diff --git a/NA200H/ModBus.Net/Prodave/ProdavePackLv1.cs b/NA200H/ModBus.Net/Prodave/ProdavePackLv1.cs deleted file mode 100644 index e1d811d..0000000 --- a/NA200H/ModBus.Net/Prodave/ProdavePackLv1.cs +++ /dev/null @@ -1,286 +0,0 @@ -using System; -using System.Collections.Generic; -using System.Linq; -using System.Runtime.InteropServices; -using System.Text; -using System.Threading.Tasks; - -namespace ModBus.Net.Prodave -{ - public class Prodave6 - { - #region 常值定义（用于极限值） - - public const int MAX_CONNECTIONS = 64; // 64 is default in PRODAVE - public const int MAX_DEVNAME_LEN = 128; // e.g. "S7ONLINE" - public const int MAX_BUFFERS = 64; // 64 for blk_read() and blk_write() - public const int MAX_BUFFER = 65536; // Transfer buffer for error text) - - #endregion - - #region 结构体定义 - - public struct CON_TABLE_TYPE //待连接plc地址属性表 - { - [MarshalAs(UnmanagedType.ByValArray, SizeConst = 6)] //public CON_ADR_TYPE Adr; // connection address - public byte[] Adr; // connection address - - // MPI/PB station address (2) - // IP address (192.168.0.1) - // MAC address (08-00-06-01-AA-BB) - public byte AdrType; // Type of address: MPI/PB (1), IP (2), MAC (3) - public byte SlotNr; // Slot number - public byte RackNr; // Rack number - } - - public enum DatType : byte //PLC数据类型 - { - - BYTE = 0x02, - WORD = 0x04, - DWORD = 0x06, - } - - public enum FieldType : byte //PLC区域类型 - { - //Value types as ASCII characters区域类型对应的ASCII字符 - //data byte (d/D) - d = 100, - D = 68, - //input byte (e/E) - e = 101, - E = 69, - //output byte (a/A) - a = 97, - A = 65, - //memory byte (m/M) - m = 109, - M = 77, - //timer word (t/T), - t = 116, - T = 84, - //counter word (z/Z), - z = 122, - Z = 90, - //virable storage type (v/V), - v = 118, - V = 86, - } - - #endregion - - #region PLC基本函数 - - [DllImport("Prodave6.dll")] //连接PLC操作 - //参数：连接号（0-63）、常值"S7ONLINE"、待连接plc地址属性表长度（字节为单位，常值9）、待连接plc地址属性表 - public static extern int LoadConnection_ex6(int ConNr, string pAccessPoint, int ConTableLen, - ref CON_TABLE_TYPE pConTable); - - [DllImport("Prodave6.dll")] //断开PLC操作 - //参数：连接号（0-63） - public static extern int UnloadConnection_ex6(UInt16 ConNr); - - [DllImport("Prodave6.dll")] //激活PLC连接操作 - //参数：连接号（0-63） - public static extern int SetActiveConnection_ex6(UInt16 ConNr); - - [DllImport("Prodave6.dll")] //PLC db区读取操作 - //参数：data block号、要读取的数据类型、起始地址号、需要读取类型的数量、缓冲区长度（字节为单位）、缓冲区、缓冲区数据交互的长度 - public static extern int db_read_ex6(UInt16 BlkNr, DatType DType, UInt16 StartNr, ref UInt32 pAmount, - UInt32 BufLen, - byte[] pBuffer, ref UInt32 pDatLen); - - [DllImport("Prodave6.dll")] //PLC db区写入操作 - //参数：data block号、要写入的数据类型、起始地址号、需要写入类型的数量、缓冲区长度（字节为单位）、缓冲区 - public static extern int db_write_ex6(UInt16 BlkNr, DatType Type, UInt16 StartNr, ref UInt32 pAmount, - UInt32 BufLen, - byte[] pBuffer); - - [DllImport("Prodave6.dll")] //PLC 任意区读取操作 - //参数：要读取的区类型、data block号(DB区特有，默认为0)、起始地址号、需要读取类型的数量、 - //缓冲区长度（字节为单位）、缓冲区、缓冲区数据交互的长度 - public static extern int field_read_ex6(FieldType FType, UInt16 BlkNr, UInt16 StartNr, UInt32 pAmount, - UInt32 BufLen, - byte[] pBuffer, ref UInt32 