From Newsgroup: comp.sys.acorn.programmer

In the book 'Raspberry Pi Assembly Language RISC OS Beginners' von Bruce
Smith I'M missing the links to the ARM machine code. I want to see the
commands in hex or binary values and want to be able to calculate it by
myself.

Is there another book or anything else you can recommend?

Thanks,

A.
--
http://home.chiemgau-net.de/ausserstorfer/
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

On 12 Apr 2025 as I do recall,
Alexander Ausserstorfer wrote:

In the book 'Raspberry Pi Assembly Language RISC OS Beginners' von Bruce Smith I'M missing the links to the ARM machine code. I want to see the commands in hex or binary values and want to be able to calculate it by myself.

Is there another book or anything else you can recommend?

StrongED can disassemble ARM code instructions for you in Dump mode, so technically speaking you can use the BBC BASIC built-in assembler (I
assume the Bruce Smith book gives instructions for that?), save out the
area of memory into which you have assembled your code, and inspect it
in StrongED in order to see the hex values.

If you look inside !Textseek.Resources you will find the file 'detoken',
for example, which is just raw machine code that gets loaded and
executed by the BASIC !RunImage. It doesn't have any kind of executable
header or anything, so you can load that directly into Dump mode and
select the ASM button to ask StrongED to interpret it as assembly
language, which will display the assembler instructions in one column
and the raw hex values (and ASCII equivalents) in another. The 0101
button will do the same, but displaying the raw values as binary rather
than hex.

e.g.
0000001C : E92D5FFE : ____ : STMDB R13!,{R1-R12,R14}
00000020 : E24FC024 : ____ : ADR R12,&00000004 ; ADR -> &00000004 00000024 : E28E704C : ____ : ADD R7,R14,#&4C ; ="L"
00000028 : E58C7010 : ____ : STR R7,[R12,#16]
0000002C : E1A0E00C : ____ : MOV R14,R12
00000030 : E59E0004 : ____ : LDR R0,[R14,#4]
00000034 : E5900000 : ____ : LDR R0,[R0,#0]
00000038 : E280C001 : ____ : ADD R12,R0,#1
0000003C : E08CA002 : ____ : ADD R10,R12,R2
00000040 : E59E0014 : ____ : LDR R0,[R14,#20]
00000044 : E590B000 : ____ : LDR R11,[R0,#0]
00000048 : E28BB001 : ____ : ADD R11,R11,#1
0000004C : E1A0600B : ____ : MOV R6,R11

(upper-bit-set characters in the third column blanked out in case it
messes up the formatting)
--
Harriet Bazley == Loyaulte me lie ==

The attacker must vanquish; the defender need only survive.
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In message <56b9040d5c.harriet@bazleyfamily.co.uk>
Harriet Bazley <harriet@bazleyfamily.co.uk> wrote:

On 12 Apr 2025 as I do recall,
Alexander Ausserstorfer wrote:

In the book 'Raspberry Pi Assembly Language RISC OS Beginners' von Bruce
Smith I'M missing the links to the ARM machine code. I want to see the
commands in hex or binary values and want to be able to calculate it by
myself.

Is there another book or anything else you can recommend?

StrongED can disassemble ARM code instructions for you in Dump mode, so technically speaking you can use the BBC BASIC built-in assembler (I
assume the Bruce Smith book gives instructions for that?), save out the
area of memory into which you have assembled your code, and inspect it
in StrongED in order to see the hex values.

If you look inside !Textseek.Resources you will find the file 'detoken',
for example, which is just raw machine code that gets loaded and
executed by the BASIC !RunImage. It doesn't have any kind of executable header or anything, so you can load that directly into Dump mode and
select the ASM button to ask StrongED to interpret it as assembly
language, which will display the assembler instructions in one column
and the raw hex values (and ASCII equivalents) in another. The 0101
button will do the same, but displaying the raw values as binary rather
than hex.

e.g.
0000001C : E92D5FFE : ____ : STMDB R13!,{R1-R12,R14}
00000020 : E24FC024 : ____ : ADR R12,&00000004 ; ADR -> &00000004 00000024 : E28E704C : ____ : ADD R7,R14,#&4C ; ="L"
00000028 : E58C7010 : ____ : STR R7,[R12,#16]
0000002C : E1A0E00C : ____ : MOV R14,R12
00000030 : E59E0004 : ____ : LDR R0,[R14,#4]
00000034 : E5900000 : ____ : LDR R0,[R0,#0]
00000038 : E280C001 : ____ : ADD R12,R0,#1
0000003C : E08CA002 : ____ : ADD R10,R12,R2
00000040 : E59E0014 : ____ : LDR R0,[R14,#20]
00000044 : E590B000 : ____ : LDR R11,[R0,#0]
00000048 : E28BB001 : ____ : ADD R11,R11,#1
0000004C : E1A0600B : ____ : MOV R6,R11

(upper-bit-set characters in the third column blanked out in case it
messes up the formatting)

It's a good method!
I have :
Mike Ginns Archimedes Assembly Language (Dab Press) 1988.
and Alex & Nic VAN SOMEREN Archimdes Operating System (Dab Press) 1991.

If you use the BBC Basic Built-in assembly as mentioned above, you add
lines to your program to see the content of the memory and using the
Memory command obtain a code in assembler.
For example after NEXT pass
PRINT
PRINT "PGM words content"
size% = 40
FOR i%= 0 TO size% STEP 4
PRINT "adress% ";~(code% + i%) SPC(5)"content: " ~code%!i%
NEXT
PRINT
PRINT "PGM words content an disassembled code"
comd$ = "memoryi " + STR$~code% + " " + STR$~(code% + size%)
OSCLI comd$
To test...
--
Jean-Michel
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

In the book 'Raspberry Pi Assembly Language RISC OS Beginners' von Bruce Smith I'M missing the links to the ARM machine code. I want to see the commands in hex or binary values and want to be able to calculate it by myself.

Is there another book or anything else you can recommend?

Arm has documentation of the A32 instruction encoding, starting from the
most significant bits and drilling your way down: https://developer.arm.com/documentation/ddi0597/2025-03/A32-Instructions-by-Encoding

Going the other way, if you start at the top level of that manual and work
down by instruction type: https://developer.arm.com/documentation/ddi0597/2025-03?lang=en

each instruction shows its encoding. eg there are three entries for MOV, depending on what's on the right hand side:

https://developer.arm.com/documentation/ddi0597/2025-03/Base-Instructions/MOV--MOVS--immediate---Move--immediate--?lang=en
https://developer.arm.com/documentation/ddi0597/2025-03/Base-Instructions/MOV--MOVS--register---Move--register--?lang=en
https://developer.arm.com/documentation/ddi0597/2025-03/Base-Instructions/MOV--MOVS--register-shifted-register---Move--register-shifted-register--?lang=en

Not all instructions are available on all CPUs, of course.

Theo
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In article <buh*s+0-z@news.chiark.greenend.org.uk>,
Theo <theom+news@chiark.greenend.org.uk> wrote:

Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

In the book 'Raspberry Pi Assembly Language RISC OS Beginners' von Bruce
Smith I'M missing the links to the ARM machine code. I want to see the
commands in hex or binary values and want to be able to calculate it by
myself.

Is there another book or anything else you can recommend?

Arm has documentation of the A32 instruction encoding, starting from
the most significant bits and drilling your way down:

...

Not all instructions are available on all CPUs, of course.

Many thanks! I was not able to see the pages at home, however. I
downloaded a PDF (8 MB) now elsewhere.

I begun to write an introduction

http://home.chiemgau-net.de/ausserstorfer/Temp/2022-05-26/Skript.pdf (5
kB)

in German for me to learn and teach myself. May be that I include the
new 8 bit home computer Mega65 from Trentz Elektronik there later as
well.

A.
--
http://home.chiemgau-net.de/ausserstorfer/
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

An einem Sat, 07 Jun 2025 17:08:01 +0200 schrieb der Meister Alexander Ausserstorfer:

In article <buh*s+0-z@news.chiark.greenend.org.uk>,
Theo <theom+news@chiark.greenend.org.uk> wrote:

Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

In the book 'Raspberry Pi Assembly Language RISC OS Beginners' von
Bruce Smith I'M missing the links to the ARM machine code. I want to
see the commands in hex or binary values and want to be able to
calculate it by myself.

Is there another book or anything else you can recommend?

Arm has documentation of the A32 instruction encoding, starting from
the most significant bits and drilling your way down:

...

Not all instructions are available on all CPUs, of course.

Many thanks! I was not able to see the pages at home, however. I
downloaded a PDF (8 MB) now elsewhere.

I begun to write an introduction

http://home.chiemgau-net.de/ausserstorfer/Temp/2022-05-26/Skript.pdf (5
kB)

in German for me to learn and teach myself. May be that I include the
new 8 bit home computer Mega65 from Trentz Elektronik there later as
well.

A.

The link doesn't work.
--
holy miau is a snake
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

Sebastian Barthel <naitsabes@freenet.de> wrote:

An einem Sat, 07 Jun 2025 17:08:01 +0200 schrieb der Meister Alexander Ausserstorfer:

I begun to write an introduction

http://home.chiemgau-net.de/ausserstorfer/Temp/2022-05-26/Skript.pdf (5
kB)

in German for me to learn and teach myself. May be that I include the
new 8 bit home computer Mega65 from Trentz Elektronik there later as
well.

A.

The link doesn't work.

It's 2025 already. This works for me: http://home.chiemgau-net.de/ausserstorfer/Temp/2025-05-26/Skript.pdf
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In article <iKm*CnCeA@news.chiark.greenend.org.uk>,
Theo <theom+news@chiark.greenend.org.uk> wrote:

Sebastian Barthel <naitsabes@freenet.de> wrote:

The link doesn't work.

It's 2025 already. This works for me:

http://home.chiemgau-net.de/ausserstorfer/Temp/2025-05-26/Skript.pdf

Thanks, Theo. I will give it later another place on my web site.

It is to understand, that this is a working process. This means that it
may and may not include mistakes and errors. It is written down by
something who wants to know the stuff in an logical order what he was also missing in the past.

The first I will explore will be the PC (R15). I want to know the
structures of programs at the beginning. So the first command will be
MOV here. (On Mega65 it would be JMP I think).

It may be that I will include the Mega65 besides the ARM, too, because
you can learn a lot by comparing things.

A.
--
http://home.chiemgau-net.de/ausserstorfer/
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

An einem Mon, 09 Jun 2025 17:36:00 +0100 schrieb der Meister Theo:

Sebastian Barthel <naitsabes@freenet.de> wrote:

An einem Sat, 07 Jun 2025 17:08:01 +0200 schrieb der Meister Alexander
Ausserstorfer:

I begun to write an introduction

http://home.chiemgau-net.de/ausserstorfer/Temp/2022-05-26/Skript.pdf
(5 kB)

in German for me to learn and teach myself. May be that I include the
new 8 bit home computer Mega65 from Trentz Elektronik there later as
well.

A.

The link doesn't work.

It's 2025 already. This works for me: http://home.chiemgau-net.de/ausserstorfer/Temp/2025-05-26/Skript.pdf

OK - Thanks.
With the corrected year it was a full success.
--
holy miau is a snake
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In article <5c2adc4465bavariasound@chiemgau-net.de>,
Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

In article <iKm*CnCeA@news.chiark.greenend.org.uk>,
Theo <theom+news@chiark.greenend.org.uk> wrote:

Sebastian Barthel <naitsabes@freenet.de> wrote:

The link doesn't work.

It's 2025 already. This works for me:

http://home.chiemgau-net.de/ausserstorfer/Temp/2025-05-26/Skript.pdf

Thanks, Theo. I will give it later another place on my web site.

I put it now here:

http://home.chiemgau-net.de/ausserstorfer/Computer/Kurs.pdf (27 kB)

It is to understand, that this is a working process. This means that it
may and may not include mistakes and errors. It is written down by
something who wants to know the stuff in an logical order what he was also missing in the past.

