@@ -1297,6 +1297,8 @@ Napi::Object StatementSync::Init(Napi::Env env, Napi::Object exports) {
12971297 InstanceMethod (" setReturnArrays" , &StatementSync::SetReturnArrays),
12981298 InstanceMethod (" setAllowBareNamedParameters" ,
12991299 &StatementSync::SetAllowBareNamedParameters),
1300+ InstanceMethod (" setAllowUnknownNamedParameters" ,
1301+ &StatementSync::SetAllowUnknownNamedParameters),
13001302 InstanceMethod (" columns" , &StatementSync::Columns),
13011303 InstanceAccessor (" sourceSQL" , &StatementSync::SourceSQLGetter, nullptr ),
13021304 InstanceAccessor (" expandedSQL" , &StatementSync::ExpandedSQLGetter,
@@ -1347,7 +1349,8 @@ void StatementSync::InitStatement(DatabaseSync *database,
13471349 use_big_ints_ = database->config_ .get_read_big_ints ();
13481350 return_arrays_ = database->config_ .get_return_arrays ();
13491351 allow_bare_named_params_ = database->config_ .get_allow_bare_named_params ();
1350- // Note: allow_unknown_named_params_ is not implemented yet in StatementSync
1352+ allow_unknown_named_params_ =
1353+ database->config_ .get_allow_unknown_named_params ();
13511354
13521355 // Prepare the statement
13531356 const char *tail = nullptr ;
@@ -1689,6 +1692,30 @@ StatementSync::SetAllowBareNamedParameters(const Napi::CallbackInfo &info) {
16891692 return env.Undefined ();
16901693}
16911694
1695+ Napi::Value
1696+ StatementSync::SetAllowUnknownNamedParameters (const Napi::CallbackInfo &info) {
1697+ Napi::Env env = info.Env ();
1698+
1699+ if (finalized_) {
1700+ node::THROW_ERR_INVALID_STATE (env, " The statement has been finalized" );
1701+ return env.Undefined ();
1702+ }
1703+
1704+ if (!database_ || !database_->IsOpen ()) {
1705+ node::THROW_ERR_INVALID_STATE (env, " Database connection is closed" );
1706+ return env.Undefined ();
1707+ }
1708+
1709+ if (info.Length () < 1 || !info[0 ].IsBoolean ()) {
1710+ node::THROW_ERR_INVALID_ARG_TYPE (
1711+ env, " The \" enabled\" argument must be a boolean." );
1712+ return env.Undefined ();
1713+ }
1714+
1715+ allow_unknown_named_params_ = info[0 ].As <Napi::Boolean>().Value ();
1716+ return env.Undefined ();
1717+ }
1718+
16921719Napi::Value StatementSync::Columns (const Napi::CallbackInfo &info) {
16931720 Napi::Env env = info.Env ();
16941721
@@ -1846,10 +1873,16 @@ void StatementSync::BindParameters(const Napi::CallbackInfo &info,
18461873 return ;
18471874 }
18481875 } else {
1849- // Unknown named parameter - throw error like Node.js does
1850- std::string msg = " Unknown named parameter '" + key_str + " '" ;
1851- node::THROW_ERR_INVALID_ARG_VALUE (env, msg.c_str ());
1852- return ;
1876+ // Unknown named parameter
1877+ if (allow_unknown_named_params_) {
1878+ // Skip unknown parameters when allowed (matches Node.js v25 behavior)
1879+ continue ;
1880+ } else {
1881+ // Throw error when not allowed (default behavior)
1882+ std::string msg = " Unknown named parameter '" + key_str + " '" ;
1883+ node::THROW_ERR_INVALID_ARG_VALUE (env, msg.c_str ());
1884+ return ;
1885+ }
18531886 }
18541887 }
18551888 } else {
@@ -1917,46 +1950,109 @@ void StatementSync::BindSingleParameter(int param_index, Napi::Value param) {
19171950 } else if (param.IsFunction ()) {
19181951 // Functions cannot be stored in SQLite - bind as NULL
19191952 sqlite3_bind_null (statement_, param_index);
1920- } else if (param.IsObject () && !param.IsArrayBuffer () &&
1921- !param.IsTypedArray () && !param.IsDataView ()) {
1922- // Objects and arrays should throw error like Node.js does
1923- // Note: ArrayBuffer, TypedArray, and DataView are also objects, so we
1924- // check them separately
1925- throw Napi::Error::New (
1926- Env (), " Provided value cannot be bound to SQLite parameter " +
1927- std::to_string (param_index) + " ." );
1928- } else if (param.IsArrayBuffer () || param.IsTypedArray ()) {
1929- // Handle TypedArray and ArrayBuffer as binary data
1930- Napi::ArrayBuffer arrayBuffer;
1931- size_t byteOffset = 0 ;
1932- size_t byteLength = 0 ;
1933-
1934- if (param.IsArrayBuffer ()) {
1935- arrayBuffer = param.As <Napi::ArrayBuffer>();
1936- byteLength = arrayBuffer.ByteLength ();
1937- } else if (param.IsTypedArray ()) {
1938- Napi::TypedArray typedArray = param.As <Napi::TypedArray>();
1939- arrayBuffer = typedArray.ArrayBuffer ();
1940- byteOffset = typedArray.ByteOffset ();
1941- byteLength = typedArray.ByteLength ();
1942- }
1943-
1953+ } else if (param.IsArrayBuffer ()) {
1954+ // Handle ArrayBuffer as binary data
1955+ Napi::ArrayBuffer arrayBuffer = param.As <Napi::ArrayBuffer>();
19441956 if (!arrayBuffer.IsEmpty () && arrayBuffer.Data () != nullptr ) {
1945- const uint8_t *data =
1946- static_cast <const uint8_t *>(arrayBuffer.Data ()) + byteOffset;