pDatLen); - - [DllImport("Prodave6.dll")] //PLC 任意区写入操作 - //参数：要写入的区类型、data block号(DB区特有，默认为0)、起始地址号、需要写入类型的数量、 - //缓冲区长度（字节为单位）、缓冲区 - public static extern int field_write_ex6(FieldType FType, UInt16 BlkNr, UInt16 StartNr, UInt32 pAmount, - UInt32 BufLen, - byte[] pBuffer); - - [DllImport("Prodave6.dll")] //PLC M区某字节的某位读取操作 - //参数：M区字节号、位号、当前的值(0/1) - public static extern int mb_bittest_ex6(UInt16 MbNr, UInt16 BitNr, ref int pValue); - - [DllImport("Prodave6.dll")] //PLC M区某字节的某位写入操作 - //参数：M区字节号、位号、要写入的值(0/1) - public static extern int mb_setbit_ex6(UInt16 MbNr, UInt16 BitNr, byte Value); - - #endregion - - #region PLC200用数据传输函数 - - [DllImport("Prodave6.dll")] //200系列PLC 任意区读取操作 - //参数：要读取的区类型、data block号(DB区特有，默认为0)、起始地址号、需要读取类型的数量、 - //缓冲区长度（字节为单位）、缓冲区、缓冲区数据交互的长度 - public static extern int as200_field_read_ex6(FieldType FType, UInt16 BlkNr, UInt16 StartNr, UInt32 pAmount, - UInt32 BufLen, - byte[] pBuffer, ref UInt32 pDatLen); - - [DllImport("Prodave6.dll")] //200系列PLC 任意区写入操作 - //参数：要写入的区类型、data block号(DB区特有，默认为0)、起始地址号、需要写入类型的数量、 - //缓冲区长度（字节为单位）、缓冲区 - public static extern int as200_field_write_ex6(FieldType FType, UInt16 BlkNr, UInt16 StartNr, UInt32 pAmount, - UInt32 BufLen, - byte[] pBuffer); - - [DllImport("Prodave6.dll")] //200系列PLC M区某字节的某位读取操作 - //参数：M区字节号、位号、当前的值(0/1) - public static extern int as200_mb_bittest_ex6(UInt16 MbNr, UInt16 BitNr, ref int pValue); - - [DllImport("Prodave6.dll")] //200系列PLC M区某字节的某位写入操作 - //参数：M区字节号、位号、要写入的值(0/1) - public static extern int as200_mb_setbit_ex6(UInt16 MbNr, UInt16 BitNr, byte Value); - - #endregion - - #region PLC数据转换函数 - - [DllImport("Prodave6.dll")] //诊断错误信息操作 - //参数：错误代号、缓冲区大小（字节为单位）、缓冲区 - public static extern int GetErrorMessage_ex6(int ErrorNr, UInt32 BufLen, - byte[] pBuffer); - - [DllImport("Prodave6.dll")] //S7浮点数转换成PC浮点数 - //参数：S7浮点数、PC浮点数 - public static extern int gp_2_float_ex6(UInt32 gp, ref float pieee); - - [DllImport("Prodave6.dll")] //PC浮点数转换成S7浮点数 - //参数：PC浮点数、S7浮点数 - public static extern int float_2_gp_ex6(float ieee, ref UInt32 pgp); - - [DllImport("Prodave6.dll")] //检测某字节的某位的值是0或1 - //参数：字节值、位号 - public static extern int testbit_ex6(byte Value, int BitNr); - - [DllImport("Prodave6.dll")] //检测某字节的byte值转换成int数组 - //参数：byte值、int数组(长度为8) - public static extern void byte_2_bool_ex6(byte Value, int[] pBuffer); - - - [DllImport("Prodave6.dll")] //检测某字节的int数组转换成byte值 - //参数：int数组(长度为8) - public static extern byte bool_2_byte_ex6(int[] pBuffer); - - [DllImport("Prodave6.dll")] //交换数据的高低字节——16位数据 - //参数：待交换的数据 - public static extern UInt16 kf_2_integer_ex6(UInt16 wValue); //16位数据——WORD - - [DllImport("Prodave6.dll")] //交换数据的高低字节——32位数据 - //参数：待交换的数据 - public static extern UInt32 kf_2_long_ex6(UInt32 dwValue); //32位数据——DWORD - - [DllImport("Prodave6.dll")] //交换数据缓冲区的的高低字节区，例如pBuffer[0]与pBuffer[1]，pBuffer[2]与pBuffer[3]交换 - //参数：待交换的数据缓冲区，要交换的字节数，如Amount=pBuffer.Length，则交换全部缓冲 - public static extern void swab_buffer_ex6(byte[] pBuffer, UInt32 Amount); - - [DllImport("Prodave6.dll")] //复制数据缓冲区 - //参数：目的数据缓冲区，源数据缓冲区，要复制的数量（字节为单位） - public static extern void