Quiz 6.3: Difference between revisions
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Sections start their location counters at zero. The .bss directives don't advance the counter, because they go off to a different section. Assembly instructions take up bytes of memory according to what they are and their addressing mode. Whenever a .sect happens the location counter is reset to zero. I'm not certain about these, but here is what I came up with. | Sections start their location counters at zero. The .bss directives don't advance the counter, because they go off to a different section. Assembly instructions take up bytes of memory according to what they are and their addressing mode. Whenever a .sect happens the location counter is reset to zero. There is more in section 2 of this [http://www.ti.com/lit/ug/slau131m/slau131m.pdf TI Manual on the Assembler]. I'm not certain about these, but here is what I came up with. | ||
*0x0000 | *0x0000 | ||
Revision as of 16:46, 1 November 2016
Sections start their location counters at zero. The .bss directives don't advance the counter, because they go off to a different section. Assembly instructions take up bytes of memory according to what they are and their addressing mode. Whenever a .sect happens the location counter is reset to zero. There is more in section 2 of this TI Manual on the Assembler. I'm not certain about these, but here is what I came up with.
- 0x0000
- 0x0000
- 0x0000
- 0x0002
- 0x0008
- 0x000a
- 0x000c
- 0x000e
- 0x000e
- 0x0010
- 0x0002
- 0x0000
- 0x0000