The first I will explore will be the PC (R15). I want to know the
structures of programs at the beginning. So the first command will be
MOV here. (On Mega65 it would be JMP I think).

No, before all I begin now with the memory. This will become a huge
part.

It is a living process. It should be logical and not an enumeration of
commands like I found in many books.

I found something of the memory in the Programmer's Reference Manuals.
Are there other sources as well? Is there a program with which I can see
the memory of any RISC OS machine? StrongEd can only display files,
can't it?

A.
--
http://home.chiemgau-net.de/ausserstorfer/
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In article <5c2cea6fccbavariasound@chiemgau-net.de>,
Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

Is there a program with which I can see the memory of any RISC OS
machine?

There are commands *Memory, *MemoryA, and *MemoryI to display (and
even modify) memory in different formats.

StrongEd can only display files, can't it?

No - it can also display memory.
See Menu -> Create File -> Grab memory.
Different named areas, and in different formats.
--
Martin Avison
Note that unfortunately this email address will become invalid
without notice if (when) any spam is received.
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In article <5c2cef85bdNews03@avisoft.f9.co.uk>,
Martin <News03@avisoft.f9.co.uk> wrote:

In article <5c2cea6fccbavariasound@chiemgau-net.de>,
Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

Is there a program with which I can see the memory of any RISC OS
machine?

There are commands *Memory, *MemoryA, and *MemoryI to display (and
even modify) memory in different formats.

Thanks.

StrongEd can only display files, can't it?

No - it can also display memory.
See Menu -> Create File -> Grab memory.
Different named areas, and in different formats.

I couldn't find the menu entry. When I click on iconbar -> !StrongEd ->
Menu -> Create -> Dump StrongEd offers me a window with name Grab in the
window title bar. Did you mean that?

In !Zap I can grab a are of memory as I wish.

A.
--
http://home.chiemgau-net.de/ausserstorfer/
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In article <5c2f3eb0a5bavariasound@chiemgau-net.de>,
Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

In article <5c2cef85bdNews03@avisoft.f9.co.uk>,
Martin <News03@avisoft.f9.co.uk> wrote:

In article <5c2cea6fccbavariasound@chiemgau-net.de>,
Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

Is there a program with which I can see the memory of any RISC OS
machine?

There are commands *Memory, *MemoryA, and *MemoryI to display (and
even modify) memory in different formats.

Thanks.

StrongEd can only display files, can't it?

No - it can also display memory.
See Menu -> Create File -> Grab memory.
Different named areas, and in different formats.

I couldn't find the menu entry.

Which version of StrongEd are you using?
Here I am using v4.70a17 (31 May 2025)

When I click on iconbar ->
!StrongEd -> Menu -> Create -> Dump StrongEd offers me a window
with name Grab in the window title bar. Did you mean that?

If the Grab Memory window shows menu icons for ROM Module, RAM Module, Application, ROM Workspace, RAM Workspace and Dynamic Area, then
buttons for Zero Page, Empty Text, CMOS RAM, Close, then yes. If you
are using another version of SE it may be slightly different.

In !Zap I can grab a are of memory as I wish.

I don't think there is an equivalent of !Zap -> Create -> Read Memory
to specify addresses to dump, but that only reads from the specified
task - which is what selecting an application in SE does for the whole application slot.
--
Martin Avison
Note that unfortunately this email address will become invalid
without notice if (when) any spam is received.
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In message <5c2f581e37News03@avisoft.f9.co.uk>
Martin <News03@avisoft.f9.co.uk> wrote:

In article <5c2f3eb0a5bavariasound@chiemgau-net.de>,
Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

In article <5c2cef85bdNews03@avisoft.f9.co.uk>,
Martin <News03@avisoft.f9.co.uk> wrote:

In article <5c2cea6fccbavariasound@chiemgau-net.de>,
Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

Is there a program with which I can see the memory of any RISC OS
machine?

There are commands *Memory, *MemoryA, and *MemoryI to display (and
even modify) memory in different formats.

Thanks.

StrongEd can only display files, can't it?

No - it can also display memory.
See Menu -> Create File -> Grab memory.
Different named areas, and in different formats.

I couldn't find the menu entry.