1947- sqlite3_bind_blob (statement_, param_index, data,
1948- static_cast <int >(byteLength), SQLITE_TRANSIENT);
1957+ sqlite3_bind_blob (statement_, param_index, arrayBuffer.Data (),
1958+ static_cast <int >(arrayBuffer.ByteLength ()),
1959+ SQLITE_TRANSIENT);
19491960 } else {
1950- // Empty or invalid buffer - bind as NULL
19511961 sqlite3_bind_null (statement_, param_index);
19521962 }
1953- } else if (param.IsDataView ()) {
1954- // DataView is not fully supported in N-API
1955- // Convert to string like other objects
1956- Napi::String str_value = param.ToString ();
1957- std::string str = str_value.Utf8Value ();
1958- sqlite3_bind_text (statement_, param_index, str.c_str (), -1 ,
1959- SQLITE_TRANSIENT);
1963+ } else if (param.IsTypedArray () || param.IsDataView ()) {
1964+ // Handle TypedArray and DataView as binary data (both are ArrayBufferView
1965+ // types)
1966+ if (param.IsTypedArray ()) {
1967+ // Handle TypedArray using native methods
1968+ Napi::TypedArray typedArray = param.As <Napi::TypedArray>();
1969+ Napi::ArrayBuffer arrayBuffer = typedArray.ArrayBuffer ();
1970+
1971+ if (!arrayBuffer.IsUndefined () && arrayBuffer.Data () != nullptr ) {
1972+ const uint8_t *data =
1973+ static_cast <const uint8_t *>(arrayBuffer.Data ()) +
1974+ typedArray.ByteOffset ();
1975+ sqlite3_bind_blob (statement_, param_index, data,
1976+ static_cast <int >(typedArray.ByteLength ()),
1977+ SQLITE_TRANSIENT);
1978+ } else {
1979+ sqlite3_bind_null (statement_, param_index);
1980+ }
1981+ } else {
1982+ // Handle DataView using Buffer.from(dataView.buffer, offset, length)
1983+ // conversion
1984+ try {
1985+ Napi::Env env = param.Env ();
1986+ Napi::Object dataViewObj = param.As <Napi::Object>();
1987+
1988+ // Get DataView properties via JavaScript
1989+ Napi::Value bufferValue = dataViewObj.Get (" buffer" );
1990+ Napi::Value byteOffsetValue = dataViewObj.Get (" byteOffset" );
1991+ Napi::Value byteLengthValue = dataViewObj.Get (" byteLength" );
1992+
1993+ if (bufferValue.IsArrayBuffer () && byteOffsetValue.IsNumber () &&
1994+ byteLengthValue.IsNumber ()) {
1995+ // Create Buffer from underlying ArrayBuffer with proper offset and
1996+ // length
1997+ Napi::Function bufferFrom = env.Global ()
1998+ .Get (" Buffer" )
1999+ .As <Napi::Object>()
2000+ .Get (" from" )
2001+ .As <Napi::Function>();
2002+ Napi::Value buffer = bufferFrom.Call (
2003+ {bufferValue, byteOffsetValue, byteLengthValue});
2004+
2005+ if (buffer.IsBuffer ()) {
2006+ Napi::Buffer<uint8_t > buf = buffer.As <Napi::Buffer<uint8_t >>();
2007+ if (buf.Length () > 0 ) {
2008+ sqlite3_bind_blob (statement_, param_index, buf.Data (),
2009+ static_cast <int >(buf.Length ()),
2010+ SQLITE_TRANSIENT);
2011+ } else {
2012+ sqlite3_bind_null (statement_, param_index);
2013+ }
2014+ } else {
2015+ sqlite3_bind_null (statement_, param_index);
2016+ }
2017+ } else {
2018+ sqlite3_bind_null (statement_, param_index);
2019+ }
2020+ } catch (const Napi::Error &e) {
2021+ // Re-throw Napi errors (preserves error message)
2022+ throw ;
2023+ } catch (const std::exception &e) {
2024+ // If conversion fails, bind as NULL
2025+ sqlite3_bind_null (statement_, param_index);
2026+ }
2027+ }
2028+ } else if (param.IsObject ()) {
2029+ // Handle any other object that might be a DataView that wasn't caught
2030+ // This is a fallback for objects that aren't explicitly handled above
2031+ try {
2032+ // Try to see if this is a DataView by checking for DataView properties
2033+ Napi::Object obj = param.As <Napi::Object>();
2034+ Napi::Value constructorName =
2035+ obj.Get (" constructor" ).As <Napi::Object>().Get (" name" );
2036+
2037+ if (constructorName.IsString () &&
2038+ constructorName.As <Napi::String>().Utf8Value () == " DataView" ) {
2039+ // TEMPORARY: Just bind DataView as NULL to test basic branching
2040+ sqlite3_bind_null (statement_, param_index);
2041+ } else {
2042+ // Objects and arrays should throw error like Node.js does
2043+ throw Napi::Error::New (
2044+ Env (), " Provided value cannot be bound to SQLite parameter " +
2045+ std::to_string (param_index) + " ." );
2046+ }
2047+ } catch (const Napi::Error &e) {
2048+ // Re-throw Napi errors (preserves error message)
2049+ throw ;
2050+ } catch (const std::exception &e) {
2051+ // If any property access fails, treat as non-bindable object
2052+ throw Napi::Error::New (
2053+ Env (), " Provided value cannot be bound to SQLite parameter " +
2054+ std::to_string (param_index) + " ." );
2055+ }
19602056 } else {
19612057 // For any other type, throw error like Node.js does
19622058 throw Napi::Error::New (
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