void ShipTurretManager::install() // static
{
InstallTimer const installTimer("ShipTurretManager::install");
Iff iff;
if (iff.open("datatables/space/ship_turret.iff", true))
{
DataTable dataTable;
dataTable.load(iff);
int numberOfRows = dataTable.getNumRows();
for (int row = 0; row < numberOfRows; ++row)
{
std::string const chassisName(dataTable.getStringValue("chassis", row));
ShipChassis const * const chassis = ShipChassis::findShipChassisByName(TemporaryCrcString(chassisName.c_str(), false));
FATAL(!chassis, ("ShipTurretManager::install: no such chassis '%s'", chassisName.c_str()));
int const weaponIndex = dataTable.getIntValue("weaponIndex", row);
ShipTurretData &shipTurretData = s_shipTurretData[chassis->getCrc()][weaponIndex];
shipTurretData.minYaw = dataTable.getFloatValue("minYaw", row) * PI_OVER_180;
shipTurretData.maxYaw = dataTable.getFloatValue("maxYaw", row) * PI_OVER_180;
shipTurretData.minPitch = dataTable.getFloatValue("minPitch", row) * PI_OVER_180;
shipTurretData.maxPitch = dataTable.getFloatValue("maxPitch", row) * PI_OVER_180;
}
}
}
void LevelManager::install()
{
if(m_installed)
return;
m_installed = true;
DataTable *playerLevelDatatable = DataTableManager::getTable("datatables/player/player_level.iff", true);
if (playerLevelDatatable)
{
ms_numLevels = playerLevelDatatable->getNumRows();
const int levelColumn = playerLevelDatatable->findColumnNumber("level");
const int xp_requiredColumn = playerLevelDatatable->findColumnNumber("xp_required");
const int health_grantedColumn = playerLevelDatatable->findColumnNumber("health_granted");
const int xp_typeColumn = playerLevelDatatable->findColumnNumber("xp_type");
const int xp_multiplierColumn = playerLevelDatatable->findColumnNumber("xp_multiplier");
// @NOTE: there are basically two independent tables in this data file
// there is level information and xp type information
// these are independent and have diffent lengths, so I'm putting the info
// into two different data structures
int i;
for(i = 0; i < ms_numLevels; ++i)
{
LevelRecord levelRecord;
levelRecord.level = (int16) playerLevelDatatable->getIntValue(levelColumn, i);
levelRecord.xp_required = playerLevelDatatable->getIntValue(xp_requiredColumn, i);
levelRecord.health = playerLevelDatatable->getIntValue(health_grantedColumn, i);
ms_levelRecords.insert(std::make_pair(levelRecord.level, levelRecord));
std::string xpTypeName = playerLevelDatatable->getStringValue(xp_typeColumn, i);
if (!xpTypeName.empty())
{
const uint32 xpTypeNameCrc = Crc::calculate(xpTypeName.c_str());
const int xpMultiplier = playerLevelDatatable->getIntValue(xp_multiplierColumn, i);
ms_xpTypeRecords.insert(std::make_pair(xpTypeNameCrc, xpMultiplier));
}
if(levelRecord.level > ms_maxLevel)
ms_maxLevel = levelRecord.level;
}
DataTableManager::close("datatables/player/player_level.iff");
}
DataTable *skillDatatable = DataTableManager::getTable("datatables/skill/skills.iff", true);
if (skillDatatable)
{
const int numSkillRows = skillDatatable->getNumRows();
const int skill_nameColumn = skillDatatable->findColumnNumber("NAME");
const int type_nameColumn = skillDatatable->findColumnNumber("XP_TYPE");
const int xp_costColumn = skillDatatable->findColumnNumber("XP_COST");
int i;
for(i = 0; i < numSkillRows; i++)
{
SkillRecord skillRecord;
std::string skillName = skillDatatable->getStringValue(skill_nameColumn, i);
uint32 skillNameCrc = Crc::calculate(skillName.c_str());
std::string xpTypeName = skillDatatable->getStringValue(type_nameColumn, i);
skillRecord.xp_type_name_Crc = Crc::calculate(xpTypeName.c_str());
skillRecord.xp_cost = skillDatatable->getIntValue(xp_costColumn, i);
ms_skillRecords.insert(std::make_pair(skillNameCrc, skillRecord));
}
DataTableManager::close("datatables/skill/skills.iff");
}
ExitChain::add(LevelManager::remove, "LevelManager::remove", 0, false);
}
DataTableColumnType::DataTableColumnType(std::string const &desc) :
m_typeSpecString(desc),
m_type(DT_Unknown),
m_basicType(DT_Unknown),
m_defaultValue(),
m_enumMap(0),
m_defaultCell(0)
{
// desc may only look like:
// {ifshbep}[def] or e(x=0,y=1,z=2,...)[def]
// first, split into type and default value
int type = tolower(desc[0]);
m_defaultValue = getDelimStr(desc, '[', ']');
if (type == 'i')
{
m_type = m_basicType = DT_Int;
if (m_defaultValue.length() == 0)
m_defaultValue = "0";
}
else if (type == 'f')
{
m_type = m_basicType = DT_Float;
if (m_defaultValue.length() == 0)
m_defaultValue = "0";
}
else if (type == 's')
{
m_type = m_basicType = DT_String;
}
else if (type == 'c')
{
m_type = m_basicType = DT_Comment;
}
else if (type == 'h')
{
m_type = DT_HashString;
m_basicType = DT_Int;
}
else if (type == 'p')
{
m_type = DT_PackedObjVars;
m_basicType = DT_String;
}
else if (type == 'b')
{
m_type = DT_Bool;
m_basicType = DT_Int;
if (m_defaultValue != "1")
m_defaultValue = "0";
}
else if (type == 'e')
{
m_enumMap = new StringIntMap;
m_type = DT_Enum;
m_basicType = DT_Int;
// build the enumeration map
std::string enumList = getDelimStr(desc, '(', ')');
enumList += ",";
// enumList looks like "foo=0,bar=1,life=42,"
std::string::size_type eqPos;
while ((eqPos = enumList.find('=')) != std::string::npos)
{
std::string::size_type endPos = enumList.find(',');
std::string label = enumList.substr(0, eqPos);
std::string val = enumList.substr(eqPos+1, endPos-eqPos-1);
(*m_enumMap)[label] = static_cast<int>(strtol(val.c_str(), NULL, 0));
enumList.erase(0, endPos+1);
}
// assure the default is a member of the enumeration
if (m_enumMap->find(m_defaultValue) == m_enumMap->end())
{
WARNING(true, ("Default value [%s] is not a member of enumeration", m_defaultValue.c_str()));
m_basicType = DT_Unknown;
}
}
else if (type == 'v')
{
m_enumMap = new StringIntMap;
m_type = DT_BitVector;
m_basicType = DT_Int;
// build the enumeration map
std::string enumList = getDelimStr(desc, '(', ')');
enumList += ",";
// enumList looks like "foo=0,bar=1,life=42,"
std::string::size_type eqPos;
while ((eqPos = enumList.find('=')) != std::string::npos)
{
std::string::size_type endPos = enumList.find(',');
std::string label = enumList.substr(0, eqPos);
std::string val = enumList.substr(eqPos+1, endPos-eqPos-1);
int bit = static_cast<int>(strtol(val.c_str(), NULL, 0));
if((bit < 1) || (bit > 32))
{
WARNING(true, ("Flags value [%s] is not a whole number from 1 to 32", label.c_str()));
m_basicType = DT_Unknown;
}
(*m_enumMap)[label] = 1 << (bit - 1);
enumList.erase(0, endPos+1);
}
// assure the default is a member of the enumeration
if(strcmp(m_defaultValue.c_str(), "NONE") != 0)
{
if (m_enumMap->find(m_defaultValue) == m_enumMap->end())
{
WARNING(true, ("Default value [%s] is not a member of enumeration", m_defaultValue.c_str()));
m_basicType = DT_Unknown;
}
}
}
else if (type == 'z')
{
m_enumMap = new StringIntMap;
m_type = DT_Enum;
m_basicType = DT_Int;
// get the filename
std::string fileName = getDelimStr(desc, '(', ')');
DataTable * enumTable = DataTableManager::getTable(fileName, true);
if (!enumTable)
{
m_basicType = DT_Unknown;
return;
}
int enumCount = enumTable->getNumRows();
int x;
std::string firstKey;
for (x=0; x<enumCount; ++x)
{
std::string key = enumTable->getStringValue(0, x);
Unicode::trim(key);
int value = enumTable->getIntValue(1,x);
if (x==0)
firstKey = key;
(*m_enumMap)[key] = value;
}
// assure the default is a member of the enumeration
if (m_enumMap->find(m_defaultValue) == m_enumMap->end())
{
m_defaultValue = firstKey;
}
}
else
m_basicType = DT_Unknown;
createDefaultCell();
}
void CitizenRankDataTable::install()
{
DataTable * table = DataTableManager::getTable(cs_citizenRankDataTableName, true);
if (table)
{
int const columnRankName = table->findColumnNumber("rankName");
int const columnRankSlotId = table->findColumnNumber("rankSlotId");
int const columnTitle = table->findColumnNumber("title");
// the can be a variable number of "alternate title" columns, as long as the columns
// are named alternateTitle1, alternateTitle2, alternateTitle3, alternateTitle4,
// alternateTitle5, and so on
std::vector<int> columnAlternateTitle;
char buffer[128];
int columnNumber;
for (int i = 1; i <= 1000000000; ++i)
{
