12.10.2016, 07:41
Erro:
Include:
Код:
C:\Program Files\pawno\include\sqlitei.inc(969) : error 017: undefined symbol "db_get_result_mem_handle" C:\Program Files\pawno\include\sqlitei.inc(978) : error 017: undefined symbol "db_get_result_mem_handle" C:\Program Files\pawno\include\sqlitei.inc(2159) : error 017: undefined symbol "db_get_result_mem_handle"
PHP код:
/*
SQLite Improved v0.9.7 by Slice
Changelog:
2015-07-13:
* Update for 0.3.7 R2.
* All crash issues should be solved now, including the previous one that happened only on some servers.
2014-10-08:
* Fix crash when using stmt_fetch_row on an empty result (only affects Linux servers).
2013-10-07:
* Display errors from db_query. Works only on Windows.
2012-07-23:
* Fix problem with persistent databases (hopefully).
2012-07-21:
* Fix crash happening on Linux related to NULL values in db_free_result.
2012-07-15:
* Improvements to persistent databases.
2012-06-15:
* Fix compiler crash when db_query isn't used.
2012-05-27:
* Always throw warnings when invalid results are given to SQLitei functions.
* Even more improvements to stability!
* GetAmxBase is now updated with a JIT compatible version (all credits to Zeex).
* All the default DB functions (which are hooked by SQLitei) are now compatible with the JIT plugin.
* Fixed a bug in SA-MP's SQLite implementation where strings would contain signed characters instead of unsigned.
Most functions work just fine with both types of strings but strcmp, for one, does not.
* stmt_bind_value now deals with packed strings properly.
2012-03-22:
* db_query now accept extra parameters similar to those in stmt_bind_value, allowing
a very quick way to format and run queries!
2012-03-21:
* Fixed a rare crash that would occur if you closed a DB while having autofreed results open.
* The deprecated db_query_autofree is now removed. Simply use db_query instead.
* Fixed a problem where a certain integer would cause an invalid value.
* Added DB::TYPE_UINT, which inserts an unsigned integer.
An unsigned integer have values between 0 and 4294967295 as opposed to -2147483648 and 2147483647.
* Added helper function db_print_query.
* Added db_dump_table!
2012-03-01:
* db_free_result will now completely ignore invalid results (0).
2012-02-12:
* Added db_attach_memory_db and db_detach_memory_db.
2012-02-11:
* Added DB::TYPE_ARRAY, which allows you to insert and read arrays with statements!
* Improved error handling and increased some buffer sizes.
* Added db_begin_transaction, db_end_transaction, and db_set_asynchronous.
* Minor improvements here and there.
2012-02-10:
* A few bug fixes.
* Added db_field_is_null, which returns true if the field is a true NULL value (not just an empty string).
* Deprecated db_query_autofree.
2012-02-09:
* Defining WP_Hash prior to inclusion is no longer needed.
* db_query now has an optional third argument - enable autorelease, which is
true by default.
* Improved stability on freeing results:
- Freeing results twice will not crash the server anymore - it will just generate
a warning.
- Freeing a result that will be autoreleased will remove it from the autorelease pool.
* The compiler will no longer wrongfully detect recursion inside this include.
* Added db_query_int and db_query_float.
* Added db_get_struct_info and db_set_struct_info; used mainly internally.
* Added db_exec and db_insert.
* Performance improvements!
2012-02-08:
* db_print_result will no longer go to the end of the result.
* Added db_get_row_index, db_set_row_index, and db_rewind.
2012-02-07:
* db_get_field/db_get_field_assoc will not crash anymore with NULL values!
2011-12-21:
* Added two new types for stmt_bind_value:
- DB::TYPE_WP_HASH: Puts a BLOB value of a whirlpool hash from the given string into the query (ex. x'FFAA4411...').
- DB::TYPE_PLAYER_NAME: Puts a player name from the ID passed.
Note that DB_USE_WHIRLPOOL must be defined as true in order for DB::TYPE_WP_HASH to work.
* Made some optimizations and minor bug fixes.
* stmt_execute will now autofree the result unless the 3rd argument is false.
* Added the preprocessor options DE_DEBUG (logs debug info) and DB_LOG_TO_CHAT (prints log messages to chat).
* Improved the way results are dealt with internally to avoid crashes at all costs.
* Added debug messages pretty much everywhere.
2011-12-16:
* Added db_open_persistent, db_is_persistent, db_is_valid_persistent, and db_free_persistent.
* Added db_query_autofree.
* Added db_get_field_int and db_get_field_float.
* Corrected a few SQLite natives.
2011-12-15:
* Added stmt_autoclose.
* Memory usage decreased significantly.
* All functions now accept both packed and unpacked strings.
* Minor bug fixes and optimizations.
2011-12-14:
* Initial release.
*/
#if !defined _samp_included
#error Please include a_samp before sqlitei.
#endif
#if defined __fmt_funcinc && defined FormatSpecifier
#error Please include sqlitei before formatex.
#endif
#if !defined HTTP
#tryinclude <a_http>
#endif
#if !defined DB_MAX_PARAMS
#define DB_MAX_PARAMS 32
#endif
#if !defined DB_MAX_STATEMENTS
#define DB_MAX_STATEMENTS 16
#endif
#if !defined DB_MAX_STATEMENT_SIZE
#define DB_MAX_STATEMENT_SIZE 1024
#endif
#if !defined DB_MAX_FIELDS
#define DB_MAX_FIELDS 64
#endif
#if !defined DB_MAX_PERSISTENT_DATABASES
#define DB_MAX_PERSISTENT_DATABASES 4
#endif
#if !defined DB_USE_WHIRLPOOL
#define DB_USE_WHIRLPOOL false
#endif
#if !defined DB_DEBUG
#define DB_DEBUG false
#endif
#if !defined DB_DEBUG_BACKTRACE_NOTICE
#define DB_DEBUG_BACKTRACE_NOTICE false
#endif
#if !defined DB_DEBUG_BACKTRACE_WARNING
#define DB_DEBUG_BACKTRACE_WARNING false
#endif
#if !defined DB_DEBUG_BACKTRACE_ERROR
#define DB_DEBUG_BACKTRACE_ERROR false
#endif
#if !defined DB_DEBUG_BACKTRACE_DEBUG
#define DB_DEBUG_BACKTRACE_DEBUG false
#endif
#if !defined DB_LOG_TO_CHAT
#define DB_LOG_TO_CHAT false
#endif
// "Namespace"
#define DB:: DB_
// Fix some natives ("const" keyword was missing)
native DB:db_open@(const szName[]) = db_open;
native DBResult:db_query@(DB:db, const szQuery[]) = db_query;
native db_get_field@(DBResult:dbresult, field, result[], maxlength) = db_get_field;
native db_get_field_assoc@(DBResult:dbresult, const field[], result[], maxlength) = db_get_field_assoc;
native db_close@(DB:db) = db_close;
native db_free_result@(DBResult:dbrResult) = db_free_result;
#define db_open db_open@
#define db_query%1( db_query_hook(_,
#define db_close db_close_hook
#define db_free_result db_free_result_hook
#if DB::USE_WHIRLPOOL
native DB::WP_Hash(buffer[], len, const str[]) = WP_Hash;
#endif
enum DB::e_SYNCHRONOUS_MODE {
DB::SYNCHRONOUS_OFF,
DB::SYNCHRONOUS_NORMAL,
DB::SYNCHRONOUS_FULL
};
enum DBDataType: {
DB::TYPE_NONE,
DB::TYPE_NULL,
DB::TYPE_INT,
DB::TYPE_INTEGER = DB::TYPE_INT,
DB::TYPE_UINT,
DB::TYPE_UINTEGER = DB::TYPE_UINT,
DB::TYPE_FLOAT,
DB::TYPE_STRING,
DB::TYPE_RAW_STRING,
DB::TYPE_IDENTIFIER,
// Special types
#if DB::USE_WHIRLPOOL
DB::TYPE_WP_HASH,
#endif
DB::TYPE_PLAYER_NAME,
DB::TYPE_PLAYER_IP,
DB::TYPE_ARRAY
};
#define INT: DB::TYPE_INT,QQPA:
#define INTEGER: DB::TYPE_INT,QQPA:
#define UINT: DB::TYPE_UINT,QQPA:
#define UINTEGER: DB::TYPE_UINT,QQPA:
#define FLOAT: DB::TYPE_FLOAT,QQPA:
#define STRING: DB::TYPE_STRING,QQPA:
#define RAW_STRING: DB::TYPE_RAW_STRING,QQPA:
#define IDENTIFIER: DB::TYPE_IDENTIFIER,QQPA:
#if DB::USE_WHIRLPOOL
#define WP_HASH: DB::TYPE_WP_HASH,QQPA:
#endif
#define PLAYER_NAME: DB::TYPE_PLAYER_NAME,QQPA:
#define PLAYER_IP: DB::TYPE_PLAYER_IP,QQPA:
enum DB::E_STATEMENT {
// The ready-to-run query.
e_szQuery[DB::MAX_STATEMENT_SIZE + 1],
// Parameter count
e_iParams,
// The parameter types.
DBDataType:e_aiParamTypes[DB::MAX_PARAMS],
// Position of parameters in the query string.
e_aiParamPositions[DB::MAX_PARAMS],
// Length of parameters in the query string.
e_aiParamLengths[DB::MAX_PARAMS],
// Types of bound return fields
DBDataType:e_aiFieldTypes[DB::MAX_FIELDS],
// Sizes of bound result fields (used only for strings currently)
e_aiFieldSizes[DB::MAX_FIELDS],
// Addresses of bound result fields
e_aiFieldAddresses[DB::MAX_FIELDS],
// The database it was created for
DB:e_dbDatabase,
// The result (after executing)
DBResult:e_dbrResult,
// How many rows were fetched from the most recent result
e_iFetchedRows,
// Whether or not any leftover results should be automatically freed
// Note that whenever a new result is put into e_dbrResult, the previous one is freed.