copy_buffer_ex6(byte[] pTargetBuffer, byte[] pSourceBuffer, UInt32 Amount); - - [DllImport("Prodave6.dll")] //把二进制数组传换成BCD码的数组——16位数据 - //参数：要处理的数组，要处理的字节数，转换前是否先交换高低字节，转换后是否要交换高低字节 - //InBytechange为1则转换BCD码之前，先交换高低字节 - //OutBytechange为1则转换BCD码之后，再交换高低字节 - //如果InBytechange和OutBytechange都没有置1，则不发生高低位的交换 - //16位数据BCD码值的许可范围是：+999 —— -999 - public static extern void ushort_2_bcd_ex6(UInt16[] pwValues, UInt32 Amount, int InBytechange, int OutBytechange); //16位数据——WORD - - [DllImport("Prodave6.dll")] //把二进制数组传换成BCD码的数组——32位数据 - //参数：要处理的数组，要处理的字节数，转换前是否先交换高低字节，转换后是否要交换高低字节 - //InBytechange为1则转换BCD码之前，先交换高低字节 - //OutBytechange为1则转换BCD码之后，再交换高低字节 - //如果InBytechange和OutBytechange都没有置1，则不发生高低位的交换 - //32位数据BCD码值的许可范围是：+9 999 999 —— -9 999 999 - public static extern void ulong_2_bcd_ex6(UInt32[] pdwValues, UInt32 Amount, int InBytechange, int OutBytechange); //32位数据——DWORD - - [DllImport("Prodave6.dll")] //把BCD码的数组传换成二进制数组——16位数据 - //参数：要处理的数组，要处理的字节数，转换前是否先交换高低字节，转换后是否要交换高低字节 - //InBytechange为1则转换BCD码之前，先交换高低字节 - //OutBytechange为1则转换BCD码之后，再交换高低字节 - //如果InBytechange和OutBytechange都没有置1，则不发生高低位的交换 - //16位数据BCD码值的许可范围是：+999 —— -999 - public static extern void bcd_2_ushort_ex6(UInt16[] pwValues, UInt32 Amount, int InBytechange, int OutBytechange); //16位数据——WORD - - [DllImport("Prodave6.dll")] //把BCD码的数组传换成二进制数组——32位数据 - //参数：要处理的数组，要处理的字节数，转换前是否先交换高低字节，转换后是否要交换高低字节 - //InBytechange为1则转换BCD码之前，先交换高低字节 - //OutBytechange为1则转换BCD码之后，再交换高低字节 - //如果InBytechange和OutBytechange都没有置1，则不发生高低位的交换 - //32位数据BCD码值的许可范围是：+9 999 999 —— -9 999 999 - public static extern void bcd_2_ulong_ex6(UInt32[] pdwValues, UInt32 Amount, int InBytechange, int OutBytechange); //32位数据——DWORD - - [DllImport("Prodave6.dll")] //查看64个连接中哪些被占用，哪些已经建立 - //参数：传输缓冲的字节长度，64位长度的数组(0或1) - public static extern void GetLoadedConnections_ex6(UInt32 BufLen, int[] pBuffer); - - #endregion - - #region 自定义辅助函数 - - public static UInt16 bytes_2_word(byte dbb0, byte dbb1) //将高低2个byte转换成1个word - { - UInt16 dbw0; - dbw0 = (UInt16) (dbb0*256 + dbb1); - return dbw0; - } - - public static UInt32 bytes_2_dword(byte dbb0, byte dbb1, byte dbb2, byte dbb3) //将高低4个byte转换成1个dword - { - UInt32 dbd0; - dbd0 = (UInt32) (dbb0*16777216 + dbb1*65536 + dbb2*256 + dbb3); - return dbd0; - } - - public static UInt32 words_2_dword(UInt16 dbw0, UInt16 dbw2) //将高低2个word转换成1个dword - { - UInt32 dbd0; - dbd0 = (UInt32) (dbw0*65536 + dbw2); - return dbd0; - } - - public static byte[] word_2_bytes(UInt16 dbw0) //将word拆分为2个byte - { - byte[] bytes = new byte[2]; - bytes[0] = (byte) (dbw0/256); - bytes[1] = (byte) (dbw0%256); - return bytes; - } - - public static byte[] dword_2_bytes(UInt32 dbd0) //将dword拆分为4个byte - { - byte[] bytes = new byte[4]; - bytes[0] = (byte) (dbd0/16777216); - dbd0 = dbd0%16777216; - bytes[1] = (byte) (dbd0/65536); - dbd0 = dbd0%65536; - bytes[2] = (byte) (dbd0/256); - bytes[3] = (byte) (dbd0%256); - return bytes; - } - - public static UInt16[] dword_2_words(UInt32 dbd0) //将dword拆分为2个word - { - UInt16[] words = new UInt16[2]; - words[0] = (UInt16) (dbd0/65536); - words[1] = (UInt16) (dbd0%65536); - return words; - } - - #endregion - - } - -}