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Yam InsideŽ℠
Join Date: Jan 2010
Location: Living Randomly
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08-01-2015
, 15:32
[ANY] Hattrick's GeoIP Resolver Jun. 17 2023 +Plug-ins (4) +Multi-threading
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#1
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[ANY] Hattrick's GeoIP Resolver Jun. 17 2023 +Plug-ins (4) +Multi-threading
Github /ClaudiuHKS/SMAny-GeoResolver-Extension
This extension is intended to resolve Geographical Information,
by the IP Address ( IPv4 Only),
and does only work on Windows and Linux.
It uses two free C libraries and databases at the same time
(MaxMindŽ's GeoLite2-City & GeoLiteCity),
in order to Improve the scanning process,
ensuring that there are Less Chances To Fail retrieving a record.
Furthermore, you can also Run In The Same Time,
up to eight MaxMindŽ databases (GeoLite2-City, GeoIP2-City, GeoLiteCity,
GeoIPCity, GeoLiteISP, GeoIPISP, GeoLite2-ASN & GeoIP2-ISP), if you own them.
How It Works
It starts scanning by using the free databases, to see if a result is retrieved,
then it goes on scanning, by using the other databases,
Completing The Missing Fields, that appear as N/ A.
The Features
It supports Updating the databases While The Game Server Is Running,
Without manually restarting it. Read the instructions inside the zipped file.
The Pictures
The Game Server's Console
This Is How A Complete Record Looks Like
Spoiler
PHP Code:
Ip Address : 86.124.107.7
Code : RO
Code 3 : ROU
Country : Romania
City : Turda
Region Code : CJ
Region : Judetul Cluj
Continent : Europe
Continent Code : EU
Latitude : 46.56
Longitude : 23.79
Postal Code : N/ A
ISP : RCS & RDS
Autonomous System Organization : N/ A
Time Zone : Europe/ Bucharest
This Is How The .INC File Looks Like
Spoiler
PHP Code:
#if defined _GeoResolver_included
#endinput
#endif
#define _GeoResolver_included
#include < sourcemod >
//
// Yes, you can edit these two,
// if you know what you're doing.
//
#define GR_VarType 2 /** 1 = public, 2 = static, & 3 = stock */
#define GR_FunType 3 /** 1 = public, 2 = static, & 3 = stock */
#if !defined GR_VarType
#error GR_VarType must be 1, 2, or 3.
#endif
#if GR_VarType == 1
#define GR_Var public
#elseif GR_VarType == 2
#define GR_Var static
#elseif GR_VarType == 3
#define GR_Var stock
#endif
#if !defined GR_Var
#error GR_VarType must be 1, 2, or 3.
#endif
#if !defined GR_FunType
#error GR_FunType must be 1, 2, or 3.
#endif
#if GR_FunType == 1
#define GR_Fun public
#define GR_NoDefFuncParams
#elseif GR_FunType == 2
#define GR_Fun static
#elseif GR_FunType == 3
#define GR_Fun stock
#endif
#if !defined GR_Fun
#error GR_FunType must be 1, 2, or 3.
#endif
enum GR_Db /** MAXMINDŽ LOADED DATABASES */
{
GEOIP_NONE = 0 , /** NO DATABASES ARE IN USE */
GEOIP2_LITE = 1 << 0 , /** GeoLite2-City.mmdb IS IN USE */
GEOIP2_PAID = 1 << 1 , /** GeoIP2-City.mmdb IS IN USE */
GEOIP_LITE = 1 << 2 , /** GeoLiteCity.dat IS IN USE */
GEOIP_PAID = 1 << 3 , /** GeoIPCity.dat IS IN USE */
GEOIP_ISP_LITE = 1 << 4 , /** GeoLiteISP.dat IS IN USE */
GEOIP_ISP_PAID = 1 << 5 , /** GeoIPISP.dat IS IN USE */
GEOIP_ISP2_LITE = 1 << 6 , /** GeoLite2-ASN.mmdb IS IN USE */
GEOIP_ISP2_PAID = 1 << 7 , /** GeoIP2-ISP.mmdb IS IN USE */
};
//
// For example,
//
// GeoR_SetOrder(GEOIP_PAID_FIRST);
//
//
// Geo Resolver's default is GEOIP_LITE_FIRST.
//
enum GR_Order
{
GEOIP_LITE_FIRST = 0 , /** USE LITE DATABASES BEFORE PAID */
GEOIP_PAID_FIRST = 1 , /** USE PAID DATABASES BEFORE LITE */
};
GR_Var char g_szCode__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szCode3__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szCountry__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szCity__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szRegionCode__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szRegion__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szTimeZone__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szPostalCode__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szContinentCode__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szContinent__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szAutonomSysOrg__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var char g_szIsp__ [PLATFORM_MAX_PATH] = "N/ A" ;
GR_Var float g_fLatitude__ = 0.0 ;
GR_Var float g_fLongitude__ = 0.0 ;
//
// Yes, you don't have to strip out the port.
//
//
// T means threaded.
//
// After calling GeoRT_AddIp,
// wait at least 40 milliseconds before calling GeoRT_ReadIp.
//
// Geo Resolver's threaded worker processes 25 addresses every second,
// 1 address every 0.04 seconds.
//
//
// If using the threaded system, call GeoRT_Free when a map starts or ends.
//
native bool GeoRT_Free();
//
// 0 = Failed.
//
// >0 = Entry number into the threaded system.
//
native int GeoRT_Add(const char[] szIpAddr);
native int GeoRT_AddIp(const char[] szIpAddr);
//
// 0 = Failed.
//
// >0 = Entry number into the threaded system.
//
// GeoRT_City, GeoRT_Country, ... will return the strcopy value.