bool:e_bAutoFreeResult
};
enum {
SQLITE_LIMIT_LENGTH,
SQLITE_LIMIT_SQL_LENGTH,
SQLITE_LIMIT_COLUMN,
SQLITE_LIMIT_EXPR_DEPTH,
SQLITE_LIMIT_COMPOUND_SELECT,
SQLITE_LIMIT_VDBE_OP,
SQLITE_LIMIT_FUNCTION_ARG,
SQLITE_LIMIT_ATTACHED,
SQLITE_LIMIT_LIKE_PATTERN_LEN,
SQLITE_LIMIT_VARIABLE_NUMBER,
SQLITE_LIMIT_TRIGGER_DEPTH
};
// SQLite 3 C-struct offsets
enum e_SQLITE3 {
sqlite3_pVfs [4],
sqlite3_iBackends [4],
sqlite3_pBackends [4],
sqlite3_iFlags [4],
sqlite3_iOpenFlags [4],
sqlite3_iErrorCode [4],
sqlite3_iErrorMask [4],
bool:sqlite3_bAutoCommit [1],
sqlite3_iTempStore [1],
bool:sqlite3_bMallocFailed [1],
sqlite3_iDefaultLockMode [1],
sqlite3_iNextAutovac [1],
bool:sqlite3_bSuppressErrors [1],
sqlite3_iPad [2],
sqlite3_iNextPagesize [4],
sqlite3_iNumTables [4],
sqlite3_pDefaultCollation [4],
sqlite3_iLastRowid [4],
sqlite3_iLastRowidUpperBytes[4],
sqlite3_iMagic [4],
sqlite3_iNumChanges [4],
sqlite3_iNumTotalChanges [4],
sqlite3_aiLimits [SQLITE_LIMIT_TRIGGER_DEPTH * 4],
sqlite3_aInitInfo [12],
sqlite3_iNumExtensions [4],
sqlite3_pExtensions [4],
sqlite3_pVdbe [4],
sqlite3_iActiveVdbeCount [4],
sqlite3_iWritingVdbeCount [4],
sqlite3_pTraceFunc [4],
sqlite3_pTraceArg [4],
sqlite3_pProfilingFunc [4],
sqlite3_pProfilingArg [4],
sqlite3_pCommitArg [4],
sqlite3_pCommitCallback [4],
sqlite3_pRollbackArg [4],
sqlite3_pRollbackCallback [4],
sqlite3_pUpdateArg [4],
sqlite3_pUpdateCallback [4],
sqlite3_pWalCallback [4],
sqlite3_pWalArg [4],
sqlite3_pCollNeeded [4],
sqlite3_pCollNeeded16 [4],
sqlite3_pCollNeededArg [4],
sqlite3_pError [4],
sqlite3_pErrorMsg [4],
sqlite3_pErrorMsg16 [4]
};
enum DB::E_PERSISTENT_DB {
e_szName[128 char],
bool:e_bIsUsed,
DB:e_dbDatabase
};
static stock
gs_szBuffer[8192],
gs_aiCompressBuffer[3072],
gs_Statements[DBStatement:DB::MAX_STATEMENTS][DB::E_STATEMENT],
gs_iAutoFreeTimer = -1,
gs_iAutoFreeResultsIndex = 0,
DBResult:gs_adbrAutoFreeResults[1024],
gs_iAutoCloseStatementsIndex = 0,
DBStatement:gs_astAutoCloseStatements[1024],
gs_PersistentDatabases[DB::MAX_PERSISTENT_DATABASES][DB::E_PERSISTENT_DB],
gs_iClosePersistentTimer = -1,
gs_iFreeStatementResultsTimer = -1,
gs_szNull[1] = {0}
;
const
DBStatement:DB::INVALID_STATEMENT = DBStatement:-1,
DBResult:DB::INVALID_RESULT = DBResult:0
;
#if !DB_DEBUG
#define DB_Debug(%1)%0;
#endif
#if !DB_LOG_TO_CHAT
#if DB_DEBUG_BACKTRACE_NOTICE
#define DB_Notice(%1) print(!"SQLitei Notice: " %1),PrintAmxBacktrace()
#define DB_Noticef(%1) printf("SQLitei Notice: " %1),PrintAmxBacktrace()
#else
#define DB_Notice(%1) print(!"SQLitei Notice: " %1)
#define DB_Noticef(%1) printf("SQLitei Notice: " %1)
#endif
#if DB_DEBUG_BACKTRACE_WARNING
#define DB_Warning(%1) print(!"SQLitei Warning: " %1),PrintAmxBacktrace()
#define DB_Warningf(%1) printf("SQLitei Warning: " %1),PrintAmxBacktrace()
#else
#define DB_Warning(%1) print(!"SQLitei Warning: " %1)
#define DB_Warningf(%1) printf("SQLitei Warning: " %1)
#endif
#if DB_DEBUG_BACKTRACE_ERROR
#define DB_Error(%1) print(!"SQLitei Error: " %1),PrintAmxBacktrace()
#define DB_Errorf(%1) printf("SQLitei Error: " %1),PrintAmxBacktrace()
#else
#define DB_Error(%1) print(!"SQLitei Error: " %1)
#define DB_Errorf(%1) printf("SQLitei Error: " %1)
#endif
#if DB_DEBUG
#if DB_DEBUG_BACKTRACE_DEBUG
#define DB_Debug(%1) printf("SQLitei Debug: " %1),PrintAmxBacktrace()
#else
#define DB_Debug(%1) printf("SQLitei Debug: " %1)
#endif
#endif
#else
new
gs_szLogMessageBuffer[256]
;
#define DB_Notice(%1) SendClientMessageToAll(0xFFFFFFFF, "SQLitei Notice: " %1), print(!"SQLitei Notice: " %1)
#define DB_Warning(%1) SendClientMessageToAll(0xEBBD17FF, "SQLitei Warning: " %1), print(!"SQLitei Warning: " %1)
#define DB_Error(%1) SendClientMessageToAll(0xCC0000FF, "SQLitei Error: " %1), print(!"SQLitei Error: " %1)
#define DB_Noticef(%1) format(gs_szLogMessageBuffer, sizeof(gs_szLogMessageBuffer), "SQLitei Notice: " %1), print(gs_szLogMessageBuffer), SendClientMessageToAll(0xDDDDDDFF, gs_szLogMessageBuffer)
#define DB_Warningf(%1) format(gs_szLogMessageBuffer, sizeof(gs_szLogMessageBuffer), "SQLitei Warning: " %1), print(gs_szLogMessageBuffer), SendClientMessageToAll(0xEBBD17FF, gs_szLogMessageBuffer)
#define DB_Errorf(%1) format(gs_szLogMessageBuffer, sizeof(gs_szLogMessageBuffer), "SQLitei Error: " %1), print(gs_szLogMessageBuffer), SendClientMessageToAll(0xCC0000FF, gs_szLogMessageBuffer)
#if DB_DEBUG
#define DB_Debug(%1) format(gs_szLogMessageBuffer, sizeof(gs_szLogMessageBuffer), "SQLitei Debug: " %1), print(gs_szLogMessageBuffer), SendClientMessageToAll(0xFFFFFFFF, gs_szLogMessageBuffer)
#endif
#endif
// Has to be defined after statement functions.
forward DBResult:db_query_hook(iTagOf3 = tagof(_bAutoRelease), DB:db, const szQuery[], {bool, DBDataType}:_bAutoRelease = true, {DBDataType, QQPA}:...);
// forward's
forward bool:db_set_row_index(DBResult:dbrResult, iRow);
forward bool:db_free_result_hook(DBResult:dbrResult);
forward bool:db_set_synchronous(DB:db, DB::e_SYNCHRONOUS_MODE:iValue);
forward DB::funcinc();
public DB::funcinc() {
strcat(gs_szBuffer, "");
strpack(gs_szBuffer, "");
ispacked(gs_szBuffer);
db_get_field(DBResult:0, 0, gs_szBuffer, 0);
db_query(DB:0,"");
}
static stock DB::CompressArray(const aiArray[], iSize = sizeof(aiArray), aiOutput[]) {
new
iOutputIndex = 4,
iValue,
iMSB,
iShift
;
// * 0b11000000 = Single byte, negative
// * 0b10000000 = Single byte
// * 0b01000000 = Multi-byte
// - 0b01000000 = More bytes
// - 0b11000000 = Last byte
// - 0b10000000 = Unused
for (new i = 0; i < iSize; i++) {
// Will the value fit in one byte?
iValue = aiArray[i];
if (-0b00111111 <= iValue <= 0b00111111) {
// Is the value negative?
if (iValue & 0x80000000) {
// Set the "single byte, negative" bits on and put the value without its sign
aiOutput{iOutputIndex++} = 0b11000000 | -iValue;
} else {
// Just put the value in with the "single byte" bit
aiOutput{iOutputIndex++} = 0b10000000 | iValue;
}
} else {
// Figure out how many bits we'll have to write
iMSB = DB::FindMSB(iValue) + 1;
// Make iShift a multiple of 6 (if it isn't already)
if ((iShift = iMSB % 6))
aiOutput{iOutputIndex++} = 0b01000000 | (iValue >>> (iMSB - iShift) & ~(0xFFFFFFFF << iShift));
iShift = iMSB - iShift;
// Write bits out left-right
while ((iShift -= 6) >= 0)
aiOutput{iOutputIndex++} = 0b01000000 | (iValue >>> iShift & 0b00111111);
// Change the "more bytes" bits into "last byte"
aiOutput{iOutputIndex - 1} |= 0b11000000;
}
}
// Put the number of bytes we just wrote into the first cell of the output
aiOutput[0] = 0x80808080 | ((iOutputIndex & 0x1FE00000) << 3) | ((iOutputIndex & 0x3FC000) << 2) | ((iOutputIndex & 0x7F80) << 1) | (iOutputIndex & 0x7F);
// Make sure the bytes in the last cell are 0
aiOutput{iOutputIndex} = 0;
iValue = iOutputIndex;
while (++iOutputIndex % 4)
aiOutput{iOutputIndex} = 0;
// Return the number of bytes written (not counting the first 4)
return iValue;
}
static stock DB::DecompressArray(const aiCompressedArray[], aiOutput[], iOutputSize = sizeof(aiOutput)) {
new
iBytes,
iOutputIndex = 0
;
// Get the number of bytes to parse
iBytes = aiCompressedArray[0];
iBytes = ((iBytes & 0x7F000000) >>> 3) | ((iBytes & 0x7F0000) >>> 2) | ((iBytes & 0x7F00) >>> 1) | (iBytes & 0x7F);
for (new i = 4; i < iBytes; i++) {
// Out of slots?
if (iOutputIndex >= iOutputSize) {
DB::Error("(DB::DecompressArray) Compressed array is larger than decompress buffer.");
break;
}
// Single byte?
if ((aiCompressedArray{i} & 0b10000000)) {
// Negative?
if ((aiCompressedArray{i} & 0b01000000))
aiOutput[iOutputIndex++] = -(aiCompressedArray{i} & 0b00111111);
else
aiOutput[iOutputIndex++] = (aiCompressedArray{i} & 0b00111111);
} else {
// Multi byte; read the last bits
aiOutput[iOutputIndex] = aiCompressedArray{i} & 0b00111111;
// Keep reading bits while shifting the value to the left
do {
aiOutput[iOutputIndex] <<= 6;
aiOutput[iOutputIndex] |= aiCompressedArray{++i} & 0b00111111;
} while ((aiCompressedArray{i} & 0b10000000) == 0);
iOutputIndex++;
}
}
return iOutputIndex;
}
static stock DB::memset(aArray[], iValue, iSize = sizeof(aArray)) {
new
iAddress
;
// Store the address of the array
#emit LOAD.S.pri 12
#emit STOR.S.pri iAddress
// Convert the size from cells to bytes
iSize *= 4;
// Loop until there is nothing more to fill
while (iSize > 0) {
// I have to do this because the FILL instruction doesn't accept a dynamic number.
