HslCommunication.Profinet.Fuji

类 FujiSPHNet

java.lang.Object

HslCommunication.Core.Net.NetworkBase.NetworkBase

HslCommunication.Core.Net.NetworkBase.NetworkDoubleBase

HslCommunication.Core.Net.NetworkBase.NetworkDeviceBase

HslCommunication.Profinet.Fuji.FujiSPHNet

所有已实现的接口:

IReadWriteDevice, IReadWriteNet

public class FujiSPHNet
extends NetworkDeviceBase

字段概要

从类继承的字段 HslCommunication.Core.Net.NetworkBase.NetworkDeviceBase

WordLength

从类继承的字段 HslCommunication.Core.Net.NetworkBase.NetworkDoubleBase

AlienSession, isPersistentConn, IsSocketError, isUseAccountCertificate, LogMsgFormatBinary, simpleHybirdLock

从类继承的字段 HslCommunication.Core.Net.NetworkBase.NetworkBase

CoreSocket, fileCacheSize, LogNet, Token

从接口继承的字段 HslCommunication.Core.Net.IReadWriteNet

LogNet

构造器概要

构造器

构造器和说明
FujiSPHNet() 实例化一个默认的对象 Instantiate a default object
FujiSPHNet(String ipAddress, int port) 指定IP地址和端口号来实例化一个对象 Specify the IP address and port number to instantiate an object

方法概要

限定符和类型	方法和说明
static OperateResultExOne<ArrayList<byte[]>>	BuildReadCommand(byte connectionId, FujiSPHAddress address, short length) 构建读取数据的命令报文
static OperateResultExOne<ArrayList<byte[]>>	BuildReadCommand(byte connectionId, String address, short length) 构建读取数据的命令报文
static OperateResultExOne<byte[]>	BuildWriteCommand(byte connectionId, String address, byte[] data) 构建写入数据的命令报文
OperateResult	CpuBatchInitializeAndStart() This command is used to initialize and start all the CPUs that exist in a configuration in a batch.
OperateResult	CpuBatchReset() This command is used to stop all the CPUs that exist in a configuration in a batch.
OperateResult	CpuBatchStart() This command is used to start all the CPUs that exist in a configuration in a batch.
OperateResult	CpuBatchStop() This command is used to stop all the CPUs that exist in a configuration in a batch.
OperateResult	CpuIndividualInitializeAndStart() This command is used to initialize and start an arbitrary CPU existing in a configuration by specifying it.
OperateResult	CpuIndividualReset() This command is used to reset an arbitrary CPU existing in a configuration by specifying it.
OperateResult	CpuIndividualStart() This command is used to start an arbitrary CPU existing in a configuration by specifying it.
OperateResult	CpuIndividualStop() This command is used to stop an arbitrary CPU existing in a configuration by specifying it.
static OperateResultExOne<byte[]>	ExtractActualData(byte[] response) 从PLC返回的报文里解析出实际的数据内容，如果发送了错误，则返回失败信息
byte	getConnectionID() 获取连接的CPU的站号，对于 CPU0-CPU7来说是CPU的站号，分为对应 0xFE-0xF7，对于P/PE link, FL-net是模块站号，分别对应0xF6-0xEF Get the cpu station: CPU0 to CPU7: SX bus station No. of destination CPU (FEh to F7h); P/PE link, FL-net: SX bus station No. of destination module (F6H to EFH)
static String	GetErrorDescription(byte code) 根据错误代号获取详细的错误描述信息
protected INetMessage	GetNewNetMessage() 获取一个新的消息对象的方法，需要在继承类里面进行重写 The method to get a new message object needs to be overridden in the inheritance class
OperateResultExOne<byte[]>	Read(String address, short length) 批量读取PLC的地址数据，长度单位为字。
OperateResultExOne<boolean[]>	ReadBool(String address, short length) 批量读取位数据的方法，需要传入位地址，读取的位长度，地址示例：M1.100.5，M3.1000.12，M10.1000.0 To read the bit data in batches, you need to pass in the bit address, the length of the read bit, address examples: M1.100.5, M3.1000.12, M10.1000.0
void	setConnectionID(byte connectionID) 设置连接的CPU站号，对于 CPU0-CPU7来说是CPU的站号，分为对应 0xFE-0xF7，对于P/PE link, FL-net是模块站号，分别对应0xF6-0xEF Set the cpu station: CPU0 to CPU7: SX bus station No. of destination CPU (FEh to F7h); P/PE link, FL-net: SX bus station No. of destination module (F6H to EFH)
String	toString() 返回当前对象表示的字符串 Returns the string represented by the current object
OperateResult	Write(String address, boolean[] value) 批量写入位数据的方法，需要传入位地址，等待写入的boo[]数据，地址示例：M1.100.5，M3.1000.12，M10.1000.0 To write bit data in batches, you need to pass in the bit address and wait for the boo[] data to be written.
OperateResult	Write(String address, byte[] value) 批量写入字节数组到PLC的地址里，地址支持M1.1000，M3.1000，M10.1000，返回是否写入成功。

