def _findContext(self, msg, errorOnMissing=True):
"""Find and return the context matching the msg - throw an exception on error"""
ctxId = msg.getContextValue(CONTEXT_USER_CONTEXT, None)
ctx = None
if ctxId:
#Note that the helper we call looks for ID *and* name
ctx = UserContext.findContext(ctxId)
if not ctx and errorOnMissing:
raise ProcessingExcept("Error: No context with id/name = %s"%(ctxId,))
else:
return ctx
def _findContext(self, msg, errorOnMissing=True):
"""Find and return the context matching the msg - throw an exception on error"""
ctxId = msg.getContextValue(CONTEXT_USER_CONTEXT, None)
ctx = None
if ctxId:
#Note that the helper we call looks for ID *and* name
ctx = UserContext.findContext(ctxId)
if not ctx and errorOnMissing:
raise ProcessingExcept("Error: No context with id/name = %s"%(ctxId,))
else:
return ctx
def makeContext(self, msg):
ctxName = msg.getContextValue(CONTEXT_USER_CONTEXT, None)
ctx = UserContext.findContext(ctxName)
hasContext = msg.getResult()
if hasContext and ctx:
return self.makeResponse(msg, True, CONFIRM_ACT)
elif hasContext and not ctx:
#Look by ID and name (we're expecting name)
dt = datetime.now().isoformat()
ctx = UserContext(name=ctxName)
ctx.setPrefValue("ContextCreated", dt)
ctx.setPrefValue("ContextUpdated", dt)
ctx.save()
return self.makeResponse(msg, True, CONFIRM_ACT)
elif not hasContext and ctx:
# Disallow deleting contexts from here
return self.makeResponse(msg, False, DISCONFIRM_ACT)
else:
return self.makeResponse(msg, False, CONFIRM_ACT)
def makeContext(self, msg):
ctxName = msg.getContextValue(CONTEXT_USER_CONTEXT, None)
ctx = UserContext.findContext(ctxName)
hasContext = msg.getResult()
if hasContext and ctx:
return self.makeResponse(msg, True, CONFIRM_ACT)
elif hasContext and not ctx:
#Look by ID and name (we're expecting name)
dt = datetime.now().isoformat()
ctx = UserContext(name=ctxName)
ctx.setPrefValue("ContextCreated", dt)
ctx.setPrefValue("ContextUpdated", dt)
ctx.save()
return self.makeResponse(msg, True, CONFIRM_ACT)
elif not hasContext and ctx:
# Disallow deleting contexts from here
return self.makeResponse(msg, False, DISCONFIRM_ACT)
else:
return self.makeResponse(msg, False, CONFIRM_ACT)
def testReadWriteRetrieveUsers(self):
u1 = UserData.onLogin("user1", "User One", "*****@*****.**", "testing")
u2 = UserData.onLogin("user2", "User Two", "*****@*****.**", "testing")
self.assertNotEquals(u1.getId(), u2.getId())
ctx = UserContext(
"WithUsers",
[u1.getId(), u2.getId()],
{"u1Name": u1.getUserName(), "u2Name": u2.getUserName()}
)
self.assertReadWrite(ctx)
#If read/write succeeded, check the indexes
self.assertEquals([ctx], UserContext.objects(users=u1.getId()))
self.assertEquals([ctx], UserContext.objects(users=u2.getId()))
self.assertEquals([], UserContext.objects(users='notAPerson'))
self.assertEquals([ctx], UserContext.objects(name='WithUsers'))
self.assertEquals([], UserContext.objects(name='notAContext'))
idList = sorted([u1.getId(), u2.getId()])
#Test users changes that shouldn't affect state
copy = UserContext.read(ctx.getId())
self.assertSerialEquals(ctx, copy)
ctx.addUser(u1.getId())
ctx.removeUser("user3")
self.assertSerialEquals(ctx, copy)
self.assertEquals(idList, copy.getUsers())
#Check user DB read
users = ctx.readDBUsers()
self.assertEquals(idList, sorted([u.getId() for u in users]))
#What about empty users (via removal and then when hitting the DB)
ctx.removeUser(u1.getId())
ctx.removeUser(u2.getId())
