CPCWiki - THE Amstrad CPC encyclopedia! - User contributions [en]

ZSM

2015-09-09T15:38:12Z

FloppySoftware: Modified the download url

'''OVERVIEW'''

ZSM is an assembler for the Z80 microprocessor. It uses standard
Zilog/Mostek mnemonics, supports conditional assembly and
produces Intel HEX file suitable for loading with the CP/M LOAD
utility. ZSM is a disk based assembler, i.e. source code is read
from disk, the resulting object code is written to disk and an
optional print file can be written to disk. Alternatively the
print file can be redirected to the console.

ZSM is also known as Z80ASM or Z80ASMUK.

'''ASSEMBLER MNEMONICS'''

The assembler recognises all standard Z80 mnemonics as defined in
the Z80 CPU Technical Manual. The following mnemonics are
recognised in both forms shown.
ADC A,s ADC s
ADD A,n ADD n
ADD A,r ADD r
ADD a,(HL) ADD (HL)
ADD a,(IX+d) ADD (IX+d)
ADD a,(IY+d) ADD (IY+d)

'''EXPRESSION EVALUATION'''

Operands in instructions and pseudo-ops may consist of arithmetic
expressions which are evaluated at assembly time and the
calculated value used as part of the object code. The following
operators may be used to form expressions:
+ Addition
- Subtraction (or unary Negation)
* Multiplication
/ Division
.MOD. Modulus
< or .GT. Greater Than. X.GT.Y true if X greater than Y.
.GE. Greater than or Equal. X.GE.Y true if X
greater than or equal to Y.
> or .LT. Less Than. X.LT.Y true if X less than Y.
.LE. Less than or Equal. X.LE.Y true if X less
than or equal to Y.
= or .EQ. Equal. X.EQ.Y true if X equals Y.
.NE. Not Equal. X.NE.Y true if X not equal to Y.
.SHL. n Shift Left n bits.
.SHR. n Shift Right n bits.
.NOT. Logical NOT (unary)
.AND. Logical AND
.OR. Logical OR
.XOR. Logical Exclusive OR
.LOW. Low byte of expression (.MOD. 256)
.HIGH. High byte of expression (.SHR. 8)

'''COPYRIGHT'''

It was written by LEHMAN CONSULTING SERVICES in 1977, and
enhanced by Ray Halls in 1982, and Neil Harrison in 1983.

It was originally published in the US User Group, Vol 16,
and later in the CP/M Users Group (UK).

It's in the Public Domain.

The source code in Z80 assembler is available also, and
it can compile itself.

'''DOWNLOAD'''

Available in http://www.floppysoftware.es.

MESCC

2015-09-09T15:36:54Z

FloppySoftware: Modified the download url and added a library.

'''MESCC'''

Mike's Enhanced Small C Compiler for Z80 and CP/M.

'''OVERVIEW'''

MESCC is a subset of the standard C language.

It was based on the version 1.7 (Oct. 1985) of Small C by Ron Cain, Mike Bernson's
and John Hill, but now only a small portion of the original source code is present.

This compiler can be compiled by itself.

'''SUPPORTED TYPES'''

char 1 byte.
Can be signed (-128 to 127) or unsigned (0 to 255).
By default is signed.

int 2 bytes.
Can be signed (-32768 to 32767) or unsigned (0 to 65535).
By default is signed.

Pointers 2 bytes.

Arrays Size of type * number of items.
Arrays of pointers are not supported.

'''CONSTANTS'''

Decimal integer Examples: 32, -1, 456.
Hexadecimal integer Examples: 0x12, 0xF3, 0xAA34
Character constants Examples: 'A', '12', '\t'

'''STRINGS'''

Examples: "This is a text"
"Text with a newline\n"

'''NAMES'''

Variables and function names should consist of not more than
11 alpha-numeric characters.

The '_' character is considered an alphabetic character,
and the first character can't be numeric.

'''ESCAPE SEQUENCES'''

Can be included in character constants or strings.

\n Newline, 10 decimal.
\t Tab, 9 decimal.
\r Carriage line, 13 decimal.
\b Backspace, 8 decimal.
\a Alarm, 7 decimal.
\f Formfeed, 12 decimal.
\0 Null, 0 decimal.

'''SUPPORTED STATEMENTS'''

for(init, cond, incr) statement;
while(cond) statement;
do statement; while(cond);
switch(cond) case statements;
if(cond) statement; else statement;
continue;
break;
return;
return expr;

'''OPERATORS AND PRECEDENCE'''

! ~ ++ -- - * & right to left
* / % left to right
+ - left to right
<< >> left to right
< <= > >= left to right
== != left to rigth
& left to rigth
^ left to right
| left to right
&& left to right
|| left to right
?: right to left
= -= += *= %= right to left
/= &= ^= |=

'''PREPROCESSOR'''

#define name string
#undef name
#include filename
#if value
#ifdef name
#ifndef name
#else
#endif
#asm
#endasm

'''ABOUT THE SOURCE CODE OF MESCC'''

The source code of MESCC is written in MESCC code. That's is: A subset of C language
in Kernighan & Ritchie style, not ANSI.

It can be compiled by itself.

The source code uses some extern library functions as fopen, fgetchar, etc.,
that are available as part of standard library of MESCC.

'''LIBRARIES'''

mescc.h Runtime. All programs must include this file first.
alloc.h Memory allocation functions.
clock.h Date & time functions for CP/M Plus.
conio.h Console I/O functions.
cpm.h CP/M specific functions.
ctype.h Test and character conversion functions.
fileio.h Stream file I/O functions.
fprintf.h Formatted output to file.
mem.h Memory functions.
printf.h Formatted output to console.
rand.h Pseudo-random number generation.
setjmp.h Long jumps support.
sprintf.h Formatted output to memory.
string.h String functions.
xprintf.h Support library for printf, fprintf and sprintf.
z80.h Z80 specific functions.

'''COPYRIGHT'''

MESCC is copyright by Miguel Garcia / FloppySoftware, and is released
under the GPL license.

'''DOWNLOAD'''

http://www.floppysoftware.es

MESCC

2015-04-26T19:18:54Z

FloppySoftware:

'''MESCC'''

Mike's Enhanced Small C Compiler for Z80 and CP/M.

'''OVERVIEW'''

MESCC is a subset of the standard C language.

