NAP7000P
User Manual
Revision 1
July 1998
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Table of Contents
1 INTRODUCTION.........................................................................................................................1
1.1 R
EADME.DOC .............................................................................................................................. 1
2 WINDOWS 95/NT APPLICATIONS.........................................................................................2
2.1 UART.DLL................................................................................................................................ 2
2.2 I7000.DLL.................................................................................................................................. 2
2.3 R
2.4 D
2.5 VC++
2.6 MFC
EQUIRED FILES .........................................................................................................................3
EMO PROGRAMS ....................................................................................................................... 3
CALL DLLS...................................................................................................................... 4
CALL DLLS ....................................................................................................................... 5
3 WINDOWS 3.1 APPLICATIONS...............................................................................................6
3.1 7000W31.DLL ........................................................................................................................... 6
3.2 R
3.3 D
EQUIRED FILES .........................................................................................................................6
EMO PROGRAMS ....................................................................................................................... 7
4 UART.DLL FOR WINDOWS 95/NT........................................................................................8
4.1 O
4.2 C
PEN_COM ................................................................................................................................. 8
LOSE_COM ...............................................................................................................................8
4.3 S
END_CMD .................................................................................................................................9
4.4 R
4.5 S
4.6 S
EAD_COM_STATUS ..................................................................................................................9
END_STR................................................................................................................................. 10
END_RECEIVE_CMD ...............................................................................................................10
5 I7000.DLL FOR WINDOWS 95/NT.........................................................................................11
5.1 S
HORT_SUB_2 ..........................................................................................................................11
5.2 F
LOAT_SUB_2 ..........................................................................................................................11
5.3 G
5.4 I7000_T
5.5 I7000_A
5.6 I7000_A
5.7 I7000_7017I
5.8 I7000_A
5.9 I7000_A
ET_DLL_VERSION.................................................................................................................. 12
EST ..............................................................................................................................12
NALOGIN..................................................................................................................... 12
NALOGIN8................................................................................................................... 14
N8......................................................................................................................... 15
NALOGOUT ................................................................................................................. 16
NALOGOUTREADBACK............................................................................................... 17
3
5.10 I7000_D
IGITALIN ................................................................................................................ 18
5.11 I7000_D
5.12 I7000_D
5.13 I7000_N
5.14 I7000_N
5.15 VC
5.16 I7000.DLL
IGITALOUT ............................................................................................................. 19
IGITALOUTREADBACK .......................................................................................... 20
ETWORKANALOGIN ............................................................................................... 21
ETWORKDIGITALIN ................................................................................................22
I7000 DEMO PROGRAMS................................................................................................ 23
DRIVER SOURCE ................................................................................................ 23
6 7000W31.DLL FOR WINDOWS 3.1........................................................................................24
6.1 O
6.2 C
6.3 S
6.4 R
6.5 S
6.6 S
6.7 R
6.8 S
6.9 VC
PEN_COM ............................................................................................................................... 24
LOSE_COM .............................................................................................................................24
END_CMD ...............................................................................................................................25
ECEIVE_CMD.......................................................................................................................... 25
END_RECEIVE_CMD ...............................................................................................................26
END_STR................................................................................................................................. 26
ECEIVE_STR ........................................................................................................................... 27
END_RECEIVE_STR................................................................................................................. 27
DEMO PROGRAMS............................................................................................................... 28
6.10 7000W31.DLL
DRIVER SOURCE ......................................................................................... 28
4
1 Introduction
The NAP7000P is a Windows DLL designed for Windows 3.1/95/NT user. It can be called by VC++, BC++, VB,
Delphi, BC++ Builder, LabVIEW and TestPoint. Some of the key features of NAP7000P are shown below:
1. multi-tasking DLLs design
2. multi-threaded DLLs design
3. provide general-purpose RS-232 application functions
4. provide general-purpose CB-7000 send/receive functions
5. provide high performance CB-7000 application functions
6. multi-speed demos
7. multi-data-format demos
8. includes over 40 demo programs
9. provides complete diagnostic & utility program, ICPCON.EXE
1.1 Readme.doc
We will co ntinuously upgrade this software, NAP70 0P. Therefore some in formation may not be given in this
manual. All the extra information will be given in the readme.doc. There are many readme.doc given in the companion
floppy disk as following:
The contents of readme.doc can be as following:
z release notes
z user manual updates
z demo program documentation
z compiler & link documentation
z application notes
We recommended you read the readme.doc file prior to using this software.
2 Windows 95/NT Applications
The UART.DLL & I7000.DLL are Win32 DLLs drivers designed for Windows 95 and Windows NT 3.51/4.0
applications. The user can us e many programming languages such as VC++, BC++, BC++ Builder, VB, and Delphi.
There are also many demo program provided for VC++, VB, Delphi and BC++ Builder.
User programs which call UART.DLL & I7000.DLL can be executed under Windows 95 and Windows NT
3.51/4.0 without changing any code.
