Search Site ~Sockets~  C++ Sockets   Tutorial   Classes   License   Java Sockets  ~Examples~  SMTPProxy   PortProxy   ChatServer   ClientServer   HttpGet   DChat   WebServer   UDP   ICMP   Small MUD   MudBase  ~Contact~ message board  email author

libfuture.cpp Go to the documentation of this file. /* * /usr/devel/src/libfuture/libfuture.cpp * Generated by sql2class v1.9.3 by (C) AH 2000-2006 * using command line * $ sql2class -build -lib libfuture -sqlite str-future -namespace db -overwrite -getset * Date: Fri Nov 10 17:16:37 2006 */ /* Copyright (C) 2001-2006 Anders Hedstrom (grymse@alhem.net) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ #include <libfuture.h> namespace db { Account::Account(Database *db) { database = db; new_object = 1; clear(); } Account::Account(Database *db,const std::string& sql) { database = db; new_object = 1; spawn(sql); } Account::Account(Database *db,Query *qd,int offset) { database = db; new_object = 0; spawn(qd, offset); } Account::Account(Database& db,long i_num):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from account where "; { char slask[100]; sprintf(slask,"num='%ld'",i_num); sql += slask; } spawn(sql); } Account::Account(Database& db,const std::string& i_name):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from account where "; sql += "name='" + q.GetDatabase().safestr(i_name) + "'"; spawn(sql); } Account::~Account() { } void Account::select(const std::string& sql) { spawn(sql); } unsigned long long int Account::insert() { Query q(*database); std::string sql; sql = "insert into account(name,passwd,display_name,wizard,email,area,chunk,chunkx,chunky,facing,wizview,race)"; sql += " values('" + q.GetDatabase().safestr(this -> name) + "'"; sql += ", '" + q.GetDatabase().safestr(this -> passwd) + "'"; sql += ", '" + q.GetDatabase().safestr(this -> display_name) + "'"; { char slask[100]; sprintf(slask,", %d",this -> wizard); sql += slask; } sql += ", '" + q.GetDatabase().safestr(this -> email) + "'"; { char slask[100]; sprintf(slask,", %ld",this -> area); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> chunk); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> chunkx); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> chunky); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> facing); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> wizview); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> race); sql += slask; } sql += ")"; q.execute(sql); new_object = 0; unsigned long long int inserted_id = q.insert_id(); num = inserted_id; return inserted_id; } void Account::update() { update(this -> num); } void Account::update(long i_num) { Query q(*database); std::string sql; sql += "update account set name='" + q.GetDatabase().safestr(this -> name) + "'"; sql += ", passwd='" + q.GetDatabase().safestr(this -> passwd) + "'"; sql += ", display_name='" + q.GetDatabase().safestr(this -> display_name) + "'"; { char slask[200]; sprintf(slask,", wizard=%d",this -> wizard); sql += slask; } sql += ", email='" + q.GetDatabase().safestr(this -> email) + "'"; { char slask[200]; sprintf(slask,", area=%ld",this -> area); sql += slask; } { char slask[200]; sprintf(slask,", chunk=%ld",this -> chunk); sql += slask; } { char slask[200]; sprintf(slask,", chunkx=%ld",this -> chunkx); sql += slask; } { char slask[200]; sprintf(slask,", chunky=%ld",this -> chunky); sql += slask; } { char slask[200]; sprintf(slask,", facing=%ld",this -> facing); sql += slask; } { char slask[200]; sprintf(slask,", wizview=%ld",this -> wizview); sql += slask; } { char slask[200]; sprintf(slask,", race=%ld",this -> race); sql += slask; } { char slask[200]; sprintf(slask," where num='%ld'",i_num); sql += slask; } q.execute(sql); } void Account::save() { if (new_object) insert(); else update(); } void Account::erase() { if (!new_object) { std::string sql = "delete from account where"; Query q(*database); { char slask[200]; sprintf(slask," num='%ld'",this -> num); sql += slask; } q.execute(sql); } } std::string Account::xml() { Query q(*database); std::string dest; char slask[200]; dest = "<ACCOUNT>"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; dest += "<NAME>" + q.GetDatabase().xmlsafestr(this -> name) + "</NAME>"; dest += "<PASSWD>" + q.GetDatabase().xmlsafestr(this -> passwd) + "</PASSWD>"; dest += "<DISPLAY_NAME>" + q.GetDatabase().xmlsafestr(this -> display_name) + "</DISPLAY_NAME>"; sprintf(slask,"<WIZARD>%d</WIZARD>",this -> wizard); dest += slask; dest += "<EMAIL>" + q.GetDatabase().xmlsafestr(this -> email) + "</EMAIL>"; sprintf(slask,"<AREA>%ld</AREA>",this -> area); dest += slask; sprintf(slask,"<CHUNK>%ld</CHUNK>",this -> chunk); dest += slask; sprintf(slask,"<CHUNKX>%ld</CHUNKX>",this -> chunkx); dest += slask; sprintf(slask,"<CHUNKY>%ld</CHUNKY>",this -> chunky); dest += slask; sprintf(slask,"<FACING>%ld</FACING>",this -> facing); dest += slask; sprintf(slask,"<WIZVIEW>%ld</WIZVIEW>",this -> wizview); dest += slask; sprintf(slask,"<RACE>%ld</RACE>",this -> race); dest += slask; dest += "</ACCOUNT>"; return dest; } std::string Account::xml(const std::string& tag,const std::string& xvalx) { Query q(*database); std::string dest; char slask[200]; dest = "<ACCOUNT " + tag + "=\"" + xvalx + "\">"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; dest += "<NAME>" + q.GetDatabase().xmlsafestr(this -> name) + "</NAME>"; dest += "<PASSWD>" + q.GetDatabase().xmlsafestr(this -> passwd) + "</PASSWD>"; dest += "<DISPLAY_NAME>" + q.GetDatabase().xmlsafestr(this -> display_name) + "</DISPLAY_NAME>"; sprintf(slask,"<WIZARD>%d</WIZARD>",this -> wizard); dest += slask; dest += "<EMAIL>" + q.GetDatabase().xmlsafestr(this -> email) + "</EMAIL>"; sprintf(slask,"<AREA>%ld</AREA>",this -> area); dest += slask; sprintf(slask,"<CHUNK>%ld</CHUNK>",this -> chunk); dest += slask; sprintf(slask,"<CHUNKX>%ld</CHUNKX>",this -> chunkx); dest += slask; sprintf(slask,"<CHUNKY>%ld</CHUNKY>",this -> chunky); dest += slask; sprintf(slask,"<FACING>%ld</FACING>",this -> facing); dest += slask; sprintf(slask,"<WIZVIEW>%ld</WIZVIEW>",this -> wizview); dest += slask; sprintf(slask,"<RACE>%ld</RACE>",this -> race); dest += slask; dest += "</ACCOUNT>"; return dest; } size_t Account::num_cols() { return 13; } void Account::clear() { this -> num = 0; this -> name = ""; this -> passwd = ""; this -> display_name = ""; this -> wizard = 0; this -> email = ""; this -> area = 0; this -> chunk = 0; this -> chunkx = 0; this -> chunky = 0; this -> facing = 0; this -> wizview = 0; this -> race = 0; } void Account::spawn(const std::string& sql) { Query q(*database); std::string temp; clear(); if (!strncasecmp(sql.c_str(),"select * ",9)) { temp = "select num,name,passwd,display_name,wizard,email,area,chunk,chunkx,chunky,facing,wizview,race " + sql.substr(9); } else temp = sql; q.get_result(temp); if (q.fetch_row()) { this -> num = q.getval(0); // 0 - num integer this -> name = q.getstr(1); // 1 - name varchar(255) this -> passwd = q.getstr(2); // 2 - passwd varchar(255) this -> display_name = q.getstr(3); // 3 - display_name varchar(255) this -> wizard = q.getval(4); // 4 - wizard tinyint(1) this -> email = q.getstr(5); // 5 - email varchar(255) this -> area = q.getval(6); // 6 - area integer this -> chunk = q.getval(7); // 7 - chunk integer this -> chunkx = q.getval(8); // 8 - chunkx integer this -> chunky = q.getval(9); // 9 - chunky integer this -> facing = q.getval(10); // 10 - facing integer this -> wizview = q.getval(11); // 11 - wizview integer this -> race = q.getval(12); // 12 - race integer new_object = 0; } else clear(); q.free_result(); } void Account::spawn(Query *qd,int offset) { clear(); this -> num = qd -> getval(0 + offset); // 0 - num integer this -> name = qd -> getstr(1 + offset); // 1 - name varchar(255) this -> passwd = qd -> getstr(2 + offset); // 2 - passwd varchar(255) this -> display_name = qd -> getstr(3 + offset); // 3 - display_name varchar(255) this -> wizard = qd -> getval(4 + offset); // 4 - wizard tinyint(1) this -> email = qd -> getstr(5 + offset); // 5 - email varchar(255) this -> area = qd -> getval(6 + offset); // 6 - area integer this -> chunk = qd -> getval(7 + offset); // 7 - chunk integer this -> chunkx = qd -> getval(8 + offset); // 8 - chunkx integer this -> chunky = qd -> getval(9 + offset); // 9 - chunky integer this -> facing = qd -> getval(10 + offset); // 10 - facing integer this -> wizview = qd -> getval(11 + offset); // 11 - wizview integer this -> race = qd -> getval(12 + offset); // 12 - race integer } // End of implementation of class 'Account' } // End of namespace namespace db { Eventcount::Eventcount(Database *db) { database = db; new_object = 1; clear(); } Eventcount::Eventcount(Database *db,const std::string& sql) { database = db; new_object = 1; spawn(sql); } Eventcount::Eventcount(Database *db,Query *qd,int offset) { database = db; new_object = 0; spawn(qd, offset); } Eventcount::Eventcount(Database& db,long i_num):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from eventcount where "; { char slask[100]; sprintf(slask,"num='%ld'",i_num); sql += slask; } spawn(sql); } Eventcount::Eventcount(Database& db,const std::string& i_event_name):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from eventcount where "; sql += "event_name='" + q.GetDatabase().safestr(i_event_name) + "'"; spawn(sql); } Eventcount::~Eventcount() { } void Eventcount::select(const std::string& sql) { spawn(sql); } unsigned long long int Eventcount::insert() { Query q(*database); std::string sql; sql = "insert into eventcount(event_name,count)"; sql += " values('" + q.GetDatabase().safestr(this -> event_name) + "'"; { char slask[100]; sprintf(slask,", %ld",this -> count); sql += slask; } sql += ")"; q.execute(sql); new_object = 0; unsigned long long int inserted_id = q.insert_id(); num = inserted_id; return inserted_id; } void Eventcount::update() { update(this -> num); } void Eventcount::update(long i_num) { Query q(*database); std::string sql; sql += "update eventcount set event_name='" + q.GetDatabase().safestr(this -> event_name) + "'"; { char slask[200]; sprintf(slask,", count=%ld",this -> count); sql += slask; } { char slask[200]; sprintf(slask," where num='%ld'",i_num); sql += slask; } q.execute(sql); } void Eventcount::save() { if (new_object) insert(); else update(); } void Eventcount::erase() { if (!new_object) { std::string sql = "delete from eventcount where"; Query q(*database); { char slask[200]; sprintf(slask," num='%ld'",this -> num); sql += slask; } q.execute(sql); } } std::string Eventcount::xml() { Query q(*database); std::string dest; char slask[200]; dest = "<EVENTCOUNT>"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; dest += "<EVENT_NAME>" + q.GetDatabase().xmlsafestr(this -> event_name) + "</EVENT_NAME>"; sprintf(slask,"<COUNT>%ld</COUNT>",this -> count); dest += slask; dest += "</EVENTCOUNT>"; return dest; } std::string Eventcount::xml(const std::string& tag,const std::string& xvalx) { Query q(*database); std::string dest; char slask[200]; dest = "<EVENTCOUNT " + tag + "=\"" + xvalx + "\">"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; dest += "<EVENT_NAME>" + q.GetDatabase().xmlsafestr(this -> event_name) + "</EVENT_NAME>"; sprintf(slask,"<COUNT>%ld</COUNT>",this -> count); dest += slask; dest += "</EVENTCOUNT>"; return dest; } size_t Eventcount::num_cols() { return 3; } void Eventcount::clear() { this -> num = 0; this -> event_name = ""; this -> count = 0; } void Eventcount::spawn(const std::string& sql) { Query q(*database); std::string temp; clear(); if (!strncasecmp(sql.c_str(),"select * ",9)) { temp = "select num,event_name,count " + sql.substr(9); } else temp = sql; q.get_result(temp); if (q.fetch_row()) { this -> num = q.getval(0); // 0 - num integer this -> event_name = q.getstr(1); // 1 - event_name varchar(255) this -> count = q.getval(2); // 2 - count integer new_object = 0; } else clear(); q.free_result(); } void Eventcount::spawn(Query *qd,int offset) { clear(); this -> num = qd -> getval(0 + offset); // 0 - num integer this -> event_name = qd -> getstr(1 + offset); // 1 - event_name varchar(255) this -> count = qd -> getval(2 + offset); // 2 - count integer } // End of implementation of class 'Eventcount' } // End of namespace namespace db { Area::Area(Database *db) { database = db; new_object = 1; clear(); } Area::Area(Database *db,const std::string& sql) { database = db; new_object = 1; spawn(sql); } Area::Area(Database *db,Query *qd,int offset) { database = db; new_object = 0; spawn(qd, offset); } Area::Area(Database& db,long i_num):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from area where "; { char slask[100]; sprintf(slask,"num='%ld'",i_num); sql += slask; } spawn(sql); } Area::Area(Database& db,const std::string& i_name):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from area where "; sql += "name='" + q.GetDatabase().safestr(i_name) + "'"; spawn(sql); } Area::~Area() { } void Area::select(const std::string& sql) { spawn(sql); } unsigned long long int Area::insert() { Query q(*database); std::string sql; sql = "insert into area(name,width,height)"; sql += " values('" + q.GetDatabase().safestr(this -> name) + "'"; { char slask[100]; sprintf(slask,", %ld",this -> width); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> height); sql += slask; } sql += ")"; q.execute(sql); new_object = 0; unsigned long long int inserted_id = q.insert_id(); num = inserted_id; return inserted_id; } void Area::update() { update(this -> num); } void Area::update(long i_num) { Query q(*database); std::string sql; sql += "update area set name='" + q.GetDatabase().safestr(this -> name) + "'"; { char slask[200]; sprintf(slask,", width=%ld",this -> width); sql += slask; } { char slask[200]; sprintf(slask,", height=%ld",this -> height); sql += slask; } { char slask[200]; sprintf(slask," where num='%ld'",i_num); sql += slask; } q.execute(sql); } void Area::save() { if (new_object) insert(); else update(); } void Area::erase() { if (!new_object) { std::string sql = "delete from area where"; Query q(*database); { char slask[200]; sprintf(slask," num='%ld'",this -> num); sql += slask; } q.execute(sql); } } std::string Area::xml() { Query q(*database); std::string dest; char slask[200]; dest = "<AREA>"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; dest += "<NAME>" + q.GetDatabase().xmlsafestr(this -> name) + "</NAME>"; sprintf(slask,"<WIDTH>%ld</WIDTH>",this -> width); dest += slask; sprintf(slask,"<HEIGHT>%ld</HEIGHT>",this -> height); dest += slask; dest += "</AREA>"; return dest; } std::string Area::xml(const std::string& tag,const std::string& xvalx) { Query q(*database); std::string dest; char slask[200]; dest = "<AREA " + tag + "=\"" + xvalx + "\">"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; dest += "<NAME>" + q.GetDatabase().xmlsafestr(this -> name) + "</NAME>"; sprintf(slask,"<WIDTH>%ld</WIDTH>",this -> width); dest += slask; sprintf(slask,"<HEIGHT>%ld</HEIGHT>",this -> height); dest += slask; dest += "</AREA>"; return dest; } size_t Area::num_cols() { return 4; } void Area::clear() { this -> num = 0; this -> name = ""; this -> width = 0; this -> height = 0; } void Area::spawn(const std::string& sql) { Query q(*database); std::string temp; clear(); if (!strncasecmp(sql.c_str(),"select * ",9)) { temp = "select num,name,width,height " + sql.substr(9); } else temp = sql; q.get_result(temp); if (q.fetch_row()) { this -> num = q.getval(0); // 0 - num integer this -> name = q.getstr(1); // 1 - name varchar(255) this -> width = q.getval(2); // 2 - width integer this -> height = q.getval(3); // 3 - height integer new_object = 0; } else clear(); q.free_result(); } void Area::spawn(Query *qd,int offset) { clear(); this -> num = qd -> getval(0 + offset); // 0 - num integer this -> name = qd -> getstr(1 + offset); // 1 - name varchar(255) this -> width = qd -> getval(2 + offset); // 2 - width integer this -> height = qd -> getval(3 + offset); // 3 - height integer } // End of implementation of class 