It was based on the version 1.7 (Oct. 1985) of Small C by Ron Cain, Mike Bernson's
and John Hill, but now only a small portion of the original source code is present.

This compiler can be compiled by itself.

'''SUPPORTED TYPES'''

char 1 byte.
Can be signed (-128 to 127) or unsigned (0 to 255).
By default is signed.

int 2 bytes.
Can be signed (-32768 to 32767) or unsigned (0 to 65535).
By default is signed.

Pointers 2 bytes.

Arrays Size of type * number of items.
Arrays of pointers are not supported.

'''CONSTANTS'''

Decimal integer Examples: 32, -1, 456.
Hexadecimal integer Examples: 0x12, 0xF3, 0xAA34
Character constants Examples: 'A', '12', '\t'

'''STRINGS'''

Examples: "This is a text"
"Text with a newline\n"

'''NAMES'''

Variables and function names should consist of not more than
11 alpha-numeric characters.

The '_' character is considered an alphabetic character,
and the first character can't be numeric.

'''ESCAPE SEQUENCES'''

Can be included in character constants or strings.

\n Newline, 10 decimal.
\t Tab, 9 decimal.
\r Carriage line, 13 decimal.
\b Backspace, 8 decimal.
\a Alarm, 7 decimal.
\f Formfeed, 12 decimal.
\0 Null, 0 decimal.

'''SUPPORTED STATEMENTS'''

for(init, cond, incr) statement;
while(cond) statement;
do statement; while(cond);
switch(cond) case statements;
if(cond) statement; else statement;
continue;
break;
return;
return expr;

'''OPERATORS AND PRECEDENCE'''

! ~ ++ -- - * & right to left
* / % left to right
+ - left to right
<< >> left to right
< <= > >= left to right
== != left to rigth
& left to rigth
^ left to right
| left to right
&& left to right
|| left to right
?: right to left
= -= += *= %= right to left
/= &= ^= |=

'''PREPROCESSOR'''

#define name string
#undef name
#include filename
#if value
#ifdef name
#ifndef name
#else
#endif
#asm
#endasm

'''ABOUT THE SOURCE CODE OF MESCC'''

The source code of MESCC is written in MESCC code. That's is: A subset of C language
in Kernighan & Ritchie style, not ANSI.

It can be compiled by itself.

The source code uses some extern library functions as fopen, fgetchar, etc.,
that are available as part of standard library of MESCC.

'''LIBRARIES'''

mescc.h Runtime. All programs must include this file first.
alloc.h Memory allocation functions.
clock.h Date & time functions for CP/M Plus.
conio.h Console I/O functions.
cpm.h CP/M specific functions.
ctype.h Test and character conversion functions.
fileio.h Stream file I/O functions.
fprintf.h Formatted output to file.
mem.h Memory functions.
printf.h Formatted output to console.
rand.h Pseudo-random number generation.
sprintf.h Formatted output to memory.
string.h String functions.
xprintf.h Support library for printf, fprintf and sprintf.
z80.h Z80 specific functions.

'''COPYRIGHT'''

MESCC is copyright by Miguel Garcia / FloppySoftware, and is released
under the GPL license.

'''DOWNLOAD'''

http://www.floppysoftware.vacau.com

MESCC

2015-04-26T19:17:41Z

FloppySoftware:

'''MESCC'''

Mike's Enhanced Small C Compiler for Z80 and CP/M.

'''OVERVIEW'''

MESCC is a subset of the standard C language.

It was based on the version 1.7 (Oct. 1985) of Small C by Ron Cain, Mike Bernson's
and John Hill, but now only a small portion of the original source code is present.

This compiler can be compiled by itself.

'''SUPPORTED TYPES'''

char 1 byte.
Can be signed (-128 to 127) or unsigned (0 to 255).
By default is signed.

int 2 bytes.
Can be signed (-32768 to 32767) or unsigned (0 to 65535).
By default is signed.

Pointers 2 bytes.

Arrays Size of type * number of items.
Arrays of pointers are not supported.

'''CONSTANTS'''

Decimal integer Examples: 32, -1, 456.
Hexadecimal integer Examples: 0x12, 0xF3, 0xAA34
Character constants Examples: 'A', '12', '\t'

'''STRINGS'''

Examples: "This is a text"
"Text with a newline\n"

'''NAMES'''

Variables and function names should consist of not more than
11 alpha-numeric characters.

The '_' character is considered an alphabetic character,
and the first character can't be numeric.

'''ESCAPE SEQUENCES'''

Can be included in character constants or strings.

\n Newline, 10 decimal.
\t Tab, 9 decimal.
\r Carriage line, 13 decimal.
\b Backspace, 8 decimal.
\a Alarm, 7 decimal.
\f Formfeed, 12 decimal.
\0 Null, 0 decimal.

'''SUPPORTED STATEMENTS'''

for(init, cond, incr) statement;
while(cond) statement;
do statement; while(cond);
switch(cond) case statements;
if(cond) statement; else statement;
continue;
break;
return;
return expr;

'''OPERATORS AND PRECEDENCE'''

! ~ ++ -- - * & right to left
* / % left to right
+ - left to right
<< >> left to right
< <= > >= left to right
== != left to rigth
& left to rigth
^ left to right
| left to right
&& left to right
|| left to right
?: right to left
= -= += *= %= right to left
/= &= ^= |=

'''PREPROCESSOR'''

#define name string
#undef name
#include filename
#if value
#ifdef name
#ifndef name
#else
#endif
#asm
#endasm

'''ABOUT THE SOURCE CODE OF MESCC'''

The source code of MESCC is written in MESCC code. That's is: A subset of C language
in Kernighan & Ritchie style, not ANSI.

It can be compiled by itself.

The source code uses some extern library functions as fopen, fgetchar, etc.,
that are available as part of standard library of MESCC.

'''LIBRARIES'''

mescc.h Runtime. All programs must include this file first.
alloc.h Memory allocation functions.
clock.h Date & time functions for CP/M Plus.
conio.h Console I/O functions.
cpm.h CP/M specific functions.
ctype.h Test and character conversion functions.
fileio.h Stream file I/O functions.
fprintf.h Formatted output to file.
mem.h Memory functions.
printf.h Formatted output to console.
rand.h Pseudo-random number generation.
sprintf.h Formatted output to memory.
string.h String functions.
xprintf.h Support library for printf, fprintf and sprintf.
z80.h Z80 specific functions.