if (iSize >= 4096) {
#emit LOAD.S.alt iAddress
#emit LOAD.S.pri iValue
#emit FILL 4096
iSize -= 4096;
iAddress += 4096;
} else if (iSize >= 1024) {
#emit LOAD.S.alt iAddress
#emit LOAD.S.pri iValue
#emit FILL 1024
iSize -= 1024;
iAddress += 1024;
} else if (iSize >= 256) {
#emit LOAD.S.alt iAddress
#emit LOAD.S.pri iValue
#emit FILL 256
iSize -= 256;
iAddress += 256;
} else if (iSize >= 64) {
#emit LOAD.S.alt iAddress
#emit LOAD.S.pri iValue
#emit FILL 64
iSize -= 64;
iAddress += 64;
} else if (iSize >= 16) {
#emit LOAD.S.alt iAddress
#emit LOAD.S.pri iValue
#emit FILL 16
iSize -= 16;
iAddress += 16;
} else {
#emit LOAD.S.alt iAddress
#emit LOAD.S.pri iValue
#emit FILL 4
iSize -= 4;
iAddress += 4;
}
}
// aArray is used, just not by its symbol name
#pragma unused aArray
return 1;
}
stock DB::LazyInitialize() {
static
bool:bIsInitialized = false
;
if (bIsInitialized)
return;
bIsInitialized = true;
#if defined HTTP
HTTP(0x7FEDCBA0, HTTP_GET, !"spelsajten.net/sqlitei_version.php?version=097", "", !"DB_VersionCheckReponse");
#endif
}
#if defined HTTP
forward DB::VersionCheckReponse(iIndex, iResponseCode, const szResponse[]);
public DB::VersionCheckReponse(iIndex, iResponseCode, const szResponse[]) {
if (iResponseCode == 200) {
if (strval(szResponse) != 1) {
print(!"\n\n\n *******************************************************************");
print( !" * There's a new version version of SQLite Improved available! *");
print( !" * Please visit the topic at the SA-MP forums for the latest copy. *");
print( !" * Alternatively, get it here: http://spelsajten.net/sqlitei.inc *");
print( !" *******************************************************************\n\n\n");
}
}
}
#endif
stock db_escape_string(szString[], const szEnclosing[] = "'", iSize = sizeof(szString)) {
DB::LazyInitialize();
new
iPos
;
while (-1 != (iPos = strfind(szString, szEnclosing, _, iPos))) {
strins(szString, szEnclosing, iPos, iSize);
iPos += 2;
}
}
stock bool:db_is_persistent(DB:db) {
return !!(_:db & 0x80000000);
}
stock bool:db_is_valid_persistent(DB:db) {
new
iIndex = (_:db & 0x7FFFFFFF)
;
if ((0 <= iIndex < sizeof(gs_PersistentDatabases)) && gs_PersistentDatabases[iIndex][e_bIsUsed])
return true;
return false;
}
stock bool:db_is_table_exists(DB:db, const szTable[])
{
new
DBResult:dbrResult
;
format(gs_szBuffer, sizeof(gs_szBuffer), "SELECT name FROM sqlite_master WHERE type = 'table' AND tbl_name = '%s'", szTable);
dbrResult = db_query(db, gs_szBuffer, false);
if (db_num_fields(dbrResult)) {
db_free_result(dbrResult);
return true;
}
db_free_result(dbrResult);
return false;
}
stock bool:db_rewind(DBResult:dbrResult) {
if (dbrResult == DB::INVALID_RESULT) {
DB::Notice("(db_rewind) Invalid result given.");
return false;
}
return db_set_row_index(dbrResult, 0);
}
stock bool:db_exec(DB:db, const szQuery[]) {
new
DBResult:dbrResult = db_query(db, szQuery, false)
;
if (dbrResult) {
db_free_result(dbrResult);
return true;
}
return false;
}
stock db_insert(DB:db, const szQuery[]) {
new
DBResult:dbrResult = db_query(db, szQuery, false)
;
if (dbrResult) {
db_free_result(dbrResult);
return db_last_insert_rowid(db);
}
return 0;
}
stock db_get_struct_info(DB:db, {_, e_SQLITE3}:iOffset) {
if (db_is_persistent(db)) {
if (!db_is_valid_persistent(db)) {
DB::Errorf("(db_get_struct_info) Invalid persistent database given (%04x%04x).", _:db >>> 16, _:db & 0xFFFF);
return 0;
}
new iIndex = (_:db & 0x7FFFFFFF);
db = gs_PersistentDatabases[iIndex][e_dbDatabase];
if (!db) {
DB::Errorf("(db_get_struct_info) Closed persistent database given (%04x%04x).", _:db >>> 16, _:db & 0xFFFF);
return 0;
}
}
new
iAddress = db_get_mem_handle(db & DB:0x7FFFFFFF) - DB::GetAmxBaseRelative() + iOffset,
iValue
;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iValue
return iValue;
}
stock db_set_struct_info(DB:db, {_, e_SQLITE3}:iOffset, iValue) {
if (db_is_persistent(db)) {
if (!db_is_valid_persistent(db)) {
DB::Errorf("(db_set_struct_info) Invalid persistent database given (%04x%04x).", _:db >>> 16, _:db & 0xFFFF);
return 0;
}
new iIndex = (_:db & 0x7FFFFFFF);
db = gs_PersistentDatabases[iIndex][e_dbDatabase];
if (!db) {
DB::Errorf("(db_set_struct_info) Closed persistent database given (%04x%04x).", _:db >>> 16, _:db & 0xFFFF);
return 0;
}
}
new
iAddress = db_get_mem_handle(db & DB:0x7FFFFFFF) - DB::GetAmxBaseRelative() + iOffset
;
#emit LOAD.S.pri iValue
#emit SREF.S.pri iAddress
}
stock bool:db_set_row_index(DBResult:dbrResult, iRow) {
if (dbrResult == DB::INVALID_RESULT) {
DB::Notice("(db_set_row_index) Invalid result given.");
return false;
}
if (iRow < 0 || iRow >= db_num_rows(dbrResult))
return false;
new
iAddress = db_get_result_mem_handle(dbrResult) - DB::GetAmxBaseRelative() + 16
;
#emit LOAD.S.pri iRow
#emit SREF.S.pri iAddress
return true;
}
stock db_get_row_index(DBResult:dbrResult) {
if (dbrResult == DB::INVALID_RESULT) {
DB::Notice("(db_get_row_index) Invalid result given.");
return 0;
}
new
iAddress = db_get_result_mem_handle(dbrResult) - DB::GetAmxBaseRelative() + 16
;
#emit LREF.S.pri iAddress
#emit STACK 4
#emit RETN
return 0;
}
stock DB:db_open_persistent(const szName[]) {
new
DB:db,
iIndex = -1
;
for (new i = 0; i < sizeof(gs_PersistentDatabases); i++) {
if (!gs_PersistentDatabases[i][e_bIsUsed]) {
iIndex = i;
break;
}
}
if (iIndex == -1) {
DB::Error("(db_open_persistent) Unable to find a free slot.");
return DB:-1;
}
if (!(db = db_open(szName))) {
DB::Error("(db_open_persistent) Unable to open the database.");
return DB:-1;
}
gs_PersistentDatabases[iIndex][e_bIsUsed] = true;
gs_PersistentDatabases[iIndex][e_dbDatabase] = db;
gs_PersistentDatabases[iIndex][e_szName][0] = 0;
if (gs_iClosePersistentTimer == -1)
gs_iClosePersistentTimer = SetTimer("db_close_persistent", 0, false);
strpack(gs_PersistentDatabases[iIndex][e_szName], szName, _:e_bIsUsed);
DB::Debug("(db_open_persistent=%d) Opened new persistent DB.", iIndex);
return DB:(iIndex | 0x80000000);
}
stock db_close_hook(DB:db) {
new
iIndex
;
if (db_is_persistent(db)) {
if (!db_is_valid_persistent(db)) {
DB::Errorf("(db_close) Invalid persistent database given (%04x%04x).", _:db >>> 16, _:db & 0xFFFF);
return;
}
iIndex = (_:db & 0x7FFFFFFF);
if (gs_PersistentDatabases[iIndex][e_dbDatabase]) {
db_close@(gs_PersistentDatabases[iIndex][e_dbDatabase]);
gs_PersistentDatabases[iIndex][e_dbDatabase] = DB:0;
DB::Debug("(db_close) Closed the DB for the persistent DB with index %d.", iIndex);
} else {
DB::Debug("(db_close) Would close the DB for the persistent DB with index %d, but it already is.", iIndex);
}
} else {
db_close@(db);
}
}
stock db_query_int(DB:db, const szQuery[], iField = 0) {
new
DBResult:dbrResult = db_query(db, szQuery, false)
;
if (!dbrResult) {
strunpack(gs_szBuffer, szQuery);
DB::Warningf("(db_query_int) Query failed: \"%s\".", gs_szBuffer);
return 0;
}
db_get_field(dbrResult, iField, gs_szBuffer, sizeof(gs_szBuffer) - 1);
db_free_result(dbrResult);
return strval(gs_szBuffer);
}
stock Float:db_query_float(DB:db, const szQuery[], iField = 0) {
new
DBResult:dbrResult = db_query(db, szQuery, false)
;
if (!dbrResult) {
strunpack(gs_szBuffer, szQuery);
DB::Warningf("(db_query_float) Query failed: \"%s\".", gs_szBuffer);
return 0.0;
}
db_get_field(dbrResult, iField, gs_szBuffer, sizeof(gs_szBuffer) - 1);
db_free_result(dbrResult);
return floatstr(gs_szBuffer);
}
stock db_is_result_freed(DBResult:dbrResult) {
if (dbrResult == DB::INVALID_RESULT) {
DB::Notice("(db_is_result_freed) Invalid result given.");
return true;
}
return db_get_result_mem_handle(dbrResult) == 0;
}
stock bool:db_free_result_hook(DBResult:dbrResult) {
if (dbrResult == DB::INVALID_RESULT) {
DB::Notice("(db_free_result_hook) Invalid result given.");
return false;
}
DB::Debug("(db_free_result) Freeing 0x%04x%04x.", _:dbrResult >>> 16, _:dbrResult & 0xFFFF);
for (new i = gs_iAutoFreeResultsIndex; i--; ) {
if (gs_adbrAutoFreeResults[i] == dbrResult) {
gs_adbrAutoFreeResults[i] = DBResult:0;
DB::Debug("(db_free_result) The result being freed was inside the autorelease pool.");
}
}
new
iFreeTestAddress = db_get_result_mem_handle(dbrResult) - DB::GetAmxBaseRelative() + 16,
iData
;
#emit LREF.S.pri iFreeTestAddress
#emit STOR.S.pri iData
if (iData != 0xFFFFFFFF) {
new
iResultAddress = db_get_result_mem_handle(dbrResult) - DB::GetAmxBaseRelative(),