2.1 UART.DLL
The PC RS-232 COM port related DLLs are provided in UART.DLL. The header file of UART.DLL is provided in
I7000.H. The import library of UART.DLL is in UART.LIB. The related files are given in the NAP7000P as following:
\NAP7000P\W32\UART\uart.dll :DLLs for Windows 95/NT applications
\NAP7000P\W32\I7000\I7000.h :header file for VC++
\NAP7000P\W32\UART\uart.lib :import library for VC++
\NAP7000P\W32\BC_LIB\uart.lib :import library for BC++ and BC++ Builder
2.2 I7000.DLL
The I7000.DLL is d esigned for CB-700 0 series app lications. The I7000.DLL will call UART.DLL to send
command and receive result to the CB-7000 series modules. The related files are given in the NAP7000P as following:
\NAP7000P\W32\I7000\i7000.dll :DLLs for Windows 95/NT applications
\NAP7000P\W32\I7000\i7000.h :header file for VC++
\NAP7000P\W32\I7000\i7000.lib :import library for VC++
\NAP7000P\W32\BC_LIB\i7000.lib :import library for BC++ and BC++ Builder
2
2.3 Required Files
The VC++ user has to include the following five files:
1. \NAP7000P\W32\UART\uart.dll :RS232 related DLLs
2. \NAP7000P\W32\UART\uart.lib :import library of uart.dll
3. \NAP7000P\W32\I7000\i7000.h :declaration file for uart.dll & i7000.dll
4. \NAP7000P\W32\I7000\i7000.dll :CB-7000 series related DLLs
5. \NAP7000P\W32\I7000\i7000.lib :import library of i7000.dll
The BC++ & BC++ Builder user has to include the following four files :
1. \NAP7000P\W32\UART\uart.dll :RS232 related DLLs
2. \NAP7000P\W32\BC_LIB\uart.lib :import library of uart.dll
3. \NAP7000P\W32\I7000\i7000.dll :CB-7000 series related DLLs
4. \NAP7000P\W32\BC_LIB\i7000.lib :import library of i7000.dll
The VB, Delphi & LabVIEW user has to include only two files:
1. \NAP7000P\W32\UART\uart.dll :RS232 related DLLs
2. \NAP7000P\W32\I7000\i7000.dll :CB-7000 series related DLLs
2.4 Demo Programs
There are many demo program designed for VC++, VB, Delphi and BC++ Builder. These demo program in the
following directories:
1. \NAP7000P\W32\VCDEMO\*.* :VC++ demo program
2. \NAP7000P\W32\VBDEMO\*.* :VB demo program
3. \NAP7000P\W32\Delphi\*.* :Delphi demo program
4. \NAP7000P\W32\BCB\*.* :BC++ Builder demo program
3
The following provides a brief description of the various demo programs.
Demo1 :send/receive command to CB-7000 with checksum disable
Demo2 :send/receive command to CB-7000 with checksum enable
Demo3 :send/receive command to Counter, ANC PC-202
Demo4 :send/receive command to OMRON PLC, CQM1 or C200
Demo5 :multi-speed demo
Demo6 :muti-data-format demo
Demo7 :multi-speed and multi-data-format demo
Demo20 :I7000_AnalogIn demo1
Demo21 :I7000_AnalogIn demo2
Demo22 :I7000_AnalogIn8 demo
Demo23 :I7000_AnalogOut demo
Demo24 :I7000_DigitalIn demo
Demo25 :I7000_DigitalOut demo
Demo26 :multi-speed demo
Demo27 :I7000_I7017In8 demo
Demo28 :I7000_AnalogOutReadBack demo
Demo29 :I7000_DigitalOutReadBack demo
Demo30 :I7000_NetworkAnalogIn demo
Demo31 :I7000_NetworkDigitalIn demo
2.5 VC++ Call DLLs
All the demo program given in \NAP7000P\W32\Vcdemo\*.* are designed with VC++ language. They have been run
under Windows 95/NT and Visual C++ 4.0. The key points for proper operation are:
1. Enter the DOS command prompt under Windows.
2. Make sure the PATH include the Visual C++ compiler
3. Execute the \MSDEV\BIN\VCVARS32.BAT one time to setup the environment. The VCVARS32.BAT is
provided by Visual C++.
4. The source program must include “I7000.H”
5. Copy the UART.LIB, I7000.LIB, UART.DLL and I7000.DLL to the same directory with source program
6. Edit the source program (refer to \nap7000p\w32\vcdemo\demo?\demo?.C)
7. Edit the NMAKE file (refer to \nap7000p\w32\vcdemo\demo?\demo?.MAK)
8. Edit the BATCH file (refer to \nap7000p\w32\vcdemo\demo?\c.bat)
9. Execute the batch file
10. Execute the execution file
4
2.6 MFC Call DLLs
The usage of NAP7000P DLLs for MFC user is very similar to that for C user. These have also been tested in Windows
95/NT and Visual C++ 4.0. The key points for proper operation are:
1. Use MFC wizard to create source code
2. The source program must include “I7000.H”
3. Copy the UART.LIB, I7000.LIB, UART.DLL and I7000.DLL to the same directory with source program
4. Select Build/Settings/Link and key-in “UART.LIB I7000.LIB” in the object/library modules field
5
3 Windows 3.1 Applications
7000W31.DLL is a 16-bit DLL driver designed for Windows 3.1 applications. The user can use VC++ or VB to call the
7000W31.DLL.. There are also many demo programs provided for VC++ and VB.