//
native int GeoRT_Read( const char[] szIpAddr ,
char[] szCode , const int nCodeSize ,
char[] szCode3 , const int nCode3Size ,
char[] szCountry , const int nCountrySize ,
char[] szCity , const int nCitySize ,
char[] szRegionCode , const int nRegionCodeSize ,
char[] szRegion , const int nRegionSize ,
char[] szTimeZone , const int nTimeZoneSize ,
char[] szPostalCode , const int nPostalCodeSize ,
char[] szContinentCode , const int nContinentCodeSize ,
char[] szContinent , const int nContinentSize ,
char[] szAutonomSysOrg , const int nAutonomSysOrgSize ,
char[] szIsp , const int nIspSize ,
float& fLatitude ,
float& fLongitude );
native int GeoRT_ReadIp( const char[] szIpAddr ,
char[] szCode , const int nCodeSize ,
char[] szCode3 , const int nCode3Size ,
char[] szCountry , const int nCountrySize ,
char[] szCity , const int nCitySize ,
char[] szRegionCode , const int nRegionCodeSize ,
char[] szRegion , const int nRegionSize ,
char[] szTimeZone , const int nTimeZoneSize ,
char[] szPostalCode , const int nPostalCodeSize ,
char[] szContinentCode , const int nContinentCodeSize ,
char[] szContinent , const int nContinentSize ,
char[] szAutonomSysOrg , const int nAutonomSysOrgSize ,
char[] szIsp , const int nIspSize ,
float& fLatitude ,
float& fLongitude );
//
// Threaded stuff ends here.
//
//
// true on success,
// false otherwise.
//
// GeoR_City, GeoR_Country, ... will return the strcopy value.
//
native bool GeoR_CompleteRecord(const char[] szIpAddr ,
char[] szCode , const int nCodeSize ,
char[] szCode3 , const int nCode3Size ,
char[] szCountry , const int nCountrySize ,
char[] szCity , const int nCitySize ,
char[] szRegionCode , const int nRegionCodeSize ,
char[] szRegion , const int nRegionSize ,
char[] szTimeZone , const int nTimeZoneSize ,
char[] szPostalCode , const int nPostalCodeSize ,
char[] szContinentCode , const int nContinentCodeSize ,
char[] szContinent , const int nContinentSize ,
char[] szAutonomSysOrg , const int nAutonomSysOrgSize ,
char[] szIsp , const int nIspSize ,
float& fLatitude ,
float& fLongitude );
native bool GeoR_FullRecord( const char[] szIpAddr ,
char[] szCode , const int nCodeSize ,
char[] szCode3 , const int nCode3Size ,
char[] szCountry , const int nCountrySize ,
char[] szCity , const int nCitySize ,
char[] szRegionCode , const int nRegionCodeSize ,
char[] szRegion , const int nRegionSize ,
char[] szTimeZone , const int nTimeZoneSize ,
char[] szPostalCode , const int nPostalCodeSize ,
char[] szContinentCode , const int nContinentCodeSize ,
char[] szContinent , const int nContinentSize ,
char[] szAutonomSysOrg , const int nAutonomSysOrgSize ,
char[] szIsp , const int nIspSize ,
float& fLatitude ,
float& fLongitude );
native bool GeoR_GetRecord( const char[] szIpAddr ,
char[] szCode , const int nCodeSize ,
char[] szCode3 , const int nCode3Size ,
char[] szCountry , const int nCountrySize ,
char[] szCity , const int nCitySize ,
char[] szRegionCode , const int nRegionCodeSize ,
char[] szRegion , const int nRegionSize ,
char[] szTimeZone , const int nTimeZoneSize ,
char[] szPostalCode , const int nPostalCodeSize ,
char[] szContinentCode , const int nContinentCodeSize ,
char[] szContinent , const int nContinentSize ,
char[] szAutonomSysOrg , const int nAutonomSysOrgSize ,
char[] szIsp , const int nIspSize ,
float& fLatitude ,
float& fLongitude );
native bool GeoR_Record( const char[] szIpAddr ,
char[] szCode , const int nCodeSize ,
char[] szCode3 , const int nCode3Size ,
char[] szCountry , const int nCountrySize ,
char[] szCity , const int nCitySize ,
char[] szRegionCode , const int nRegionCodeSize ,
char[] szRegion , const int nRegionSize ,
char[] szTimeZone , const int nTimeZoneSize ,
char[] szPostalCode , const int nPostalCodeSize ,
char[] szContinentCode , const int nContinentCodeSize ,
char[] szContinent , const int nContinentSize ,
char[] szAutonomSysOrg , const int nAutonomSysOrgSize ,
char[] szIsp , const int nIspSize ,
float& fLatitude ,
float& fLongitude );
//
// (bImperial == true) ? Mi : Km
//
native float GeoR_Distance( const float fLatitude1 , const float fLongitude1 ,
const float fLatitude2 , const float fLongitude2 ,
const bool bImperial = false );
native float GeoR_Length( const float fLatitude1 , const float fLongitude1 ,
const float fLatitude2 , const float fLongitude2 ,
const bool bImperial = false );
native float GeoR_Len( const float fLatitude1 , const float fLongitude1 ,
const float fLatitude2 , const float fLongitude2 ,
