Differences

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--- wswan:tutorial:testing_emulator [2025/12/31 09:53] – created asie
+++ wswan:tutorial:testing_emulator [2026/04/12 11:57] (current) – asie
@@ Line 5: / Line 5: @@
 As homebrew produced by Wonderful requires a somewhat higher degree of accuracy than most emulators provide, please try to stick to emulators listed here.
-If you don't feel like reading the whole page, just download [[https://github.com/SourMesen/Mesen2|Mesen 2]].
+If you don't feel like reading the whole page, just download [[https://github.com/nesdev-org/MesenCE|Mesen CE]].
-===== Mesen 2 =====
+===== Mesen CE =====
-The best emulator for Wonderful development is [[https://github.com/SourMesen/Mesen2|Mesen 2]]. It features leading accuracy and the most extensive low level debugging functionality.
+The best emulator for WS/WSC development is [[https://github.com/nesdev-org/MesenCE|Mesen CE]], a fork of Sour's Mesen 2. It features leading accuracy and the most extensive low level debugging functionality.
 {{ :wswan:tutorial:mesen2.png?direct&600 |}}
-You can download Mesen 2 [[https://github.com/SourMesen/Mesen2|here]].
+You can download Mesen CE [[https://github.com/nesdev-org/MesenCE|here]].
 ===== wf-mednafen =====
@@ Line 19: / Line 19: @@
 wf-mednafen is a fork of [[https://mednafen.github.io/|Mednafen]]. It features a variety of emulation fixes, as well as debugger UI improvements from the [[https://github.com/pce-devel/mednafenPceDev|mednafenPceDev]] fork.
-Even with those fixes, its accuracy is behind Mesen 2 or Ares, but it *does* provide [[https://mednafen.github.io/documentation/debugger.html|a debugger]]. In addition, it has some features which are missing from Mesen 2, in particular UART port and WonderWitch cartridge emulation.
+Even with those fixes, its accuracy is behind Mesen 2 or Ares, but it //does// provide [[https://mednafen.github.io/documentation/debugger.html|a debugger]]. In addition, it has some features which are missing from Mesen 2, in particular UART port and WonderWitch cartridge emulation.
-You can download wf-mednafen [[https://github.com/WonderfulToolchain/wf-mednafen/releases|here]].
+You can download wf-mednafen [[https://codeberg.org/WonderfulToolchain/wf-mednafen/releases|here]].
 ==== Exposing the UART port on Linux ====
@@ Line 29: / Line 29: @@
 First, create a script in a fixed location of choice on your hard drive (for example, ''%%/home/myuser/ws_serial.sh%%''):
- #!/usr/bin/env bash
+  #!/usr/bin/env bash
- PATH=$HOME/.wine/dosdevices/com1
+  PATH=$HOME/.wine/dosdevices/com1
- socat PTY,link="$PATH",echo=0 STDIO
+  socat PTY,link="$PATH",echo=0 STDIO
 Make sure to set PATH to the location you want the UART socket file to be present; the default suggested above will expose the port as the COM1 serial port to Windows programs, such as TransMagic, in WINE.
@@ Line 37: / Line 37: @@
 Next, edit ''%%~/.mednafen/mednafen.cfg%%'' and edit the following options:
- wswan.excomm 1
+  wswan.excomm 1
- wswan.excomm.path /home/myuser/ws_serial.sh
+  wswan.excomm.path /home/myuser/ws_serial.sh
 From now on, after launching wf-mednafen, the UART port should be available under this socket file. Note that wf-mednafen restarts will invalidate the file, requiring a restart of the program on the other side.