从类继承的方法 HslCommunication.Core.Net.NetworkBase.NetworkDeviceBase

ReadBool, ReadCustomer, ReadDouble, ReadDouble, ReadFloat, ReadFloat, ReadInt16, ReadInt16, ReadInt32, ReadInt32, ReadInt64, ReadInt64, ReadString, ReadString, ReadUInt16, ReadUInt16, ReadUInt32, ReadUInt32, Write, Write, Write, Write, Write, Write, Write, Write, Write, Write, Write, Write, Write, Write, Write, WriteCustomer, WriteUnicodeString, WriteUnicodeString

从类继承的方法 HslCommunication.Core.Net.NetworkBase.NetworkDoubleBase

AccountCertificate, ConnectClose, ConnectServer, ConnectServer, ExtraAfterReadFromCoreServer, ExtraOnDisconnect, GetAvailableSocket, getByteTransform, getConnectionId, getConnectTimeOut, getIpAddress, getPort, getReceiveTimeOut, getSleepTime, InitializationOnConnect, IpAddressPing, PackCommandWithHeader, ReadFromCoreServer, ReadFromCoreServer, ReadFromCoreServer, setByteTransform, setConnectionId, setConnectTimeOut, setIpAddress, SetLoginAccount, SetPersistentConnection, setPort, setReceiveTimeOut, setSleepTime, UnpackResponseContent

从类继承的方法 HslCommunication.Core.Net.NetworkBase.NetworkBase

CheckRemoteToken, CloseSocket, CreateSocketAndConnect, CreateSocketAndConnect, CreateSocketAndConnect, ReadStream, Receive, Receive, Receive, ReceiveAndCheckBytes, ReceiveByMessage, ReceiveByMessage, ReceiveBytesContentFromSocket, ReceiveBytesContentFromSocket, ReceiveCommandLineFromSocket, ReceiveCommandLineFromSocket, ReceiveCommandLineFromSocket, ReceiveCommandLineFromSocket, ReceiveFrameWebSocketPayload, ReceiveHslMessage, ReceiveMqttMessage, ReceiveRedisCommand, ReceiveRedisCommandString, ReceiveStringArrayContentFromSocket, ReceiveStringArrayContentFromSocket, ReceiveStringContentFromSocket, ReceiveStringContentFromSocket, ReceiveWebSocketPayload, Send, Send, SendAccountAndCheckReceive, SendBaseAndCheckReceive, SendBytesAndCheckReceive, SendStreamToSocket, SendStringAndCheckReceive, SendStringAndCheckReceive, ThreadPoolCheckTimeOut, WriteStream, WriteStreamFromSocket

从类继承的方法 java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

从接口继承的方法 HslCommunication.Core.Net.IReadWriteDevice

ReadFromCoreServer

从接口继承的方法 HslCommunication.Core.Net.IReadWriteNet

ConnectClose, getConnectionId, setConnectionId

构造器详细资料

FujiSPHNet

public FujiSPHNet()

实例化一个默认的对象
Instantiate a default object

FujiSPHNet

public FujiSPHNet(String ipAddress,
                  int port)

指定IP地址和端口号来实例化一个对象
Specify the IP address and port number to instantiate an object

参数:

ipAddress - Ip地址

port - 端口号

方法详细资料

GetNewNetMessage

protected INetMessage GetNewNetMessage()

从类复制的说明: NetworkDoubleBase

获取一个新的消息对象的方法，需要在继承类里面进行重写
The method to get a new message object needs to be overridden in the inheritance class

覆盖:

GetNewNetMessage 在类中 NetworkDoubleBase

返回:

消息类对象

getConnectionID

public byte getConnectionID()

获取连接的CPU的站号，对于 CPU0-CPU7来说是CPU的站号，分为对应 0xFE-0xF7，对于P/PE link, FL-net是模块站号，分别对应0xF6-0xEF
Get the cpu station: CPU0 to CPU7: SX bus station No. of destination CPU (FEh to F7h); P/PE link, FL-net: SX bus station No. of destination module (F6H to EFH)

返回:

站号信息

setConnectionID

public void setConnectionID(byte connectionID)

设置连接的CPU站号，对于 CPU0-CPU7来说是CPU的站号，分为对应 0xFE-0xF7，对于P/PE link, FL-net是模块站号，分别对应0xF6-0xEF
Set the cpu station: CPU0 to CPU7: SX bus station No. of destination CPU (FEh to F7h); P/PE link, FL-net: SX bus station No. of destination module (F6H to EFH)

参数:

connectionID - 连接ID信息

Read

public OperateResultExOne<byte[]> Read(String address,
                                       short length)

批量读取PLC的地址数据，长度单位为字。地址支持M1.1000，M3.1000，M10.1000，返回读取的原始字节数组。
Read PLC address data in batches, the length unit is words. The address supports M1.1000, M3.1000, M10.1000, and returns the original byte array read.

指定者:

Read 在接口中 IReadWriteNet

覆盖:

Read 在类中 NetworkDeviceBase

参数:

address - PLC的地址，支持M1.1000，M3.1000，M10.1000

length - 读取的长度信息，按照字为单位

返回:

包含byte[]的原始字节数据内容

Write

public OperateResult Write(String address,
                           byte[] value)

批量写入字节数组到PLC的地址里，地址支持M1.1000，M3.1000，M10.1000，返回是否写入成功。
Batch write byte array to PLC address, the address supports M1.1000, M3.1000, M10.1000, and return whether the writing is successful.

指定者:

Write 在接口中 IReadWriteNet

覆盖:

Write 在类中 NetworkDeviceBase

参数:

address - PLC的地址，支持M1.1000，M3.1000，M10.1000

value - 写入的原始字节数据

返回:

是否写入成功

ReadBool

public OperateResultExOne<boolean[]> ReadBool(String address,
                                              short length)

批量读取位数据的方法，需要传入位地址，读取的位长度，地址示例：M1.100.5，M3.1000.12，M10.1000.0
To read the bit data in batches, you need to pass in the bit address, the length of the read bit, address examples: M1.100.5, M3.1000.12, M10.1000.0

指定者:

ReadBool 在接口中 IReadWriteNet

覆盖:

ReadBool 在类中 NetworkDeviceBase

参数:

address - PLC的地址，示例：M1.100.5，M3.1000.12，M10.1000.0

length - 读取的bool长度信息

返回:

包含bool[]的结果对象

Write

public OperateResult Write(String address,
                           boolean[] value)

批量写入位数据的方法，需要传入位地址，等待写入的boo[]数据，地址示例：M1.100.5，M3.1000.12，M10.1000.0
To write bit data in batches, you need to pass in the bit address and wait for the boo[] data to be written. Examples of addresses: M1.100.5, M3.1000.12, M10.1000.0

[警告] 由于协议没有提供位写入的命令，所有通过字写入间接实现，先读取字数据，修改中间的位，然后写入字数据，所以本质上不是安全的，确保相关的地址只有上位机可以写入。
[Warning] Since the protocol does not provide commands for bit writing, all are implemented indirectly through word writing. First read the word data, modify the bits in the middle, and then write the word data, so it is inherently not safe. Make sure that the relevant address is only The host computer can write.

指定者:

Write 在接口中 IReadWriteNet

覆盖:

Write 在类中 NetworkDeviceBase

参数:

address - PLC的地址，示例：M1.100.5，M3.1000.12，M10.1000.0

value - 等待写入的bool数组

返回:

是否写入成功的结果对象

CpuBatchStart

public OperateResult CpuBatchStart()

This command is used to start all the CPUs that exist in a configuration in a batch. Each CPU is cold-started or warm-started,depending on its condition. If a CPU is already started up, or if the key switch is set at "RUN" position, the CPU does not perform processing for startup, which, however, does not result in an error, and a response is returned normally

返回:

是否启动成功

CpuBatchInitializeAndStart

public OperateResult CpuBatchInitializeAndStart()

This command is used to initialize and start all the CPUs that exist in a configuration in a batch. Each CPU is cold-started. If a CPU is already started up, or if the key switch is set at "RUN" position, the CPU does not perform processing for initialization and startup, which, however, does not result in an error, and a response is returned normally.

返回:

是否启动成功

CpuBatchStop

public OperateResult CpuBatchStop()

This command is used to stop all the CPUs that exist in a configuration in a batch. If a CPU is already stopped, or if the key switch is set at "RUN" position, the CPU does not perform processing for stop, which, however, does not result in an error, and a response is returned normally.

返回:

是否停止成功

CpuBatchReset

public OperateResult CpuBatchReset()

This command is used to stop all the CPUs that exist in a configuration in a batch. If a CPU is already stopped, or if the key switch is set at "RUN" position, the CPU does not perform processing for stop, which, however, does not result in an error, and a response is returned normally.

返回:

是否复位成功

CpuIndividualStart

public OperateResult CpuIndividualStart()

This command is used to start an arbitrary CPU existing in a configuration by specifying it. The CPU may be cold-started or warm-started, depending on its condition. An error occurs if the CPU is already started. A target CPU is specified by a connection mode and connection ID.

返回:

是否启动成功

CpuIndividualInitializeAndStart

public OperateResult CpuIndividualInitializeAndStart()

This command is used to initialize and start an arbitrary CPU existing in a configuration by specifying it. The CPU is cold-started. An error occurs if the CPU is already started or if the key switch is set at "RUN" or "STOP" position. A target CPU is specified by a connection mode and connection ID.

返回:

是否启动成功

CpuIndividualStop

public OperateResult CpuIndividualStop()

This command is used to stop an arbitrary CPU existing in a configuration by specifying it. An error occurs if the CPU is already stopped or if the key switch is set at "RUN" or "STOP" position. A target CPU is specified by a connection mode and connection ID.

返回:

是否停止成功

CpuIndividualReset

public OperateResult CpuIndividualReset()

This command is used to reset an arbitrary CPU existing in a configuration by specifying it. An error occurs if the key switch is set at "RUN" or "STOP" position. A target CPU is specified by a connection mode and connection ID.

返回:

是否复位成功

toString

public String toString()

从类复制的说明: NetworkBase

返回当前对象表示的字符串
Returns the string represented by the current object

覆盖:

toString 在类中 NetworkDeviceBase

返回:

字符串信息

GetErrorDescription

public static String GetErrorDescription(byte code)

根据错误代号获取详细的错误描述信息

参数:

code - 错误码

返回:

错误的描述文本

BuildReadCommand

public static OperateResultExOne<ArrayList<byte[]>> BuildReadCommand(byte connectionId,
                                                                     String address,
                                                                     short length)

构建读取数据的命令报文

参数:

connectionId - 连接ID

address - 读取的PLC的地址

length - 读取的长度信息，按照字为单位

返回:

构建成功的读取报文命令

BuildReadCommand

public static OperateResultExOne<ArrayList<byte[]>> BuildReadCommand(byte connectionId,
                                                                     FujiSPHAddress address,
                                                                     short length)

构建读取数据的命令报文

参数:

connectionId - 连接ID

address - 读取的PLC的地址

length - 读取的长度信息，按照字为单位

返回:

构建成功的读取报文命令

BuildWriteCommand

public static OperateResultExOne<byte[]> BuildWriteCommand(byte connectionId,
                                                           String address,
                                                           byte[] data)

构建写入数据的命令报文

参数:

connectionId - 连接ID

address - 写入的PLC的地址

data - 原始数据内容

返回:

报文信息

ExtractActualData

public static OperateResultExOne<byte[]> ExtractActualData(byte[] response)

从PLC返回的报文里解析出实际的数据内容，如果发送了错误，则返回失败信息

参数:

response - PLC返回的报文信息

返回:

是否成功的结果对象