const bool bImperial = false );
/**
* RETURNS WHICH MAXMINDŽ DATABASES ARE IN USE
*
* GR_Db xDb = GeoR_Databases();
*
* if (xDb == GEOIP_NONE) { ... }
* if (xDb & GEOIP_ISP_PAID) { ... }
*
*/
native GR_Db GeoR_Databases ();
native GR_Db GeoR_Db ();
/**
* RELOADS ALL THE MAXMINDŽ DATABASES
* ALSO UPDATES THE MAXMINDŽ DATABASES THAT ARE INTO THE "/data/GeoResolver/Update/" DIRECTORY
*/
native bool GeoR_Reload ();
native bool GeoR_Refresh ();
native bool GeoR_Restart ();
/**
* CHANGES THE ORDER [ GEOIP_LITE_FIRST | GEOIP_PAID_FIRST ]
*/
native bool GeoR_Order (const GR_Order xOrder = GEOIP_LITE_FIRST);
native bool GeoR_SetOrder (const GR_Order xOrder = GEOIP_LITE_FIRST);
native bool GeoR_ChangeOrder (const GR_Order xOrder = GEOIP_LITE_FIRST);
/**
* RETRIEVES THE COUNTRY CODE BY IP ADDRESS
*/
GR_Fun int GeoR_Code(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szCode__);
}
/**
* RETRIEVES THE COUNTRY CODE BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_Code(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szCode__);
}
/**
* RETRIEVES THE COUNTRY CODE (3) BY IP ADDRESS
*/
GR_Fun int GeoR_Code3(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szCode3__);
}
/**
* RETRIEVES THE COUNTRY CODE (3) BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_Code3(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szCode3__);
}
/**
* RETRIEVES THE COUNTRY NAME BY IP ADDRESS
*/
GR_Fun int GeoR_Country(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szCountry__);
}
/**
* RETRIEVES THE COUNTRY NAME BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_Country(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szCountry__);
}
/**
* RETRIEVES THE CITY NAME BY IP ADDRESS
*/
GR_Fun int GeoR_City(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szCity__);
}
/**
* RETRIEVES THE CITY NAME BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_City(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szCity__);
}
/**
* RETRIEVES THE REGION CODE BY IP ADDRESS
*/
GR_Fun int GeoR_RegionCode(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szRegionCode__);
}
/**
* RETRIEVES THE REGION CODE BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_RegionCode(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szRegionCode__);
}
/**
* RETRIEVES THE REGION NAME BY IP ADDRESS
*/
GR_Fun int GeoR_Region(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szRegion__);
}
/**
* RETRIEVES THE REGION NAME BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_Region(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szRegion__);
}
/**
* RETRIEVES THE TIME ZONE BY IP ADDRESS
*/
GR_Fun int GeoR_TimeZone(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szTimeZone__);
}
/**
* RETRIEVES THE TIME ZONE BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_TimeZone(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szTimeZone__);
}
/**
* RETRIEVES THE POSTAL CODE BY IP ADDRESS
*/
GR_Fun int GeoR_PostalCode(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szPostalCode__);
}
/**
* RETRIEVES THE POSTAL CODE BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_PostalCode(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szPostalCode__);
}
/**
* RETRIEVES THE CONTINENT CODE BY IP ADDRESS
*/
GR_Fun int GeoR_ContinentCode(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szContinentCode__);
}
/**
* RETRIEVES THE CONTINENT CODE BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_ContinentCode(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szContinentCode__);
}
/**
* RETRIEVES THE CONTINENT NAME BY IP ADDRESS
*/
GR_Fun int GeoR_Continent(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szContinent__);
}
/**
* RETRIEVES THE CONTINENT NAME BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_Continent(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szContinent__);
}
/**
* RETRIEVES THE AUTONOMOUS SYSTEM ORGANIZATION BY IP ADDRESS
*/
GR_Fun int GeoR_AutonomousSysOrg(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szAutonomSysOrg__);
}
/**
* RETRIEVES THE AUTONOMOUS SYSTEM ORGANIZATION BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_AutonomousSysOrg(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szAutonomSysOrg__);
}
/**
* RETRIEVES THE ISP BY IP ADDRESS
*/
GR_Fun int GeoR_ISP(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szIsp__);
}
/**
* RETRIEVES THE ISP BY IP ADDRESS THREADED
*/