'''COPYRIGHT'''

MESCC is copyright by Miguel Garcia / FloppySoftware, and is released
under the GPL license.

'''DOWNLOAD'''

http://www.floppysoftware.vacau.com

MESCC

2015-04-26T19:16:37Z

FloppySoftware:

'''MESCC'''

Mike's Enhanced Small C Compiler for Z80 and CP/M.

'''OVERVIEW'''

MESCC is a subset of the standard C language.

It was based on the version 1.7 (Oct. 1985) of Small C by Ron Cain, Mike Bernson's
and John Hill, but now only a small portion of the original source code is present.

This compiler can be compiled by itself.

'''SUPPORTED TYPES'''

char 1 byte.
Can be signed (-128 to 127) or unsigned (0 to 255).
By default is signed.

int 2 bytes.
Can be signed (-32768 to 32767) or unsigned (0 to 65535).
By default is signed.

Pointers 2 bytes.

Arrays Size of type * number of items.
Arrays of pointers are not supported.

'''CONSTANTS'''

Decimal integer Examples: 32, -1, 456.
Hexadecimal integer Examples: 0x12, 0xF3, 0xAA34
Character constants Examples: 'A', '12', '\t'

'''STRINGS'''

Examples: "This is a text"
"Text with a newline\n"

'''NAMES'''

Variables and function names should consist of not more than
11 alpha-numeric characters.

The '_' character is considered an alphabetic character,
and the first character can't be numeric.

'''ESCAPE SEQUENCES'''

Can be included in character constants or strings.

\n Newline, 10 decimal.
\t Tab, 9 decimal.
\r Carriage line, 13 decimal.
\b Backspace, 8 decimal.
\a Alarm, 7 decimal.
\f Formfeed, 12 decimal.
\0 Null, 0 decimal.

'''SUPPORTED STATEMENTS'''

for(init, cond, incr) statement;
while(cond) statement;
do statement; while(cond);
switch(cond) case statements;
if(cond) statement; else statement;
continue;
break;
return;
return expr;

'''OPERATORS AND PRECEDENCE'''

! ~ ++ -- - * & right to left
* / % left to right
+ - left to right
<< >> left to right
< <= > >= left to right
== != left to rigth
& left to rigth
^ left to right
| left to right
&& left to right
|| left to right
?: right to left
= -= += *= %= right to left
/= &= ^= |=

'''PREPROCESSOR'''

#define name string
#undef name
#include filename
#if value
#ifdef name
#ifndef name
#else
#endif
#asm
#endasm

'''ABOUT THE SOURCE CODE OF MESCC'''

The source code of MESCC is written in MESCC code. That's is: A subset of C language
in Kernighan & Ritchie style, not ANSI.

It can be compiled by itself.

The source code uses some extern library functions as fopen, fgetchar, etc.,
that are available as part of standard library of MESCC.

'''LIBRARIES'''

mescc.h Runtime. All programs must include this file first.
alloc.h Memory allocation functions.
clock.h Date & time functions for CP/M Plus.
conio.h Console I/O functions.
cpm.h CP/M specific functions.
ctype.h Test and character conversion functions.
fileio.h Stream file I/O functions.
fprintf.h Formatted output to file.
mem.h Memory functions.
printf.h Formatted output to console.
rand.h Pseudo-random number generation.
sprintf.h Formatted output to memory.
string.h String functions.
xprintf.h Support library for printf, fprintf and sprintf.
z80.h Z80 specific functions.

'''COPYRIGHT'''

MESCC is copyright by Miguel Garcia / FloppySoftware, and is released
under the GPL license.

'''DOWNLOAD'''

http://www.floppysoftware.vacau.com

MESCC

2015-04-26T19:15:21Z

FloppySoftware:

'''MESCC'''

Mike's Enhanced Small C Compiler for Z80 and CP/M.

'''OVERVIEW'''

MESCC is a subset of the standard C language.

It was based on the version 1.7 (Oct. 1985) of Small C by Ron Cain, Mike Bernson's
and John Hill, but now only a small portion of the original source code is present.

This compiler can be compiled by itself.

'''SUPPORTED TYPES'''

char 1 byte.
Can be signed (-128 to 127) or unsigned (0 to 255).
By default is signed.

int 2 bytes.
Can be signed (-32768 to 32767) or unsigned (0 to 65535).
By default is signed.

Pointers 2 bytes.

Arrays Size of type * number of items.
Arrays of pointers are not supported.

'''CONSTANTS'''

Decimal integer Examples: 32, -1, 456.
Hexadecimal integer Examples: 0x12, 0xF3, 0xAA34
Character constants Examples: 'A', '12', '\t'

'''STRINGS'''

Examples: "This is a text"
"Text with a newline\n"

'''NAMES'''

Variables and function names should consist of not more than
11 alpha-numeric characters.

The '_' character is considered an alphabetic character,
and the first character can't be numeric.

'''ESCAPE SEQUENCES'''

Can be included in character constants or strings.

\n Newline, 10 decimal.
\t Tab, 9 decimal.
\r Carriage line, 13 decimal.
\b Backspace, 8 decimal.
\a Alarm, 7 decimal.
\f Formfeed, 12 decimal.
\0 Null, 0 decimal.

'''SUPPORTED STATEMENTS'''

for(init, cond, incr) statement;
while(cond) statement;
do statement; while(cond);
switch(cond) case statements;
if(cond) statement; else statement;
continue;
break;
return;
return expr;

'''OPERATORS AND PRECEDENCE'''

! ~ ++ -- - * & right to left
* / % left to right
+ - left to right
<< >> left to right
< <= > >= left to right
== != left to rigth
& left to rigth
^ left to right
| left to right
&& left to right
|| left to right
?: right to left
= -= += *= %= right to left
/= &= ^= |=

'''PREPROCESSOR'''

#define name string
#undef name
#include filename
#if value
#ifdef name
#ifndef name
#else
#endif
#asm
#endasm

'''ABOUT THE SOURCE CODE OF MESCC'''

The source code of MESCC is written in MESCC code. That's is: A subset of C language
in Kernighan & Ritchie style, not ANSI.

It can be compiled by itself.

The source code uses some extern library functions as fopen, fgetchar, etc.,
that are available as part of standard library of MESCC.

