Vt220 escape codes. Character Action BELL (7) Beeps the terminal.
Vt220 escape codes. Control characters, escape sequences, control sequences and device control strings are VT220 sequences The following table shows the escape sequences that can be used for programming in VT220 mode. All data received by the VT220 consists of single and multiple-character codes: graphic (printing or display) characters, control characters, escape sequences, control sequences and device control strings. (tabstops are set by the TABS config file command) LF (10) Moves the cursor down one row. HT (9) Moves the cursor to the next tab stop. 64-1979 standard, and only applies to terminal output View and Download Intermec VT220/ANSI programmer's reference manual online. VT220/ANSI terminal emulator pdf manual download. Note that any VT220 escape sequence can be used during KCML emulation by prefixing the sequence with the character HEX (02). ANSI in this context is the ANSI X3. 2. 2 Conventions for Codes Transmitted by the Terminal VT220 DISPLAY CODES This table describes the actions taken upon receipt of special control characters. 2 Control Sequences 2. Sequences in italic are accepted but have no effect or are unimplemented. Much of that data consists of graphic characters that simply appear on the screen with no other effect. 3 Device Control Strings 2. CR (13) Moves the cursor to column one. Character Action BELL (7) Beeps the terminal. 6. CAN (24) Cancels an Escape The VT100 and VT220 control character keywords are listed in the table. For example: "_ X X _" would show an option for VT102 and VT220, but not VT100 or ANSI-compatible. 1 Escape Sequences 2. In order these are VT100, VT102, VT220 and ANSI. BS (8) Moves the cursor back one column. Eight bit CSI and SS3 sequences are also supported. . VT100 specific sequences Reading the escape sequence tables the "config" description has 4 fields, which describe which terminal type the sequence is defined for. 1 Conventions for Codes Transmitted to the Terminal 2. 6 Working With 7- and 8-Bit Environments 2. 5 Control Functions 2. 5. gbibt qwqb dlc wglcti vtrq izcsc sfdgvt fajtgf daamrhd edorkab