GR_Fun int GeoRT_ISP(const char[] szIpAddr, char[] szBuffer, const int nSize)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return strcopy(szBuffer, nSize, g_szIsp__);
}
/**
* RETRIEVES THE LATITUDE BY IP ADDRESS
*/
GR_Fun float GeoR_Latitude(const char[] szIpAddr)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return g_fLatitude__;
}
/**
* RETRIEVES THE LATITUDE BY IP ADDRESS THREADED
*/
GR_Fun float GeoRT_Latitude(const char[] szIpAddr)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return g_fLatitude__;
}
/**
* RETRIEVES THE LONGITUDE BY IP ADDRESS
*/
GR_Fun float GeoR_Longitude(const char[] szIpAddr)
{
GeoR_CompleteRecord(szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return g_fLongitude__;
}
/**
* RETRIEVES THE LONGITUDE BY IP ADDRESS THREADED
*/
GR_Fun float GeoRT_Longitude(const char[] szIpAddr)
{
GeoRT_ReadIp( szIpAddr, g_szCode__, sizeof (g_szCode__), g_szCode3__, sizeof (g_szCode3__), g_szCountry__, sizeof (g_szCountry__),
g_szCity__, sizeof (g_szCity__), g_szRegionCode__, sizeof (g_szRegionCode__), g_szRegion__, sizeof (g_szRegion__),
g_szTimeZone__, sizeof (g_szTimeZone__), g_szPostalCode__, sizeof (g_szPostalCode__), g_szContinentCode__, sizeof (g_szContinentCode__),
g_szContinent__, sizeof (g_szContinent__), g_szAutonomSysOrg__, sizeof (g_szAutonomSysOrg__), g_szIsp__, sizeof (g_szIsp__),
g_fLatitude__, g_fLongitude__);
return g_fLongitude__;
}
/**
* RETRIEVES THE DISTANCE BETWEEN A CLIENT AND THE SERVER
*
* RETURNS 0.0 ON FAILURE
*
* float fKilometers = GeoR_DistancePlrSrv(nClient, false);
*
* if (fKilometers > 0.0) { ... }
* else { ... }
*
*/
#if defined GR_NoDefFuncParams
GR_Fun float GeoR_DistancePlrSrv(const int nPlayer, const bool bImperial)
#else
GR_Fun float GeoR_DistancePlrSrv(const int nPlayer, const bool bImperial = false)
#endif
{
static char szPlrIpAddr[PLATFORM_MAX_PATH] = { EOS, ... },
szSrvIpAddr[PLATFORM_MAX_PATH] = { EOS, ... };
static Handle xSrvIpAddrConVar = INVALID_HANDLE;
static bool bSrvIpAddrConVarRetrieved = false;
static int nSrvIpAddrNum = 0;
static float fPlrLatitude = 0.0,
fPlrLongitude = 0.0,
fSrvLatitude = 0.0,
fSrvLongitude = 0.0;
if (nPlayer < 1 ||
nPlayer > MaxClients ||
!IsClientConnected(nPlayer) ||
!IsClientInGame(nPlayer) ||
IsFakeClient(nPlayer) ||
IsClientSourceTV(nPlayer) ||
IsClientReplay(nPlayer) ||
IsClientTimingOut(nPlayer) ||
IsClientInKickQueue(nPlayer) )
{
return 0.0;
}
if (false == bSrvIpAddrConVarRetrieved)
{
if (xSrvIpAddrConVar == INVALID_HANDLE)
{
xSrvIpAddrConVar = FindConVar("hostip");
}
bSrvIpAddrConVarRetrieved = true;
}
if (xSrvIpAddrConVar == INVALID_HANDLE)
{
return 0.0;
}
nSrvIpAddrNum = GetConVarInt(xSrvIpAddrConVar);
if (nSrvIpAddrNum == 0)
{
return 0.0;
}
if (!GetClientIP(nPlayer, szPlrIpAddr, sizeof (szPlrIpAddr), true))
{
return 0.0;
}
if (-1 == StrContains(szPlrIpAddr, ".", false))
{
return 0.0;
}
FormatEx( szSrvIpAddr ,
sizeof (szSrvIpAddr) ,
"%u.%u.%u.%u" ,
( nSrvIpAddrNum >> 24 ) & 0xFF ,
( nSrvIpAddrNum >> 16 ) & 0xFF ,
( nSrvIpAddrNum >> 8 ) & 0xFF ,
( nSrvIpAddrNum ) & 0xFF );
fPlrLatitude = GeoR_Latitude (szPlrIpAddr);
fPlrLongitude = GeoR_Longitude (szPlrIpAddr);
fSrvLatitude = GeoR_Latitude (szSrvIpAddr);
fSrvLongitude = GeoR_Longitude (szSrvIpAddr);
return GeoR_Distance(fPlrLatitude, fPlrLongitude, fSrvLatitude, fSrvLongitude, bImperial);
}
//
// GeoR_DistancePlrSrv
//
#define GeoR_DistanceSrvPlr(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_DistancePlayerServer(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_DistanceServerPlayer(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_LengthPlrSrv(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_LengthSrvPlr(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_LengthPlayerServer(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_LengthServerPlayer(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_LenPlrSrv(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_LenSrvPlr(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_LenPlayerServer(%0,%1) GeoR_DistancePlrSrv(%0, %1)
#define GeoR_LenServerPlayer(%0,%1) GeoR_DistancePlrSrv(%0, %1)
//
// GeoR_AutonomousSysOrg
//
#define GeoR_AutonomSysOrg(%0,%1,%2) GeoR_AutonomousSysOrg(%0, %1, %2)
#define GeoR_AutoSysOrg(%0,%1,%2) GeoR_AutonomousSysOrg(%0, %1, %2)
//
// GeoRT_AutonomousSysOrg
//
#define GeoRT_AutonomSysOrg(%0,%1,%2) GeoRT_AutonomousSysOrg(%0, %1, %2)
#define GeoRT_AutoSysOrg(%0,%1,%2) GeoRT_AutonomousSysOrg(%0, %1, %2)
//
// GeoR_ISP
//
