The attached result has been obtained under DOS 2.5. :set-state-ok t ( defun read-channel ( channel limit state ) ( mv-let ( ch state ) ( read-char$ channel state ) ( if ( or ( null ch ) ( zp limit )) ( let (( state ( close-input-channel channel state ))) ( mv nil state )) ( mv-let ( so-far state ) ( read-channel channel ( 1- limit ) state ) ( mv ( cons ch so-far ) state ))))) ( defun read-from-file ( filename limit state ) ( mv-let ( channel state ) ( open-input-channel filename :character state ) ( mv-let ( contents state ) ( read-channel channel limit state ) ( mv ( coerce contents 'string ) state )))) ( defun write-channel ( channel cs state ) ( if ( endp cs ) ( close-output-channel channel state ) ( let (( state ( write-byte$ ( char-code ( first cs )) channel state ))) ( let (( state ( write-channel channel ( rest cs ) state ))) state )))) ( defun write-to-file ( filename str state ) ( mv-let ( channel state ) ( open-output-channel filename :byte state ) ( write-channel channel ( coerce str 'list ) state ))) ( defun copy-file ( in out state ) ( mv-let ( contents state ) ( read-from-file in ( expt 2 40 ) state ) ( write-to-file out contents state ))) Action! * for this file see task include a file in language AArch64 assembly */ Ldr x1,qAdrsZoneConv // conversion error codeīl strInsertAtCharInc // insert result at characterīl affichageMess // display message final Mov x8, #WRITE // select system call 'write' * for this file see task include a file in language AArch64 assembly*/

* ARM assembly AARCH64 Raspberry PI 3B */

Append text file labview