Which version of StrongEd are you using?
Here I am using v4.70a17 (31 May 2025)

When I click on iconbar ->
!StrongEd -> Menu -> Create -> Dump StrongEd offers me a window
with name Grab in the window title bar. Did you mean that?

If the Grab Memory window shows menu icons for ROM Module, RAM Module, Application, ROM Workspace, RAM Workspace and Dynamic Area, then
buttons for Zero Page, Empty Text, CMOS RAM, Close, then yes. If you
are using another version of SE it may be slightly different.

In !Zap I can grab a are of memory as I wish.

I don't think there is an equivalent of !Zap -> Create -> Read Memory
to specify addresses to dump, but that only reads from the specified
task - which is what selecting an application in SE does for the whole application slot.

FIY, Stronged GrabMemory: Application drop -down menu, allows you to see
that all applications start at 0x8000
--
Jean-Michel
--- Synchronet 3.21d-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In article <5c2cea6fccbavariasound@chiemgau-net.de>,
Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

I put it now here:

http://home.chiemgau-net.de/ausserstorfer/Computer/Kurs.pdf (27 kB)

Because the old provider stopped the service, I put now everything to

https://ausserstorfer.4lima.de/Computer/index.html

(I'm afraid because of the s in the http but this service is for free.)

I have a question to (not finish yet) part 4 of the script.

For writing page four of part 4 I tried to call the SWI Hourglass_On by
GCC. I don't found out to do this. I think I have to make the name
first known to the GCC before calling it but how is to do this? I
already was be able to compile the mnemonic "swi 0x406C0" with GCC.

Assembler is complicate. Because you will need a tool to do that. And
Acorn Assembler (DDE) isn't GCC!

Thanks in advance,

Alex
--
https://ausserstorfer.4lima.de
--- Synchronet 3.22a-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In message <5cfa55a573alexander.ausserstorfer@eclipso.at>
Alexander Ausserstorfer <alexander.ausserstorfer@eclipso.at>
wrote:

In article <5c2cea6fccbavariasound@chiemgau-net.de>,
Alexander Ausserstorfer <bavariasound@chiemgau-net.de> wrote:

I put it now here:

http://home.chiemgau-net.de/ausserstorfer/Computer/Kurs.pdf (27 kB)

Because the old provider stopped the service, I put now everything to

https://ausserstorfer.4lima.de/Computer/index.html

(I'm afraid because of the s in the http but this service is for free.)

I have a question to (not finish yet) part 4 of the script.

For writing page four of part 4 I tried to call the SWI Hourglass_On by
GCC. I don't found out to do this. I think I have to make the name
first known to the GCC before calling it but how is to do this? I
already was be able to compile the mnemonic "swi 0x406C0" with GCC.

Assembler is complicate. Because you will need a tool to do that. And
Acorn Assembler (DDE) isn't GCC!

Thanks in advance,

Alex

Bonjour Alex
Je ne connais pas suffisamment GCC surtout l'assembleur pour vous
ropondre.
Vous avez le DDE?
Il fonctionne tr*s bien, je n'ai pas de probl*me avec l'assembleur.

Basic + assembleur est une bonne option, (c'est la raison qui m'a fait
choisir les machines Acorn)

Un livre que j'utilise souvent:
https://www.pagetable.com/?p=68

Dosolo pour GCC!
Bonne journoe.
--
Jean-Michel
--- Synchronet 3.22a-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

On 18/07/2026 14:11, Alexander Ausserstorfer wrote:

For writing page four of part 4 I tried to call the SWI Hourglass_On by
GCC. I don't found out to do this. I think I have to make the name
first known to the GCC before calling it but how is to do this? I
already was be able to compile the mnemonic "swi 0x406C0" with GCC.

Assembler is complicate. Because you will need a tool to do that. And
Acorn Assembler (DDE) isn't GCC!

Just use the OSLib C wrappers for all SWIs, no assembler needed.

---druck
--- Synchronet 3.22a-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In article <eca9b9fa5c.jmb@jmc.bruck.orange.fr>,
Jean-Michel <jmc.bruck@orange.fr> wrote:

Bonjour Alex
Je ne connais pas suffisamment GCC surtout l'assembleur pour vous
ropondre.

