Top 10k strings from MC Tutor (1985)(Hansoft)(Part 1 of 5)[a].z80 in <root> / bin / z80 / software / Sinclair Spectrum Collection TOSEC.exe / Sinclair ZX Spectrum - Utilities & Educational / Sinclair ZX Spectrum - Utilities & Educational - [Z80] (TOSEC-v2007-01-01) /
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2 the number 1 transfer (HL) to (DE), increment HL and DE, decrement BC, set PV flag if BC=0 1 transfer (HL) to (DE), decrement HL, DE, and BC, set PV flag if BC=0 1 the port whose number is in C 1 the memory location (IY) 1 the memory location (IX) 1 the memory location (DE) 1 the memory location (BC) 1 the location (HL) 1 the contents of the Accumulator is eXclusively ORed with 1 the contents of 1 the computer is HALTed until an interrupt comes to awake it again 1 the carry flag is set, ie Set Carry Flag 1 the carry flag is inverted, ie Compliment Carry Flag 1 the alternative AF registers 1 the accumulator is ComPared with 1 the Stack Pointer 1 the Refresh register 1 the RETurn address is POPped from the stack 1 the L register 1 the Interrupt vector register 1 the IY register 1 the IX register 1 the HL register 1 the H register 1 the Flag register 1 the E register 1 the DE register 1 the D register 1 the C register 1 the BC, DE, HL registers are all EXchanged with the alternative set 1 the BC register 1 the B register 1 the Accumulator is logically ORed with 1 the Accumulator is logically ANDed with 1 the Accumulator is NEGated, ie made negative 1 the Accumulator 1 the AF registers 1 search from (HL) Incrementing BC bytes for data in Accumulator 1 search from (HL) Decrementing BC bytes for data in Accumulator 1 rotate the accumulator and carry Right 1 rotate the Accumulator and carry Left 1 rotate the Accumulator Right, shifting bit 0 into Carry 1 rotate the Accumulator Left shifting bit 7 into Carry 1 rotate Right Decimal contents of (HL) with least significant end of Accumulator 1 rotate Left Decimal contents of (HL) with least significant end of Accumulator 1 reSTart at address 1 push the return address to stack and CALL 1 port with the above number 1 perform relative jump to 1 perform jump to 1 output from (HL) to port (C) increment HL, decrement B 1 ouTput to port (C), from block from (HL) Decrementing HL for B bytes 1 ouTput from (HL) to port (C) block from (HL) Incrementing for B bytes 1 oUTput from (HL) to port (C) Decrement HL, decrement B 1 memory location 1 location (IY+offset) 1 location (IX+offset) 1 is loaded with 1 is Shifted Right Logically, 0 is shifted into bit 7 1 is Shifted Right Arithmetically, sign bit unchanged 1 is Shifted Left Arithmetically, 0 is shifted into bit 0 1 is Rotated Right, shifting bit 0 into Carry 1 is Rotated Left shifting bit 7 into Carry 1 is PUSHed onto the stack and the SP decremented by 2 1 is POPped from the stack and the SP incremented by 2 1 is INCremented by 1 1 is EXchanged with 1 is DECremented by 1 1 invert all bits in A register, ie ComPLiment 1 input data from 1 if the Zero flag is set, 1 if the Zero flag is not set, 1 if the Sign flag is set, ie Minus, 1 if the Sign flag is not set, ie Positive, 1 if the Parity flag is sEt, ie Parity is Even, 1 if the Parity flag is nOt set, ie Parity is Odd, 1 if the Carry flag is set, 1 if the Carry flag is not set, 1 iNput into (HL) from port (C) increment HL, decrement B 1 iNput into (HL) from port (C) Decrement HL, decrement B 1 iNput from port (C), into block from (HL) Incrementing HL for B bytes 1 iNput from port (C), into block from (HL) Decrementing HL for B bytes 1 has taken from it the carry and 1 has added to it the carry and 1 has added to it 1 enable Interrupts. NOT PERFORMED BY SIMULATOR. 1 disable Interrupts. NOT PERFORMED BY SIMULATOR. 1 decrement B, if zero continue, if Not Zero perform relative jump to 1 decimal Adjust Accumulator 1 compare (HL) with A, increment HL, decrement BC 1 compare (HL) with A, decrement HL, and BC 1 change Interrupt Mode to 1 block transfer (BC) bytes starting at (HL) to (DE) incrementing 1 block transfer (BC) bytes starting at (HL) to (DE) decrementing 1 and Carry are rotated Left 1 and Carry are Rotated Right 1 The Accumulator has subtracted from it 1 Space missing 1 RETurn from Non-maskable interrupt: NOT PERFORMED BY SIMULATOR 1 RETurn from Interrupt: NOT PERFORMED BY SIMULATOR 1 Offset too big 1 Offset missing 1 Number too large 1 Number missing 1 No OPeration is performed, inspite of this it takes . 1 No DEFB, or DEFW 1 NOT DEFINED 1 Missing space or , 1 Label too long 1 Label not found 1 Instruction unknown 1 FLAGS$ Registers and Contents % STAC 1 Error after inst. 1 Cursor keys, delete, and auto-repeat are as standard. BREAK returns you to menu. 1 Can only ADD IX/IY 1 Bracket missing 1 ADDRESS MACHINE CODE 1 01 seconds to do it 1 You are trying to run code in allocated storage area. RET missing? Please EDIT 1 You are about to write to memory which will affect your program. Please edit it. 1 You are about to affect memory area not allocated to you. Please edit program. 1 There are too many registers called up, to display. Program will RUN as normal. 1 The stack pointer is outside allocated memory area. Please edit program. 1 The program has been completed. You may EDIT or reRUN. Exit by pressing BREAK. 1 SOURCE CODE 1 Return to operating system 1 Program stopped. You may re-RUN, EDIT or press BREAK to return to menu. 1 Program has successfully assembled. Press RUN, EDIT, or exit by pressing BREAK. 1 Program counter has jumped to non-valid address. EDIT or reRUN program. 1 Press SPACE to select and ENTER to start 1 Press SPACE to continue. 1 Press RUN to begin example, EDIT to edit, and BREAK to return to menu. 1 Please confirm disk loading required Y/N 1 Loading lessons 26-35 1 Loading lessons 18-25 1 Loading lessons 10-17 1 Loading lessons 1-9 1 Loading has been stopped 1 Loading error 1 Disk V1.0 (c) HanSoft '85 1 & clears all ENTER tabs to next line STOP assembles SPACE tabs in label are 1 Loading error 1 Error found during assembly. Please correct before running program. 1 ASSEMBLED CODE LABELS INSTRUCTIONS 1 Enter the Z-80 simulator ? Y/N