iAddress,
iRows,
iCols,
iDataAddress,
iOffset,
iNullAddress
;
#emit CONST.pri gs_szNull
#emit STOR.S.pri iNullAddress
iNullAddress += DB::GetAmxBaseRelative();
iAddress = iResultAddress;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iRows
iAddress += 4;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iCols
iAddress += 4;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iDataAddress
iDataAddress -= DB::GetAmxBaseRelative();
iOffset = (iCols + iRows * iCols) * 4 - 4;
while (iOffset >= 0) {
iAddress = iDataAddress + iOffset;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iAddress
if (iAddress == iNullAddress) {
iAddress = iDataAddress + iOffset;
#emit CONST.pri 0
#emit SREF.S.pri iAddress
}
iOffset -= 4;
}
db_free_result@(dbrResult);
#emit CONST.pri 0xFFFFFFFF
#emit SREF.S.pri iFreeTestAddress
return true;
} else {
DB::Warning("(db_free_result) Attempted to free an already freed result; crash prevented.");
}
return false;
}
stock db_free_persistent(DB:db) {
new
iIndex
;
if (!db_is_valid_persistent(db)) {
DB::Errorf("(db_free_persistent) Invalid persistent database given (%04x%04x).", _:db >>> 16, _:db & 0xFFFF);
return;
}
iIndex = (_:db & 0x7FFFFFFF);
if (gs_PersistentDatabases[iIndex][e_dbDatabase]) {
db_close@(gs_PersistentDatabases[iIndex][e_dbDatabase]);
gs_PersistentDatabases[iIndex][e_dbDatabase] = DB:0;
DB::Debug("(db_free_persistent:%d) Closed and freed the persistent DB.", iIndex);
} else {
DB::Debug("(db_free_persistent:%d) Freed the already closed persistent DB.", iIndex);
}
gs_PersistentDatabases[iIndex][e_bIsUsed] = false;
}
stock db_changes(DB:db) {
DB::LazyInitialize();
if (!db) {
DB::Error("(db_changes) Invalid database handle given.");
return 0;
}
return db_get_struct_info(db, sqlite3_iNumChanges);
}
stock db_begin_transaction(DB:db)
return db_exec(db, !"BEGIN");
stock db_end_transaction(DB:db)
return db_exec(db, !"COMMIT");
stock db_set_asynchronous(DB:db, bool:bSet = true) {
db_set_synchronous(DB:db, bSet ? DB::SYNCHRONOUS_OFF : DB::SYNCHRONOUS_FULL);
}
stock bool:db_set_synchronous(DB:db, DB::e_SYNCHRONOUS_MODE:iValue) {
if (0 <= _:iValue <= 2) {
format(gs_szBuffer, sizeof(gs_szBuffer), "PRAGMA synchronous = %d", _:iValue);
return db_exec(db, gs_szBuffer);
} else
return false;
}
stock bool:db_attach_memory_db(DB:db, const szName[]) {
strunpack(gs_szBuffer, szName);
db_escape_string(gs_szBuffer, "\"");
format(gs_szBuffer, sizeof(gs_szBuffer), "ATTACH DATABASE ':memory:' AS \"%s\"", gs_szBuffer);
return db_exec(db, gs_szBuffer);
}
stock bool:db_detach_memory_db(DB:db, const szName[]) {
strunpack(gs_szBuffer, szName);
db_escape_string(gs_szBuffer, "\"");
format(gs_szBuffer, sizeof(gs_szBuffer), "DETACH DATABASE \"%s\"", gs_szBuffer);
return db_exec(db, gs_szBuffer);
}
stock db_total_changes(DB:db) {
DB::LazyInitialize();
if (!db) {
DB::Error("(db_changes) Invalid database handle given.");
return 0;
}
return db_get_struct_info(db, sqlite3_iNumTotalChanges);
}
stock db_last_insert_rowid(DB:db) {
DB::LazyInitialize();
if (!db) {
DB::Error("(db_last_insert_rowid) Invalid database handle given.");
return 0;
}
return db_get_struct_info(db, sqlite3_iLastRowid);
}
stock db_field_is_null(DBResult:dbrResult, iField) {
if (dbrResult == DB::INVALID_RESULT) {
DB::Notice("(db_field_is_null) Invalid result given.");
return false;
}
new
iAddress = db_get_result_mem_handle(dbrResult) - DB::GetAmxBaseRelative(),
iCols,
iCurrentRow
;
iAddress += 4;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iCols
if (iField >= iCols)
return true;
iAddress += 8;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iCurrentRow
iAddress -= 4;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iAddress
iAddress -= DB::GetAmxBaseRelative();
iAddress += (iCols + iCols * iCurrentRow + iField) * 4;
#emit LREF.S.pri iAddress
#emit CONST.alt gs_szNull
#emit SUB
#emit STOR.S.pri iAddress
iAddress -= DB::GetAmxBaseRelative();
return !iAddress;
}
stock db_autofree_result(DBResult:dbrResult) {
DB::LazyInitialize();
if (dbrResult == DB::INVALID_RESULT) {
DB::Notice("(db_autofree_result) Invalid result given.");
return;
}
if (gs_iAutoFreeTimer == -1)
gs_iAutoFreeTimer = SetTimer("db_drain_autofree_pool", 0, false);
if (gs_iAutoFreeResultsIndex + 1 >= sizeof(gs_adbrAutoFreeResults)) {
DB::Warning("(db_autofree_result) The autofree pool is full!");
return;
}
gs_adbrAutoFreeResults[gs_iAutoFreeResultsIndex] = dbrResult;
DB::Debug("(db_autofree_result) Will autofree 0x%04x%04x.", _:dbrResult >>> 16, _:dbrResult & 0xFFFF);
gs_iAutoFreeResultsIndex++;
}
stock DBStatement:db_prepare(DB:db, const szQuery[]) {
DB::LazyInitialize();
new
DBStatement:stStatement = DB::INVALID_STATEMENT,
iPos,
i,
iLength
;
if (!db) {
DB::Error("(db_prepare) Invalid database handle given.");
return DB::INVALID_STATEMENT;
}
// Pretty useless to prepare empty queries.
if (!(iLength = strlen(szQuery))) {
DB::Error("(db_prepare) Empty query.");
return DB::INVALID_STATEMENT;
}
if (iLength char > DB::MAX_STATEMENT_SIZE) {
DB::Error("(db_prepare) The query is too long. Increase DB_MAX_STATEMENT_SIZE.");
return DB::INVALID_STATEMENT;
}
// Find an empty slot in gs_Statements.
for (i = 0; i < sizeof(gs_Statements); i++) {
if (!gs_Statements[DBStatement:i][e_dbDatabase]) {
stStatement = DBStatement:i;
break;
}
}
if (stStatement == DB::INVALID_STATEMENT) {
DB::Error("(db_prepare) Unable to find an empty slot for the statement. Increase DB_MAX_STATEMENTS.");
return DB::INVALID_STATEMENT;
}
gs_Statements[stStatement][e_dbDatabase] = db;
gs_Statements[stStatement][e_dbrResult] = DB::INVALID_RESULT;
gs_Statements[stStatement][e_iFetchedRows] = 0;
// Make sure no parameters are initialized.
for (i = 0; i < DB::MAX_PARAMS; i++)
gs_Statements[stStatement][e_aiParamTypes][i] = DB::TYPE_NONE;
// Make sure no return fields are initialized.
for (i = 0; i < DB::MAX_FIELDS; i++)
gs_Statements[stStatement][e_aiFieldTypes][i] = DB::TYPE_NONE;
iPos = -1;
i = 0;
// Find all parameters
while (-1 != (iPos = strfind(szQuery, !"?", _, ++iPos))) {
gs_Statements[stStatement][e_aiParamPositions][i] = iPos;
gs_Statements[stStatement][e_aiParamLengths][i] = 1;
if (++i >= DB::MAX_PARAMS) {
DB::Error("(db_prepare) Parameter limit exceeded. Increase DB_MAX_PARAMS.");
return DB::INVALID_STATEMENT;
}
}
gs_Statements[stStatement][e_iParams] = i;
gs_Statements[stStatement][e_szQuery][0] = 0;
if (ispacked(szQuery)) {
#if DB_DEBUG
strunpack(gs_szBuffer, szQuery);
DB::Debug("(db_prepare=%d) Preparing statement with %d params: %s", _:stStatement, i, gs_szBuffer);
#endif
strcat(gs_Statements[stStatement][e_szQuery], szQuery, DB::MAX_STATEMENT_SIZE);
} else {
DB::Debug("(db_prepare=%d) Preparing statement with %d params: %s", _:stStatement, i, szQuery);
strpack(gs_Statements[stStatement][e_szQuery], szQuery, DB::MAX_STATEMENT_SIZE);
}
return stStatement;
}
stock bool:stmt_bind_value(&DBStatement:stStatement, iParam, DBDataType:iType, {Float, _}:...) {
DB::LazyInitialize();
new
iLengthDiff,
iLength,
bool:bIsPacked,
iNumArgs
;
#emit LOAD.S.pri 8
#emit SHR.C.pri 2
#emit STOR.S.pri iNumArgs
if (stStatement == DB::INVALID_STATEMENT || !(0 <= _:stStatement < sizeof(gs_Statements))) {
DB::Warningf("(stmt_bind_value) Invalid statement passed (%d).", _:stStatement);
return false;
}
if (iParam >= gs_Statements[stStatement][e_iParams]) {
DB::Warningf("(stmt_bind_value) Parameter index larger than number of parameters (%d > %d).", iParam, gs_Statements[stStatement][e_iParams]);
return false;
}
// Fill gs_szBuffer with the new contents.
gs_szBuffer[0] = 0;
switch (iType) {
case DB::TYPE_NULL:
goto default_case;
case DB::TYPE_INT: {
new
iArgValue = getarg(3)
;
if (iArgValue == cellmin)
gs_szBuffer = !"-2147483648";
else
format(gs_szBuffer, sizeof(gs_szBuffer), "%d", getarg(3));
}
case DB::TYPE_UINT: {
new
iArgValue = getarg(3)
;
if (!iArgValue) {
gs_szBuffer = !"0";
} else {
new
j = 11
;
gs_szBuffer = "00000000000";
while (iArgValue) {
// gs_szBuffer[--j]
#emit CONST.alt gs_szBuffer // alt = *gs_szBuffer
#emit LOAD.S.pri j // pri = j
#emit DEC.pri // pri -= 1
#emit STOR.S.pri j // j = pri
#emit IDXADDR // pri = alt + j * 4
#emit PUSH.pri // Store for later
// Now do an unsigned divide on iArgValue then use both the quotient and remainder!
