unsigned int WorldState::comp(const WorldState &ws1, const WorldState &ws2)
{
int score = 0;
return ws1.mState == ws2.mState ? 0 : 1;
// Iterators run from lowest to highest key values.
worldrep::const_iterator p1 = ws1.mState.begin();
worldrep::const_iterator p2 = ws2.mState.begin();
while(p1 != ws1.mState.end() || p2 != ws2.mState.end())
{
// One state may have run out of keys.
if(p1 == ws1.mState.end())
{
score++;
p2++;
continue;
}
if(p2 == ws2.mState.end())
{
score++;
p1++;
continue;
}
// Compare names of predicates (keys).
int cmp = getPName(p1) != getPName(p2);
if(cmp == 0)
{
// Names are equal. Check for different values.
if(getPVal(p1) != getPVal(p2))
score++;
p1++;
p2++;
}
else if(cmp > 0)
{
// Key 1 is greater.
score++;
p2++;
}
else // if(cmp < 0)
{
// Key 2 is greater.
score++;
p1++;
}
}
return score;
}
JsonObject*
SamiPet::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pIdKey = new JsonString(L"id");
pJsonObject->Add(pIdKey, toJson(getPId(), "Long", ""));
JsonString *pCategoryKey = new JsonString(L"category");
pJsonObject->Add(pCategoryKey, toJson(getPCategory(), "SamiCategory", ""));
JsonString *pNameKey = new JsonString(L"name");
pJsonObject->Add(pNameKey, toJson(getPName(), "String", ""));
JsonString *pPhotoUrlsKey = new JsonString(L"photoUrls");
pJsonObject->Add(pPhotoUrlsKey, toJson(getPPhotoUrls(), "String", "array"));
JsonString *pTagsKey = new JsonString(L"tags");
pJsonObject->Add(pTagsKey, toJson(getPTags(), "SamiTag", "array"));
JsonString *pStatusKey = new JsonString(L"status");
pJsonObject->Add(pStatusKey, toJson(getPStatus(), "String", ""));
return pJsonObject;
}
JsonObject*
SamiShipment::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pIdKey = new JsonString(L"id");
pJsonObject->Add(pIdKey, toJson(getPId(), "String", ""));
JsonString *pNameKey = new JsonString(L"name");
pJsonObject->Add(pNameKey, toJson(getPName(), "String", ""));
JsonString *pPriorityKey = new JsonString(L"priority");
pJsonObject->Add(pPriorityKey, toJson(getPPriority(), "Integer", ""));
JsonString *pPickupKey = new JsonString(L"pickup");
pJsonObject->Add(pPickupKey, toJson(getPPickup(), "SamiStop", ""));
JsonString *pDeliveryKey = new JsonString(L"delivery");
pJsonObject->Add(pDeliveryKey, toJson(getPDelivery(), "SamiStop", ""));
JsonString *pSizeKey = new JsonString(L"size");
pJsonObject->Add(pSizeKey, toJson(getPSize(), "Integer", "array"));
JsonString *pRequired_skillsKey = new JsonString(L"required_skills");
pJsonObject->Add(pRequired_skillsKey, toJson(getPRequiredSkills(), "String", "array"));
JsonString *pAllowed_vehiclesKey = new JsonString(L"allowed_vehicles");
pJsonObject->Add(pAllowed_vehiclesKey, toJson(getPAllowedVehicles(), "String", "array"));
return pJsonObject;
}
/// This hash method sums the string hashes of all the predicate names in
/// this state, XORing certain bits based on the values of each predicate.
/// @todo Is there a better hash func to use? Should do some unit testing.
void WorldState::updateHash()
{
mHash = 0;
worldrep::const_iterator it;
for(it = mState.begin(); it != mState.end(); it++)
{
//unsigned int l = getPName(it).length();
//while(l)
// mHash = 31 * mHash + getPName(it)[--l];
//mHash ^= getPVal(it) << getPName(it).length() % (sizeof(unsigned int) - sizeof(PVal));
mHash = 31 * mHash + (getPVal(it) << getPName(it));
}
}
JsonObject*
SamiCategory::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pIdKey = new JsonString(L"id");
pJsonObject->Add(pIdKey, toJson(getPId(), "Long", ""));
JsonString *pNameKey = new JsonString(L"name");
pJsonObject->Add(pNameKey, toJson(getPName(), "String", ""));
return pJsonObject;
}
JsonObject*
SamiGroup::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *p_idKey = new JsonString(L"_id");
pJsonObject->Add(p_idKey, toJson(getPId(), "String", ""));
JsonString *pNameKey = new JsonString(L"name");
pJsonObject->Add(pNameKey, toJson(getPName(), "String", ""));
JsonString *pIs_defaultKey = new JsonString(L"is_default");
pJsonObject->Add(pIs_defaultKey, toJson(getPIsDefault(), "Boolean", ""));
JsonString *pIs_hiddenKey = new JsonString(L"is_hidden");
pJsonObject->Add(pIs_hiddenKey, toJson(getPIsHidden(), "Boolean", ""));
JsonString *pNew_weekly_mailer_contentKey = new JsonString(L"new_weekly_mailer_content");
pJsonObject->Add(pNew_weekly_mailer_contentKey, toJson(getPNewWeeklyMailerContent(), "String", ""));
JsonString *pNewsletter_subjectKey = new JsonString(L"newsletter_subject");
pJsonObject->Add(pNewsletter_subjectKey, toJson(getPNewsletterSubject(), "String", ""));
JsonString *pAutopublishKey = new JsonString(L"autopublish");
pJsonObject->Add(pAutopublishKey, toJson(getPAutopublish(), "Boolean", ""));
JsonString *pNumber_articles_per_groupKey = new JsonString(L"number_articles_per_group");
pJsonObject->Add(pNumber_articles_per_groupKey, toJson(getPNumberArticlesPerGroup(), "Integer", ""));
JsonString *pNumber_articles_per_newsletterKey = new JsonString(L"number_articles_per_newsletter");
pJsonObject->Add(pNumber_articles_per_newsletterKey, toJson(getPNumberArticlesPerNewsletter(), "Integer", ""));
return pJsonObject;
}