self.assertEquals([], ctx.getUsers())
self.assertEquals([], ctx.readDBUsers())
def testReadWriteFull(self):
ctx = UserContext(
"Full",
["user1", "user2"],
{"Pref1": "Super", "Pref2": "Duper"}
)
self.assertEquals("Full", ctx.getName())
self.assertEquals(["Pref1", "Pref2"], ctx.getPrefKeys())
self.assertReadWrite(ctx)
#Get
self.assertEquals("Super", ctx.getPrefValue("Pref1"))
#Get missing
self.assertIsNone(ctx.getPrefValue("NOPE"))
self.assertEquals("MISSING", ctx.getPrefValue("StillNope", "MISSING"))
#Pop missing
self.assertIsNone(ctx.popPrefValue("NOPE"))
self.assertEquals("MISSING", ctx.popPrefValue("StillNope", "MISSING"))
#Pop and then re-pop now missing
self.assertEquals("Duper", ctx.popPrefValue("Pref2", "WHAT?"))
self.assertIsNone(ctx.popPrefValue("Pref2"))
self.assertEquals("MISSING", ctx.popPrefValue("Pref2", "MISSING"))
#Invasive state check
ctx.setPrefValue("Pref1", "NewSuper")
self.assertEquals({"Pref1": "NewSuper"}, ctx._prefs)
self.assertEquals(["Pref1"], ctx.getPrefKeys())
def testReadWriteNoUsers(self):
ctx = UserContext("NoUsers", [], {"Pref1": "Super"})
self.assertEquals("NoUsers", ctx.getName())
self.assertReadWrite(ctx)
def testReadWriteNoPrefs(self):
ctx = UserContext("NoPrefs", ["user1"])
self.assertEquals("NoPrefs", ctx.getName())
self.assertReadWrite(ctx)
def testReadWriteSuperBlank(self):
ctx = UserContext("SuperBlank")
self.assertEquals("SuperBlank", ctx.getName())
self.assertReadWrite(ctx)
def testReadWriteRetrieveUsers(self):
u1 = UserData.onLogin("user1", "User One", "*****@*****.**",
"testing")
u2 = UserData.onLogin("user2", "User Two", "*****@*****.**",
"testing")
self.assertNotEquals(u1.getId(), u2.getId())
ctx = UserContext("WithUsers", [u1.getId(), u2.getId()], {
"u1Name": u1.getUserName(),
"u2Name": u2.getUserName()
})
self.assertReadWrite(ctx)
#If read/write succeeded, check the indexes
self.assertEquals([ctx], UserContext.objects(users=u1.getId()))
self.assertEquals([ctx], UserContext.objects(users=u2.getId()))
self.assertEquals([], UserContext.objects(users='notAPerson'))
self.assertEquals([ctx], UserContext.objects(name='WithUsers'))
self.assertEquals([], UserContext.objects(name='notAContext'))
idList = sorted([u1.getId(), u2.getId()])
#Test users changes that shouldn't affect state
copy = UserContext.read(ctx.getId())
self.assertSerialEquals(ctx, copy)
ctx.addUser(u1.getId())
ctx.removeUser("user3")
self.assertSerialEquals(ctx, copy)
self.assertEquals(idList, copy.getUsers())
#Check user DB read
users = ctx.readDBUsers()
self.assertEquals(idList, sorted([u.getId() for u in users]))
#What about empty users (via removal and then when hitting the DB)
ctx.removeUser(u1.getId())
ctx.removeUser(u2.getId())
self.assertEquals([], ctx.getUsers())
self.assertEquals([], ctx.readDBUsers())
def testReadWriteFull(self):
ctx = UserContext("Full", ["user1", "user2"], {
"Pref1": "Super",
"Pref2": "Duper"
})
self.assertEquals("Full", ctx.getName())
self.assertEquals(["Pref1", "Pref2"], ctx.getPrefKeys())
self.assertReadWrite(ctx)
#Get
self.assertEquals("Super", ctx.getPrefValue("Pref1"))
#Get missing
self.assertIsNone(ctx.getPrefValue("NOPE"))
self.assertEquals("MISSING", ctx.getPrefValue("StillNope", "MISSING"))
#Pop missing
self.assertIsNone(ctx.popPrefValue("NOPE"))
self.assertEquals("MISSING", ctx.popPrefValue("StillNope", "MISSING"))
#Pop and then re-pop now missing
self.assertEquals("Duper", ctx.popPrefValue("Pref2", "WHAT?"))