#emit LOAD.S.pri iArgValue // pri = iArgValue
#emit CONST.alt 10
#emit UDIV // pri = iArgValue / 10; alt = iArgValue % 10
#emit STOR.S.pri iArgValue // iArgValue = pri
#emit CONST.pri '0'
#emit ADD // pri = '0' + (iArgValue % 10)
#emit POP.alt // alt = gs_szBuffer[j]
#emit STOR.I // gs_szBuffer[j] = pri
}
strpack(gs_szBuffer, gs_szBuffer[j]);
}
}
case DB::TYPE_FLOAT:
format(gs_szBuffer, sizeof(gs_szBuffer), "%f", getarg(3));
case DB::TYPE_STRING: {
new iSize = sizeof(gs_szBuffer) - 3;
//strpack(dest[], const source[], maxlength = sizeof dest)
#emit PUSH.S iSize
#emit PUSH.S 24 // arg 3
#emit PUSH.C gs_szBuffer
#emit PUSH.C 12
#emit SYSREQ.C strpack
#emit STACK 16
db_escape_string(gs_szBuffer, "'", sizeof(gs_szBuffer) - 1);
strins(gs_szBuffer, !"'", 0);
strcat(gs_szBuffer, !"'");
}
#if DB::USE_WHIRLPOOL
case DB::TYPE_WP_HASH: {
strcat(gs_szBuffer, "x'");
DB::getstringarg(gs_szBuffer[2], 3, sizeof(gs_szBuffer) - 2);
DB::WP_Hash(gs_szBuffer[2], sizeof(gs_szBuffer) - 2, gs_szBuffer[2]);
strcat(gs_szBuffer, "'");
}
#endif
case DB::TYPE_PLAYER_NAME: {
new
iPlayer = getarg(3)
;
if (!(0 <= iPlayer < MAX_PLAYERS) || !IsPlayerConnected(iPlayer)) {
DB::Warningf("(stmt_bind_value) Invalid player ID passed for DB::TYPE_PLAYER_NAME (%d).", iPlayer);
strcat(gs_szBuffer, !"''");
} else {
gs_szBuffer[0] = '\'';
GetPlayerName(iPlayer, gs_szBuffer[1], sizeof(gs_szBuffer) - 1);
db_escape_string(gs_szBuffer[1], "'", sizeof(gs_szBuffer) - 1);
strcat(gs_szBuffer, "'");
}
}
case DB::TYPE_PLAYER_IP: {
new
iPlayer = getarg(3)
;
if (!(0 <= iPlayer < MAX_PLAYERS) || !IsPlayerConnected(iPlayer)) {
DB::Warningf("(stmt_bind_value) Invalid player ID passed for DB::TYPE_PLAYER_IP (%d).", iPlayer);
strcat(gs_szBuffer, !"''");
} else {
gs_szBuffer[0] = '\'';
GetPlayerIp(iPlayer, gs_szBuffer[1], sizeof(gs_szBuffer) - 1);
db_escape_string(gs_szBuffer[1], "'", sizeof(gs_szBuffer) - 1);
strcat(gs_szBuffer, "'");
}
}
// http://www.sqlite.org/lang_keywords.html...9.95162746
case DB::TYPE_IDENTIFIER: {
bIsPacked = !!DB::isargpacked(3);
if (!bIsPacked)
gs_szBuffer[0] = '"';
DB::getstringarg(gs_szBuffer[bIsPacked ? 0 : 1], 3, sizeof(gs_szBuffer) - 3);
db_escape_string(gs_szBuffer[bIsPacked ? 0 : 1], "\"", sizeof(gs_szBuffer) - 1);
if (bIsPacked)
strins(gs_szBuffer, "\"", 0);
strcat(gs_szBuffer, "\"");
}
case DB::TYPE_RAW_STRING:
DB::getstringarg(gs_szBuffer, 3);
case DB::TYPE_ARRAY: {
// DB::CompressArray(const aiArray[], iSize = sizeof(aiArray), aiOutput[])
if (iNumArgs != 5) {
DB::Error("(stmt_bind_value) Invalid argument count. DB::TYPE_ARRAY requires an additional argument containing the array's length.");
return false;
}
new
iCompressedSize,
i
;
// Push the output array
#emit PUSH.C gs_aiCompressBuffer
// Push the size
#emit LREF.S.pri 28 // 12 + 4 cells
#emit PUSH.pri
// Push the input array
#emit PUSH.S 24
// Push the argument count
#emit PUSH.C 12
// Push the return address
#emit LCTRL 6
#emit ADD.C 28
#emit PUSH.pri
// Call DB::CompressArray
#emit CONST.pri DB_CompressArray
#emit SCTRL 6
// Store the return value
#emit STOR.S.pri iCompressedSize
iCompressedSize = (iCompressedSize + 3) / 4;
gs_szBuffer[0] = 'x';
gs_szBuffer[1] = '\'';
if ((iCompressedSize << 3) + 1 < sizeof(gs_szBuffer)) {
for (i = 0; i < iCompressedSize; i++)
format(gs_szBuffer[2 + (i << 3)], sizeof(gs_szBuffer) - (2 + (i << 3)), "%01x%07x", gs_aiCompressBuffer[i] >>> 28, gs_aiCompressBuffer[i] & 0x0FFFFFFF);
} else {
strcat(gs_szBuffer, "00");
DB::Errorf("(stmt_bind_value) Unable to compress the array; out of buffer size (has %d, needs %d).", sizeof(gs_szBuffer), (iCompressedSize << 3) + 2);
return false;
}
strcat(gs_szBuffer, "'");
}
default: {
default_case:
strcat(gs_szBuffer, "NULL");
}
}
iLength = strlen(gs_szBuffer);
iLengthDiff = iLength - gs_Statements[stStatement][e_aiParamLengths][iParam];
// Adjust the position of any params after the one being modified.
for (new i = iParam + 1; i < gs_Statements[stStatement][e_iParams]; i++)
gs_Statements[stStatement][e_aiParamPositions][i] += iLengthDiff;
// Delete the old parameter from the query.
strdel(gs_Statements[stStatement][e_szQuery], gs_Statements[stStatement][e_aiParamPositions][iParam], gs_Statements[stStatement][e_aiParamPositions][iParam] + gs_Statements[stStatement][e_aiParamLengths][iParam]);
// Make sure we have enough space.
if ((strlen(gs_Statements[stStatement][e_szQuery]) + iLength) char > DB::MAX_STATEMENT_SIZE) {
DB::Error("(stmt_bind_value) Buffer overflow. Increase DB_MAX_STATEMENT_SIZE.");
stmt_close(stStatement);
return false;
}
// Insert the new parameter.
strins(gs_Statements[stStatement][e_szQuery], gs_szBuffer, gs_Statements[stStatement][e_aiParamPositions][iParam], DB::MAX_STATEMENT_SIZE);
#if DB_DEBUG
if (ispacked(gs_szBuffer))
strunpack(gs_szBuffer, gs_szBuffer);
DB::Debug("(stmt_bind_value:%d) Inserted new value for parameter %d at %d: %s", _:stStatement, iParam, gs_Statements[stStatement][e_aiParamPositions][iParam], gs_szBuffer);
#endif
gs_Statements[stStatement][e_aiParamLengths][iParam] = iLength;
gs_Statements[stStatement][e_aiParamTypes][iParam] = iType;
return true;
}
stock stmt_bind_result_field(&DBStatement:stStatement, iField, DBDataType:iType, {Float, _}:...) {
DB::LazyInitialize();
new
iAddress,
iSize,
iNumArgs
;
#emit LOAD.S.pri 8
#emit SHR.C.pri 2
#emit STOR.S.pri iNumArgs
if (stStatement == DB::INVALID_STATEMENT || !(0 <= _:stStatement < sizeof(gs_Statements))) {
DB::Warningf("(stmt_bind_result_field) Invalid statement passed (%d).", _:stStatement);
return;
}
if (iField < 0) {
DB::Errorf("(stmt_bind_result_field) Negative field index (%d).", iField);
return;
}
switch (iType) {
case DB::TYPE_STRING,
DB::TYPE_RAW_STRING,
DB::TYPE_IDENTIFIER,
DB::TYPE_ARRAY: {
if (iNumArgs != 5) {
DB::Error("(stmt_bind_result_field) Invalid number of arguments passed. Strings and arrays require an additional argument containing the string size.");
return;
}
iSize = getarg(4);
}
case DB::TYPE_NONE: {
gs_Statements[stStatement][e_aiFieldTypes][iField] = DB::TYPE_NONE;
return;
}
default: {
if (iNumArgs != 4) {
DB::Error("(stmt_bind_result_field) Invalid number of arguments passed.");
return;
}
iSize = 1;
}
}
if (iField >= DB::MAX_FIELDS) {
DB::Warningf("(stmt_bind_result_field) Field index larger than max number of fields (%d > %d). Increase DB_MAX_FIELDS.", iField, DB::MAX_FIELDS);
return;
}
// Without this, STOR.S.pri doesn't seem to do what it should.
iAddress = 0;
#emit LOAD.S.pri 24
#emit STOR.S.pri iAddress
gs_Statements[stStatement][e_aiFieldTypes][iField] = iType;
gs_Statements[stStatement][e_aiFieldAddresses][iField] = iAddress;
gs_Statements[stStatement][e_aiFieldSizes][iField] = iSize;
DB::Debug("(stmt_bind_result_field:%d) Bound result field %d (type %d) to variable 0x%04x%04x.", _:stStatement, iField, _:iType, iAddress >>> 16, iAddress & 0xFFFF);
}
stock bool:stmt_skip_row(&DBStatement:stStatement) {
DB::LazyInitialize();
if (stStatement == DB::INVALID_STATEMENT || !(0 <= _:stStatement < sizeof(gs_Statements))) {
DB::Errorf("(stmt_skip_row) Invalid statement passed (%d).", _:stStatement);
return false;
}
if (gs_Statements[stStatement][e_dbrResult] == DB::INVALID_RESULT) {
if (!gs_Statements[stStatement][e_iFetchedRows])
DB::Warning("(stmt_skip_row) Statement has no result.");
return false;
}
gs_Statements[stStatement][e_iFetchedRows]++;
if (!db_next_row(gs_Statements[stStatement][e_dbrResult])) {
db_free_result(gs_Statements[stStatement][e_dbrResult]);
gs_Statements[stStatement][e_dbrResult] = DB::INVALID_RESULT;
DB::Debug("(stmt_skip_row:%d) Skipped row and freed result.", _:stStatement);
} else {
DB::Debug("(stmt_skip_row:%d) Skipped row.", _:stStatement);
}
return true;
}
stock bool:stmt_fetch_row(&DBStatement:stStatement) {
DB::LazyInitialize();
if (stStatement == DB::INVALID_STATEMENT || !(0 <= _:stStatement < sizeof(gs_Statements))) {
DB::Errorf("(stmt_fetch_row) Invalid statement passed (%d).", _:stStatement);
return false;
}
if (gs_Statements[stStatement][e_dbrResult] == DB::INVALID_RESULT) {
if (!gs_Statements[stStatement][e_iFetchedRows])
DB::Warning("(stmt_fetch_row) Statement has no result.");
return false;
}
if (!stmt_rows_left(stStatement)) {
DB::Debug("(stmt_fetch_row) No rows left.");
return false;
}
if (!db_num_rows(gs_Statements[stStatement][e_dbrResult])) {
DB::Debug("(stmt_fetch_row) Freed previous result.");
db_free_result(gs_Statements[stStatement][e_dbrResult]);
gs_Statements[stStatement][e_dbrResult] = DB::INVALID_RESULT;
return false;
}
new
iFields = db_num_fields(gs_Statements[stStatement][e_dbrResult]),
iAddress,
xValue,
iCount
;
if (iFields > DB::MAX_FIELDS) {
DB::Warning("(stmt_bind_result_field) There are more fields returned than DB_MAX_FIELDS.");
iFields = DB::MAX_FIELDS;
}
gs_Statements[stStatement][e_iFetchedRows]++;
for (new iField = 0; iField < iFields; iField++) {
if (gs_Statements[stStatement][e_aiFieldTypes][iField] == DB::TYPE_NONE)
continue;
iCount++;
switch (gs_Statements[stStatement][e_aiFieldTypes][iField]) {
case DB::TYPE_NONE,
DB::TYPE_NULL:
continue;
case DB::TYPE_INT,
DB::TYPE_UINT,
DB::TYPE_FLOAT: {
db_get_field(gs_Statements[stStatement][e_dbrResult], iField, gs_szBuffer, sizeof(gs_szBuffer) - 1);
iAddress = gs_Statements[stStatement][e_aiFieldAddresses][iField];
xValue = (gs_Statements[stStatement][e_aiFieldTypes][iField] != DB::TYPE_FLOAT) ? strval(gs_szBuffer) : _:floatstr(gs_szBuffer);
#emit LOAD.S.pri xValue
#emit SREF.S.pri iAddress
}
// Assumes the field is a string containing a player name.
