SBError ServerBrowserLimitUpdateW(ServerBrowser sb, SBBool async, SBBool disconnectOnComplete, const unsigned char *basicFields, int numBasicFields, const unsigned short *serverFilter, int maxServers)
{
char serverFilter_A[1024];
if (serverFilter != NULL)
UCS2ToUTF8String(serverFilter, serverFilter_A);
return ServerBrowserLimitUpdateA(sb, async, disconnectOnComplete, basicFields, numBasicFields, (serverFilter != NULL) ? serverFilter_A:NULL, maxServers);
}
void ServerBrowserSortW(ServerBrowser sb, SBBool ascending, const unsigned short *sortkey, SBCompareMode comparemode)
{
char sortkey_A[255];
UCS2ToUTF8String(sortkey, sortkey_A);
//struct SortInfo info;
//info.comparemode = comparemode;
//GS_ASSERT(sortkey != NULL && _tcslen((const unsigned short *)sortkey) <= SORTKEY_LENGTH);
//_tcscpy(info.sortkey, (const unsigned short *)sortkey_A);
//SBServerListSort(&sb->list, ascending, info);
ServerBrowserSortA(sb, ascending, sortkey_A, comparemode);
}
PTBool ptTrackUsageW
(
int userID,
int productID,
const unsigned short* versionUniqueID,
int distributionID,
PTBool blocking
)
{
char versionUniqueID_A[255];
UCS2ToUTF8String(versionUniqueID, versionUniqueID_A);
return ptTrackUsageA(userID, productID, versionUniqueID_A, distributionID, blocking);
}
const unsigned short *SBServerGetTeamStringValueW(SBServer server, int teamnum, const unsigned short *key, const unsigned short *sdefault)
{
char keyname_A[UKEY_LENGTH_MAX];
char default_A[UKEY_LENGTH_MAX];
const char* value_A = NULL;
UCS2ToUTF8String(key, keyname_A);
UCS2ToUTF8String(sdefault, default_A);
value_A = SBServerGetTeamStringValueA(server, teamnum, keyname_A, default_A);
if (value_A == NULL)
return sdefault;
else
{
// Since we need the unicode version, we have to dig down to the SBRefString structure
SBRefString ref, *val;
ref.str = value_A;
val = (SBRefString *)TableLookup(SBRefStrHash(NULL), &ref);
if (val == NULL)
return sdefault;
return val->str_W;
}
}
PTBool ptCheckForPatchW
(
int productID,
const unsigned short* versionUniqueID,
int distributionID,
ptPatchCallback callback,
PTBool blocking,
void * param
)
{
char versionUniqueID_A[255];
UCS2ToUTF8String(versionUniqueID, versionUniqueID_A);
return ptCheckForPatchA(productID, versionUniqueID_A, distributionID, callback, blocking, param);
}
int ptCreateCheckPatchTrackUsageReqW
(
int userID,
int productID,
const unsigned short * versionUniqueID,
int distributionID,
ptPatchCallback callback,
PTBool blocking,
void * param
)
{
char versionUniqueID_A[255];
UCS2ToUTF8String(versionUniqueID, versionUniqueID_A);
return ptCheckForPatchAndTrackUsageA(userID, productID, versionUniqueID_A, distributionID, callback, blocking, param);
}
double SBServerGetTeamFloatValueW(SBServer server, int teamnum, const unsigned short *key, double fdefault)
{
char keyname_A[UKEY_LENGTH_MAX];
UCS2ToUTF8String(key, keyname_A);
return SBServerGetTeamFloatValueA(server, teamnum, keyname_A, fdefault);
}
int SBServerGetPlayerIntValueW(SBServer server, int playernum, const unsigned short *key, int idefault)
{
char keyname_A[UKEY_LENGTH_MAX];
UCS2ToUTF8String(key, keyname_A);
return SBServerGetPlayerIntValueA(server, playernum, keyname_A, idefault);
}
SBBool SBServerGetBoolValueW(SBServer server, const unsigned short *key, SBBool bdefault)
{
char keyname_A[255];
UCS2ToUTF8String(key, keyname_A);
return SBServerGetBoolValueA(server, keyname_A, bdefault);
}
double SBServerGetFloatValueW(SBServer server, const unsigned short *key, double fdefault)
{
char keyname_A[255];
UCS2ToUTF8String(key, keyname_A);
return SBServerGetFloatValueA(server, keyname_A, fdefault);
}
int SBServerGetIntValueW(SBServer server, const unsigned short *key, int idefault)
{
char keyname_A[255];
UCS2ToUTF8String(key, keyname_A);
return SBServerGetIntValueA(server, keyname_A, idefault);
}
