act_url = r["index"]
AppActivity.objects.create(app=a, name=act_name, url=act_url)
if "requires" in r:
capabilities = get_capabilities()
for k in r["requires"]:
if k not in capabilities:
print "WARNING! This app requires an unsupported datatype:", k
break
for m in r["requires"][k]["methods"]:
if m not in capabilities[k]["methods"]:
print "WARNING! This app requires an unsupported method:", k, m
if "smart_version" in r:
if r["smart_version"] != settings.VERSION:
print "WARNING! This app requires SMART version", r["smart_version"]
if "web_hooks" in r:
for (hook_name, hook_data) in r["web_hooks"].iteritems():
hook_url = hook_data["url"]
try: rpc = hook_data['requires_patient_context']
except: rpc = False
AppWebHook.objects.create(app=a,
name=hook_name,
description=hook_data["description"],
url=hook_url,
requires_patient_context=rpc)
return a
def LoadAppFromJSON(manifest_string, app_params=None):
""" Reads an app manifest
"""
if app_params == None:
app_params = {}
if "secret" not in app_params:
print "No consumer secret among the app params. Generating consumer secret."
app_params["secret"] = random_string(16)
r = simplejson.loads(manifest_string)
secret = app_params["secret"]
messages = app_manifest_structure_validator(r)
if len(messages) > 0:
msg = "WARNING! This app manifest is invalid: %s (app %s)" % ('. '.join(messages), r['id'])
raise Exception(msg)
if "override_index" in app_params:
r["index"] = app_params["override_index"]
if "override_icon" in app_params:
r["icon"] = app_params["override_icon"]
enabled_by_default = False
if "enabled_by_default" in app_params:
enabled_by_default = app_params["enabled_by_default"]
manifest_string = json.dumps(r, sort_keys=True, indent=4)
# background app
if r["mode"] in ("background", "helper"):
a = HelperApp.objects.create(
description=r["description"],
consumer_key=r["id"],
secret=secret,
name=r["name"],
email=r["id"],
manifest=manifest_string
)
# ui app
elif r["mode"] in ("ui", "frame_ui"):
# extract optimal environments
if "optimalBrowserEnvironments" not in r:
r["optimalBrowserEnvironments"] = ["desktop"]
if "supportedBrowserEnvironments" not in r:
r["supportedBrowserEnvironments"] = ["desktop", "mobile", "tablet"]
opt_browsers = ",".join(r["optimalBrowserEnvironments"])
sup_browsers = ",".join(r["supportedBrowserEnvironments"])
# extract standalone
is_standalone = False
if "standalone" in r:
is_standalone = r["standalone"]
exists = PHA.objects.filter(email=r["id"])
assert len(exists) < 2, "Found >1 PHA by the name %s" % r["id"]
if len(exists) == 1:
print exists[0]
print "deleting, exists."
exists[0].delete()
a = PHA.objects.create(
description=r["description"],
consumer_key=r["id"],
secret=secret,
name=r["name"],
email=r["id"],
mode=r["mode"],
standalone=is_standalone,
icon_url=r["icon"],
enabled_by_default=enabled_by_default,
optimal_environments=opt_browsers,
supported_environments=sup_browsers,
manifest=manifest_string
)
else:
a = None
# should probably return here if no App was created
if a is None:
return None
if "requires" in r:
capabilities = get_capabilities()
for k in r["requires"]:
if k not in capabilities:
print "WARNING! This app requires an unsupported datatype:", k
break
for m in r["requires"][k]["methods"]:
if m not in capabilities[k]["methods"]:
print "WARNING! This app requires an unsupported method:", k, m
if "smart_version" in r:
if r["smart_version"] != settings.VERSION:
print "WARNING! This app requires SMART version", r["smart_version"]
return a
