Intermec CV30 Intermec Terminal Emulator (ITE) Programmer's Reference Manual - Page 96

Q3 Edit and create RFID field 3. a2 tells us to write ASCII data. 2

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Chapter 2 - About VT/ANSI Programming interpretation of the barocde prints with a start and stop character included. r1 means rotation of the bar code is vertical. d3,ABCD says to print a bar code containing the data ABCD. */ APC "#P4N8100000=02=42=32;o20,300;f0;h102;w2;c0,0;i1;r1;d3,ABCD;=03#" ST /* I2 Edit interpretive field for bar code field 2. 020,402 with an orgin of 20,402. f0 means field direction is horizontal. h1,w1 height*1, width*1. c20 means use 8 point monospace font. r0 - character rotation is horizontal. */ APC "#P4N8100000=02I2;o20,402;f0;h1,w1;c20;r0;b0=03#" ST /* Q3 Edit and create RFID field 3. a2 tells us to write ASCII data. 2,5,4 tells us to write to segment 2 the data area of the chip starting at address 5 of this segment for four bytes. d3,ABCD says to write ABCD to the tag.*/ APC "#P4N8100000=02Q3;a2,2,5,4;d3,ABCD;=03#" ST /* Actually print the data we created above. */ APC "#P4N8100000=02R=03#" ST /* Upload data from format table 4 created above and write data to the tag. */ APC "#P4N8100000=02=1b=45=34=18=03#" ST /* Actually write the data to the tag. */ APC "#P4N8100000=02=17=03#" ST 84 Intermec Terminal Emulator (ITE) Programmer's Reference Manual

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Chapter 2 — About VT/ANSI Programming
84
Intermec Terminal Emulator (ITE) Programmer’s Reference Manual
interpretation of the barocde prints with a start and stop character included. r1 means
rotation of the bar code is vertical. d3,ABCD says to print a bar code containing the
data ABCD. */
APC "#P4N8100000=02=42=32;o20,300;f0;h102;w2;c0,0;i1;r1;d3,ABCD;=03#" ST
/* I2 Edit interpretive field for bar code field 2. 020,402 with an orgin of 20,402. f0
means field direction is horizontal. h1,w1 height*1, width*1. c20 means use 8 point
monospace font.
r0 - character rotation is horizontal. */
APC "#P4N8100000=02I2;o20,402;f0;h1,w1;c20;r0;b0=03#" ST
/* Q3 Edit and create RFID field 3. a2 tells us to write ASCII data. 2,5,4 tells us to
write to segment 2 the data area of the chip starting at address 5 of this segment for
four bytes. d3,ABCD says to write ABCD to the tag.*/
APC "#P4N8100000=02Q3;a2,2,5,4;d3,ABCD;=03#" ST
/* Actually print the data we created above. */
APC "#P4N8100000=02R=03#" ST
/* Upload data from format table 4 created above and write data to the tag. */
APC "#P4N8100000=02=1b=45=34=18=03#" ST
/* Actually write the data to the tag. */
APC "#P4N8100000=02=17=03#" ST