#define GeoR_Isp(%0,%1,%2) GeoR_ISP(%0, %1, %2)
//
// GeoRT_ISP
//
#define GeoRT_Isp(%0,%1,%2) GeoRT_ISP(%0, %1, %2)
//
// GeoR_Code
//
#define GeoR_CountryCode(%0,%1,%2) GeoR_Code(%0, %1, %2)
#define GeoR_IsoCode(%0,%1,%2) GeoR_Code(%0, %1, %2)
#define GeoR_ISOCode(%0,%1,%2) GeoR_Code(%0, %1, %2)
#define GeoR_IsoCode2(%0,%1,%2) GeoR_Code(%0, %1, %2)
#define GeoR_ISOCode2(%0,%1,%2) GeoR_Code(%0, %1, %2)
#define GeoR_CountryCode2(%0,%1,%2) GeoR_Code(%0, %1, %2)
#define GeoR_Code2(%0,%1,%2) GeoR_Code(%0, %1, %2)
#define GeoR_CCode2(%0,%1,%2) GeoR_Code(%0, %1, %2)
//
// GeoRT_Code
//
#define GeoRT_CountryCode(%0,%1,%2) GeoRT_Code(%0, %1, %2)
#define GeoRT_IsoCode(%0,%1,%2) GeoRT_Code(%0, %1, %2)
#define GeoRT_ISOCode(%0,%1,%2) GeoRT_Code(%0, %1, %2)
#define GeoRT_IsoCode2(%0,%1,%2) GeoRT_Code(%0, %1, %2)
#define GeoRT_ISOCode2(%0,%1,%2) GeoRT_Code(%0, %1, %2)
#define GeoRT_CountryCode2(%0,%1,%2) GeoRT_Code(%0, %1, %2)
#define GeoRT_Code2(%0,%1,%2) GeoRT_Code(%0, %1, %2)
#define GeoRT_CCode2(%0,%1,%2) GeoRT_Code(%0, %1, %2)
//
// GeoR_Code3
//
#define GeoR_CountryCode3(%0,%1,%2) GeoR_Code3(%0, %1, %2)
#define GeoR_CCode3(%0,%1,%2) GeoR_Code3(%0, %1, %2)
#define GeoR_ISOCode3(%0,%1,%2) GeoR_Code3(%0, %1, %2)
#define GeoR_IsoCode3(%0,%1,%2) GeoR_Code3(%0, %1, %2)
//
// GeoRT_Code3
//
#define GeoRT_CountryCode3(%0,%1,%2) GeoRT_Code3(%0, %1, %2)
#define GeoRT_CCode3(%0,%1,%2) GeoRT_Code3(%0, %1, %2)
#define GeoRT_ISOCode3(%0,%1,%2) GeoRT_Code3(%0, %1, %2)
#define GeoRT_IsoCode3(%0,%1,%2) GeoRT_Code3(%0, %1, %2)
//
// GeoR_Db | GeoR_Databases
//
#define GeoR_Database() GeoR_Db()
#define GeoR_DataBase() GeoR_Db()
#define GeoR_DATABASE() GeoR_Db()
#define GeoR_DataBases() GeoR_Db()
#define GeoR_DATABASES() GeoR_Db()
#define GeoR_DB() GeoR_Db()
#define GeoR_Dbs() GeoR_Db()
#define GeoR_DBs() GeoR_Db()
#define GeoR_DBS() GeoR_Db()
//
// GeoRT_AddIp
//
#define GeoRT_Add(%0) GeoRT_AddIp(%0)
#define GeoRT_ADD(%0) GeoRT_AddIp(%0)
//
// GeoRT_Free
//
#define GeoRT_FREE() GeoRT_Free()
#define GeoRT_FreeAll() GeoRT_Free()
#define GeoRT_Clear() GeoRT_Free()
#define GeoRT_CLEAR() GeoRT_Free()
#define GeoRT_ClearAll() GeoRT_Free()
//
// GR_Db
//
#define GR_Database GR_Db
#define GR_DataBase GR_Db
#define GR_DATABASE GR_Db
#define GR_Databases GR_Db
#define GR_DataBases GR_Db
#define GR_DATABASES GR_Db
#define GR_DB GR_Db
#define GR_Dbs GR_Db
#define GR_DBs GR_Db
#define GR_DBS GR_Db
public Extension __ext_GeoResolver =
{
name = "GeoResolver",
file = "GeoResolver.ext",
#if defined(AUTOLOAD_EXTENSIONS) && defined(REQUIRE_EXTENSIONS)
autoload = 1,
required = 1,
#endif
#if defined(AUTOLOAD_EXTENSIONS) && !defined(REQUIRE_EXTENSIONS)
autoload = 1,
required = 0,
#endif
#if !defined(AUTOLOAD_EXTENSIONS) && defined(REQUIRE_EXTENSIONS)
autoload = 0,
required = 1,
#endif
#if !defined(AUTOLOAD_EXTENSIONS) && !defined(REQUIRE_EXTENSIONS)
autoload = 0,
required = 0,
#endif
};
#if !defined(REQUIRE_EXTENSIONS)
public void __ext_GeoResolver_SetNTVOptional()
{
MarkNativeAsOptional("GeoRT_Add" );
MarkNativeAsOptional("GeoRT_AddIp" );
MarkNativeAsOptional("GeoRT_Read" );
MarkNativeAsOptional("GeoRT_ReadIp" );
MarkNativeAsOptional("GeoRT_Free" );
MarkNativeAsOptional("GeoR_CompleteRecord" );
MarkNativeAsOptional("GeoR_FullRecord" );
MarkNativeAsOptional("GeoR_GetRecord" );
MarkNativeAsOptional("GeoR_Record" );
MarkNativeAsOptional("GeoR_Distance" );
MarkNativeAsOptional("GeoR_Length" );
MarkNativeAsOptional("GeoR_Len" );
MarkNativeAsOptional("GeoR_Databases" );
MarkNativeAsOptional("GeoR_Db" );
MarkNativeAsOptional("GeoR_Reload" );
MarkNativeAsOptional("GeoR_Refresh" );
MarkNativeAsOptional("GeoR_Restart" );
MarkNativeAsOptional("GeoR_ChangeOrder" );
MarkNativeAsOptional("GeoR_Order" );
MarkNativeAsOptional("GeoR_SetOrder" );
}
#endif
This Is A Test Suite Plug-in
Spoiler
PHP Code:
#include < sourcemod >
#include < GeoResolver >
public Plugin myinfo =
{
name = "GeoResolver: Join Announcer" ,
author = "Hattrick HKS (claudiuhks)" ,
description = "Prints Users' Geographical Information While Joining" ,
version = __DATE__ ,
url = "https://forums.alliedmods.net/showthread.php?t=267805" ,
};
/**
* PRINTS " \x01Player\x04 HATTRİCK CARAMELŽ HACK CS.MONEY\x01 Joined"
*
* IF THE GEOGRAPHICAL INFORMATION HAS NOT BEEN DETECTED
*
* UNCOMMENT - '//' IF YES
* COMMENT + '//' IF NO
*/
#define SHOW_EVEN_IF_NOT_DETECTED /// Show?
#define SHOW_PLAYER_DISCONNECT_CHAT /// Show?
#define SHOW_PLAYER_TEAM_CHAT /// Show?