The DLLs for Windows 3.1 and DLLs for Windows 95/NT are virtually identical in usage.
3.1 7000W31.DLL
The header file of 7000W31.DLL is provided in 7000W31.H The import library of 7000W31.DLL is sho wn in
7000W31.LIB. The key files in NAP7000P are as follows:
\NAP7000P\W31\DLL\7000w31.dll :DLLs for Windows 3.1 applications
\NAP7000P\W31\DLL\7000w31.h :header file for VC++
\NAP7000P\W31\DLL\7000w31.lib :import library for VC++
\NAP7000P\W31\7000W31\*.* :driver source
3.2 Required Files
The VC++ user must include the following three files:
1. \NAP7000P\W31\DLL\7000w31.dll :16-bit DLLs for Windows 3.1
2. \NAP7000P\W31\DLL\7000w31.lib :import library
3. \NAP7000P\W31\DLL\7000w31.h :declaration file for 7000w31.dll
The VB & LabVIEW user must include only one file:
1. \NAP7000P\W31\DLL\7000w31.dll :RS232 related DLLs
6
3.3 Demo Programs
There are many demo programs designed for VC and VB. These demo program are given in the NAP7000P as
following:
1. \NAP7000P\W31\VCDEMO\*.* :VC++ Quick-Win demo program
2. \NAP7000P\W31\VBDEMO\*.* :16-bit VB demo program
These demo programs are given as following:
Demo1 :send/receive command to CB-7000 with checksum disable
Demo2 :send/receive command to CB-7000 with checksum enable
Demo3 :send/receive command to Counter, ANC PC-202
Demo4 :send/receive command to OMRON PLC, CQM1 or C200
Demo5 :multi-speed demo
Demo6 :muti-data-format demo
Demo7 :multi-speed and multi-data-format demo
Demo20 :I7000_AnalogIn demo1
Demo21 :I7000_AnalogIn demo2
Demo22 :I7000_AnalogIn8 demo
Demo23 :I7000_AnalogOut demo
Demo24 :I7000_DigitalIn demo
Demo25 :I7000_DigitalOut demo
Demo26 :multi-speed demo
Demo27 :I7000_I7017In8 demo
Demo28 :I7000_AnalogOutReadBack demo
Demo29 :I7000_DigitalOutReadBack demo
Demo30 :I7000_NetworkAnalogIn demo
Demo31 :I7000_NetworkDigitalIn demo
7
4 UART.DLL for Windows 95/NT
There are six DLL functions provided in the UART.DLLs. This section briefly describes these functions and the
various parameters used in each.
4.1 Open_Com
z Description:
This DLL will initialize the COM port. This DLL must be called once before the other DLLs are called to
send/receive command.
z Syntax:
WORD Open_Com(char cPort, DWORD dwBaudRate, char cData, char cParity, char cStop)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
dwBaudRate: 1200/2400/4800/9600/19200/38400/57600/115200
cData: 5/6/7/8 data bit
cParity: 0=NonParity, 1=OddParity, 2=EvenParity
cStop: 0=1-stop, 1=1.5-stp, 2=2-stop
NOTE: cData=8, cParity=0, cStop=0 for CB-7000 modules
z Return Value:
NoError = OK
others = Error code, refer to I7000.H
4.2 Close_Com
z Description:
This DLL will free all the resources used by Open_Com. This DLL must be called before the program exit. The
Open_Com will return error message if the program exit without calling Close_Com function.
z Syntax:
WORD Close_Com(char cPort)
z Input Parameter:
cPort : 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
z Return Value:
NoError = OK
others = Error code, refer to I7000.H
8
4.3 Send_Cmd
z Description:
This DLL will create a thread to send a command to CB-7 000 and receive the response -result from CB-7000. If the
wCheckSum=1, this DLL will automatically add the two checksum bytes to the input string. This DLL will add the
[0x0D] to the end of the input string, szCmd. The Send_Cmd is a multi-task, multi-thread DLL.
z Syntax:
WORD Send_Cmd(char cPort, char szCmd[], WORD wTimeOut, WORD wCheckSum)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szCmd: the starting address of the original command string (terminated with 0)
wTimeOut: constant for time-out control, unit = 1ms
wCheckSum: 0=DISABLE, 1=ENABLE
z Return Value:
NoError : OK
others = Error code, refer to I7000.H
4.4 Read_Com_Status
z Description:
The Send_Cmd(…) will create a threa d to send a c ommand to CB-7000 and recei ve the response-result from CB-
7000. The Read_Com_Status will return the status of this send/receive thread. If the thread is working, the status value will
be smaller than 0x100. If the thread is finished, the status value will be larger than 0x100. The return value will be equal
to 0x105 if the send/receive operation is OK.
If the wCheckSum in Send_Cmd is 1, the Recom_Com_Status will check the two checksum bytes of result string. If
the checksum is incorrect, the D13 of return value will be set to 1.
z Syntax:
WORD Read_Com_Status(char cPort, char szResult[], WORD *wT)
z Input Parameter:
cPort : 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szResult: the starting address of the result string (terminated with 0)
wT: time of send/receive interval, unit = 1 ms
z Return Value:
D0-D7=thread status code, thread start=1 and stop=5
D8=0 : send/receive not finished, if 1: send/receive done
D9=1:send/receive timeout
D10=reserved
D11=1:Com handle error
D12=1:send/receive overflow
D13=1 :checksum error
9
4.5 Send_Str
z Description:
This DLL will create a th read to send a comman d and receive the response-result from a g eneral purpose RS-232
device. The Send_Str is a m ulti-task, multi-thread DLL. This DLL is very similar to Send_Cmd except that this DLL will
not add any char to the input string.
z Syntax:
WORD Send_Str(char cPort, char szCmd[], WORD wTimeOut, WORD wSendLen, WORD wReceiveLen)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szCmd: the starting address of the original command string (terminated with 0)
wTimeOut: constant for time-out control, unit = 1ms
wSendLen: string length of send-string
wReceiveLen: string length of receive-string
z Return Value:
NoError : OK
others = Error code, refer to I7000.H
4.6 Send_Receive_Cmd
Description:
This DLL will send a command t o CB-7000 and receive the response-result from CB-7000. If the wCheckSum=1,
this DLL will au tomatically add the two checksum bytes to the input string and check the checksum status of the receive
string. This DLL will add the [0x0D] to the end of the i nput string, szCmd. The Send_Receive_Cmd is not a multi-task
DLL.
z Syntax:
WORD Send_Receive_Cmd(char cPort, char szCmd[], char szResult[], WORD wTimeOut, WORD wCheckSum,
WORD *wT)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szCmd: the starting address of the input string (terminated with 0)
szResult: the starting address of the result string
wTimeOut: constant for time-out control, unit = 1ms
wCheckSum: 0=DISABLE, 1=ENABLE
wT: time of send/receive interval, unit = 1 ms
z Return Value:
NoError : OK
others = Error code, refer to I7000.H
10
5 I7000.DLL for Windows 95/NT
The I7000.DLL provides a wide variety of high level calls. These are described in the following sections. For specific
information regarding call usage, please refer to one of the many demo programs.
5.1 Short_Sub_2
z Description:
Compute C=A-B in short format, short=16 bits sign integer.
this DLLs can be called by your programming language, call this subroutine for testing. If this subroutine return the correct
value, the other DLLs will work OK also.
z Syntax:
short Short_Sub_2(short nA, short nB);
z Input Parameter:
nA : short integer
nB : short integer
z Return Value: return=nA-nB :short integer
This function is provided for testing purpose. To test
5.2 Float_Sub_2
z Description:
Compute C=A-B in float format, float=32 bits floating pointer number.
purpose. To test this DLLs can be called by your programming language, call this subroutine for testing. If this subroutine
return the correct value, the other DLLs will work OK also.
This function is prov ided for testing
z Syntax:
float Float_Sub_2(float fA, float fB);
z Input Parameter:
fA : floating point value
fB : floating point value
z Return Value: return=fA-fB :floating point value
11
5.3 Get_Dll_Version
z Description: Read the software version of the NAP7000P DLLs.
z Syntax: WORD Get_Dll_Version(void) ;
z Input Parameter: void
z Return Value: return=0x202 :Version 2.2
5.4 I7000_Test
z Description: Test function.
z Syntax:
I7000_Test(WORD w7000[], float f7000[], char szSendTo7000[], char szReceiveFrom7000[])
z Input Parameter:
w7000: WORD Input/Output argument table
f7000: float Input/Output argument table
szSendTo7000: command string send to CB-7000
szReceiveFrom7000: result string read from CB-7000
z Return Value: NoError
5.5 I7000_AnalogIn
z Description:
Read the analog input value from CB-7000.
z Syntax:
I7000_AnalogIn(WORD w7000[], float f7000[], char szSendTo7000[], char szReceiveFrom7000[])
z Input Parameter:
w7000: WORD Input/Output argument table
f7000: float Input/Output argument table
szSendTo7000: command string send to CB-7000
szReceiveFrom7000: result string read from CB-7000
z Return Value:
NoError: OK
others: Error code, refer to I7000.H
12
z W7000: WORD Input/Output Table
w7000[0] : RS-232 port number, 1/2/3/4
w7000[1] : module address, from 0x00 to 0xFF
w7000[2] : module ID, 0x7011/7012/7013/7014/7017/7018
w7000[3] : 0=checksum disable, 1=checksum enable
w7000[4] : TimeOut constant, normal=100
w7000[5] : channel number for CB-7017/7018
w7000[6] : 0 :no save to szSendTo7000&szReceiveFrom7000
1 :szSendTo7000=command string send to CB-7000
:szReceiveFrom 7000=result string receive from CB-7000
z F7000: Float Input/Output Table
f7000[0] : analog input value return
w7000[0]=cPort; // port
w7000[1]=wAddr; // Address
w7000[2]=0x7012; // ID
w7000[3]=0; // CheckSum disable
w7000[4]=wTimeOut; // TimeOut constant, normal=100
w7000[6]=1; // string debug
wRet=I7000_AnalogIn(w7000, f7000, szSend, szReceive);
13
5.6 I7000_AnalogIn8
z Description:
Read the 8 channels of analog input values from CB-7017 or CB-7018.
z Syntax:
I7000_AnalogIn8(WORD w7000[], float f7000[], char szSendTo7000[], char szReceiveFrom7000[])
z Input Parameter:
w7000: WORD Input/Output argument table
f7000: float Input/Output argument table
szSendTo7000: command string send to CB-7000
szReceiveFrom7000: result string read from CB-7000
z Return Value:
NoError: OK
others: Error code, refer to I7000.H
z W7000: WORD Input/Output Table
w7000[0] : RS-232 port number, 1/2/3/4
w7000[1] : module address, from 0x00 to 0xFF
w7000[2] : module ID, 0x7017/7018
w7000[3] : 0=checksum disable, 1=checksum enable
w7000[4] : TimeOut constant, normal=100
w7000[6] : 0 :no save to szSendTo7000&szReceiveFrom7000
1 :szSendTo7000=command string send to CB-7000
:szReceiveFrom 7000=result string receive from CB-7000
z F7000: Float Input/Output Table
f7000[0] : analog input value of channel_0
f7000[1] : analog input value of channel_1
……………………………………………
f7000[7] : analog input value of channel_7
14
5.7 I7000_7017In8
z Description:
Read the 8 channels of analog input values from CB-7017. This DLL will send high speed command, $ AAA, to CB-
7017. The I7000_7017In8 is faster than I7000_AnalogIn8.
z Syntax:
I7000_7017In8(WORD w7000[], float f7000[], char szSendTo7000[], char szReceiveFrom7000[])
z Input Parameter:
w7000: WORD Input/Output argument table
f7000: float Input/Output argument table
szSendTo7000: command string send to CB-7000
szReceiveFrom7000: result string read from CB-7000
z Return Value:
NoError: OK
others: Error code, refer to I7000.H
z W7000: WORD Input/Output Table
w7000[0] : RS-232 port number, 1/2/3/4
w7000[1] : module address, from 0x00 to 0xFF
w7000[2] : module type, 08/09/0A/0B/0C/0D
w7000[3] : 0=checksum disable, 1=checksum enable
w7000[4] : TimeOut constant, normal=100
w7000[6] : 0 :no save to szSendTo7000&szReceiveFrom7000
1 :szSendTo7000=command string send to CB-7000
:szReceiveFrom 7000=result string receive from CB-7000
z F7000: Float Input/Output Table
f7000[0] : analog input value of channel_0
f7000[1] : analog input value of channel_1
……………………………………………
f7000[7] : analog input value of channel_7
15
5.8 I7000_AnalogOut
z Description:
Send the analog output command to CB-7000.
z Syntax:
I7000_AnalogOut(WORD w7000[], float f7000[], char szSendTo7000[], char szReceiveFrom7000[])
z Input Parameter:
w7000: WORD Input/Output argument table
f7000: float Input/Output argument table
szSendTo7000: command string send to CB-7000
szReceiveFrom7000: result string read from CB-7000
z Return Value:
NoError: OK
others: Error code, refer to I7000.H
z W7000: WORD Input/Output Table
w7000[0] : RS-232 port number, 1/2/3/4
w7000[1] : module address, from 0x00 to 0xFF
w7000[2] : module ID, 0x7021
w7000[3] : 0=checksum disable, 1=checksum enable
w7000[4] : TimeOut constant, normal=100
w7000[6] : 0 :no save to szSendTo7000&szReceiveFrom7000
1 :szSendTo7000=command string send to CB-7000
:szReceiveFrom 7000=result string receive from CB-7000
z F7000: Float Input/Output Table
f7000[0] : analog output value
w7000[0]=cPort; // port
w7000[1]=wAddr; // Address
w7000[2]=0x7021; // ID
w7000[3]=0; // CheckSum disable
w7000[4]=wTimeOut; // TimeOut constant
w7000[6]=1; // string debug
f7000[0]=5.432; // DA output value
wRet=I7000_AnalogOut(w7000, f7000, szSend, szReceive);
16
5.9 I7000_AnalogOutReadBack
z Description:
Read back the current D/A output value of CB-7021. There are two types of analog output read back as following:
1. command read back by $AA6 command
2. analog output of current path read back by $AA8 command
z Syntax:
I7000_AnalogOutReadBack(WORD w7000[], float f7000[], char szSendTo7000[], char szReceiveFrom7000[])
z Input Parameter:
w7000: WORD Input/Output argument table
f7000: float Input/Output argument table
szSendTo7000: command string send to CB-7000
szReceiveFrom7000: result string read from CB-7000
z Return Value:
NoError: OK
others: Error code, refer to I7000.H
z W7000: WORD Input/Output Table
w7000[0]: RS-232 port number, 1/2/3/4
w7000[1]: module address, from 0x00 to 0xFF
w7000[2]: module ID, 0x7021
w7000[3]: 0=checksum disable, 1=checksum enable
w7000[4]: TimeOut constant, normal=100
w7000[5]: 0: command read back ($AA6)
1: analog output of current path read back ($AA8)
w7000[6]: 0 :no save to szSendTo7000&szReceiveFrom7000
1 :szSendTo7000=command string send to CB-7000
:szReceiveFrom 7000=result string receive from CB-7000
z F7000: Float Input/Output Table
f7000[0] : analog output read back value
17
5.10 I7000_DigitalIn
z Description:
Read the digital input value from a CB-7000 series DIO module.
