| APPKEY |
|
| BCx opt_addr |
x = {<empty>, *, +,-} |
| BD opt_addr |
| BD addr Ln
R |
n = {<empty>, 1, 2, 4} |
| BD addr Ln
W |
n = {<empty>, 1,
2, 4} |
| BDnx |
x = {*, +, -} |
|
n = {<empty>, 0, 1, 2, 3} |
| BTF |
| BTF {ON|OFF} |
|
| CHAT |
|
| Dxy- |
x = {<empty>, b, d, g, i, t, t2, t3, v, w}, |
|
y = {<empty>, /n} where n is the data
width |
| Dxy opt_addr |
x = {<empty>, b, d, g, i, t, t2, t3, v, w}, |
|
y = {<empty>,
/n} where n is the data width |
| Dxy addr P |
x = {<empty>, b, d, g, i, t, t2, t3, v, w}, |
|
y = {<empty>, /n} where
n is the data width |
| Dxy addr P exp |
x = {<empty>, b, d,
g, i, t, t2, t3, v, w}, |
|
y = {<empty>, /n} where n is the data
width |
| DTE exp |
|
| E addr |
| E addr lvallist |
| EXIT |
|
| F addr L lval lval |
| F addr L lval lval P |
| F addr L lval lval P exp |
| FS |
|
| G opt_addr |
| GM opt_boolexp |
|
| H addr |
|
| Ix lval |
x = {<empty>, b, d, w} |
| IMR |
| INSERT gdtr idtr [cr3
[lapde]] |
| INSERT * idtr |
| IPF [/d] [/s] [/r] exp |
| IRR |
| ISR |
|
| LBR |
| LBR {ON|OFF} |
| LF filename |
| LIx |
x = {+, -} |
| LI dcon x |
x = {<empty>, +, -} |
| LS filename |
| LS filename lval |
|
| M addr L lval addr |
| MACBASE addr |
| MDB exp |
|
| Ox lval lval |
x = {<empty>, b, d, w} |
|
| PATHx dirlist |
x = {<empty>, +} |
| PS lval x |
x = {<empty>, lval (<256)} |
| PTE addr |
| PTE exp |
| PTE addr P
exp |
| PTE exp P
exp |
|
| QS addr |
|
| R reg [=] exp |
| R reg.str
[=] exp |
| RC |
| REMDBG |
| RR |
| RS |
|
| Sx addr L exp atom |
x = {<empty>, 1} |
| Sx addr addr
atom |
x = {<empty>, 1} |
| S addr addr !
instr |
| S addr L
exp ! instr |
| S addr addr # exp |
| S addr L
exp # exp |
| SBx |
x = {+, -} |
| SB*x |
x = {+, -} |
| SETCOM x |
x = {<empty>, -} |
| SETCOM port bps |
port = {1, 2, 3, 4} |
| SETCOM xn |
x = {RTS, DTR} |
|
n = {+, -} |
| SGH [/b|/s|/h|/o|/n] [/c] exp |
| SIGINT lval |
| SPTE addr |
| SPTE exp |
| SPTE addr P
exp |
| SPTE exp P exp |
|
| TDB exp |
| TOGINT lvallist |
| TS |
| TS opt_sel opt_group x opt_seln opt_addr |
|
x = {<empty>, *, P,
V} |
|
n = {<empty>, +, -} |
|
| Ux- |
x = {<empty>, 16, 32} |
| Ux opt_addr |
x = {<empty>, 16, 32} |
| Ux addr P |
x = {<empty>, 16, 32} |
| Ux addr P exp |
x = {<empty>, 16, 32} |
|
| VMSCOUNT xx |
| VMSINT {ON|OFF} |
| VMSINT=xx,xx,... |
|
| WKD FAULT [ON|OFF|SKIP] |
| WKD LOGERROR [ON|OFF] |
| WKD [ON|OFF] |
| WKD [QUIET|NOISY] |
| ea |
seg : exp |
|
sel | exp |
|
.CMAC |
address of next C MAC entry |
|
.CODE |
current code display address |
|
.CSIP |
address of current cs:[e]ip |
|
.EA |
Effective Address #1 (or the only one) |
|
.EA2 |
...
#2 |
|
.GDT |
GDT base address (using selector zero) |
|
.IDT |
IDT ... |
|
.LDT |
LDT ... |
|
.TSS |
TSS ... |
|
.DATA |
current data display address |
|
.DMAC |
segment of first DOS MAC entry |
|
.NMAC |
segment of next DOS MAC entry |
|
.PMIxx |
Sel|Off of PM Interrupt
xxh |
|
.RMIxx |
Seg:Off of RM interrupt xxh |
|
.VM |
Sel|Off of current Windows VM structure |
|
.VMIxx |
Seg:Off of VM interrupt xxh |
|
.IRET |
far word:dword return address on stack allowing a mode switch
from PM to VM |
|
.RETN |
near word or dword return address on stack |
|
.RETND |
near dword return address on stack |
|
.RETNS |
near word return address on stack |
|
.RETF |
far word:word or word:dword return address on stack |
|
.RETFD |
far word:dword return address on stack |
|
.RETFS |
far word:word return address on stack |
|
.VMRET |
return cs|eip from Windows VM (|{.vmstk+50 or |{.vmstk+150) |
|
.VMSTK |
current ss|esp saved in Windows VM
structure (same as |{.vm+40) |
|
.XBDA |
Seg:Off of XBDA; same as ([40:0E):0 |
|
.XBDA2 |
Seg:Off of 2ndary XBDA; same as ((S..XBDA)+[.XBDA+B4):0 |
|
dotcmd ?
exp |
dyadic functions on dot commands (.GDT, .IDT, etc.)
where ? is a dyadic function |
|
:[ ea |
extract word:word at effective address |
|
:{ ea |
extract word:dword at effective address |
|
|[ ea |
... word|word ... |
|
|{ ea |
... word|dword ... |
|
|G ea |
... ... in GDT-format (using selector zero) |
|
|I ea |
... ... in IDT-format (using IDT
selector) |
|
|L ea |
... ... in LDT-format (same as
GDT-format) |
|
|T ea |
... ... in TSS-format (using CS|EIP) |
|
symbol |
effective address of this symbol |