/**
* PRINTS ONLY A MESSAGE EACH # SECONDS
*/
#define CHAT_SPAM_DELAY 4.000000
static float g_fStamp = 0.000000;
static EngineVersion g_xEngVs = Engine_Unknown;
public void OnPluginStart()
{
g_xEngVs = GetEngineVersion();
HookEventEx ("player_disconnect", OnUserLeave_Pre, EventHookMode_Pre);
HookEventEx ("player_disconnect_client", OnUserLeave_Pre, EventHookMode_Pre);
HookEventEx ("player_client_disconnect", OnUserLeave_Pre, EventHookMode_Pre);
HookEventEx ("player_connect", OnUserJoin_Pre, EventHookMode_Pre);
HookEventEx ("player_connect_client", OnUserJoin_Pre, EventHookMode_Pre);
HookEventEx ("player_client_connect", OnUserJoin_Pre, EventHookMode_Pre);
HookEventEx ("player_team", OnUserTeam_Pre, EventHookMode_Pre);
g_fStamp = 0.000000;
}
public void OnMapStart()
{
g_fStamp = 0.000000;
}
public void OnMapEnd()
{
g_fStamp = 0.000000;
GeoRT_Free ();
}
public bool OnClientConnect(int nUser, char[] szMsg, int nMsgMaxLen)
{
static char szIpAddr[PLATFORM_MAX_PATH] = { EOS, ... };
if (nUser > 0 && nUser <= MaxClients)
{
if (GetClientIP(nUser, szIpAddr, sizeof (szIpAddr), true))
{
if (StrContains(szIpAddr, ".", false) != -1)
{
GeoRT_Add(szIpAddr);
}
}
}
return true;
}
public void OnClientPutInServer(int nUser)
{
if (nUser > 0 && nUser <= MaxClients)
{
if (IsClientConnected(nUser))
{
CreateTimer(GetRandomFloat(2.000000, 4.000000), Timer_Join, GetClientUserId(nUser), TIMER_FLAG_NO_MAPCHANGE);
}
}
}
public Action Timer_Join(Handle xTimer, any nUserId)
{
static int nUser = 0;
static float fEngTime = 0.000000;
static bool bIsp = false, bCountry = false, bCity = false;
static char szCountry[PLATFORM_MAX_PATH] = { EOS, ... }, szCity[PLATFORM_MAX_PATH] = { EOS, ... },
szIsp[PLATFORM_MAX_PATH] = { EOS, ... }, szIpAddr[PLATFORM_MAX_PATH] = { EOS, ... };
if (nUserId > -1 && (fEngTime = GetEngineTime()) > g_fStamp && (nUser = GetClientOfUserId(nUserId)) > 0 && nUser <= MaxClients && IsClientConnected(nUser) &&
IsClientInGame(nUser) && !IsFakeClient(nUser) && !IsClientSourceTV(nUser) && !IsClientReplay(nUser) && !IsClientInKickQueue(nUser) && !IsClientTimingOut(nUser) &&
GetClientIP(nUser, szIpAddr, sizeof (szIpAddr), true) && -1 != StrContains(szIpAddr, ".", false))
{
GeoRT_Country (szIpAddr, szCountry, sizeof (szCountry));
GeoRT_City (szIpAddr, szCity, sizeof (szCity));
GeoRT_ISP (szIpAddr, szIsp, sizeof (szIsp));
bIsp = (strcmp(szIsp, "N/ A", false) == 0) ? false : true;
bCountry = (strcmp(szCountry, "N/ A", false) == 0) ? false : true;
bCity = (strcmp(szCity, "N/ A", false) == 0) ? false : true;
if (!bCountry)
{
GeoRT_Continent (szIpAddr, szCountry, sizeof (szCountry));
{
bCountry = (strcmp(szCountry, "N/ A", false) == 0) ? false : true;
}
}
if (!bCity)
{
GeoRT_Region (szIpAddr, szCity, sizeof (szCity));
{
bCity = (strcmp(szCity, "N/ A", false) == 0) ? false : true;
}
}
switch (g_xEngVs)
{
case Engine_CSGO:
{
if (bCountry && bCity && bIsp)
{
PrintToChatAll(" \x01Player\x04 %N\x01 Joined From\x05 %s\x01,\x05 %s", nUser, szCity, szCountry);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCountry && bCity)
{
PrintToChatAll(" \x01Player\x04 %N\x01 Joined From\x05 %s\x01,\x05 %s", nUser, szCity, szCountry);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCountry && bIsp)
{
PrintToChatAll(" \x01Player\x04 %N\x01 Joined From\x05 %s\x01 [\x05 %s\x01 ]", nUser, szCountry, szIsp);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCity && bIsp)
{
PrintToChatAll(" \x01Player\x04 %N\x01 Joined From\x05 %s\x01 [\x05 %s\x01 ]", nUser, szCity, szIsp);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCountry)
{
PrintToChatAll(" \x01Player\x04 %N\x01 Joined From\x05 %s", nUser, szCountry);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCity)
{
PrintToChatAll(" \x01Player\x04 %N\x01 Joined From\x05 %s", nUser, szCity);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bIsp)
{
PrintToChatAll(" \x01Player\x04 %N\x01 Joined [\x05 %s\x01 ]", nUser, szIsp);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
#if defined SHOW_EVEN_IF_NOT_DETECTED
else
{
PrintToChatAll(" \x01Player\x04 %N\x01 Joined", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
#endif
}
default:
{
if (bCountry && bCity && bIsp)
{
PrintToChatAll("Player %N Joined From %s, %s", nUser, szCity, szCountry);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCountry && bCity)
{
PrintToChatAll("Player %N Joined From %s, %s", nUser, szCity, szCountry);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCountry && bIsp)
{
PrintToChatAll("Player %N Joined From %s [ %s ]", nUser, szCountry, szIsp);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCity && bIsp)
{
PrintToChatAll("Player %N Joined From %s [ %s ]", nUser, szCity, szIsp);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCountry)
