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updated waterbox docs

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zeromus 2020-06-20 20:12:25 -04:00
parent 316aafed40
commit 687704dc3c
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waterbox/readme.txt
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@ -11,13 +11,13 @@ It consists of a modified musl libc, and build scripts to tie it all together.
1. Install WSL2
2. Install Ubuntu 20.04 LTS (https://www.microsoft.com/en-us/p/ubuntu-2004-lts/9n6svws3rx71)
3. Clone the bizhawk repository. You can use it through /mnt or /home if you really like
4. Install build tools: sudo apt-get update && sudo apt-get install gcc g++ make cmake
4. Install build tools: sudo apt-get update && sudo apt-get install gcc g++ make cmake llvm
4b. (Note for future work: ideally the llvm installed above would not be required)
PREPARE A WIN10 VM:
1. Make sure the VM has virtualization enabled on the guest. For example in VMWare Workstation, "Virtualize Intel VT-X/EPT or AMD-V/RVI"
1. Make sure the VM has "yo dawg" virtualization enabled on the guest. For example in VMWare Workstation, "Virtualize Intel VT-X/EPT or AMD-V/RVI"
2. Follow WIN10 Workstation preparation guide
3. If you wish to clone bizhawk on your host system, you can use a VMWare shared folder and: `sudo mount -t drvfs Z: /mnt/z -o metadata` (WSL won't auto-mount the shared drive)
3b. NO: it doesnt work. using `sudo nano /etc/fstab` you can add a line in this format: `Z: /mnt/z drvfs rw,relatime 0 0` (and then reboot your windows system) to get it to auto-mount
3. If you wish to clone bizhawk on your host system (slower but maybe more convenient), you can use a VMWare shared folder and: `sudo mount -t drvfs Z: /mnt/z -o rw,relatime,metadata,uid=1000,gid=1000` (WSL won't auto-mount the shared drive)
PREPARE A LINUX WORKSTATION:
1. TODO. This should work, but no one has tested it yet
@ -35,16 +35,20 @@ It consists of a modified musl libc, and build scripts to tie it all together.
./do-everything.sh
cd ..
3. You are now ready to start building cores. Each supports `make` and `make install`, as well as `make debug` and `make install-debug` for local development. From the root directory, the following should all be valid:
3. Some additional preparation is required before all the cores can be built:
cd nyma && ./build-and-install-zlib.sh
4. You are now ready to start building cores. Each supports `make` and `make install`, as well as `make debug` and `make install-debug` for local development. From the root directory, the following should all be valid:
cd gpgx && make install
cd libsnes && make install
cd nyma && make -f faust.mak install
cd nyma && make -f ngp.mak install
cd nyma && make -f pce.mak install
cd pcfx && make install
cd nyma && make -f turbo.mak install
cd nyma && make -f hyper.mak install
cd nyma && make -f pcfx.mak install
cd nyma && make -f ss.mak install
cd picodrive && make install
cd sameboy && make install
cd snes9x && make install
cd ss && make install
cd uzem && make install
cd vb && make install