z Syntax:
I7000_DigitalIn(WORD w7000[], float f7000[], char szSendTo7000[], char szReceiveFrom7000[])
z Input Parameter:
w7000: WORD Input/Output argument table
f7000: float Input/Output argument table
szSendTo7000: command string send to CB-7000
szReceiveFrom7000: result string read from CB-7000
z Return Value:
NoError: OK
others: Error code, refer to I7000.H
z W7000: WORD Input/Output Table
w7000[0] : RS-232 port number, 1/2/3/4
w7000[1] : module address, from 0x00 to 0xFF
w7000[2] : module ID, 0x7050/7052/7053/7060/7041/7044
w7000[3] : 0=checksum disable, 1=checksum enable
w7000[4] : TimeOut constant, normal=100
w7000[5] : 16-bit digital input data
w7000[6] : 0 :no save to szSendTo7000&szReceiveFrom7000
1 :szSendTo7000=command string send to CB-7000
:szReceiveFrom 7000=result string receive from CB-7000
z F7000: Float Input/Output Table
void
w7000[0]=cPort; // port
w7000[1]=wAddr; // Address
w7000[2]=0x7053; // ID
w7000[3]=0; // CheckSum disable
w7000[4]=wTimeOut; // TimeOut constant
w7000[6]=1; // string debug
wRet=I7000_DigitalIn(w7000, f7000, szSend, szReceive);
18
5.11 I7000_DigitalOut
z Description:
Set the digital output value of CB-7000 series digital I/O module.
z Syntax:
I7000_DigitalOut(WORD w7000[], float f7000[], char szSendTo7000[], char szReceiveFrom7000[])
z Input Parameter:
w7000: WORD Input/Output argument table
f7000: float Input/Output argument table
szSendTo7000: command string send to CB-7000
szReceiveFrom7000: result string read from CB-7000
z Return Value:
NoError: OK
others: Error code, refer to I7000.H
z W7000: WORD Input/Output Table
w7000[0] : RS-232 port number, 1/2/3/4
w7000[1] : module address, from 0x00 to 0xFF
w7000[2] : module ID, 0x7050/7060/7067/7042/7043/7044
w7000[3] : 0=checksum disable, 1=checksum enable
w7000[4] : TimeOut constant, normal=100
w7000[5] : 16-bit digital output data
w7000[6] : 0 :no save to szSendTo7000&szReceiveFrom7000
1 :szSendTo7000=command string send to CB-7000
:szReceiveFrom 7000=result string receive from CB-7000
z F7000: Float Input/Output Table
void
w7000[0]=cPort; // port
w7000[1]=wAddr; // Address
w7000[2]=0x7053; // ID
w7000[3]=0; // CheckSum disable
w7000[4]=wTimeOut; // TimeOut constant
w7000[5]=wDoVal; // digital output value
w7000[6]=1; // string debug
wRet=I7000_DigitalOut(w7000, f7000, szSend, szReceive);
19
5.12 I7000_DigitalOutReadBack
z Description:
Read back the digital output value of CB-7000 series module.
z Syntax:
I7000_DigitalOutReadBack(WORD w7000[], float f7000[], char szSendTo7000[], char szReceiveFrom7000[])
z Input Parameter:
w7000: WORD Input/Output argument table
f7000: float Input/Output argument table
szSendTo7000: command string send to CB-7000
szReceiveFrom7000: result string read from CB-7000
z Return Value:
NoError: OK
others: Error code, refer to I7000.H
z W7000: WORD Input/Output Table
w7000[0] : RS-232 port number, 1/2/3/4
w7000[1] : module address, from 0x00 to 0xFF
w7000[2] : module ID, 0x7050/7060/7067/7042/7043/7044
w7000[3] : 0=checksum disable, 1=checksum enable
w7000[4] : TimeOut constant, normal=100
w7000[5] : 16-bit digital output data read back
w7000[6] : 0 :no save to szSendTo7000&szReceiveFrom7000
1 :szSendTo7000=command string send to CB-7000
:szReceiveFrom 7000=result string receive from CB-7000
z F7000: Float Input/Output Table
void
w7000[0]=cPort; // port
w7000[1]=wAddr; // Address
w7000[2]=0x7053; // ID
w7000[3]=0; // CheckSum disable
w7000[4]=wTimeOut; // TimeOut constant
w7000[6]=1; // string debug
wRet=I7000_DigitalOutReadBack(w7000, f7000, szSend, szReceive);
// w7000[5] = digital output read back
20
5.13 I7000_NetworkAnalogIn
z Description:
Read the multi-module analog input value from CB-7000 RS-485 network.. The user can call I7000_AnalogIn to read
analog input value one by one or call this function once for easy programming.
