#Output

... n re-reversing the last k bits of r0 again. Apparently this is *very* useful when doing things like "twiddle factors" with FFTs. Interestingly(?), if we consider a setting where Nn = 1024, using reverse carry repeatedly with the following code: move #Output_buffer,r1 move #0,r0 move #0,m0 ; select reverse-carry move #512,n0 ; our reverse carry "increment" do #100,rc_loop move r0,x:(r1)+ lua (r0)+n0,r0 nop ; wait for pipeline rc_loop: ... produces the following sequence: 0, 512, 256, 768, 128, 640 ... o ...

... stema operacional GNU Linux. Vejamos o código, que pode ser digitado utilizando o vim, vi, nano, emacs ou seja lá o que preferir: #OBJETIVO: Programa simples que executa um exit e retorna um código de status para o kernel Linux # #ENTRADA: nenhuma # #Output: retorna um status código de status, que pode ser visto executando no terminal o comando: # # echo $? # # após a execução do programa # #VARIÁVEIS: # %eax armazena o número da syscall # %ebx armazena o status retornado # .section .data .section .tex ...

... will piss a few people off once they find out and may end your programming fun by means of increased logging and security measures. Setting the main relay time: 11#tt#0#** :: tt = 1-99 seconds and uses a two digit format. Setting AUX relay output: 15#Output#0#** :: Output = 0/Disabled, 1/Shunt, 2/Forced door, 3/ Propped door. Deleting Users: user-location#** :: Facility location codes. Print a transaction log: 70#0#0#** :: This might freak some of the monitoring staff out when you print ...