Peut-ntre que OSlib marche avec l'assembleur du GCC. J'ai oublio ta.

Vous avez le DDE?

J'ai le DDE aussi, oui. Mais ce n'est pas une solution pour moi. Le but,
ce n'est pas faire du code pour faire un logiciel qui marche. Le but,
c'est a comprende le code du ARM, le GCC, le DDE et BASIC BBC, en
comparasion. J'ocris sur cela qu'on peut trouver sur mes pages du web.

Je suis convaincu pour apprendre quelque chose il faut le faire la
premi*re fois + LA MAIN (ou marcher a pied). Veux dire a la premi*re
fois on ne doit pas utilisier un automatisme comme un compilateur ou
comme une auto. Et c'est pourquoi les gens aujourd'hui ne peuvent pas programmer convenablement.

Alex
--
https://ausserstorfer.4lima.de
--- Synchronet 3.22a-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In article <113i3t2$7la0$1@druck.eternal-september.org>,
druck <news@druck.org.uk> wrote:

On 18/07/2026 14:11, Alexander Ausserstorfer wrote:

For writing page four of part 4 I tried to call the SWI Hourglass_On by
GCC. I don't found out to do this. I think I have to make the name
first known to the GCC before calling it but how is to do this? I
already was be able to compile the mnemonic "swi 0x406C0" with GCC.

Assembler is complicate. Because you will need a tool to do that. And
Acorn Assembler (DDE) isn't GCC!

Just use the OSLib C wrappers for all SWIs, no assembler needed.

I forgot OSLib. Will try that. Thank for the hint.

A.
--
https://ausserstorfer.4lima.de
--- Synchronet 3.22a-Linux NewsLink 1.2

From Newsgroup: comp.sys.acorn.programmer

In message <5cfe724c93alexander.ausserstorfer@eclipso.at>
Alexander Ausserstorfer <alexander.ausserstorfer@eclipso.at>
wrote:

In article <eca9b9fa5c.jmb@jmc.bruck.orange.fr>,
Jean-Michel <jmc.bruck@orange.fr> wrote:

Bonjour Alex
Je ne connais pas suffisamment GCC surtout l'assembleur pour vous
ropondre.

Peut-ntre que OSlib marche avec l'assembleur du GCC. J'ai oublio ta.

Vous avez le DDE?

J'ai le DDE aussi, oui. Mais ce n'est pas une solution pour moi. Le but,
ce n'est pas faire du code pour faire un logiciel qui marche. Le but,
c'est a comprende le code du ARM, le GCC, le DDE et BASIC BBC, en comparasion. J'ocris sur cela qu'on peut trouver sur mes pages du web.

Je suis convaincu pour apprendre quelque chose il faut le faire la
premi*re fois + LA MAIN (ou marcher a pied). Veux dire a la premi*re
fois on ne doit pas utilisier un automatisme comme un compilateur ou
comme une auto. Et c'est pourquoi les gens aujourd'hui ne peuvent pas programmer convenablement.

Alex

Merci pour votre Frantais, mais sur la liste il vaut peut ntre mieux
continuer en Anglais.

Thank you for your French, but on the list it might be better to continue
in English.

I think the right solution for what you want to do is to use the BASIC assembler as you have on page 10 of your PDF document n#3
With for pass% = 0 to n step 1, you get all the construction steps and the associated code.
I use this method to check for changes I need to make on disassembled code (thanks David for ARMalyser), I'm trying to update some good old programs.

I have another book Archimedes Assembly Language (Mike Ginns, a Dabhand Guide), it still helps me.
--
Jean-Michel
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From Newsgroup: comp.sys.acorn.programmer

In article <239d7afe5c.jmb@jmc.bruck.orange.fr>,
Jean-Michel <jmc.bruck@orange.fr> wrote:

Merci pour votre Frantais, mais sur la liste il vaut peut ntre mieux continuer en Anglais.

When it is bearable to you. My marks in English was always 4 - 5.

A.
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https://ausserstorfer.4lima.de
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