'''LIBRARIES'''

mescc.h Runtime. All programs must include this file first.
alloc.h Memory allocation functions.
clock.h Date & time functions for CP/M Plus.
conio.h Console I/O functions.
cpm.h CP/M specific functions.
ctype.h Test and character conversion functions.
fileio.h Stream file I/O functions.
fprintf.h Formatted output to file.
mem.h Memory functions.
printf.h Formatted output to console.
rand.h Pseudo-random number generation.
sprintf.h Formatted output to memory.
string.h String functions.
xprintf.h Support library for printf, fprintf and sprintf.
z80.h Z80 specific functions.

'''COPYRIGHT'''

MESCC is copyright by Miguel Garcia / FloppySoftware, and is released
under the GPL license.

'''DOWNLOAD'''

http://www.floppysoftware.vacau.com

MESCC

2015-04-26T19:13:30Z

FloppySoftware: Created page with "'''MESCC''' Mike's Enhanced Small C Compiler for Z80 and CP/M. '''OVERVIEW''' MESCC is a subset of the standard C language. It was based on the version 1.7 (Oct. 1985) of..."

'''MESCC'''

Mike's Enhanced Small C Compiler for Z80 and CP/M.

'''OVERVIEW'''

MESCC is a subset of the standard C language.

It was based on the version 1.7 (Oct. 1985) of Small C by Ron Cain, Mike Bernson's
and John Hill, but now only a small portion of the original source code is present.

This compiler can be compiled by itself.

'''SUPPORTED TYPES'''

char 1 byte.
Can be signed (-128 to 127) or unsigned (0 to 255).
By default is signed.

int 2 bytes.
Can be signed (-32768 to 32767) or unsigned (0 to 65535).
By default is signed.

Pointers 2 bytes.

Arrays Size of type * number of items.
Arrays of pointers are not supported.

'''CONSTANTS'''

Decimal integer Examples: 32, -1, 456.
Hexadecimal integer Examples: 0x12, 0xF3, 0xAA34
Character constants Examples: 'A', '12', '\t'

'''STRINGS'''

Examples: "This is a text"
"Text with a newline\n"

'''NAMES'''

Variables and function names should consist of not more than
11 alpha-numeric characters.

The '_' character is considered an alphabetic character,
and the first character can't be numeric.

'''ESCAPE SEQUENCES'''

Can be included in character constants or strings.

\n Newline, 10 decimal.
\t Tab, 9 decimal.
\r Carriage line, 13 decimal.
\b Backspace, 8 decimal.
\a Alarm, 7 decimal.
\f Formfeed, 12 decimal.
\0 Null, 0 decimal.

'''SUPPORTED STATEMENTS'''

for(init, cond, incr) statement;
while(cond) statement;
do statement; while(cond);
switch(cond) case statements;
if(cond) statement; else statement;
continue;
break;
return;
return expr;

'''OPERATORS AND PRECEDENCE'''

! ~ ++ -- - * & right to left
* / % left to right
+ - left to right
<< >> left to right
< <= > >= left to right
== != left to rigth
& left to rigth
^ left to right
| left to right
&& left to right
|| left to right
?: right to left
= -= += *= %= right to left
/= &= ^= |=

'''PREPROCESSOR'''

#define name string
#undef name
#include filename
#if value
#ifdef name
#ifndef name
#else
#endif
#asm
#endasm

'''ABOUT THE SOURCE CODE OF MESCC'''

The source code of MESCC is written in MESCC code. That's is: A subset of C language
in Kernighan & Ritchie style, not ANSI.

It can be compiled by itself.

The source code uses some extern library functions as fopen, fgetchar, etc.,
that are available as part of standard library of MESCC.

'''LIBRARIES'''

mescc.h Runtime. All programs must include this file first.
alloc.h Memory allocation functions.
clock.h Date & time functions for CP/M Plus.
conio.h Console I/O functions.
cpm.h CP/M specific functions.
ctype.h Test and character conversion functions.
fileio.h Stream file I/O functions.
fprintf.h Formatted output to file.
mem.h Memory functions.
printf.h Formatted output to console.
rand.h Pseudo-random number generation.
sprintf.h Formatted output to memory.
string.h String functions.
xprintf.h Support library for printf, fprintf and sprintf.
z80.h Z80 specific functions.

'''COPYRIGHT'''

MESCC is copyright by Miguel Garcia / FloppySoftware, and is released
under the GPL license.

'''DOWNLOAD'''

http://www.floppysoftware.vacau.com

Programming software

2015-04-26T18:53:39Z

FloppySoftware: /* C */

== Compilers & Interpreters ==

=== Assemblers ===

* [[ADAM]] ([[Audiogenic Software Ltd.]])
* [[DAMS]] ([[Micro Application]])
* [[Hisoft Devpac]] (Gena/Mona) ([[Amsoft]]/[[Hisoft]])
* [[Hisoft Devpac 80]] ([[Hisoft]])
* [[KIO-Fox-Assembler]] ([[Günter Woigk]])
* [[Laser Genius]] ([[Ocean|Ocean IQ]]/Oasis Software)
* [[Maxam]] ([[Arnor]])
* [[Maxam 1.5]] ([[Arnor]])
* [[Maxam 2|Maxam II]] ([[Arnor]])
* [[MS MACRO]] ([[Microsoft]])
* [[Pasmo]] ([[Julian Albo]])
* [[Pyradev]] ([[Discovery Software]])
* [[SjasmPlus]]
* [[Star-Mon]] ([[Star-Division]])
* [[Turbo Ass|Turbo Ass (TASS)]] ([[Exodus]])
* [[Zapp]] (Hewson Consultants)
* [[Zedis II]] ([[Pride Utilities]]/[[Indescomp|Microbyte]])
* [[Zen]] ([[Kuma_Computers|Kuma Computers]])
* [[ZSM]] ([[CP/M UG UK]])