{
PrintToChatAll("Player %N Joined From %s", nUser, szCountry);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bCity)
{
PrintToChatAll("Player %N Joined From %s", nUser, szCity);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
else if (bIsp)
{
PrintToChatAll("Player %N Joined [ %s ]", nUser, szIsp);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
#if defined SHOW_EVEN_IF_NOT_DETECTED
else
{
PrintToChatAll("Player %N Joined", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
#endif
}
}
}
return Plugin_Continue;
}
public Action OnUserJoin_Pre(Handle xEv, const char[] szEvName, bool bEvNoBC)
{
if (xEv != INVALID_HANDLE)
{
if (bEvNoBC == false)
{
SetEventBroadcast(xEv, true);
}
}
return Plugin_Continue;
}
public Action OnUserLeave_Pre(Handle xEv, const char[] szEvName, bool bEvNoBC)
{
#if defined SHOW_PLAYER_DISCONNECT_CHAT
static Handle xPack = INVALID_HANDLE;
static char szName[PLATFORM_MAX_PATH] = { EOS, ... }, szReason[PLATFORM_MAX_PATH] = { EOS, ... }, szRandom[PLATFORM_MAX_PATH] = { EOS, ... };
if (EOS == szRandom[0])
{
FormatEx(szRandom, sizeof (szRandom), "%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c%c",
GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'), GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'),
GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'), GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'),
GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'), GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'),
GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'), GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'),
GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'), GetRandomInt('A', 'Z'), GetRandomInt('0', '9'), GetRandomInt('a', 'z'));
}
#endif
if (xEv != INVALID_HANDLE)
{
if (bEvNoBC == false)
{
SetEventBroadcast(xEv, true);
}
#if defined SHOW_PLAYER_DISCONNECT_CHAT
GetEventString(xEv, "name", szName, sizeof (szName), szRandom);
{
if (strcmp(szName, szRandom, false))
{
GetEventString(xEv, "reason", szReason, sizeof (szReason), szRandom);
{
if (strcmp(szReason, szRandom, false))
{
xPack = CreateDataPack();
{
if (xPack != INVALID_HANDLE)
{
WritePackString(xPack, szName);
WritePackString(xPack, szReason);
CreateTimer(GetRandomFloat(0.100000, 1.500000), Timer_Leave, xPack, TIMER_FLAG_NO_MAPCHANGE | TIMER_DATA_HNDL_CLOSE);
}
}
}
}
}
}
#endif
}
return Plugin_Continue;
}
public Action OnUserTeam_Pre(Handle xEv, const char[] szEvName, bool bEvNoBC)
{
#if defined SHOW_PLAYER_TEAM_CHAT
static Handle xPack = INVALID_HANDLE;
static int nUserId = 0, nTeam = 0;
#endif
if (xEv != INVALID_HANDLE)
{
if (bEvNoBC == false)
{
SetEventBroadcast(xEv, true);
}
#if defined SHOW_PLAYER_TEAM_CHAT
nUserId = GetEventInt(xEv, "userid", -16384);
{
if (nUserId > -1)
{
nTeam = GetEventInt(xEv, "team", -16384);
{
if (nTeam > 0)
{
xPack = CreateDataPack();
{
if (xPack != INVALID_HANDLE)
{
WritePackCell(xPack, nUserId);
WritePackCell(xPack, nTeam);
CreateTimer(GetRandomFloat(0.100000, 1.500000), Timer_Team, xPack, TIMER_FLAG_NO_MAPCHANGE | TIMER_DATA_HNDL_CLOSE);
}
}
}
}
}
}
#endif
}
return Plugin_Continue;
}
#if defined SHOW_PLAYER_TEAM_CHAT
public Action Timer_Team(Handle xTimer, any xPack)
{
static int nUserId = 0, nUser = 0, nTeam = 0;
static char szIpAddr[PLATFORM_MAX_PATH] = { EOS, ... };
static float fEngTime = 0.0;
if (xPack != INVALID_HANDLE)
{
if ((fEngTime = GetEngineTime()) > g_fStamp)
{
ResetPack(xPack);
{
if ((nUserId = ReadPackCell(xPack)) > -1)
{
if ((nUser = GetClientOfUserId(nUserId)) > 0 && nUser <= MaxClients)
{
if (IsClientConnected(nUser) && IsClientInGame(nUser) && !IsFakeClient(nUser) && !IsClientSourceTV(nUser) &&
!IsClientReplay(nUser) && !IsClientInKickQueue(nUser) && !IsClientTimingOut(nUser) &&
GetClientIP(nUser, szIpAddr, sizeof (szIpAddr), true) && -1 != StrContains(szIpAddr, ".", false))
{
if ((nTeam = ReadPackCell(xPack)) > 0)
{
if (g_xEngVs == Engine_CSGO)
{
switch (nTeam)
{
case 1:
{
PrintToChatAll(" \x01Player\x05 %N\x01 Became A\x08 SPECTATOR", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
case 2:
{
PrintToChatAll(" \x01Player\x05 %N\x01 Became A\x07 TERRORIST", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
case 3:
{
PrintToChatAll(" \x01Player\x05 %N\x01 Became A\x0B COUNTER TERRORIST", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
}
}
else if (g_xEngVs == Engine_CSS)
{
switch (nTeam)
{
case 1:
{
PrintToChatAll("Player %N Became A SPECTATOR", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
case 2:
{
PrintToChatAll("Player %N Became A TERRORIST", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
case 3:
{
PrintToChatAll("Player %N Became A COUNTER TERRORIST", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
