Program Simulation Example 1
Each time the nn part of the data string [SX] + "#nn" + [EX] + (BCC) as shown in the table below is sent, the number of it is incremented from "00" to "99" by 1 and sent for 100ms intervals.
| SX | # | nn(00～99) | EX | (BCC) |
| 0x02 | 0x23 | 0x30,0x30～0x39,0x39 | 0x03 | (Calculated by LRC-Even etc.) |
<[0]Configuration setting>
BCC：LRC-Even
Bigin code:01 02
End code:03 17
| Program | Description |
|---|---|
| SET DA 00SX # | Set data SX # to data array 00. |
| SET DA 02EX | Set data EX # in data array 02. |
| SET REG0 000000 | Set value 000000 to register 0. |
| ' | ' |
| L000 | Label L000 |
| SET DV 01 REG0 2 | Set the contents of register 0 to data array 01 as a string of 2 characters. |
| SEND DA 00+REG* | Send the data in data array 00. |
| SEND DA 01+REG* | Data array 01 data is sent continuously. |
| SEND DA 02+REG* | Data array 02 data is sent continuously. |
| SET REG0 INC | Increment the value in register 0. |
| ' | ' |
| WAIT TM 000100 | Wait for 100ms |
| IF REG0<000100 L000 | Compare the value of register 0 with the constant value 000100, and branch to label L000 if the value is less than the constant value. |
| SET REG0 000000 | The value of register 0 exceeds 99, so the value 000000 is set to register 0. |
| GOTO L000 | Jump to label L000. |
| ' | ' |
[ Execution display ]
Program Simulation Example 2
While RTS (CTS) is active, send "001" when "ABC" is received, "002" when "DEF" is received, and send "000" if neither is received within 1 second. Also, if RTS (CTS) becomes inactive, terminates the program.
<[1]Interface setting>
Pin:DTE
| Program | Description |
|---|---|
| L000 | Label L000 |
| WAIT MLT | Execute the following consecutive WAIT instructions at the same time and wait until one of the conditions is satisfied. |
| WAIT CHR A B C | Wait until it receives the string A B C. |
| WAIT CHR D E F | Wait until it receives the string D E F. |
| WAIT LN CTS=0 | Wait until the logic of the control line CTS becomes 0. |
| WAIT TM 001000 | Wait until 100ms. |
| SET REG0 SPR-ST | A value indicating the WAIT command that caused the wait state to be released by the WAIT MLT command is set to register 0. |
| IF REG0=000100 L001 | Branches to label L001 when the value of register 0 is 000100 (first WAIT CHR command). |
| IF REG0=000101 L002 | Branches to label L002 when the value of register 0 is 000101 (first WAIT CHR command). |
| IF REG0=000601 L003 | Branches to label L003 when the value of register 0 is 000601 (first WAIT CHR command). |
| SEND CHR 0 0 0 | Send data 0 0 0. |
| GOTO L000 | Jump to label L000. |
| ' | ' |
| L001 | Label L001 |
| SEND CHR 0 0 1 | Send data 0 0 1. |
| GOTO L000 | Send data L000. |
| ' | ' |
| L002 | Label L002 |
| SEND CHR 0 0 2 | Send data 0 0 2. |
| GOTO L000 | Jump to label L000. |
| ' | ' |
| L003 | Label L003 |
| STOP | Program simulation stops. |
| ' | ' |
[ Execution display ]
Program Simulation Example 3
If the 3rd and 4th bytes of the received frame are "$A" it sends "a" and if they are "$B" it sends "b". Otherwise, it sends "c". By pressing [1] key, it changes the condition to "$0" instead of "$A" and "$1" instead of "$B", and returns to the original condition by pressing the [0] key. Also, the program ends when the received frame is less than 4 bytes.
| Program | Description |
|---|---|
| SET REGA 000065 | Set decimal value 000065 (0x41) to register A. |
| SET REGB 000066 | Set decimal value 000066(0x42) to register B. |
| L000 | Label L000 |
| ' | ' |
| WAIT MLT | Execute the following consecutive WAIT instructions at the same time and wait until one of the conditions is satisfied. |
| WAIT KEY | Wait until a key is pressed. |
| WAIT FRM CLR | Wait until one frame data is received. |
| SET REG0 SPR-ST | A value indicating the WAIT command that caused the wait state to be released by the WAIT MLT command is set in register 0. |
| IF REG0=000500 L001 | Branches to label L001 when the value of register 0 is 000500 (WAIT KEY command). |
| IF REG0=000200 L002 | Branches to label L002 when the value of register 0 is 000200 (WAIT KEY instruction). |
| GOTO L000 | Jump to label L000. |
| ' | ' |
| L001 | Label L001 |
| SET REG1 SPR-KY | The values corresponding to the [0] to [F] keys input during execution by the WAIT KEY command are set in register 1. |
| IF REG1=000000 L010 | Branches to label L010 when the value of register 1 is 000000 ([0] key). |
| IF REG1=000001 L011 | Branches to label L011 when the value of register 1 is 000001 ([0] key). |
| GOTO L000 | Jump to label L000. |
| ' | ' |
| L010 | Label L010 |
| SET REGA 000065 | Set decimal value 000065 (0x41) to register A. |
| SET REGB 000066 | Set decimal value 000066 (0x42) to register B. |
| GOTO L000 | Jump to label L000. |
| ' | ' |
| L011 | Label L011 |
| SET REGA 000048 | Set decimal value 000048 (0x30) to register A. |
| SET REGB 000049 | Set decimal value 000049 (0x31) to register B. |
| GOTO L000 | Jump to label L000. |
| ' | ' |
| L002 | Label L002 |
| SET REG0 SPR-DL | Set the number of data read into the receive frame buffer by the WAIT FRM command to register 0. |
| IF REG0<000004 L999 | Branches to label L999 when the value of register 0 is less than 000004 (number of data). |
| SET DP 0002 | Set 0002 to the data pointer. |
| SET REG0 SPR-DT | Set the data at the data pointer position (3rd byte) of the acquired data to register 0. |
| IF REG0≠000036 L000 | Branch to label L000 when the value of register 0 is not 000036 (0x24). |
| SET DP INC | Increments the value of the data pointer. |
| SET REG0 SPR-DT | Set the data at the data pointer position (4th byte) of the acquired data to register 0. |
| IF REG0=REGA L041 | Branches to label L041 when the value of register 0 is the value of register A. |
| IF REG0=REGB L042 | Branches to label L042 when the value of register 0 is the value of register B. |
| SEND CHR c | Send the data c. |
| GOTO L000 | Jump to label L000. |
| ' | ' |
| L041 | Label L041 |
| SEND CHR a | Send the data a |
| GOTO L000 | Jump to label L000. |
| ' | ' |
| L042 | Label L042 |
| SEND CHR b | Send the data b |
| GOTO L000 | Jump to label L000. |
| ' | ' |
| L999 | Label L999 |
| STOP | Program simulation stops. |
| ' | ' |
[ Execution display ]