=== Basic ===

* [[BASIC-E]]
* [[BBC Basic]]
* [[C BASIC Compiler|CBASIC Compiler]] ([[Digital_Research|Digital Research]])
* [[CPC Basic]]
* [[Fabacom (FAst BAsic COMpiler)]] ([[DMV|DMV Software]])
* [[Laser Basic]] ([[Ocean|Ocean IQ]]/Oasis Software)
* [[Laser BASIC Compiler|Laser Compiler]] ([[Ocean|Ocean IQ]]/Oasis Software)
* [[Locomotive BASIC]]
* [[Mallard BASIC]]
* [[MBASIC Compiler]] ([[Microsoft]])
* [[MBASIC Interpreter]] ([[Microsoft]])
* [[Nevada BASIC]] (Ellis Computing)
* [[Hisoft Turbo Basic]] ([[Hisoft]])
* [[ZBasic]]

=== BCPL ===

* [[BCPL]] ([[Arnor]])

=== C ===

* [[Arnor C]] ([[Arnor]]/[[WACCO]])
* [[Aztec C]] (Manx)
* [[BDS C]] (Brain Damage Software)
* [[C/80]] (Software Toolworks)
* [[FIOLIB]] (not a C language per se, but the IO-LIB and environment for FutureOS)
* [[HiSoft C|Hisoft C]] ([[Hisoft]])
* [[Hi-Tech C compiler]]
* [[MESCC]] (FloppySoftware)
* [[MI-C]] (Herbert Rose)
* [[Mix C Compiler]] (Mix Software)
* [[SDCC]]
* [[Small C]] (Ron Cain)
* [[Whitesmiths C]] (Whitesmiths, Ltd.)
* [[ZCC]] (Ken Yap)
* [[Z88DK]]

=== CC ===

* [[ccz80]]

=== Cobol ===

* [[MS COBOL Compiler]] ([[Microsoft]])
* [[Nevada Cobol]] ([[Hisoft]]/Ellis Computing)

=== Comal ===

* [[Comal]]
* [[Comal80]]

=== Forth ===

* [[Fig-Forth (Amsoft)|Fig-Forth]] ([[Amsoft]]/Abersoft)
* [[Fig-Forth]] ([[Interceptor Software]])
* [[Forth]] ([[Amsoft]]/[[Indescomp]])
* [[Hisoft Forth]] ([[Hisoft]])
* [[Kuma Forth]] ([[Kuma_Computers|Kuma Computers]])
* [http://volksforth.sourceforge.net/ VolksForth]

=== Fortran ===

* [[MS FORTRAN Compiler]] ([[Microsoft]])
* [[Nevada FORTRAN]] (Ellis Computing)
* [[Pro FORTRAN]] (Prospero Software)

=== Pascal ===

* [[Compas]] (Poly-Data)
* [[Hisoft Pascal 4T]] ([[Amsoft]]/[[Hisoft]])
* [[Hisoft Pascal 80]] ([[Hisoft]])
* [[Nevada Pascal]] / JRT Pascal (Ellis Computing)
* [[Pascal MT|Pascal MT+]] ([[Digital_Research|Digital Research]])
* [[Poly Pascal]]
* [[Turbo Pascal]] (Borland)

=== Lisp ===

* [[Hisoft Lisp]] ([[Hisoft]])
* [[XLISP]]

=== Logo ===

* [[Logo]] ([[Kuma_Computers|Kuma Computers]])
* [[DR Logo]] ([[Digital Research]])

=== Modula-2 ===
* [[Hisoft FTL Modula-2]] ([[Hisoft]])
* [[Turbo Modula-2]] (Borland)
* [[Modula-2 System for Z80 CP/M]] (Hochstrasser)

=== Pilot ===
* [[Nevada PILOT]] (Ellis Computing)

=== Prolog ===
* [[E-Prolog]]

== Hacking ==

=== Multiface Tools ===

* [[Comparator]] ([[Verysoft]])
* [[Gripper]] ([[Verysoft]])
* [[Soundhakker]] ([[The Equalizor]])
* [[Tearaway]] ([[CPC Network]])
* [[The Insider]] ([[Romantic Robot]])
* [[TUSS (The Ultimate Sprite Searcher)]] ([[Sentinel Software]])

=== Others ===

* [[AntiMultiface]]
* [[ERE Hacking Tools]] ([[GPA]])
* [[Firebird loader toolkit]] ([[GPA]])
* [[FutureOS Monitor]] ([[TFM]])
* [[KBI Cracker]]
* [[Hackit|Hackit / Le Hacker]] (ROM) ([[Siren Software]])
* [[Loriciel to Disk]] ([[GPA]])
* [[Master toolkit]]
* [[Mastertronic to Disk]] ([[GPA]])
* [[Runstrad decoder 1990]] ([[GPA]])
* [[Soft-Lok]] ([[STS]])

== Integrated Development Environment ==

* [[SymStudio]]
* [[TommyGun]]

== Libraries ==

* [[B-ASIC]] ([[Logon System]])
* [[CPCIOLIB]] (Juergen Weber)
* [[CPCRSlib]] (Artaburu)
* [[Crocolib]] (Arnaudstorq)
* [[FIOLIB]] ([[TFM]])
* [[Net Library]]

== Utilities ==

*[[DamsConverter|DamsConverter]] ([[POW|POW]])
*[[Kwikref/x|Kwikref/x]] ([[Parimgold|Parimgold]])
*[[SuperMonitor|SuperMonitor]] ([[Crown|Crown]])
*[[TurboSuperMonitor|TurboSuperMonitor]] ([[POW|POW]])
*[[XBDS|XBDS]] ([[DMV|DMV]])<span class="Apple-style-span" style="color: rgb(0, 43, 184); text-decoration: underline;">
</span>

[[Category:Programming_software]] [[Category:Applications]] [[Category:CrossDev]]

ZSM

2015-04-26T18:52:19Z

FloppySoftware:

ZSM

2015-04-26T18:50:21Z

FloppySoftware:

'''OVERVIEW'''

ZSM is an assembler for the Z80 microprocessor. It uses standard
Zilog/Mostek mnemonics, supports conditional assembly and
produces Intel HEX file suitable for loading with the CP/M LOAD
utility. ZSM is a disk based assembler, i.e. source code is read
from disk, the resulting object code is written to disk and an
optional print file can be written to disk. Alternatively the
print file can be redirected to the console.

ZSM is also known as Z80ASM or Z80ASMUK.