// Gives the ID of a connected play with that name, otherwise INVALID_PLAYER_ID.
case DB::TYPE_PLAYER_NAME: {
static
s_szName[MAX_PLAYER_NAME]
;
xValue = INVALID_PLAYER_ID;
for (new i = 0, l = GetMaxPlayers(); i < l; i++) {
if (!IsPlayerConnected(i))
continue;
GetPlayerName(i, s_szName, sizeof(s_szName));
db_get_field(gs_Statements[stStatement][e_dbrResult], iField, gs_szBuffer, sizeof(gs_szBuffer) - 1);
if (!strcmp(gs_szBuffer, s_szName, true)) {
xValue = i;
break;
}
}
iAddress = gs_Statements[stStatement][e_aiFieldAddresses][iField];
#emit LOAD.S.pri xValue
#emit SREF.S.pri iAddress
}
case DB::TYPE_STRING,
DB::TYPE_RAW_STRING,
DB::TYPE_IDENTIFIER: {
new
DBResult:dbrResult,
iSize
;
static const
sc_szFormatString[] = "%s"
;
iAddress = gs_Statements[stStatement][e_aiFieldAddresses][iField];
dbrResult = gs_Statements[stStatement][e_dbrResult];
iSize = gs_Statements[stStatement][e_aiFieldSizes][iField];
#emit PUSH.S iSize
#emit PUSH.S iAddress
#emit PUSH.S iField
#emit PUSH.S dbrResult
#emit PUSH.C 16
#emit SYSREQ.C db_get_field
#emit STACK 20
// Fix a bug with UTF-8 characters
// For example, 'Г¶' would become 0xFFFFFFC3 instead of 0xC3
#emit PUSH.S iAddress
#emit PUSH.C sc_szFormatString
#emit PUSH.S iSize
#emit PUSH.S iAddress
#emit PUSH.C 16
#emit SYSREQ.C format
#emit STACK 20
}
case DB::TYPE_ARRAY: {
// DecompressArray(const aiCompressedArray[], aiOutput[], iOutputSize = sizeof(aiOutput))
db_get_field(gs_Statements[stStatement][e_dbrResult], iField, gs_szBuffer, sizeof(gs_szBuffer) - 1);
format(gs_szBuffer, sizeof(gs_szBuffer), "%s", gs_szBuffer);
strpack(gs_szBuffer, gs_szBuffer);
new
iOutputSize = gs_Statements[stStatement][e_aiFieldSizes][iField],
iDecompressedCells
;
iAddress = gs_Statements[stStatement][e_aiFieldAddresses][iField];
// Push the output array size
#emit PUSH.S iOutputSize
// Push the output array
#emit PUSH.S iAddress
// Push the input array
#emit PUSH.C gs_szBuffer
// Push the argument count
#emit PUSH.C 12
// Push the return address
#emit LCTRL 6
#emit ADD.C 28
#emit PUSH.pri
// Call DB::DecompressArray
#emit CONST.pri DB_DecompressArray
#emit SCTRL 6
// Store the return address
#emit STOR.S.pri iDecompressedCells
// If there are more cells in the array, fill them with 0
if (iOutputSize > iDecompressedCells) {
DB::Noticef("(stmt_fetch_row:%d) The array fetched from the DB is smaller than the destination array (%d > %d); the remaining slots with will be filled with 0.", _:stStatement, iOutputSize, iDecompressedCells);
iAddress += iDecompressedCells * 4-4;
iOutputSize = iOutputSize - iDecompressedCells;
// DB::memset(aArray[], iValue, iSize = sizeof(aArray))
#emit PUSH.S iOutputSize
#emit PUSH.C 0
#emit PUSH.S iAddress
#emit PUSH.C 12
#emit LCTRL 6
#emit ADD.C 28
#emit PUSH.pri
#emit CONST.pri DB_memset
#emit SCTRL 6
}
}
}
}
if (!db_next_row(gs_Statements[stStatement][e_dbrResult])) {
db_free_result(gs_Statements[stStatement][e_dbrResult]);
gs_Statements[stStatement][e_dbrResult] = DB::INVALID_RESULT;
DB::Debug("(stmt_fetch_row:%d) Fetched %d fields and freed the result.", _:stStatement, iCount);
} else {
DB::Debug("(stmt_fetch_row:%d) Fetched %d fields.", _:stStatement, iCount);
}
return true;
}
stock stmt_rows_left(&DBStatement:stStatement) {
DB::LazyInitialize();
if (stStatement == DB::INVALID_STATEMENT || !(0 <= _:stStatement < sizeof(gs_Statements))) {
DB::Errorf("(stmt_rows_left) Invalid statement passed (%d).", _:stStatement);
return 0;
}
if (gs_Statements[stStatement][e_dbrResult] == DB::INVALID_RESULT) {
if (!gs_Statements[stStatement][e_iFetchedRows])
DB::Warning("(stmt_rows_left) Statement has no result.");
return 0;
}
return max(0, db_num_rows(gs_Statements[stStatement][e_dbrResult]) - gs_Statements[stStatement][e_iFetchedRows]);
}
stock bool:stmt_execute(&DBStatement:stStatement, bool:bStoreResult = true, bool:bAutoFreeResult = true) {
DB::LazyInitialize();
if (stStatement == DB::INVALID_STATEMENT || !(0 <= _:stStatement < sizeof(gs_Statements))) {
DB::Errorf("(stmt_execute) Invalid statement passed (%d).", _:stStatement);
return false;
}
if (!gs_Statements[stStatement][e_dbDatabase]) {
DB::Errorf("(stmt_execute) Uninitialized statement passed (%d).", _:stStatement);
return false;
}
// Make sure all parameters have been set.
for (new i = 0; i < gs_Statements[stStatement][e_iParams]; i++) {
if (gs_Statements[stStatement][e_aiParamTypes][i] == DB::TYPE_NONE) {
DB::Errorf("(stmt_execute) Uninitialized parameter in statement (%d).", i);
return false;
}
}
// If old results are left, free them.
if (gs_Statements[stStatement][e_dbrResult] != DB::INVALID_RESULT) {
db_free_result(gs_Statements[stStatement][e_dbrResult]);
gs_Statements[stStatement][e_dbrResult] = DB::INVALID_RESULT;
}
DB::Debug("(stmt_execute:%d) Executing statement.", _:stStatement);
new
DBResult:dbrResult = db_query(gs_Statements[stStatement][e_dbDatabase], gs_Statements[stStatement][e_szQuery], false)
;
gs_Statements[stStatement][e_iFetchedRows] = 0;
gs_Statements[stStatement][e_bAutoFreeResult] = bAutoFreeResult;
if (dbrResult == DB::INVALID_RESULT)
return false;
if (!bStoreResult)
db_free_result(dbrResult);
else {
gs_Statements[stStatement][e_dbrResult] = dbrResult;
if (bAutoFreeResult && gs_iFreeStatementResultsTimer == -1)
gs_iFreeStatementResultsTimer = SetTimer("db_free_stmt_results", 1, false);
}
return true;
}
stock stmt_free_result(&DBStatement:stStatement) {
DB::LazyInitialize();
if (stStatement == DB::INVALID_STATEMENT || !(0 <= _:stStatement < sizeof(gs_Statements))) {
DB::Noticef("(stmt_free_result) Invalid statement passed (%d).", _:stStatement);
return;
}
gs_Statements[stStatement][e_iFetchedRows] = 0;
if (gs_Statements[stStatement][e_dbrResult] != DB::INVALID_RESULT) {
db_free_result(gs_Statements[stStatement][e_dbrResult]);
gs_Statements[stStatement][e_dbrResult] = DB::INVALID_RESULT;
DB::Debug("(stmt_free_result:%d) Freed result.", _:stStatement);
} else {
DB::Debug("(stmt_free_result:%d) Nothing to free.", _:stStatement);
}
}
stock stmt_close(&DBStatement:stStatement) {
DB::LazyInitialize();
if (stStatement == DB::INVALID_STATEMENT || !(0 <= _:stStatement < sizeof(gs_Statements))) {
DB::Noticef("(stmt_close) Invalid statement passed (%d).", _:stStatement);
return;
}
if (gs_Statements[stStatement][e_dbrResult] != DB::INVALID_RESULT)
db_free_result(gs_Statements[stStatement][e_dbrResult]);
gs_Statements[stStatement][e_dbDatabase] = DB:0;
DB::Debug("(stmt_close:%d) Closed statement.", _:stStatement);
stStatement = DB::INVALID_STATEMENT;
}
stock stmt_autoclose(&DBStatement:stStatement) {
DB::LazyInitialize();
if (stStatement == DB::INVALID_STATEMENT || !(0 <= _:stStatement < sizeof(gs_Statements))) {
DB::Noticef("(stmt_autoclose) Invalid statement passed (%d).", _:stStatement);
return;
}
if (gs_iAutoFreeTimer == -1)
gs_iAutoFreeTimer = SetTimer("db_drain_autofree_pool", 0, false);
if (gs_iAutoCloseStatementsIndex + 1 >= sizeof(gs_astAutoCloseStatements)) {
DB::Warning("(stmt_autoclose) The autoclose pool is full!");
return;
}
gs_astAutoCloseStatements[gs_iAutoCloseStatementsIndex] = stStatement;
gs_iAutoCloseStatementsIndex++;
DB::Debug("(stmt_autoclose:%d) Will autoclose statement.", _:stStatement);
}
stock DBResult:db_query_hook(iTagOf3 = tagof(_bAutoRelease), DB:db, const szQuery[], {bool, DBDataType}:_bAutoRelease = true, {DBDataType, QQPA}:...) {
new
iIndex,
iNumArgs,
iStaticArgs = 4,
bool:bAutoRelease = true
;
#emit LOAD.S.pri 8
#emit SHR.C.pri 2
#emit STOR.S.pri iNumArgs
DB::LazyInitialize();
if (iTagOf3 == tagof(DBDataType:)) {
iStaticArgs = 3;
} else {
bAutoRelease = _bAutoRelease;
}
if (db_is_persistent(db)) {
if (!db_is_valid_persistent(db)) {
DB::Errorf("(db_query) Invalid persistent database given (%04x%04x).", _:db >>> 16, _:db & 0xFFFF);
return DB::INVALID_RESULT;
}
iIndex = _:db & 0x7FFFFFFF;
if (!gs_PersistentDatabases[iIndex][e_dbDatabase]) {
if (!(gs_PersistentDatabases[iIndex][e_dbDatabase] = db_open(gs_PersistentDatabases[iIndex][e_szName]))) {
DB::Errorf("(db_query) Failed to lazily open the database.");
return DB::INVALID_RESULT;
}
if (gs_iClosePersistentTimer == -1)
gs_iClosePersistentTimer = SetTimer("db_close_persistent", 0, false);
}
db = gs_PersistentDatabases[iIndex][e_dbDatabase];
}
#if DB_DEBUG
if (ispacked(szQuery)) {
strunpack(gs_szBuffer, szQuery);
DB::Debug("(db_query) Running query: %s", gs_szBuffer);
} else {
DB::Debug("(db_query) Running query: %s", szQuery);
}
#endif
new
DBResult:dbrResult
;