snprintf(buffer, sizeof(buffer)-1, "alternateTitle%d", i);
buffer[sizeof(buffer)-1] = '\0';
columnNumber = table->findColumnNumber(buffer);
if (columnNumber < 0)
break;
columnAlternateTitle.push_back(columnNumber);
}
FATAL((columnRankName < 0), ("column \"rankName\" not found in %s", cs_citizenRankDataTableName));
FATAL((columnRankSlotId < 0), ("column \"rankSlotId\" not found in %s", cs_citizenRankDataTableName));
FATAL((columnTitle < 0), ("column \"title\" not found in %s", cs_citizenRankDataTableName));
CitizenRankDataTable::CitizenRank const * currentRank = NULL;
int const numRows = table->getNumRows();
std::string rankName, alternateTitle;
int slotId;
bool title;
std::vector<std::string> titles;
std::map<std::string, int> names;
std::map<int, CitizenRankDataTable::CitizenRank const *> allRanksById;
for (int i = 0; i < numRows; ++i)
{
rankName = table->getStringValue(columnRankName, i);
if (rankName.empty())
continue;
FATAL((names.count(rankName) >= 1), ("%s, row %d: rank name %s already used at row %d (either as a rank name or rank alternate title)", cs_citizenRankDataTableName, (i+3), rankName.c_str(), names[rankName]));
names[rankName] = (i+3);
slotId = table->getIntValue(columnRankSlotId, i);
title = (table->getIntValue(columnTitle, i) != 0);
// read all alternate titles
titles.clear();
if (title)
titles.push_back(rankName);
for (std::vector<int>::const_iterator iterColumnAlternateTitle = columnAlternateTitle.begin(); iterColumnAlternateTitle != columnAlternateTitle.end(); ++iterColumnAlternateTitle)
{
alternateTitle = table->getStringValue(*iterColumnAlternateTitle, i);
if (!alternateTitle.empty())
{
FATAL((names.count(alternateTitle) >= 1), ("%s, row %d: alternate title %s already used at row %d (either as a rank name or rank alternate title)", cs_citizenRankDataTableName, (i+3), alternateTitle.c_str(), names[alternateTitle]));
names[alternateTitle] = (i+3);
titles.push_back(alternateTitle);
}
}
FATAL((!titles.empty() && !title), ("%s: rank %s cannot have any alternate titles unless it is defined as \"titleable\")", cs_citizenRankDataTableName, rankName.c_str()));
// check for valid slot id
FATAL((slotId < 0), ("%s, row %d: rank slot id %d must be >= 0", cs_citizenRankDataTableName, (i+3), slotId));
// create citizen rank info
currentRank = new CitizenRank(rankName, slotId, titles);
// check for duplicate slot id
FATAL((allRanksById.count(slotId) >= 1), ("%s, row %d: rank slot id %d already used by rank %s", cs_citizenRankDataTableName, (i+3), slotId, allRanksById[slotId]->name.c_str()));
allRanksById[slotId] = currentRank;
s_allCitizenRankNames.push_back(currentRank->name);
s_allCitizenRanks.push_back(currentRank);
if (!currentRank->titles.empty())
s_allTitleableCitizenRanks.push_back(currentRank);
s_allCitizenRanksByName[currentRank->name] = currentRank;
for (std::vector<std::string>::const_iterator iterTitle = currentRank->titles.begin(); iterTitle != currentRank->titles.end(); ++iterTitle)
s_allCitizenRanksByTitle[*iterTitle] = currentRank;
}
DataTableManager::close(cs_citizenRankDataTableName);
// do additional verification
slotId = -1;
for (std::map<int, CitizenRankDataTable::CitizenRank const *>::const_iterator iterSlotId = allRanksById.begin(); iterSlotId != allRanksById.end(); ++iterSlotId)
{
FATAL((iterSlotId->first != iterSlotId->second->slotId), ("%s: slot id mismatch for slot %s (%d, %d)", cs_citizenRankDataTableName, iterSlotId->second->name.c_str(), iterSlotId->first, iterSlotId->second->slotId));
// make sure that slot ids start at 0 and there are no "holes" in the slot ids
if (iterSlotId == allRanksById.begin())
{
FATAL((iterSlotId->first != 0), ("%s: slot id must start at 0", cs_citizenRankDataTableName));
}
else
{
FATAL(((slotId + 1) != iterSlotId->first), ("%s: slot id must be contiguous (there is a \"hole\" between %d and %d)", cs_citizenRankDataTableName, slotId, iterSlotId->first));
}
slotId = iterSlotId->first;
}
}
else
{
FATAL(true, ("citizen rank datatable %s not found", cs_citizenRankDataTableName));
}
ExitChain::add(remove, "CitizenRankDataTable::remove");
}