'''ASSEMBLER MNEMONICS'''

The assembler recognises all standard Z80 mnemonics as defined in
the Z80 CPU Technical Manual. The following mnemonics are
recognised in both forms shown.
ADC A,s ADC s
ADD A,n ADD n
ADD A,r ADD r
ADD a,(HL) ADD (HL)
ADD a,(IX+d) ADD (IX+d)
ADD a,(IY+d) ADD (IY+d)

'''EXPRESSION EVALUATION'''

Operands in instructions and pseudo-ops may consist of arithmetic
expressions which are evaluated at assembly time and the
calculated value used as part of the object code. The following
operators may be used to form expressions:
+ Addition
- Subtraction (or unary Negation)
* Multiplication
/ Division
.MOD. Modulus
< or .GT. Greater Than. X.GT.Y true if X greater than Y.
.GE. Greater than or Equal. X.GE.Y true if X
greater than or equal to Y.
> or .LT. Less Than. X.LT.Y true if X less than Y.
.LE. Less than or Equal. X.LE.Y true if X less
than or equal to Y.
= or .EQ. Equal. X.EQ.Y true if X equals Y.
.NE. Not Equal. X.NE.Y true if X not equal to Y.
.SHL. n Shift Left n bits.
.SHR. n Shift Right n bits.
.NOT. Logical NOT (unary)
.AND. Logical AND
.OR. Logical OR
.XOR. Logical Exclusive OR
.LOW. Low byte of expression (.MOD. 256)
.HIGH. High byte of expression (.SHR. 8)

'''COPYRIGHT'''

It was written by LEHMAN CONSULTING SERVICES in 1977, and
enhanced by Ray Halls in 1982, and Neil Harrison in 1983.

It was originally published in the US User Group, Vol 16,
and later in the CP/M Users Group (UK).

It's in the Public Domain, and is available the source
code in Z80 assembler (can compile itself).

'''DOWNLOAD'''

Available in http://www.floppysoftware.vacau.com.

ZSM

2015-04-26T18:49:57Z

FloppySoftware:

'''OVERVIEW'''

ZSM is an assembler for the Z80 microprocessor. It uses standard
Zilog/Mostek mnemonics, supports conditional assembly and
produces Intel HEX file suitable for loading with the CP/M LOAD
utility. ZSM is a disk based assembler, i.e. source code is read
from disk, the resulting object code is written to disk and an
optional print file can be written to disk. Alternatively the
print file can be redirected to the console.

ZSM is also known as Z80ASM or Z80ASMUK.

'''ASSEMBLER MNEMONICS'''

The assembler recognises all standard Z80 mnemonics as defined in
the Z80 CPU Technical Manual. The following mnemonics are
recognised in both forms shown.
ADC A,s ADC s
ADD A,n ADD n
ADD A,r ADD r
ADD a,(HL) ADD (HL)
ADD a,(IX+d) ADD (IX+d)
ADD a,(IY+d) ADD (IY+d)

'''EXPRESSION EVALUATION'''

Operands in instructions and pseudo-ops may consist of arithmetic
expressions which are evaluated at assembly time and the
calculated value used as part of the object code. The following
operators may be used to form expressions:
+ Addition
- Subtraction (or unary Negation)
* Multiplication
/ Division
.MOD. Modulus
< or .GT. Greater Than. X.GT.Y true if X greater than Y.
.GE. Greater than or Equal. X.GE.Y true if X
greater than or equal to Y.
> or .LT. Less Than. X.LT.Y true if X less than Y.
.LE. Less than or Equal. X.LE.Y true if X less
than or equal to Y.
= or .EQ. Equal. X.EQ.Y true if X equals Y.
.NE. Not Equal. X.NE.Y true if X not equal to Y.
.SHL. n Shift Left n bits.
.SHR. n Shift Right n bits.
.NOT. Logical NOT (unary)
.AND. Logical AND
.OR. Logical OR
.XOR. Logical Exclusive OR
.LOW. Low byte of expression (.MOD. 256)
.HIGH. High byte of expression (.SHR. 8)

'''COPYRIGHT'''

It was written by LEHMAN CONSULTING SERVICES in 1977, and
enhanced by Ray Halls in 1982, and Neil Harrison in 1983.

It was originally published in the US User Group, Vol 16,
and later in the CP/M Users Group (UK).

It's in the Public Domain, and is available the source
code in Z80 assembler (can compile itself).

'''DOWNLOAD'''
Available in http://www.floppysoftware.vacau.com.

ZSM

2015-04-26T18:49:28Z

FloppySoftware:

'''OVERVIEW'''

ZSM is an assembler for the Z80 microprocessor. It uses standard
Zilog/Mostek mnemonics, supports conditional assembly and
produces Intel HEX file suitable for loading with the CP/M LOAD
utility. ZSM is a disk based assembler, i.e. source code is read
from disk, the resulting object code is written to disk and an
optional print file can be written to disk. Alternatively the
print file can be redirected to the console.

ZSM is also known as Z80ASM or Z80ASMUK.

'''ASSEMBLER MNEMONICS'''

The assembler recognises all standard Z80 mnemonics as defined in
the Z80 CPU Technical Manual. The following mnemonics are
recognised in both forms shown.
ADC A,s ADC s
ADD A,n ADD n
ADD A,r ADD r
ADD a,(HL) ADD (HL)
ADD a,(IX+d) ADD (IX+d)
ADD a,(IY+d) ADD (IY+d)

'''EXPRESSION EVALUATION'''

Operands in instructions and pseudo-ops may consist of arithmetic
expressions which are evaluated at assembly time and the
calculated value used as part of the object code. The following
operators may be used to form expressions:
+ Addition
- Subtraction (or unary Negation)
* Multiplication
/ Division
.MOD. Modulus
< or .GT. Greater Than. X.GT.Y true if X greater than Y.
.GE. Greater than or Equal. X.GE.Y true if X
greater than or equal to Y.
> or .LT. Less Than. X.LT.Y true if X less than Y.
.LE. Less than or Equal. X.LE.Y true if X less
than or equal to Y.
= or .EQ. Equal. X.EQ.Y true if X equals Y.
.NE. Not Equal. X.NE.Y true if X not equal to Y.
.SHL. n Shift Left n bits.
.SHR. n Shift Right n bits.
.NOT. Logical NOT (unary)
.AND. Logical AND
.OR. Logical OR
.XOR. Logical Exclusive OR
.LOW. Low byte of expression (.MOD. 256)
.HIGH. High byte of expression (.SHR. 8)

'''COPYRIGHT'''

It was written by LEHMAN CONSULTING SERVICES in 1977, and
enhanced by Ray Halls in 1982, and Neil Harrison in 1983.