if (iNumArgs > iStaticArgs) {
if ((iNumArgs - iStaticArgs) & 0b1) {
DB::Error("(db_query) Invalid argument count. Did you forget to use the correct prefix on the arguments (e.g. STRING:somestring)?");
return DB::INVALID_RESULT;
}
new DBStatement:stmt = db_prepare(db, szQuery);
for (new i = iStaticArgs + 1; i < iNumArgs; i += 2) {
// Load the address of argument <i>
#emit LCTRL 5
#emit LOAD.S.alt i
#emit SHL.C.alt 2
#emit ADD
#emit ADD.C 12
#emit MOVE.alt
#emit LOAD.I
#emit PUSH.pri
#emit PUSH.alt
if (i == 4) {
// Load the address of argument <i - 1>
#emit POP.pri
#emit ADD.C 0xFFFFFFFC
#emit LOAD.I
#emit PUSH.pri
} else {
// Load the address of argument <i - 1>
#emit POP.pri
#emit ADD.C 0xFFFFFFFC
#emit LOAD.I
#emit LOAD.I
#emit PUSH.pri
}
// Push the param index: (i - iStaticArgs) / 2
#emit LOAD.S.pri i
#emit LOAD.S.alt iStaticArgs
#emit SUB
#emit SHR.C.pri 1
#emit PUSH.pri
#emit PUSH.ADR stmt
// Push the argument count
#emit PUSH.C 16
// Push the return address
#emit LCTRL 6
#emit ADD.C 28
#emit PUSH.pri
// Call stmt_bind_value
#emit CONST.pri stmt_bind_value
#emit SCTRL 6
}
dbrResult = db_query@(db, gs_Statements[stmt][e_szQuery]);
stmt_close(stmt);
} else {
dbrResult = db_query@(db, szQuery);
}
if (dbrResult) {
if (bAutoRelease)
db_autofree_result(dbrResult);
new
iResultAddress = db_get_result_mem_handle(dbrResult) - DB::GetAmxBaseRelative(),
iAddress,
iRows,
iCols,
iDataAddress,
iOffset
;
iAddress = iResultAddress;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iRows
iAddress += 4;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iCols
iAddress += 4;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iDataAddress
iDataAddress -= DB::GetAmxBaseRelative();
iOffset = (iCols + iRows * iCols) * 4 - 4;
while (iOffset >= 0) {
iAddress = iDataAddress + iOffset;
#emit LREF.S.pri iAddress
#emit STOR.S.pri iAddress
if (!iAddress) {
new
iAmxBaseRelative = DB::GetAmxBaseRelative()
;
iAddress = iDataAddress + iOffset;
#emit CONST.pri gs_szNull
#emit LOAD.S.alt iAmxBaseRelative
#emit ADD
#emit SREF.S.pri iAddress
}
iOffset -= 4;
}
}
return dbrResult;
}
stock db_get_field_hook(DBResult:dbresult, field, result[], maxlength = sizeof(result)) {
new retval = db_get_field(dbresult, field, result, maxlength);
format(result, maxlength, "%s", result);
return retval;
}
stock db_get_field_assoc_hook(DBResult:dbresult, const field[], result[], maxlength = sizeof(result)) {
new retval = db_get_field_assoc(dbresult, field, result, maxlength);
format(result, maxlength, "%s", result);
return retval;
}
stock bool:db_dump_table(DB:db, const szTable[], const szFilename[]) {
static
s_szColumnName[256]
;
new
DBResult:dbrResult,
File:fp
;
if (strfind(szTable, "\"") != -1 || strfind(szTable, "'") != -1) {
DB::Error("(db_dump_table) Invalid table name given.");
return false;
}
if (!(fp = fopen(szFilename, io_write))) {
DB::Error("(db_dump_table) Failed to open the file.");
return false;
}
format(gs_szBuffer, sizeof(gs_szBuffer), "SELECT sql FROM sqlite_master WHERE tbl_name = '%s'", szTable);
dbrResult = db_query(db, gs_szBuffer);
if (!dbrResult) {
DB::Error("(db_dump_table) Failed to get the table sql.");
return false;
}
db_get_field(dbrResult, 0, gs_szBuffer, sizeof(gs_szBuffer) - 1);
if (strlen(gs_szBuffer) >= sizeof(gs_szBuffer) - 2) {
DB::Error("(db_dump_table) Buffer overflow.");
fwrite(fp, "\nBUFFER OVERFLOW");
fclose(fp);
db_free_result(dbrResult);
return false;
}
fwrite(fp, gs_szBuffer);
fwrite(fp, ";\n\n\n");
db_free_result(dbrResult);
format(gs_szBuffer, sizeof(gs_szBuffer), "PRAGMA table_info(%s)", szTable);
dbrResult = db_query(db, gs_szBuffer, false);
if (!dbrResult) {
DB::Error("(db_dump_table) Failed to get table info.");
return false;
}
gs_szBuffer = "SELECT 'INSERT INTO ";
strcat(gs_szBuffer, szTable);
strcat(gs_szBuffer, " VALUES('");
if (db_num_rows(dbrResult)) do {
db_get_field(dbrResult, 1, s_szColumnName, sizeof(s_szColumnName) - 1);
if (db_get_row_index(dbrResult) > 0)
strcat(gs_szBuffer, " || ', '");
strcat(gs_szBuffer, " || quote(");
strcat(gs_szBuffer, s_szColumnName);
strcat(gs_szBuffer, ")");
} while (db_next_row(dbrResult));
strcat(gs_szBuffer, " || ');' FROM ");
strcat(gs_szBuffer, szTable);
db_free_result(dbrResult);
dbrResult = db_query(db, gs_szBuffer);
fwrite(fp, "BEGIN;\n\n");
if (db_num_rows(dbrResult)) do {
db_get_field(dbrResult, 0, gs_szBuffer, sizeof(gs_szBuffer) - 1);
if (strlen(gs_szBuffer) >= sizeof(gs_szBuffer) - 2) {
DB::Error("(db_dump_table) Buffer overflow.");
fwrite(fp, "\nBUFFER OVERFLOW");
fclose(fp);
db_free_result(dbrResult);
return false;
}
fwrite(fp, gs_szBuffer);
fwrite(fp, "\n");
} while (db_next_row(dbrResult));
fwrite(fp, "\nCOMMIT;\n");
db_free_result(dbrResult);
fclose(fp);
return true;
}
stock DBResult:db_print_result(DBResult:dbrResult, iMaxFieldLength = 40) {
DB::LazyInitialize();
const
MAX_ROWS = 100,
MAX_FIELDS = 20,
MAX_FIELD_LENGTH = 88
;
static
s_aaszFields[MAX_ROWS + 1][MAX_FIELDS][MAX_FIELD_LENGTH char],
s_aiFieldMaxLength[MAX_FIELDS]
;
static const
szcSpacePadding[MAX_FIELD_LENGTH] = {' ', ...},
szcDashPadding[MAX_FIELD_LENGTH] = {'-', ...}
;
if (iMaxFieldLength == -1)
iMaxFieldLength = MAX_FIELD_LENGTH;
print(!" ");
print(!"Query result:");
if (!dbrResult)
print(!"\t- Invalid result.");
else if (!db_num_rows(dbrResult))
print(!"\t- No rows.");
else {
new
iRow = 0,
iRows,
iFields = db_num_fields(dbrResult),
iField,
iLength,
bool:bHasMoreLines,
iPos,
iNextPos,
iRowIndex = db_get_row_index(dbrResult)
;
db_set_row_index(dbrResult, 0);
if (iMaxFieldLength > MAX_FIELD_LENGTH) {
printf("\t- The longest possible field length is %d. Change MAX_FIELD_LENGTH for larger values.", MAX_FIELD_LENGTH);
iMaxFieldLength = MAX_FIELD_LENGTH;
}
if (iFields > MAX_FIELDS) {
printf("\t- There are %d, but only %d of them will be visible.", iFields, MAX_FIELDS);
print(!"\t- Increase MAX_FIELDS if you want to see all fields.");
iFields = MAX_FIELDS;
}
for (iField = 0; iField < iFields; iField++) {
db_field_name(dbrResult, iField, gs_szBuffer, iMaxFieldLength - 1);
iPos = 0;
while (-1 != (iPos = strfind(gs_szBuffer, "\r", _, iPos)))
gs_szBuffer[iPos] = ' ';
iPos = 0;
while (-1 != (iPos = strfind(gs_szBuffer, "\t", _, iPos))) {
gs_szBuffer[iPos] = ' ';
strins(gs_szBuffer, " ", iPos, iMaxFieldLength);
iPos += 4;
}
iPos = 0;
do {
iNextPos = strfind(gs_szBuffer, "\n", _, iPos) + 1;
if (!iNextPos)
iLength = strlen(gs_szBuffer[iPos]);
else
iLength = iNextPos - iPos - 1;
s_aiFieldMaxLength[iField] = min(iMaxFieldLength, max(iLength, s_aiFieldMaxLength[iField]));
} while ((iPos = iNextPos));
strpack(s_aaszFields[0][iField], gs_szBuffer, iMaxFieldLength char);
}
do {
for (iField = 0; iField < iFields; iField++) {
if (db_field_is_null(dbrResult, iField))
gs_szBuffer = "NULL";
else
db_get_field(dbrResult, iField, gs_szBuffer, iMaxFieldLength - 1);
iPos = 0;
while (-1 != (iPos = strfind(gs_szBuffer, "\r", _, iPos)))
gs_szBuffer[iPos] = ' ';
iPos = 0;
while (-1 != (iPos = strfind(gs_szBuffer, "\t", _, iPos))) {
gs_szBuffer[iPos] = ' ';
strins(gs_szBuffer, " ", iPos, iMaxFieldLength);
iPos += 4;
}
iPos = 0;
do {
iNextPos = strfind(gs_szBuffer, "\n", _, iPos) + 1;
if (!iNextPos)
iLength = strlen(gs_szBuffer[iPos]);
else
iLength = iNextPos - iPos - 1;
s_aiFieldMaxLength[iField] = min(iMaxFieldLength, max(iLength, s_aiFieldMaxLength[iField]));
} while ((iPos = iNextPos));
strpack(s_aaszFields[iRow + 1][iField], gs_szBuffer, iMaxFieldLength char);
}
if (++iRow >= MAX_ROWS) {
iRows = iRow;
while (db_next_row(dbrResult))
iRows++;
printf("\t- Only the first %d rows are displayed; there are %d remaining.", MAX_ROWS, iRows);
break;
}
} while (db_next_row(dbrResult));
print(!" ");
for (iRows = iRow, iRow = 0; iRow <= iRows; iRow++) {
do {
bHasMoreLines = false;
gs_szBuffer[0] = 0;
for (iField = 0; iField < iFields; iField++) {
if (iField)
strcat(gs_szBuffer, " | ");
iLength = strlen(gs_szBuffer);
if (-1 != (iPos = strfind(s_aaszFields[iRow][iField], "\n"))) {
strunpack(gs_szBuffer[iLength], s_aaszFields[iRow][iField], strlen(gs_szBuffer[iLength]) + iPos + 1);
strdel(s_aaszFields[iRow][iField], 0, iPos + 1);
bHasMoreLines = true;
} else {
if (s_aaszFields[iRow][iField]{0}) {
strunpack(gs_szBuffer[iLength], s_aaszFields[iRow][iField], sizeof(gs_szBuffer) - iLength);
s_aaszFields[iRow][iField]{0} = 0;
}
}
iLength = strlen(gs_szBuffer[iLength]);
strcat(gs_szBuffer, szcSpacePadding, strlen(gs_szBuffer) + (s_aiFieldMaxLength[iField] - iLength + 1));
