Function table_reserve_impl

src/simulate/runtime_table.cpp:14–56

    }

    void table_reserve_impl ( Context & context, Table & arr, int32_t baseType, uint64_t newCapacity, uint32_t valueTypeSize, LineInfo * at ) {
        if ( arr.isLocked() ) context.throw_error_at(at, "can't reserve locked table");
        if ( !newCapacity ) return;
        switch ( Type(baseType) ) {
            case Type::tBool:           table_reserve_internal<bool>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tInt8:           table_reserve_internal<int8_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tUInt8:          table_reserve_internal<uint8_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tInt16:          table_reserve_internal<int16_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tUInt16:         table_reserve_internal<uint16_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tInt64:          table_reserve_internal<int64_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tUInt64:         table_reserve_internal<uint64_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tEnumeration:    table_reserve_internal<int32_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tEnumeration8:   table_reserve_internal<int8_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tEnumeration16:  table_reserve_internal<int16_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tEnumeration64:  table_reserve_internal<int64_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tBitfield:       table_reserve_internal<uint32_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tBitfield8:      table_reserve_internal<uint8_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tBitfield16:     table_reserve_internal<uint16_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tBitfield64:     table_reserve_internal<uint64_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tInt:            table_reserve_internal<int32_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tInt2:           table_reserve_internal<int2>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tInt3:           table_reserve_internal<int3>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tInt4:           table_reserve_internal<int4>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tUInt:           table_reserve_internal<uint32_t>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tUInt2:          table_reserve_internal<uint2>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tUInt3:          table_reserve_internal<uint3>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tUInt4:          table_reserve_internal<uint4>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tFloat:          table_reserve_internal<float>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tFloat2:         table_reserve_internal<float2>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tFloat3:         table_reserve_internal<float3>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tFloat4:         table_reserve_internal<float4>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tRange:          table_reserve_internal<range>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tURange:         table_reserve_internal<urange>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tRange64:        table_reserve_internal<range64>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tURange64:       table_reserve_internal<urange64>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tString:         table_reserve_internal<char *>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tPointer:        table_reserve_internal<void *>(context, arr, newCapacity, valueTypeSize, at); break;
            case Type::tDouble:         table_reserve_internal<double>(context, arr, newCapacity, valueTypeSize, at); break;
            default:
                context.throw_error_at(at, "usupported table reserve type");
                return;
        }
    }

    void table_clear ( Context & context, Table & arr, LineInfo * at ) {
        if ( arr.isLocked() ) context.throw_error_at(at, "can't clear locked table");