self.assertIsNone(ctx.popPrefValue("Pref2"))
self.assertEquals("MISSING", ctx.popPrefValue("Pref2", "MISSING"))
#Invasive state check
ctx.setPrefValue("Pref1", "NewSuper")
self.assertEquals({"Pref1": "NewSuper"}, ctx._prefs)
self.assertEquals(["Pref1"], ctx.getPrefKeys())
def testReadWriteNoUsers(self):
ctx = UserContext("NoUsers", [], {"Pref1": "Super"})
self.assertEquals("NoUsers", ctx.getName())
self.assertReadWrite(ctx)
def testReadWriteNoPrefs(self):
ctx = UserContext("NoPrefs", ["user1"])
self.assertEquals("NoPrefs", ctx.getName())
self.assertReadWrite(ctx)
def testReadWriteSuperBlank(self):
ctx = UserContext("SuperBlank")
self.assertEquals("SuperBlank", ctx.getName())
self.assertReadWrite(ctx)
def echo(self, msg):
if msg.getSpeechAct() != "experiment":
#Not our hack - just echo back
resp = self.makeResponse(msg, None, INFORM_ACT)
resp.setVerb("HOLLA BACK")
return resp
#Special, hacky case: create an experiment context
dt = datetime.now().isoformat()
#Look by ID and name (we're expecting name)
ctx = UserContext.findContext("DemoExperiment")
if not ctx:
ctx = UserContext(name="DemoExperiment")
ctx.setPrefValue("ContextCreated", dt)
ctx.setPrefValue("ContextUpdated", dt)
#Add all users (and set an experimental context variable for them)
for user in UserData.objects():
user.setPrefValue(ctx.getName(), "UserAdded", dt)
user.save()
ctx.addUser(user.getId())
ctx.save()
resp = self.makeResponse(msg, None, INFORM_ACT)
resp.setVerb("HOLLA BACK")
resp.setSpeechAct(resp.getSpeechAct() + " => Created context " + ctx.getId())
return resp
def echo(self, msg):
if msg.getSpeechAct() != "experiment":
#Not our hack - just echo back
resp = self.makeResponse(msg, None, INFORM_ACT)
resp.setVerb("HOLLA BACK")
return resp
#Special, hacky case: create an experiment context
dt = datetime.now().isoformat()
#Look by ID and name (we're expecting name)
ctx = UserContext.findContext("DemoExperiment")
if not ctx:
ctx = UserContext(name="DemoExperiment")
ctx.setPrefValue("ContextCreated", dt)
ctx.setPrefValue("ContextUpdated", dt)
#Add all users (and set an experimental context variable for them)
for user in UserData.objects():
user.setPrefValue(ctx.getName(), "UserAdded", dt)
user.save()
ctx.addUser(user.getId())
ctx.save()
resp = self.makeResponse(msg, None, INFORM_ACT)
resp.setVerb("HOLLA BACK")
resp.setSpeechAct(resp.getSpeechAct() + " => Created context " +
ctx.getId())
return resp
