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Update README.md
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@ -241,7 +241,7 @@ Other software that is known to use this confirmation ID system includes Microso
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The parameters for confirmation ID generation are stored in `licdll.dll` (Windows), `MSO.DLL` (Office), or `MPA.DLL` (MS Plus). These DLLs are obfuscated, and therefore will need to be deobfuscated using AntiWPA Generic by the AntiWPA Team.
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The parameters for confirmation ID generation are stored in `licdll.dll` (Windows), `MSO.DLL` (Office), or `MPA.DLL` (MS Plus). These DLLs are obfuscated, and therefore will need to be deobfuscated using AntiWPA Generic by the AntiWPA Team.
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1. Download AntiWPA Generic 2.3 from https://antiwpa.planet-dl.org/Generic%20Antiwpa-2.3-WinXP-2k3.ZiP. Username and password are `planet-dl.org`.
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1. Download [AntiWPA Generic 2.3](https://antiwpa.planet-dl.org/Generic%20Antiwpa-2.3-WinXP-2k3.ZiP). Username and password are `planet-dl.org`.
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2. Extract the DLL.
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2. Extract the DLL.
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3. Under the Options menu, uncheck "Apply OOBE Fix" and "Apply WPA Fix".
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3. Under the Options menu, uncheck "Apply OOBE Fix" and "Apply WPA Fix".
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4. Check "Remove selfcheck blocks" and "Remove crypt blocks". The menu that comes up after "Remove selfcheck blocks" is not important, any option can be picked.
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4. Check "Remove selfcheck blocks" and "Remove crypt blocks". The menu that comes up after "Remove selfcheck blocks" is not important, any option can be picked.
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@ -304,4 +304,4 @@ struct WPAHyperellipticParams {
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}
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}
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```
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```
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Then, download the private key solver from https://github.com/UMSKT/XPCIDSolver. