(09-02-2024 06:13 PM)krischik Wrote:  As promised I made a documentation on how to Receive and send memory dumps with macOS.

(09-03-2024 12:25 AM)agarza Wrote:  

(09-02-2024 06:13 PM)krischik Wrote:  As promised I made a documentation on how to Receive and send memory dumps with macOS.

Perfect, I will add a link to your documentation on the PX-41CX website.

(09-03-2024 06:43 AM)Pierre Wrote:  

(09-03-2024 12:25 AM)agarza Wrote:  Perfect, I will add a link to your documentation on the PX-41CX website.

Me too ! (congratulations: good job !)

(09-03-2024 07:35 AM)krischik Wrote:  Now I just need someone to actually try it out.

Quote:print (Line.decode ("Latin1"), end='')

Quote:print (Line_Array.decode ("Latin1"), end='')

Quote:@echo off
:start
cls
@echo +====================================+
@echo ! RECEIVE PX41CX DUMP !
@echo +====================================+
SET USB_Serial_Device=COM8:
SET USB_Serial_Speed=115200
SET dump=Dump.px41
SET /P dump="DUMP file ? (name.ext)"
if "%dump%"==" " GOTO enddmp
cd..
python tools/px41cx_Receive.py %dump%
pause
:enddmp

Quote:@echo off
:start
cls
@echo +====================================+
@echo ! SEND PX41CX DUMP !
@echo +====================================+
SET USB_Serial_Device=COM8:
SET USB_Serial_Speed=115200
SET dump=Dump.px41
SET /P dump="DUMP file ? (name.ext)"
if "%dump%"==" " GOTO enddmp
cd..
python tools/px41cx_Send.py %dump%
pause
:enddmp

Hello,

Pierre (mostly) and me (a little) created a python script which will download screenshots without the need of copy paste. It can store multiple screen shots so there is no need to restart the program. Usage is fairly simple:

Code:


export USB_Serial_Device=/dev/tty.usbserial-14440
export USB_Serial_Speed=115200

Screenshots.py Image 

For screen shots use «MENU» ⇒ «SHIFT» on the PX-41CX
Press `Ctrl-C` to end the program.

Image00.bmp
Image01.bmp
Image02.bmp
Image03.bmp
^CTraceback (most recent call last):
  File "/Users/Shared/Work/Projects/Calculator-Scripts/PX-41CX/Dump/Screenshots.py", line 58, in <module>
    Line_Array = Device.readline ()
                 ^^^^^^^^^^^^^^^^^^
  File "/usr/local/lib/python3.12/site-packages/serial/serialposix.py", line 565, in read
    ready, _, _ = select.select([self.fd, self.pipe_abort_read_r], [], [], timeout.time_left())
                  ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^​^^
KeyboardInterrupt

Further details and download on my page: https://calculator-scripts.sourceforge.io/px-41cx/screenshot/

Martin

(09-12-2024 08:25 AM)ian5251 Wrote:  I have a program on the PX-41CX that behaves incorrectly.

(10-04-2024 11:38 AM)jpride@1956 Wrote:  Pierre's Interface (for Excel) is now very mature, and in some ways is now the most advanced way to program your PX41CX on BOTH Windows and Mac.

It supports compiling programs up to 1500 lines (DM41 Utility only supports 1000 lines)
It can generate raw, bin and dump (.d41) files after compilation.
It fully supports synthetic programming without needing any byte substitution gimmics.
It can send and receive dumps to the PX41CX (on both Windows and Mac).
It can fully decode a dump, or raw, or .bin file from either the PX41CX or DM41 calculator
It can generate a Barcode print file for HP-41 users with the barcode reader.
And it supports commands from the advanced ROM modules shipped with the PX41CX.
It will happily use downloaded .txt programs, even those with line numbers and comments!
Or you can copy and paste online code from the archives, or code libraries widely available.

It now supports Mac versions of Excel from 2002 through to Excel 365, and all Windows versions of Excel.




And it's free.

(09-06-2024 04:08 PM)krischik Wrote:  .. snip ..

(10-08-2024 04:20 PM)HP67 Wrote:  

(09-06-2024 04:08 PM)krischik Wrote:  .. snip ..

Martin the Ada guy?

(10-09-2024 12:46 PM)krischik Wrote:  

(10-08-2024 04:20 PM)HP67 Wrote:  Martin the Ada guy?

Yes, Ada is my favourite language and I have some plans here as well.

Martin

(10-17-2024 07:35 PM)Commie Wrote:  Hi agarza,

Very interesting project, the main reason I'm interested is because I have tried to replicate the hp 45 in an 8051 mcu using Bascom compiler, after a great deal of work I have a rpn model. However, my compiler only supports 32 bit ieee 754 binary floats which are lousy at best and further more exponents are not displayed or cannot be entered.

The reason I'm using the 8051 over the AVR is because the former supports bcd(low level) whilst the AVR does not. I'd be interested to know what floating point format you are using and whether you are coding in low level or you are using a compiler or both?, if you are using a compiler which one?

Cheers
Darren