; tms7000EvaluationModuleGuide, p6-2 .. p6-

Memory addresses are always in hexadecimal format. File and
Peripherial File and Stack Pointer locations/modifications 
are in decimal or, with a '>' prefix, in hexadecimal.

 HELP:HE /H $HE
HE    Help                                      HE [<port>] port = 1, 2

 MOD:MM MR MP  A/MA B/MB MS-P/PC,SR,SP
MM    Display/Modify Memory                     MM <startAddr>
MP    Display/Modify Perpherial File            MP <peripherial register>
MR    Display/Modify Register File              MR <register>
MA/MB* Display/Modify Registers A or B         
MS    Display/Modify PC, SP, Regs. A and B     
PC*   Display/Modify PC, SP, Regs. A and B
SP    Display/Modify PC, ST, SP; start at SP
SR    Display/Modify Register                   

 DISP:DM/DH DS IO
DM    Display Memory                            DM <startAddr> [<stopAddr>|'+'<byteCount> [<port>]]
DH    Display Memory                            DH <startAddr> [<stopAddr>|'+'<byteCount> [<port>]]
DS    Display Machine Status                    DS [<port>] port = 1, 2, 3
IO    Display I/O Status                        IO [<port>] port = 1, 2

 STATE:C/CP D/DP  EI DI  DV
CP*   Clear Processor Status                    Also abbreviated as 'C'
DP*   Display Processor Status                  Also abbreviated as 'D'
EI    Enable (Set) ST Bits                     
DI    Disable (Clear) SR Bits
DV    Select TMS7000 Family Device              DV [<device>] device = 1 (702x, 70C2x) or 2 (704x, 70C4x)

 SAVE:SM ST DS
SM    Save Memory - 7000 Format                 SM <startAddr> <endAddr> [<port>]] port = 1, 2, 3
ST    Save Memory - Tektronix Format            ST <startAddr> <endAddr> [<port>]] port = 1, 2, 3
DS    Display Machine Status                    DS [<port>] port = 1, 2, 3

 LOAD:LM LT LS
LM    Load Memory - 7000 Format                 LM [<port>] port = 1, 2, 3
LT    Load Memory - Tektronics Format           LT [<port>] port = 1, 2, 3
LS    Load Machine State                        LS [<port>]] port = 1, 2, 3

 MOVE:MV
MV    Move (Copy) Memory                        MV <startAddr> <endAddr> <destinationAddr>

 FIND:FB
FB    Find Byte in Memory                       FB <startAddr> <endAddr> <value> [<mask>] 

 FILL:FM NP  FR
FM    Fill Memory                              
NP    Fill Memory with NOPs                    
FR    Fill Register File                       

 RESET:RT T0
RT    Reset Target Processor                    
T0    Load PC with Trap 0 (Zero) Vector         

 BRKPT:B1 B2 C1 C2 CB DB  BT CT DT
B1/B2 Set Breakpoints 1 and 2                 B? <address>
C1/C2 Clear Breakpoints Individually
CB    Clear Breakpoints                       
DB    Display Breakpoints
BT    Set Breakpoint on TRAP                  BT <vector> ... <vector> (vector is 0 to 23)
CT    Clear Breakpoint on TRAP               CT <vector> (vector is 0 to 23 or A for All)
DT    Display Breakpoint on TRAP               DT

 TRACE:TO TF IT PT IS  TC TR
TO    Turn On Instruction Trace                 
TF    Turn Off Instruction Trace                
IT    Inspect Instruction Trace Samples        IT <trace number> | <program memory address>
PT    Print Trace Contents to Port 1 or 2
IS    Inspect Instruction Trace Sample Count   
TC    Configure Single-Step Trace               
TR

 DEBUG:SS TS FS CS  CY  GO EX ET EF  RU
SS    Single Step Program                       SS <count> [<port>] port = 1, 2
TS    Single-Step Program with Trace            TS <number of trace steps> [<port>] port = 1, 2, 3
FS    Single Step with Fixed Display           
CS    Designate Cursor-Up Key                CS <startAddr> <stop address>
CY    Display/Clear Cycle Counter
GO    Go Execute at Address                    
EX    Execute to Breakpoints                   EX <event count>
ET    Execute to Breakpoint with Trace         ET <event count>
EF    Execute to Breakpoint with Fixed Display 
RU    Execute Program without Breakpoints       

 TED:XE  L1 L2 LL LA LN
XE    Execute Text Editor                       XE [<port>] port = 1, 2, 3
L1/L2 Set Breakpoint 1 or 2 by Line Number     Ln <line number>
LL    List Lines from Text Editor              LL <line number> <line count>
LA    Show Address of Line                     LA <line number>
LN    Show Editor Line at Address              LN <address>

 ASSM:XA XL XP  AT  XR
XA    Execute Assembler                         XA <input port> <listing output port> input port = 0, 1, 2, 3, output port = 0, 1, 2
XL/XP Execute Line Assembler                    
AT    Display Assembler Table                 AT [<port>] port = 1 or 2
XR    Execute Reverse Assembler                 XR <startAddr> <endAddr> [<port>]] port = 1, 2, 3

 EPROM:PE VE CE RE  BC  12 21 25
PE    Program EPROM From Memory
VE    Verify EPROM Erased
CE    Compare Eprom to Memory
RE    Read EPROM to RAM
BC    Clear the 727x0 EPROM
12    Adjust VPP in 12 V area 
21    Adjust VPP in 21 V area 
4x    Program EPROM with data from U43, U44, or U45

 MATH:HC DC AR
HC    Hex-decimal Word Conversion              
DC    Decimal/Hex Byte Conversion
AR    +/- Hex Arithmetic                      AR <hex number> <hex number>

 PORTS:BR  DR MO
BR    Display/Modify Baud Rate                BR [<port> <new index>]
DR    Audio Tape Directory                     DR [<port>] port = 1 or 2
MO    Audio Tape Motor On                      

 Not in startup help
CC    Clear SR Carry Bit                      
CI    Clear SR Interrupt Bit
CL    Designate Cursor-Left Key
CN    Clear S/R Negative Bit
CZ    Clear SR Zero Bit
SC    Set SR Carry Bit
SI    Set SR Interrupt Bit
SN    Set SR Negative Bit
SZ    Set SR Zero Bit