Index
Index-1
Index
A
ABORTI 6-18
ABORTI instruction 7-15
ABS ACC 6-19
ABSTC ACC 6-20
access to CPU registers during emulation 7-16
access to memory during emulation 7-16
accesses
polite 7-16
rude 7-16
Accumulator C-4
accumulator 2-6
AH (high word) 2-6
AH.LSB 2-7
AH.MSB 2-7
AL (low word) 2-6
AL.LSB 2-7
AL.MSB 2-7
portions that are individually accessible 2-7
ADD ACC,#16bit<#0..15 6-22
ADD ACC,loc16< T 6-24
ADD ACC,loc16<#0 6-25
ADD AX, loc16 6-27
ADD loc16, AX 6-28
ADD loc16,#16bitSigned 6-29
ADDB ACC,#8bit 6-30
ADDB AX, #8bitSigned 6-31
ADDB SP, #7bit 6-32
ADDB XARn, #7bit 6-33
ADDCL ACC,loc32 6-34
ADDCU ACC,loc16 6-35
ADDL ACC,loc32 6-36
ADDL ACC,P < PM 6-37
ADDL loc32, ACC 6-38
address buses 1-9
address counters FC, IC, and PC 4-5
address maps 1-8
address reach C-5
address register arithmetic unit (ARAU) 1-5, 2-2
addressing modes 5-1, 5-2
byte 5-31
direct 2-10
direct addressing 5-2
indirect 2-12
indirect addressing 5-2
program space 5-30
register 5-25
stack addressing 5-2
Addressing Modes for ”loc16” or ”loc32”, table 5-4
Addressing Modes Select Bit (AMODE) 5-4
ADDRH register 7-24
ADDRL register 7-24
ADDU ACC,loc16 6-39
ADDUL P,loc32 6-40
ADDUL ACC, loc32 6-41
ADRK #8bit 6-42
AH (high word of accumulator) 2-6
AL (low word of accumulator) 2-6
align stack pointer 6-52
AL.LSB (part of accumulator) 2-7
AL.MSB (part of accumulator) 2-7
AMODE 5-4, C-9, F-4
AMODE bit 1-2
analysis resources
breakpoints 7-19
clearing resources 7-30
counters 7-20
data logging 7-23
sharing resources 7-30
watchpoints 7-19
AND ACC, #16bit < #0..15 6-43
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