}
if (bHasMoreLines)
printf("\t| %s |", gs_szBuffer);
} while (bHasMoreLines);
if (iRow == 0) {
printf("\t/ %s \\", gs_szBuffer);
} else {
printf("\t| %s |", gs_szBuffer);
}
if (iRow == iRows) {
gs_szBuffer[0] = 0;
for (iField = 0; iField < iFields; iField++) {
if (iField)
strcat(gs_szBuffer, "---");
strcat(gs_szBuffer, szcDashPadding, strlen(gs_szBuffer) + s_aiFieldMaxLength[iField] + 1);
}
printf("\t\\-%s-/", gs_szBuffer);
} else {
gs_szBuffer[0] = 0;
for (iField = 0; iField < iFields; iField++) {
if (iField)
strcat(gs_szBuffer, "-|-");
strcat(gs_szBuffer, szcDashPadding, strlen(gs_szBuffer) + s_aiFieldMaxLength[iField] + 1);
}
printf("\t|-%s-|", gs_szBuffer);
}
}
db_set_row_index(dbrResult, iRowIndex);
}
print(!" ");
return dbrResult;
}
stock db_print_query(DB:db, const szQuery[], iMaxFieldLength = 40) {
new
DBResult:dbrResult = db_query(db, szQuery, false)
;
db_print_result(dbrResult, iMaxFieldLength);
db_free_result(dbrResult);
}
forward db_drain_autofree_pool();
public db_drain_autofree_pool() {
DB::LazyInitialize();
gs_iAutoFreeTimer = -1;
for (new i = gs_iAutoFreeResultsIndex; i--; ) {
if (gs_adbrAutoFreeResults[i]) {
new DBResult:result = gs_adbrAutoFreeResults[i];
gs_adbrAutoFreeResults[i] = DB::INVALID_RESULT;
DB::Debug("(db_drain_autofree_pool) Autofreeing 0x%04x%04x", _:result >>> 16, _:result & 0xFFFF);
db_free_result_hook(result);
}
}
gs_iAutoFreeResultsIndex = 0;
for (new i = gs_iAutoCloseStatementsIndex; i--; ) {
if (gs_astAutoCloseStatements[i]) {
DB::Debug("(db_drain_autofree_pool) Autoclosing statement %d.", _:gs_astAutoCloseStatements[i]);
stmt_close(gs_astAutoCloseStatements[i]);
}
}
gs_iAutoCloseStatementsIndex = 0;
}
forward db_free_stmt_results();
public db_free_stmt_results() {
gs_iFreeStatementResultsTimer = -1;
for (new DBStatement:i = DBStatement:0; _:i < sizeof(gs_Statements); i++) {
if (gs_Statements[i][e_dbDatabase]
&& gs_Statements[i][e_bAutoFreeResult]
&& gs_Statements[i][e_dbrResult] != DB::INVALID_RESULT) {
new DBResult:result = gs_Statements[i][e_dbrResult];
gs_Statements[i][e_dbrResult] = DB::INVALID_RESULT;
DB::Debug("(db_free_stmt_results) Freeing 0x%04x%04x for %d.", _:result >>> 16, _:result & 0xFFFF, _:i);
db_free_result_hook(result);
}
}
}
forward db_close_persistent();
public db_close_persistent() {
gs_iClosePersistentTimer = -1;
for (new i = 0; i < sizeof(gs_PersistentDatabases); i++) {
if (gs_PersistentDatabases[i][e_bIsUsed] && gs_PersistentDatabases[i][e_dbDatabase]) {
db_close@(gs_PersistentDatabases[i][e_dbDatabase]);
gs_PersistentDatabases[i][e_dbDatabase] = DB:0;
}
}
}
static stock DB::FindMSB(iInput) {
// http://graphics.stanford.edu/~seander/bi...9.95162746
static const
s_aiDeBruijnBitPositionsPacked[32 char] = {
0x0A010900,
0x1D02150D,
0x12100E0B,
0x1E031916,
0x1C140C08,
0x0718110F,
0x06171B13,
0x1F04051A
}
;
if (iInput) {
#emit LOAD.S.pri iInput
#emit MOVE.alt
#emit SHR.C.alt 1
#emit OR
#emit MOVE.alt
#emit SHR.C.alt 2
#emit OR
#emit MOVE.alt
#emit SHR.C.alt 4
#emit OR
#emit MOVE.alt
#emit SHR.C.alt 8
#emit OR
#emit MOVE.alt
#emit SHR.C.alt 16
#emit OR
#emit CONST.alt 0x07C4ACDD
#emit UMUL
#emit SHR.C.pri 27
#emit ADD.C s_aiDeBruijnBitPositionsPacked
#emit LODB.I 1
#emit RETN
}
return -1;
}
static stock DB::getstringarg(dest[], arg, len = sizeof (dest)) {
// Get the address of the previous function's stack. First get the index of
// the argument required.
#emit LOAD.S.pri arg
// Then convert that number to bytes from cells.
#emit SMUL.C 4
// Get the previous function's frame. Stored in variable 0 (in the current
// frame). Parameters are FRM+n+12, locals are FRM-n, previous frame is
// FRM+0, return address is FRM+4, parameter count is FRM+8. We could add
// checks that "arg * 4 < *(*(FRM + 0) + 8)", for the previous frame parameter
// count (in C pointer speak).
#emit LOAD.S.alt 0
// Add the frame pointer to the argument offset in bytes.
#emit ADD
// Add 12 to skip over the function header.
#emit ADD.C 12
// Load the address stored in the specified address.
#emit LOAD.I
// Push the length for "strcat".
#emit PUSH.S len
// Push the address we just determined was the source.
#emit PUSH.pri
// Load the address of the destination.
#emit LOAD.S.alt dest
// Blank the first cell so "strcat" behaves like "strcpy".
#emit CONST.pri 0
// Store the loaded number 0 to the loaded address.
#emit STOR.I
// Push the loaded address.
#emit PUSH.alt
// Push the number of parameters passed (in bytes) to the function.
#emit PUSH.C 12
// Call the function.
#emit SYSREQ.C strcat
// Restore the stack to its level before we called this native.
#emit STACK 16
}
static stock DB::setstringarg(iArg, const szValue[], iLength = sizeof(szValue)) {
new
iAddress
;
// Get the address of the previous function's stack. First get the index of
// the argument required.
#emit LOAD.S.pri iArg
// Then convert that number to bytes from cells.
#emit SMUL.C 4
// Get the previous function's frame.
#emit LOAD.S.alt 0
// Add the frame pointer to the argument offset in bytes.
#emit ADD
// Add 12 to skip over the function header.
#emit ADD.C 12
// Load the address stored in the specified address.
#emit LOAD.I
#emit STOR.S.PRI iAddress
// Push the length (last argument first)
#emit PUSH.S iLength
// Push the new value (source) szValue
#emit PUSH.S szValue
// Blank out the first cell of the argument
#emit CONST.pri 0
#emit SREF.S.pri iAddress
// Push the destination
#emit PUSH.S iAddress
// Push the number of parameters passed (in bytes) to the function.
#emit PUSH.C 12
// Call the function.
#emit SYSREQ.C strcat
// Restore the stack to its level before we called this native.
#emit STACK 16
}
// Pretty much ******'s va_strlen function
static stock DB::isargpacked(iArg) {
// Get the length of the string at the given position on the previous
// function's stack (convenience function).
// Get the address of the previous function's stack. First get the index of
// the argument required.
#emit LOAD.S.pri iArg
// Then convert that number to bytes from cells.
#emit SMUL.C 4
// Get the previous function's frame. Stored in variable 0 (in the current
// frame). Parameters are FRM+n+12, locals are FRM-n, previous frame is
// FRM+0, return address is FRM+4, parameter count is FRM+8. We could add
// checks that "arg * 4 < *(*(FRM + 0) + 8)", for the previous frame parameter
// count (in C pointer speak).
#emit LOAD.S.alt 0
// Add the frame pointer to the argument offset in bytes.
#emit ADD
// Add 12 to skip over the function header.
#emit ADD.C 12
// Load the address stored in the specified address.
#emit LOAD.I
// Push the address we just determined was the source.
#emit PUSH.pri
// Push the number of parameters passed (in bytes) to the function.
#emit PUSH.C 4
// Call the function.
#emit SYSREQ.C ispacked
// Restore the stack to its level before we called this native.
#emit STACK 8
#emit RETN
// Never called.
return 0;
}
stock DB::GetAmxBaseRelative() {
static
s_iAmxBaseRelative = 0
;
if (!s_iAmxBaseRelative) {
s_iAmxBaseRelative = DB::GetAmxBase();
#emit LCTRL 1
#emit LOAD.alt s_iAmxBaseRelative
#emit ADD
#emit STOR.pri s_iAmxBaseRelative
}
return s_iAmxBaseRelative;
}
// By Zeex!
// Returns the AMX base address i.e. amx->base.
static stock DB::dummy() {
return 0;
}
stock DB::GetAmxBase() {
static amx_base = 0; // cached
if (amx_base == 0) {
new cod, dat;
#emit lctrl 0
#emit stor.s.pri cod
#emit lctrl 1
#emit stor.s.pri dat
// Get code section start address relative to data.
new code_start = cod - dat;
// Get address of DB::dummy().
new fn_addr;
#emit const.pri DB_dummy
#emit stor.s.pri fn_addr
// Get absolute address from the CALL instruction.
new fn_addr_reloc, call_addr;
DB_dummy();
#emit lctrl 6
#emit stor.s.pri call_addr
call_addr = call_addr - 12 + code_start;
#emit lref.s.pri call_addr
#emit stor.s.pri fn_addr_reloc
amx_base = fn_addr_reloc - fn_addr - cod;
}
return amx_base;
}
// phys_memory.inc
static stock AbsToRel(addr) {
new dat;
#emit lctrl 1
#emit stor.s.pri dat
return addr - (GetAmxBaseAddress() + dat);
}
// This function has a bug in older amx_assembly versions
static stock WritePhysMemoryCell_(addr, what) {
new rel_addr = AbsToRel(addr);
#emit load.s.pri what
#emit sref.s.pri rel_addr
#emit stack 4
#emit retn
return 0; // make compiler happy
}
// Hook db_get_field
// This is done lastly because the fixed function isn't needed within SQLitei
#define db_get_field db_get_field_hook
#define db_get_field_assoc db_get_field_assoc_hook