It was originally published in the US User Group, Vol 16,
and later in the CP/M Users Group (UK).

It's in the Public Domain, and is available the source
code in Z80 assembler (can compile itself).

'''DOWNLOAD'''

Available in http://www.floppysoftware.vacau.com.

ZSM

2015-04-26T18:49:08Z

FloppySoftware:

'''OVERVIEW'''

ZSM is an assembler for the Z80 microprocessor. It uses standard
Zilog/Mostek mnemonics, supports conditional assembly and
produces Intel HEX file suitable for loading with the CP/M LOAD
utility. ZSM is a disk based assembler, i.e. source code is read
from disk, the resulting object code is written to disk and an
optional print file can be written to disk. Alternatively the
print file can be redirected to the console.

ZSM is also known as Z80ASM or Z80ASMUK.

'''ASSEMBLER MNEMONICS'''

The assembler recognises all standard Z80 mnemonics as defined in
the Z80 CPU Technical Manual. The following mnemonics are
recognised in both forms shown.
ADC A,s ADC s
ADD A,n ADD n
ADD A,r ADD r
ADD a,(HL) ADD (HL)
ADD a,(IX+d) ADD (IX+d)
ADD a,(IY+d) ADD (IY+d)

'''EXPRESSION EVALUATION'''

Operands in instructions and pseudo-ops may consist of arithmetic
expressions which are evaluated at assembly time and the
calculated value used as part of the object code. The following
operators may be used to form expressions:
+ Addition
- Subtraction (or unary Negation)
* Multiplication
/ Division
.MOD. Modulus
< or .GT. Greater Than. X.GT.Y true if X greater than Y.
.GE. Greater than or Equal. X.GE.Y true if X
greater than or equal to Y.
> or .LT. Less Than. X.LT.Y true if X less than Y.
.LE. Less than or Equal. X.LE.Y true if X less
than or equal to Y.
= or .EQ. Equal. X.EQ.Y true if X equals Y.
.NE. Not Equal. X.NE.Y true if X not equal to Y.
.SHL. n Shift Left n bits.
.SHR. n Shift Right n bits.
.NOT. Logical NOT (unary)
.AND. Logical AND
.OR. Logical OR
.XOR. Logical Exclusive OR
.LOW. Low byte of expression (.MOD. 256)
.HIGH. High byte of expression (.SHR. 8)

'''COPYRIGHT'''

It was written by LEHMAN CONSULTING SERVICES in 1977, and
enhanced by Ray Halls in 1982, and Neil Harrison in 1983.

It was originally published in the US User Group, Vol 16,
and later in the CP/M Users Group (UK).

It's in the Public Domain, and is available the source
code in Z80 assembler (can compile itself).

'''DOWNLOAD'''

Available in http://www.floppysoftware.vacau.com.

ZSM

2015-04-26T18:48:10Z

FloppySoftware: ZSM, a public domain assembler for Z80 & CP/M.

'''OVERVIEW'''

ZSM is an assembler for the Z80 microprocessor. It uses standard
Zilog/Mostek mnemonics, supports conditional assembly and
produces Intel HEX file suitable for loading with the CP/M LOAD
utility. ZSM is a disk based assembler, i.e. source code is read
from disk, the resulting object code is written to disk and an
optional print file can be written to disk. Alternatively the
print file can be redirected to the console.

ZSM is also known as Z80ASM or Z80ASMUK.

'''ASSEMBLER MNEMONICS'''

The assembler recognises all standard Z80 mnemonics as defined in
the Z80 CPU Technical Manual. The following mnemonics are
recognised in both forms shown.
ADC A,s ADC s
ADD A,n ADD n
ADD A,r ADD r
ADD a,(HL) ADD (HL)
ADD a,(IX+d) ADD (IX+d)
ADD a,(IY+d) ADD (IY+d)

'''EXPRESSION EVALUATION'''

Operands in instructions and pseudo-ops may consist of arithmetic
expressions which are evaluated at assembly time and the
calculated value used as part of the object code. The following
operators may be used to form expressions:
+ Addition
- Subtraction (or unary Negation)
* Multiplication
/ Division
.MOD. Modulus
< or .GT. Greater Than. X.GT.Y true if X greater than Y.
.GE. Greater than or Equal. X.GE.Y true if X
greater than or equal to Y.
> or .LT. Less Than. X.LT.Y true if X less than Y.
.LE. Less than or Equal. X.LE.Y true if X less
than or equal to Y.
= or .EQ. Equal. X.EQ.Y true if X equals Y.
.NE. Not Equal. X.NE.Y true if X not equal to Y.
.SHL. n Shift Left n bits.
.SHR. n Shift Right n bits.
.NOT. Logical NOT (unary)
.AND. Logical AND
.OR. Logical OR
.XOR. Logical Exclusive OR
.LOW. Low byte of expression (.MOD. 256)
.HIGH. High byte of expression (.SHR. 8)

'''COPYRIGHT'''
It was written by LEHMAN CONSULTING SERVICES in 1977, and
enhanced by Ray Halls in 1982, and Neil Harrison in 1983.

It was originally published in the US User Group, Vol 16,
and later in the CP/M Users Group (UK).

It's in the Public Domain, and is available the source
code in Z80 assembler (can compile itself).

'''DOWNLOAD'''

Available in http://www.floppysoftware.vacau.com.