z Syntax:
I7000_NetworkAnalogIn(WORD wPort, WORD wTotal, WORD wT, WORD wID[], WORD wConfig[], WORD
wChksum[], float f7000[])
z Input Parameter:
wPort: RS-232 port number, 1/2/3/4
wTotal: number of modules to read
wT: time out constant, normal=100
wID: wID[?]=module address of module_?, from 0x00 to 0xFF
wConfig: if wID[?]=0x7017 then wConfig[?]=08/09/0A/0B/0C/0D
if wID[?] !=0x7017 then wConfig[?] is ignored
wChksum: if wChksum[?]=1 :the checksum of module_? is enable
f7000[0]: analog value of module_0, channel_0
f7000[1]: analog value of module_0, channel_1
………………………………………………..
f7000[7]: analog value of module_0, channel_7
f7000[8]: analog value of module_1, channel_0
………………………………………………..
f7000[15]: analog value of module_1, channel_7
f7000[n*8]: analog value of module_n, channel_0
f7000[n*8+1]: analog value of module_n, channel_1
………………………………………………..
f7000[n*8+7]: analog value of module_n, channel_7
z Return Value:
NoError: OK
others: Error code, refer to I7000.H
21
5.14 I7000_NetworkDigitalIn
z Description:
Read the multi-module digital input value from CB-7000 RS-485 network.. The user can call I7000_DigitalIn to read
analog input value one by one or call this function once for easy programming.
z Syntax:
I7000_NetworkDigitalIn(WORD wPort, WORD wTotal, WORD wT, WORD wID[], WORD wConfig[], WORD
wChksum[], WORD w7000[])
z Input Parameter:
wPort: RS-232 port number, 1/2/3/4
wTotal: number of modules to read
wT: time out constant, normal=100
wID: wID[?]=module address of module_?, from 0x00 to 0xFF
wConfig: reserved.
wChksum: if wChksum[?]=1 :the checksum of module_? is enable
w7000[0]: 16-bit digital value of module_0
w7000[1]: 16-bit digital value of module_1
……………………………………………
w7000[n]: 16-bit digital value of module_n
z Return Value:
NoError: OK
others: Error code, refer to 7000W31.H.
22
5.15 VC I7000 Demo Programs
z Demo20 :I7000_AnalogIn demo1
z Demo21 :I7000_AnalogIn demo2
z Demo22 :I7000_AnalogIn8 demo
z Demo23 :I7000_AnalogOut demo
z Demo24 :I7000_DigitalIn demo
z Demo25 :I7000_DigitalOut demo
z Demo26 :multi-speed demo
z Demo27 :I7000_I7017In8 demo
z Demo28 :I7000_AnalogOutReadBack demo
z Demo29 :I7000_DigitalOutReadBack demo
z Demo30 :I7000_NetworkAnalogIn demo
z Demo31 :I7000_NetworkDigitalIn demo
5.16 I7000.DLL Driver Source
The driver source of I7000.DLL are given as following:
\NAP7000P\W32\I7000\I7000.H : declaration file
\NAP7000P\W32\I7000\I7000.C : program source file
\NAP7000P\W32\I7000\I7000.DEF :definition file
\NAP7000P\W32\I7000\I7000.MAK :VC++ 4.0 make file
\NAP7000P\W32\I7000\UART.LIB :import library of UART.DLL
z Use VC++ 4.0 to make this DLLs
z The I7000.DLL will call UART.DLL, therefore the UART.LIB must be put in the same directory with I7000.MAK
23
6 7000W31.DLL for Windows 3.1
6.1 Open_Com
Description:
This DLL will initialize the COM port. This DLL must be called once before the other DLLs are called to
send/receive command.
z Syntax:
WORD Open_Com(char cPort, DWORD dwBaudRate, char cData, char cParity, char cStop)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
dwBaudRate: 1200/2400/4800/9600/19200/38400/57600/115200
cData: 5/6/7/8 data bit
cParity: 0=NonParity, 1=OddParity, 2=EvenParity
cStop: 0=1-stop, 1=1.5-stp, 2=2-stop
NOTE: cData=8, cParity=0, cStop=0 for CB-7000 modules
z Return Value:
NoError = OK
others = Error code, refer to 7000W31.H
6.2 Close_Com
Description:
This DLL will free all the resources used by Open_Com. This DLL must be called before the program exit. The
Open_Com will return error message if the program exit without calling Close_Com function.
z Syntax:
WORD Close_Com(char cPort)
z Input Parameter:
cPort : 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
z Return Value:
NoError = OK
others = Error code, refer to 7000W31.H
z Demo Program:
24
6.3 Send_Cmd
Description:
This DLL will send a co mmand string to CB-70 00. If the wCheckSum=1, this DLL will automatically add the two
checksum bytes to the input string. This DLL will add the [0x0D] to the end of the input command string, szCmd.
z Syntax:
WORD Send_Cmd(char cPort, char szCmd[], WORD wTimeOut, WORD wCheckSum)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szCmd: the starting address of the original command string (terminated with 0)
wTimeOut: constant for time-out control, unit = 1ms
wCheckSum: 0=DISABLE, 1=ENABLE
z Return Value:
NoError : OK
others = Error code, refer to 7000W31.H
6.4 Receive_Cmd
Description:
This DLL will receive a result string from CB-7000. If the wCheckSum=1, this DLL will automatically check the
two checksum by tes of the result string. This DLL will check the result string terminator, 0x0D.
z Syntax:
WORD Receive_Cmd(char cPort, char szResult[], WORD wTimeOut, WORD wCheckSum)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szResult: the starting address of the result string (terminated with 0)
wTimeOut: constant for time-out control, unit = 1ms
wCheckSum: 0=DISABLE, 1=ENABLE
z Return Value:
NoError : OK
others = Error code, refer to 7000W31.H
25
6.5 Send_Receive_Cmd
Description:
This DLL will send a command stri ng to CB-7000 then receive the result string from I 7000. This DLL will call
Send_Cmd first. Then call Receive_Cmd next.
z Syntax:
WORD Send_Receive_Cmd(char cPort, char szCmd[], char szResult, WORD wTimeOut, WORD wCheckSum)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szCmd: the starting address of the original command string (terminated with 0)
szResult: the starting address of the result string (terminated with 0)
wTimeOut: constant for time-out control, unit = 1ms
wCheckSum: 0=DISABLE, 1=ENABLE
z Return Value:
NoError : OK
others = Error code, refer to 7000W31.H
6.6 Send_Str
Description:
This DLL will send a com mand to a general purpose RS-232 device. This DLL is very sim ilar to Send_Cmd except
that this DLL will not add any char to the input string.
z Syntax:
WORD Send_Str(char cPort, char szCmd[], WORD wTimeOut, WORD wLenT)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szCmd: the starting address of the original command string (terminated with 0)
wTimeOut: constant for time-out control, unit = 1ms
wLenT: string length of send-string
z Return Value:
NoError : OK
others = Error code, refer to 7000W31.H
26
6.7 Receive_Str
Description:
This DLL will receive a re sult string from a general purpose RS-232 device. This DLL is very similar to
Receive_Cmd except that this DLL will not check result string terminator, 0x0d.
z Syntax:
WORD Receive_Str(char cPort, char szReceive[], WORD wTimeOut, WORD wLenR)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szReceive: the starting address of the original command string (terminated with 0)
wTimeOut: constant for time-out control, unit = 1ms
wLenR: string length of receive-string
z Return Value:
NoError : OK
others = Error code, refer to 7000W31.H
6.8 Send_Receive_Str
Description:
This DLL will send a c ommand to a general purpose RS-232 device and receive the response string. This DLL will
call Send_Cmd first. Then call Receive_Cmd next.
z Syntax:
WORD Send_Str(char cPort, char szCmd[], char szResult, WORD wTimeOut, WORD wLenT, WORD wLenR)
z Input Parameter:
cPort: 1=COM1, 2=COM2, 3=COM3, 4=COM4, others = invalidate
szCmd: the starting address of the original command string (terminated with 0)
szResult: the starting address of the result string (terminated with 0)
wTimeOut: constant for time-out control, unit = 1ms
wLenT: string length of send-string
wLenR: string length of receive-string
z Return Value:
NoError : OK
others = Error code, refer to 7000W31.H
27
6.9 VC Demo Programs
A wide variety of demo programs showing the usage of the 7000W31 DLL are provided. The following provides a very
brief description of the demos provided.
z Demo20 :I7000_AnalogIn demo1
z Demo21 :I7000_AnalogIn demo2
z Demo22 :I7000_AnalogIn8 demo
z Demo23 :I7000_AnalogOut demo
z Demo24 :I7000_DigitalIn demo
z Demo25 :I7000_DigitalOut demo
z Demo26 :multi-speed demo
z Demo27 :I7000_I7017In8 demo
z Demo28 :I7000_AnalogOutReadBack demo
z Demo29 :I7000_DigitalOutReadBack demo
z Demo30 :I7000_NetworkAnalogIn demo
z Demo31 :I7000_NetworkDigitalIn demo
6.10 7000W31.DLL Driver Source
The driver source of 7000W31.DLL are given as following:
\NAP7000P\W31\7000W31\7000w31.h :declaration file
\NAP7000P\W31\7000W31\7000w31.def :definition file
\NAP7000P\W31\7000W31\7000w31.mak :NMAKE file
\NAP7000P\W31\7000W31\7000w31.c :program source file
z Use VC++ 2.0 to make this DLLs
28
For Your Notes
29
For Your Notes
30
31
Measurement Computing
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Norton, MA 02766
(508) 946-5100
Fax: (508) 946-9500
info@mccdaq.com
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