'Area' } // End of namespace namespace db { Chunk::Chunk(Database *db) { database = db; new_object = 1; clear(); } Chunk::Chunk(Database *db,const std::string& sql) { database = db; new_object = 1; spawn(sql); } Chunk::Chunk(Database *db,Query *qd,int offset) { database = db; new_object = 0; spawn(qd, offset); } Chunk::Chunk(Database& db,long i_num):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from chunk where "; { char slask[100]; sprintf(slask,"num='%ld'",i_num); sql += slask; } spawn(sql); } Chunk::Chunk(Database& db,long i_area,long i_x,long i_y,long i_z):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from chunk where "; { char slask[100]; sprintf(slask,"area='%ld'",i_area); sql += slask; } { char slask[100]; sprintf(slask," and x='%ld'",i_x); sql += slask; } { char slask[100]; sprintf(slask," and y='%ld'",i_y); sql += slask; } { char slask[100]; sprintf(slask," and z='%ld'",i_z); sql += slask; } spawn(sql); } Chunk::~Chunk() { } void Chunk::select(const std::string& sql) { spawn(sql); } unsigned long long int Chunk::insert() { Query q(*database); std::string sql; sql = "insert into chunk(area,terrain,x,y,z,created_by,created_date)"; { char slask[100]; sprintf(slask," values(%ld",this -> area); sql += slask; } sql += ", '" + q.GetDatabase().safestr(this -> terrain) + "'"; { char slask[100]; sprintf(slask,", %ld",this -> x); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> y); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> z); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> created_by); sql += slask; } sql += ", '" + q.GetDatabase().safestr(this -> created_date) + "'"; sql += ")"; q.execute(sql); new_object = 0; unsigned long long int inserted_id = q.insert_id(); num = inserted_id; return inserted_id; } void Chunk::update() { update(this -> num); } void Chunk::update(long i_num) { Query q(*database); std::string sql; { char slask[200]; sprintf(slask,"update chunk set area=%ld",this -> area); sql += slask; } sql += ", terrain='" + q.GetDatabase().safestr(this -> terrain) + "'"; { char slask[200]; sprintf(slask,", x=%ld",this -> x); sql += slask; } { char slask[200]; sprintf(slask,", y=%ld",this -> y); sql += slask; } { char slask[200]; sprintf(slask,", z=%ld",this -> z); sql += slask; } { char slask[200]; sprintf(slask,", created_by=%ld",this -> created_by); sql += slask; } sql += ", created_date='" + q.GetDatabase().safestr(this -> created_date) + "'"; { char slask[200]; sprintf(slask," where num='%ld'",i_num); sql += slask; } q.execute(sql); } void Chunk::save() { if (new_object) insert(); else update(); } void Chunk::erase() { if (!new_object) { std::string sql = "delete from chunk where"; Query q(*database); { char slask[200]; sprintf(slask," num='%ld'",this -> num); sql += slask; } q.execute(sql); } } std::string Chunk::xml() { Query q(*database); std::string dest; char slask[200]; dest = "<CHUNK>"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; sprintf(slask,"<AREA>%ld</AREA>",this -> area); dest += slask; dest += "<TERRAIN>" + q.GetDatabase().xmlsafestr(this -> terrain) + "</TERRAIN>"; sprintf(slask,"<X>%ld</X>",this -> x); dest += slask; sprintf(slask,"<Y>%ld</Y>",this -> y); dest += slask; sprintf(slask,"<Z>%ld</Z>",this -> z); dest += slask; sprintf(slask,"<CREATED_BY>%ld</CREATED_BY>",this -> created_by); dest += slask; dest += "<CREATED_DATE>" + q.GetDatabase().xmlsafestr(this -> created_date) + "</CREATED_DATE>"; dest += "</CHUNK>"; return dest; } std::string Chunk::xml(const std::string& tag,const std::string& xvalx) { Query q(*database); std::string dest; char slask[200]; dest = "<CHUNK " + tag + "=\"" + xvalx + "\">"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; sprintf(slask,"<AREA>%ld</AREA>",this -> area); dest += slask; dest += "<TERRAIN>" + q.GetDatabase().xmlsafestr(this -> terrain) + "</TERRAIN>"; sprintf(slask,"<X>%ld</X>",this -> x); dest += slask; sprintf(slask,"<Y>%ld</Y>",this -> y); dest += slask; sprintf(slask,"<Z>%ld</Z>",this -> z); dest += slask; sprintf(slask,"<CREATED_BY>%ld</CREATED_BY>",this -> created_by); dest += slask; dest += "<CREATED_DATE>" + q.GetDatabase().xmlsafestr(this -> created_date) + "</CREATED_DATE>"; dest += "</CHUNK>"; return dest; } size_t Chunk::num_cols() { return 8; } void Chunk::clear() { this -> num = 0; this -> area = 0; this -> terrain = ""; this -> x = 0; this -> y = 0; this -> z = 0; this -> created_by = 0; this -> created_date = ""; } void Chunk::spawn(const std::string& sql) { Query q(*database); std::string temp; clear(); if (!strncasecmp(sql.c_str(),"select * ",9)) { temp = "select num,area,terrain,x,y,z,created_by,created_date " + sql.substr(9); } else temp = sql; q.get_result(temp); if (q.fetch_row()) { this -> num = q.getval(0); // 0 - num integer this -> area = q.getval(1); // 1 - area integer this -> terrain = q.getstr(2); // 2 - terrain text this -> x = q.getval(3); // 3 - x integer this -> y = q.getval(4); // 4 - y integer this -> z = q.getval(5); // 5 - z integer this -> created_by = q.getval(6); // 6 - created_by integer this -> created_date = q.getstr(7); // 7 - created_date datetime new_object = 0; } else clear(); q.free_result(); } void Chunk::spawn(Query *qd,int offset) { clear(); this -> num = qd -> getval(0 + offset); // 0 - num integer this -> area = qd -> getval(1 + offset); // 1 - area integer this -> terrain = qd -> getstr(2 + offset); // 2 - terrain text this -> x = qd -> getval(3 + offset); // 3 - x integer this -> y = qd -> getval(4 + offset); // 4 - y integer this -> z = qd -> getval(5 + offset); // 5 - z integer this -> created_by = qd -> getval(6 + offset); // 6 - created_by integer this -> created_date = qd -> getstr(7 + offset); // 7 - created_date datetime } // End of implementation of class 'Chunk' } // End of namespace namespace db { Chunkinfo::Chunkinfo(Database *db) { database = db; new_object = 1; clear(); } Chunkinfo::Chunkinfo(Database *db,const std::string& sql) { database = db; new_object = 1; spawn(sql); } Chunkinfo::Chunkinfo(Database *db,Query *qd,int offset) { database = db; new_object = 0; spawn(qd, offset); } Chunkinfo::Chunkinfo(Database& db,long i_num):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from chunkinfo where "; { char slask[100]; sprintf(slask,"num='%ld'",i_num); sql += slask; } spawn(sql); } Chunkinfo::Chunkinfo(Database& db,long i_chunk,long i_type,long i_x,long i_y):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from chunkinfo where "; { char slask[100]; sprintf(slask,"chunk='%ld'",i_chunk); sql += slask; } { char slask[100]; sprintf(slask," and type='%ld'",i_type); sql += slask; } { char slask[100]; sprintf(slask," and x='%ld'",i_x); sql += slask; } { char slask[100]; sprintf(slask," and y='%ld'",i_y); sql += slask; } spawn(sql); } Chunkinfo::~Chunkinfo() { } void Chunkinfo::select(const std::string& sql) { spawn(sql); } unsigned long long int Chunkinfo::insert() { Query q(*database); std::string sql; sql = "insert into chunkinfo(chunk,type,x,y,data,to_area,to_chunk,to_x,to_y)"; { char slask[100]; sprintf(slask," values(%ld",this -> chunk); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> type); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> x); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> y); sql += slask; } sql += ", '" + q.GetDatabase().safestr(this -> data) + "'"; { char slask[100]; sprintf(slask,", %ld",this -> to_area); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> to_chunk); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> to_x); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> to_y); sql += slask; } sql += ")"; q.execute(sql); new_object = 0; unsigned long long int inserted_id = q.insert_id(); num = inserted_id; return inserted_id; } void Chunkinfo::update() { update(this -> num); } void Chunkinfo::update(long i_num) { Query q(*database); std::string sql; { char slask[200]; sprintf(slask,"update chunkinfo set chunk=%ld",this -> chunk); sql += slask; } { char slask[200]; sprintf(slask,", type=%ld",this -> type); sql += slask; } { char slask[200]; sprintf(slask,", x=%ld",this -> x); sql += slask; } { char slask[200]; sprintf(slask,", y=%ld",this -> y); sql += slask; } sql += ", data='" + q.GetDatabase().safestr(this -> data) + "'"; { char slask[200]; sprintf(slask,", to_area=%ld",this -> to_area); sql += slask; } { char slask[200]; sprintf(slask,", to_chunk=%ld",this -> to_chunk); sql += slask; } { char slask[200]; sprintf(slask,", to_x=%ld",this -> to_x); sql += slask; } { char slask[200]; sprintf(slask,", to_y=%ld",this -> to_y); sql += slask; } { char slask[200]; sprintf(slask," where num='%ld'",i_num); sql += slask; } q.execute(sql); } void Chunkinfo::save() { if (new_object) insert(); else update(); } void Chunkinfo::erase() { if (!new_object) { std::string sql = "delete from chunkinfo where"; Query q(*database); { char slask[200]; sprintf(slask," num='%ld'",this -> num); sql += slask; } q.execute(sql); } } std::string Chunkinfo::xml() { Query q(*database); std::string dest; char slask[200]; dest = "<CHUNKINFO>"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; sprintf(slask,"<CHUNK>%ld</CHUNK>",this -> chunk); dest += slask; sprintf(slask,"<TYPE>%ld</TYPE>",this -> type); dest += slask; sprintf(slask,"<X>%ld</X>",this -> x); dest += slask; sprintf(slask,"<Y>%ld</Y>",this -> y); dest += slask; dest += "<DATA>" + q.GetDatabase().xmlsafestr(this -> data) + "</DATA>"; sprintf(slask,"<TO_AREA>%ld</TO_AREA>",this -> to_area); dest += slask; sprintf(slask,"<TO_CHUNK>%ld</TO_CHUNK>",this -> to_chunk); dest += slask; sprintf(slask,"<TO_X>%ld</TO_X>",this -> to_x); dest += slask; sprintf(slask,"<TO_Y>%ld</TO_Y>",this -> to_y); dest += slask; dest += "</CHUNKINFO>"; return dest; } std::string Chunkinfo::xml(const std::string& tag,const std::string& xvalx) { Query q(*database); std::string dest; char slask[200]; dest = "<CHUNKINFO " + tag + "=\"" + xvalx + "\">"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; sprintf(slask,"<CHUNK>%ld</CHUNK>",this -> chunk); dest += slask; sprintf(slask,"<TYPE>%ld</TYPE>",this -> type); dest += slask; sprintf(slask,"<X>%ld</X>",this -> x); dest += slask; sprintf(slask,"<Y>%ld</Y>",this -> y); dest += slask; dest += "<DATA>" + q.GetDatabase().xmlsafestr(this -> data) + "</DATA>"; sprintf(slask,"<TO_AREA>%ld</TO_AREA>",this -> to_area); dest += slask; sprintf(slask,"<TO_CHUNK>%ld</TO_CHUNK>",this -> to_chunk); dest += slask; sprintf(slask,"<TO_X>%ld</TO_X>",this -> to_x); dest += slask; sprintf(slask,"<TO_Y>%ld</TO_Y>",this -> to_y); dest += slask; dest += "</CHUNKINFO>"; return dest; } size_t Chunkinfo::num_cols() { return 10; } void Chunkinfo::clear() { this -> num = 0; this -> chunk = 0; this -> type = 0; this -> x = 0; this -> y = 0; this -> data = ""; this -> to_area = 0; this -> to_chunk = 0; this -> to_x = 0; this -> to_y = 0; } void Chunkinfo::spawn(const std::string& sql) { Query q(*database); std::string temp; clear(); if (!strncasecmp(sql.c_str(),"select * ",9)) { temp = "select num,chunk,type,x,y,data,to_area,to_chunk,to_x,to_y " + sql.substr(9); } else temp = sql; q.get_result(temp); if (q.fetch_row()) { this -> num = q.getval(0); // 0 - num integer this -> chunk = q.getval(1); // 1 - chunk integer this -> type = q.getval(2); // 2 - type integer this -> x = q.getval(3); // 3 - x integer this -> y = q.getval(4); // 4 - y integer this -> data = q.getstr(5); // 5 - data varchar(255) this -> to_area = q.getval(6); // 6 - to_area integer this -> to_chunk = q.getval(7); // 7 - to_chunk integer this -> to_x = q.getval(8); // 8 - to_x integer this -> to_y = q.getval(9); // 9 - to_y integer new_object = 0; } else clear(); q.free_result(); } void Chunkinfo::spawn(Query *qd,int offset) { clear(); this -> num = qd -> getval(0 + offset); // 0 - num integer this -> chunk = qd -> getval(1 + offset); // 1 - chunk integer this -> type = qd -> getval(2 + offset); // 2 - type integer this -> x = qd -> getval(3 + offset); // 3 - x integer this -> y = qd -> getval(4 + offset); // 4 - y integer this -> data = qd -> getstr(5 + offset); // 5 - data varchar(255) this -> to_area = qd -> getval(6 + offset); // 6 - to_area integer this -> to_chunk = qd -> getval(7 + offset); // 7 - to_chunk integer this -> to_x = qd -> getval(8 + offset); // 8 - to_x integer this -> to_y = qd -> getval(9 + offset); // 9 - to_y integer } // End of implementation of class 'Chunkinfo' } // End of namespace namespace db { Terrain::Terrain(Database *db) { database = db; new_object = 1; clear(); } Terrain::Terrain(Database *db,const std::string& sql) { database = db; new_object = 1; spawn(sql); } Terrain::Terrain(Database *db,Query *qd,int offset) { database = db; new_object = 0; spawn(qd, offset); } Terrain::Terrain(Database& db,long i_num):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from terrain where "; { char slask[100]; sprintf(slask,"num='%ld'",i_num); sql += slask; } spawn(sql); } Terrain::Terrain(Database& db,long i_area,const std::string& i_tchar):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from terrain where "; { char slask[100]; sprintf(slask,"area='%ld'",i_area); sql += slask; } sql += " and tchar='" + q.GetDatabase().safestr(i_tchar) + "'"; spawn(sql); } Terrain::~Terrain() { } void Terrain::select(const std::string& sql) { spawn(sql); } unsigned long long int Terrain::insert() { Query q(*database); std::string sql; sql = "insert into terrain(area,name,tchar,tcolor,impassable,delay)"; { char slask[100]; sprintf(slask," values(%ld",this -> area); sql += slask; } sql += ", '" + q.GetDatabase().safestr(this -> name) + "'"; sql += ", '" + q.GetDatabase().safestr(this -> tchar) + "'"; sql += ", '" + q.GetDatabase().safestr(this -> tcolor) + "'"; { char slask[100]; sprintf(slask,", %ld",this -> impassable); sql += slask; } { char slask[100]; sprintf(slask,", %f",this -> delay); sql += slask; } sql += ")"; q.execute(sql); new_object = 0; unsigned long long int inserted_id = q.insert_id(); num = inserted_id; return inserted_id; } void Terrain::update() { update(this -> num); } void Terrain::update(long i_num) { Query q(*database); std::string sql; { char slask[200]; sprintf(slask,"update terrain set area=%ld",this -> area); sql += slask; } sql += ", name='" + q.GetDatabase().safestr(this -> name) + "'"; sql += ", tchar='" + q.GetDatabase().safestr(this -> tchar) + "'"; sql += ", tcolor='" + q.GetDatabase().safestr(this -> tcolor) + "'"; { char slask[200]; sprintf(slask,", impassable=%ld",this -> impassable); sql += slask; } { char slask[200]; sprintf(slask,", delay='%f'",this -> delay); sql += slask; } { char slask[200]; sprintf(slask," where num='%ld'",i_num); sql += slask; } q.execute(sql); } void Terrain::save() { if (new_object) insert(); else update(); } void Terrain::erase() { if (!new_object) { std::string sql = "delete from terrain where"; Query q(*database); { char slask[200]; sprintf(slask," num='%ld'",this -> num); sql += slask; } q.execute(sql); } } std::string Terrain::xml() { Query q(*database); std::string dest; char slask[200]; dest = "<TERRAIN>"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; sprintf(slask,"<AREA>%ld</AREA>",this -> area); dest += slask; dest += "<NAME>" + q.GetDatabase().xmlsafestr(this -> name) + "</NAME>"; dest += "<TCHAR>" + q.GetDatabase().xmlsafestr(this -> tchar) + "</TCHAR>"; dest += "<TCOLOR>" + q.GetDatabase().xmlsafestr(this -> tcolor) + "</TCOLOR>"; sprintf(slask,"<IMPASSABLE>%ld</IMPASSABLE>",this -> impassable); dest += slask; sprintf(slask,"<DELAY>%f</DELAY>",this -> delay); dest += slask; dest += "</TERRAIN>"; return dest; } std::string Terrain::xml(const std::string& tag,const std::string& xvalx) { Query q(*database); std::string dest; char slask[200]; dest = "<TERRAIN " + tag + "=\"" + xvalx + "\">"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; sprintf(slask,"<AREA>%ld</AREA>",this -> area); dest += slask; dest += "<NAME>" + q.GetDatabase().xmlsafestr(this -> name) + "</NAME>"; dest += "<TCHAR>" + q.GetDatabase().xmlsafestr(this -> tchar) + "</TCHAR>"; dest += "<TCOLOR>" + q.GetDatabase().xmlsafestr(this -> tcolor) + "</TCOLOR>"; sprintf(slask,"<IMPASSABLE>%ld</IMPASSABLE>",this -> impassable); dest += slask; sprintf(slask,"<DELAY>%f</DELAY>",this -> delay); dest += slask; dest += "</TERRAIN>"; return dest; } size_t Terrain::num_cols() { return 7; } void Terrain::clear() { this -> num = 0; this -> area = 0; this -> name = ""; this -> tchar = ""; this -> tcolor = ""; this -> impassable = 0; this -> delay = 0; } void Terrain::spawn(const std::string& sql) { Query q(*database); std::string temp; clear(); if (!strncasecmp(sql.c_str(),"select * ",9)) { temp = "select num,area,name,tchar,tcolor,impassable,delay " + sql.substr(9); } else temp = sql; q.get_result(temp); if (q.fetch_row()) { this -> num = q.getval(0); // 0 - num integer this -> area = q.getval(1); // 1 - area integer this -> name = q.getstr(2); // 2 - name varchar(255) this -> tchar = q.getstr(3); // 3 - tchar char(1) this -> tcolor = q.getstr(4); // 4 - tcolor varchar(10) this -> impassable = q.getval(5); // 5 - impassable integer this -> delay = q.getnum(6); // 6 - delay float new_object = 0; } else clear(); q.free_result(); } void Terrain::spawn(Query *qd,int offset) { clear(); this -> num = qd -> getval(0 + offset); // 0 - num integer this -> area = qd -> getval(1 + offset); // 1 - area integer this -> name = qd -> getstr(2 + offset); // 2 - name varchar(255) this -> tchar = qd -> getstr(3 + offset); // 3 - tchar char(1) this -> tcolor = qd -> getstr(4 + offset); // 4 - tcolor varchar(10) this -> impassable = qd -> getval(5 + offset); // 5 - impassable integer this -> delay = qd -> getnum(6 + offset); // 6 - delay float } // End of implementation of class 'Terrain' } // End of namespace namespace db { Steps::Steps(Database *db) { database = db; new_object = 1; clear(); } Steps::Steps(Database *db,const std::string& sql) { database = db; new_object = 1; spawn(sql); } Steps::Steps(Database *db,Query *qd,int offset) { database = db; new_object = 0; spawn(qd, offset); } Steps::Steps(Database& db,long i_num):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from steps where "; { char slask[100]; sprintf(slask,"num='%ld'",i_num); sql += slask; } spawn(sql); } Steps::Steps(Database& db,long i_player,long i_area,long i_zcoord,long i_ycoord):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from steps where "; { char slask[100]; sprintf(slask,"player='%ld'",i_player); sql += slask; } { char slask[100]; sprintf(slask," and area='%ld'",i_area); sql += slask; } { char slask[100]; sprintf(slask," and zcoord='%ld'",i_zcoord); sql += slask; } { char slask[100]; sprintf(slask," and ycoord='%ld'",i_ycoord); sql += slask; } spawn(sql); } Steps::~Steps() { } void Steps::select(const std::string& sql) { spawn(sql); } unsigned long long int Steps::insert() { Query q(*database); std::string sql; sql = "insert into steps(player,area,zcoord,ycoord,xcoords)"; { char slask[100]; sprintf(slask," values(%ld",this -> player); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> area); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> zcoord); sql += slask; } { char slask[100]; sprintf(slask,", %ld",this -> ycoord); sql += slask; } sql += ", '" + q.GetDatabase().safestr(this -> xcoords) + "'"; sql += ")"; q.execute(sql); new_object = 0; unsigned long long int inserted_id = q.insert_id(); num = inserted_id; return inserted_id; } void Steps::update() { update(this -> num); } void Steps::update(long i_num) { Query q(*database); std::string sql; { char slask[200]; sprintf(slask,"update steps set player=%ld",this -> player); sql += slask; } { char slask[200]; sprintf(slask,", area=%ld",this -> area); sql += slask; } { char slask[200]; sprintf(slask,", zcoord=%ld",this -> zcoord); sql += slask; } { char slask[200]; sprintf(slask,", ycoord=%ld",this -> ycoord); sql += slask; } sql += ", xcoords='" + q.GetDatabase().safestr(this -> xcoords) + "'"; { char slask[200]; sprintf(slask," where num='%ld'",i_num); sql += slask; } q.execute(sql); } void Steps::save() { if (new_object) insert(); else update(); } void Steps::erase() { if (!new_object) { std::string sql = "delete from steps where"; Query q(*database); { char slask[200]; sprintf(slask," num='%ld'",this -> num); sql += slask; } q.execute(sql); } } std::string Steps::xml() { Query q(*database); std::string dest; char slask[200]; dest = "<STEPS>"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; sprintf(slask,"<PLAYER>%ld</PLAYER>",this -> player); dest += slask; sprintf(slask,"<AREA>%ld</AREA>",this -> area); dest += slask; sprintf(slask,"<ZCOORD>%ld</ZCOORD>",this -> zcoord); dest += slask; sprintf(slask,"<YCOORD>%ld</YCOORD>",this -> ycoord); dest += slask; dest += "<XCOORDS>" + q.GetDatabase().xmlsafestr(this -> xcoords) + "</XCOORDS>"; dest += "</STEPS>"; return dest; } std::string Steps::xml(const std::string& tag,const std::string& xvalx) { Query q(*database); std::string dest; char slask[200]; dest = "<STEPS " + tag + "=\"" + xvalx + "\">"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; sprintf(slask,"<PLAYER>%ld</PLAYER>",this -> player); dest += slask; sprintf(slask,"<AREA>%ld</AREA>",this -> area); dest += slask; sprintf(slask,"<ZCOORD>%ld</ZCOORD>",this -> zcoord); dest += slask; sprintf(slask,"<YCOORD>%ld</YCOORD>",this -> ycoord); dest += slask; dest += "<XCOORDS>" + q.GetDatabase().xmlsafestr(this -> xcoords) + "</XCOORDS>"; dest += "</STEPS>"; return dest; } size_t Steps::num_cols() { return 6; } void Steps::clear() { this -> num = 0; this -> player = 0; this -> area = 0; this -> zcoord = 0; this -> ycoord = 0; this -> xcoords = ""; } void Steps::spawn(const std::string& sql) { Query q(*database); std::string temp; clear(); if (!strncasecmp(sql.c_str(),"select * ",9)) { temp = "select num,player,area,zcoord,ycoord,xcoords " + sql.substr(9); } else temp = sql; q.get_result(temp); if (q.fetch_row()) { this -> num = q.getval(0); // 0 - num integer this -> player = q.getval(1); // 1 - player integer this -> area = q.getval(2); // 2 - area integer this -> zcoord = q.getval(3); // 3 - zcoord integer this -> ycoord = q.getval(4); // 4 - ycoord integer this -> xcoords = q.getstr(5); // 5 - xcoords text new_object = 0; } else clear(); q.free_result(); } void Steps::spawn(Query *qd,int offset) { clear(); this -> num = qd -> getval(0 + offset); // 0 - num integer this -> player = qd -> getval(1 + offset); // 1 - player integer this -> area = qd -> getval(2 + offset); // 2 - area integer this -> zcoord = qd -> getval(3 + offset); // 3 - zcoord integer this -> ycoord = qd -> getval(4 + offset); // 4 - ycoord integer this -> xcoords = qd -> getstr(5 + offset); // 5 - xcoords text } // End of implementation of class 'Steps' } // End of namespace namespace db { Race::Race(Database *db) { database = db; new_object = 1; clear(); } Race::Race(Database *db,const std::string& sql) { database = db; new_object = 1; spawn(sql); } Race::Race(Database *db,Query *qd,int offset) { database = db; new_object = 0; spawn(qd, offset); } Race::Race(Database& db,long i_num):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from race where "; { char slask[100]; sprintf(slask,"num='%ld'",i_num); sql += slask; } spawn(sql); } Race::Race(Database& db,const std::string& i_name):database(&db),new_object(1) { Query q(*database); std::string sql = "select * from race where "; sql += "name='" + q.GetDatabase().safestr(i_name) + "'"; spawn(sql); } Race::~Race() { } void Race::select(const std::string& sql) { spawn(sql); } unsigned long long int Race::insert() { Query q(*database); std::string sql; sql = "insert into race(name,sightrange,hearing)"; sql += " values('" + q.GetDatabase().safestr(this -> name) + "'"; { char slask[100]; sprintf(slask,", %f",this -> sightrange); sql += slask; } { char slask[100]; sprintf(slask,", %f",this -> hearing); sql += slask; } sql += ")"; q.execute(sql); new_object = 0; unsigned long long int inserted_id = q.insert_id(); num = inserted_id; return inserted_id; } void Race::update() { update(this -> num); } void Race::update(long i_num) { Query q(*database); std::string sql; sql += "update race set name='" + q.GetDatabase().safestr(this -> name) + "'"; { char slask[200]; sprintf(slask,", sightrange='%f'",this -> sightrange); sql += slask; } { char slask[200]; sprintf(slask,", hearing='%f'",this -> hearing); sql += slask; } { char slask[200]; sprintf(slask," where num='%ld'",i_num); sql += slask; } q.execute(sql); } void Race::save() { if (new_object) insert(); else update(); } void Race::erase() { if (!new_object) { std::string sql = "delete from race where"; Query q(*database); { char slask[200]; sprintf(slask," num='%ld'",this -> num); sql += slask; } q.execute(sql); } } std::string Race::xml() { Query q(*database); std::string dest; char slask[200]; dest = "<RACE>"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; dest += "<NAME>" + q.GetDatabase().xmlsafestr(this -> name) + "</NAME>"; sprintf(slask,"<SIGHTRANGE>%f</SIGHTRANGE>",this -> sightrange); dest += slask; sprintf(slask,"<HEARING>%f</HEARING>",this -> hearing); dest += slask; dest += "</RACE>"; return dest; } std::string Race::xml(const std::string& tag,const std::string& xvalx) { Query q(*database); std::string dest; char slask[200]; dest = "<RACE " + tag + "=\"" + xvalx + "\">"; sprintf(slask,"<NUM>%ld</NUM>",this -> num); dest += slask; dest += "<NAME>" + q.GetDatabase().xmlsafestr(this -> name) + "</NAME>"; sprintf(slask,"<SIGHTRANGE>%f</SIGHTRANGE>",this -> sightrange); dest += slask; sprintf(slask,"<HEARING>%f</HEARING>",this -> hearing); dest += slask; dest += "</RACE>"; return dest; } size_t Race::num_cols() { return 4; } void Race::clear() { this -> num = 0; this -> name = ""; this -> sightrange = 0; this -> hearing = 0; } void Race::spawn(const std::string& sql) { Query q(*database); std::string temp; clear(); if (!strncasecmp(sql.c_str(),"select * ",9)) { temp = "select num,name,sightrange,hearing " + sql.substr(9); } else temp = sql; q.get_result(temp); if (q.fetch_row()) { this -> num = q.getval(0); // 0 - num integer this -> name = q.getstr(1); // 1 - name varchar(255) this -> sightrange = q.getnum(2); // 2 - sightrange float this -> hearing = q.getnum(3); // 3 - hearing float new_object = 0; } else clear(); q.free_result(); } void Race::spawn(Query *qd,int offset) { clear(); this -> num = qd -> getval(0 + offset); // 0 - num integer this -> name = qd -> getstr(1 + offset); // 1 - name varchar(255) this -> sightrange = qd -> getnum(2 + offset); // 2 - sightrange float this -> hearing = qd -> getnum(3 + offset); // 3 - hearing float } // End of implementation of class 'Race' } // End of namespace

Page, code, and content Copyright (C) 2006 by Anders Hedström

---