}
}
else if (g_xEngVs == Engine_DODS)
{
switch (nTeam)
{
case 1:
{
PrintToChatAll("Player %N Became A SPECTATOR", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
case 2:
{
PrintToChatAll("Player %N Joined The US ARMY", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
case 3:
{
PrintToChatAll("Player %N Joined The WEHRMACHT", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
}
}
else
{
switch (nTeam)
{
case 1:
{
PrintToChatAll("Player %N Became A SPECTATOR", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
case 2:
{
PrintToChatAll("Player %N Joined The TEAM #1", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
case 3:
{
PrintToChatAll("Player %N Joined The TEAM #2", nUser);
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
}
}
}
}
}
}
}
}
}
return Plugin_Continue;
}
#endif
#if defined SHOW_PLAYER_DISCONNECT_CHAT
static int FixLine(char[] szItm, int nMax)
{
static int nItr = 0, nLen = 0, nChr = 0, nSze = 0;
static char szTmp[PLATFORM_MAX_PATH] = { EOS, ... }, cTmp = EOS;
if (nMax < 1)
{
szItm[0] = EOS;
return 0;
}
nLen = strlen(szItm);
if (nLen < 1)
{
szItm[0] = EOS;
return 0;
}
for (nItr = 0, nChr = 0, cTmp = ' ', nSze = sizeof (szTmp); ((nItr < nLen) && (nChr < nSze) && (nChr < nMax)); nItr++)
{
if (szItm[nItr] == '\n' || szItm[nItr] == '\r' || szItm[nItr] == '\v' || szItm[nItr] == '\f' || szItm[nItr] == '\a' || szItm[nItr] == '\b')
{
continue;
}
if (szItm[nItr] == '\t')
{
szItm[nItr] = ' ';
}
if (szItm[nItr] != ' ' || cTmp != ' ')
{
szTmp[nChr++] = szItm[nItr];
cTmp = szItm[nItr];
}
}
if (nChr < 1)
{
szItm[0] = EOS;
return 0;
}
szTmp[nChr] = EOS;
if (szTmp[nChr - 1] == ' ')
{
szTmp[--nChr] = EOS;
}
if (nChr < 1)
{
szItm[0] = EOS;
return 0;
}
if (nMax <= nChr)
{
nChr = nMax;
if (szTmp[nChr - 1] == ' ')
{
szTmp[--nChr] = EOS;
}
if (nChr < 1)
{
szItm[0] = EOS;
return 0;
}
}
return strcopy(szItm, nMax, szTmp);
}
public Action Timer_Leave(Handle xTimer, any xPack)
{
static char szName[PLATFORM_MAX_PATH] = { EOS, ... }, szReason[PLATFORM_MAX_PATH] = { EOS, ... }, szNewReason[PLATFORM_MAX_PATH] = { EOS, ... };
static float fEngTime = 0.0;
static int nIter = 0, nReasonLen = 0, nNewReasonLen = 0;
if (xPack != INVALID_HANDLE)
{
if ((fEngTime = GetEngineTime()) > g_fStamp)
{
ResetPack(xPack);
{
ReadPackString(xPack, szName, sizeof (szName));
ReadPackString(xPack, szReason, sizeof (szReason));
if (Engine_CSGO == g_xEngVs)
{
switch ((nReasonLen = strlen(szReason)))
{
case 0:
{
PrintToChatAll(" \x01Player\x05 %s\x01 Flew Away", szName);
}
default:
{
for (nIter = 0, nNewReasonLen = 0; nIter < nReasonLen; nIter++)
{
if (szReason[nIter] == ' ' || IsCharAlpha(szReason[nIter]) || IsCharNumeric(szReason[nIter]) || IsCharMB(szReason[nIter]) > 0)
{
szNewReason[nNewReasonLen++] = CharToUpper(szReason[nIter]);
}
}
if (nNewReasonLen > 0)
{
szNewReason[nNewReasonLen] = EOS;
{
if (FixLine(szNewReason, sizeof (szNewReason)) > 0)
{
PrintToChatAll(" \x01Player\x05 %s\x01 Flew Away,\x09 %s", szName, szNewReason);
}
else
{
PrintToChatAll(" \x01Player\x05 %s\x01 Flew Away", szName);
}
}
}
else
{
PrintToChatAll(" \x01Player\x05 %s\x01 Flew Away", szName);
}
}
}
}
else
{
switch ((nReasonLen = strlen(szReason)))
{
case 0:
{
PrintToChatAll("Player %s Flew Away", szName);
}
default:
{
for (nIter = 0, nNewReasonLen = 0; nIter < nReasonLen; nIter++)
{
if (szReason[nIter] == ' ' || IsCharAlpha(szReason[nIter]) || IsCharNumeric(szReason[nIter]) || IsCharMB(szReason[nIter]) > 0)
{
szNewReason[nNewReasonLen++] = CharToUpper(szReason[nIter]);
}
}
if (nNewReasonLen > 0)
{
szNewReason[nNewReasonLen] = EOS;
{
if (FixLine(szNewReason, sizeof (szNewReason)) > 0)
{
PrintToChatAll("Player %s Flew Away, %s", szName, szNewReason);
}
else
{
PrintToChatAll("Player %s Flew Away", szName);
}
}
}
else
{
PrintToChatAll("Player %s Flew Away", szName);
}
}
}
}
g_fStamp = fEngTime + CHAT_SPAM_DELAY;
}
}
}
return Plugin_Continue;
}
#endif
Linux Needs
PHP Code:
libm.so.6 libpthread.so.0 libc.so.6
GLIBC_2.0 GLIBC_2.1.3 GLIBC_2.1
SSE (Streaming SIMD Extensions CPU)
Windows Needs
PHP Code:
Visual Studio LATEST (x86) Redistributable
AVX2 (Advanced Vector Extensions 2 CPU)
Or
PHP Code:
Visual Studio LATEST (x86) Redistributable
SSE2 (Streaming SIMD Extensions 2 CPU)
Browse Windows Needs, or download Windows Needs.
Here you can download the databases.
You can also sign up on MaxMindŽ,
to download from their servers.
Source code on GitHub,
it also includes information about how to build it on Linux and Windows.
See extension.cpp.
⠀
__________________
Last edited by claudiuhks; 06-18-2023 at 18:08.
Reason: Added GeoLite2 ASN DB Support & Multi-Threading
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