Programming software

2015-04-26T18:36:32Z

FloppySoftware: /* Assemblers */

== Compilers & Interpreters ==

=== Assemblers ===

* [[ADAM]] ([[Audiogenic Software Ltd.]])
* [[DAMS]] ([[Micro Application]])
* [[Hisoft Devpac]] (Gena/Mona) ([[Amsoft]]/[[Hisoft]])
* [[Hisoft Devpac 80]] ([[Hisoft]])
* [[KIO-Fox-Assembler]] ([[Günter Woigk]])
* [[Laser Genius]] ([[Ocean|Ocean IQ]]/Oasis Software)
* [[Maxam]] ([[Arnor]])
* [[Maxam 1.5]] ([[Arnor]])
* [[Maxam 2|Maxam II]] ([[Arnor]])
* [[MS MACRO]] ([[Microsoft]])
* [[Pasmo]] ([[Julian Albo]])
* [[Pyradev]] ([[Discovery Software]])
* [[SjasmPlus]]
* [[Star-Mon]] ([[Star-Division]])
* [[Turbo Ass|Turbo Ass (TASS)]] ([[Exodus]])
* [[Zapp]] (Hewson Consultants)
* [[Zedis II]] ([[Pride Utilities]]/[[Indescomp|Microbyte]])
* [[Zen]] ([[Kuma_Computers|Kuma Computers]])
* [[ZSM]] ([[CP/M UG UK]])

=== Basic ===

* [[BASIC-E]]
* [[BBC Basic]]
* [[C BASIC Compiler|CBASIC Compiler]] ([[Digital_Research|Digital Research]])
* [[CPC Basic]]
* [[Fabacom (FAst BAsic COMpiler)]] ([[DMV|DMV Software]])
* [[Laser Basic]] ([[Ocean|Ocean IQ]]/Oasis Software)
* [[Laser BASIC Compiler|Laser Compiler]] ([[Ocean|Ocean IQ]]/Oasis Software)
* [[Locomotive BASIC]]
* [[Mallard BASIC]]
* [[MBASIC Compiler]] ([[Microsoft]])
* [[MBASIC Interpreter]] ([[Microsoft]])
* [[Nevada BASIC]] (Ellis Computing)
* [[Hisoft Turbo Basic]] ([[Hisoft]])
* [[ZBasic]]

=== BCPL ===

* [[BCPL]] ([[Arnor]])

=== C ===

* [[Arnor C]] ([[Arnor]]/[[WACCO]])
* [[Aztec C]] (Manx)
* [[BDS C]] (Brain Damage Software)
* [[C/80]] (Software Toolworks)
* [[FIOLIB]] (not a C language per se, but the IO-LIB and environment for FutureOS)
* [[HiSoft C|Hisoft C]] ([[Hisoft]])
* [[Hi-Tech C compiler]]
* [[MI-C]] (Herbert Rose)
* [[Mix C Compiler]] (Mix Software)
* [[SDCC]]
* [[Small C]] (Ron Cain)
* [[Whitesmiths C]] (Whitesmiths, Ltd.)
* [[ZCC]] (Ken Yap)
* [[Z88DK]]

=== CC ===

* [[ccz80]]

=== Cobol ===

* [[MS COBOL Compiler]] ([[Microsoft]])
* [[Nevada Cobol]] ([[Hisoft]]/Ellis Computing)

=== Comal ===

* [[Comal]]
* [[Comal80]]

=== Forth ===

* [[Fig-Forth (Amsoft)|Fig-Forth]] ([[Amsoft]]/Abersoft)
* [[Fig-Forth]] ([[Interceptor Software]])
* [[Forth]] ([[Amsoft]]/[[Indescomp]])
* [[Hisoft Forth]] ([[Hisoft]])
* [[Kuma Forth]] ([[Kuma_Computers|Kuma Computers]])
* [http://volksforth.sourceforge.net/ VolksForth]

=== Fortran ===

* [[MS FORTRAN Compiler]] ([[Microsoft]])
* [[Nevada FORTRAN]] (Ellis Computing)
* [[Pro FORTRAN]] (Prospero Software)

=== Pascal ===

* [[Compas]] (Poly-Data)
* [[Hisoft Pascal 4T]] ([[Amsoft]]/[[Hisoft]])
* [[Hisoft Pascal 80]] ([[Hisoft]])
* [[Nevada Pascal]] / JRT Pascal (Ellis Computing)
* [[Pascal MT|Pascal MT+]] ([[Digital_Research|Digital Research]])
* [[Poly Pascal]]
* [[Turbo Pascal]] (Borland)

=== Lisp ===

* [[Hisoft Lisp]] ([[Hisoft]])
* [[XLISP]]

=== Logo ===

* [[Logo]] ([[Kuma_Computers|Kuma Computers]])
* [[DR Logo]] ([[Digital Research]])

=== Modula-2 ===
* [[Hisoft FTL Modula-2]] ([[Hisoft]])
* [[Turbo Modula-2]] (Borland)
* [[Modula-2 System for Z80 CP/M]] (Hochstrasser)

=== Pilot ===
* [[Nevada PILOT]] (Ellis Computing)

=== Prolog ===
* [[E-Prolog]]

== Hacking ==

=== Multiface Tools ===

* [[Comparator]] ([[Verysoft]])
* [[Gripper]] ([[Verysoft]])
* [[Soundhakker]] ([[The Equalizor]])
* [[Tearaway]] ([[CPC Network]])
* [[The Insider]] ([[Romantic Robot]])
* [[TUSS (The Ultimate Sprite Searcher)]] ([[Sentinel Software]])

=== Others ===

* [[AntiMultiface]]
* [[ERE Hacking Tools]] ([[GPA]])
* [[Firebird loader toolkit]] ([[GPA]])
* [[FutureOS Monitor]] ([[TFM]])
* [[KBI Cracker]]
* [[Hackit|Hackit / Le Hacker]] (ROM) ([[Siren Software]])
* [[Loriciel to Disk]] ([[GPA]])
* [[Master toolkit]]
* [[Mastertronic to Disk]] ([[GPA]])
* [[Runstrad decoder 1990]] ([[GPA]])
* [[Soft-Lok]] ([[STS]])

== Integrated Development Environment ==

* [[SymStudio]]
* [[TommyGun]]

== Libraries ==

* [[B-ASIC]] ([[Logon System]])
* [[CPCIOLIB]] (Juergen Weber)
* [[CPCRSlib]] (Artaburu)
* [[Crocolib]] (Arnaudstorq)
* [[FIOLIB]] ([[TFM]])
* [[Net Library]]

== Utilities ==

*[[DamsConverter|DamsConverter]] ([[POW|POW]])
*[[Kwikref/x|Kwikref/x]] ([[Parimgold|Parimgold]])
*[[SuperMonitor|SuperMonitor]] ([[Crown|Crown]])
*[[TurboSuperMonitor|TurboSuperMonitor]] ([[POW|POW]])
*[[XBDS|XBDS]] ([[DMV|DMV]])<span class="Apple-style-span" style="color: rgb(0, 43, 184); text-decoration: underline;">
</span>

[[Category:Programming_software]] [[Category:Applications]] [[Category:CrossDev]]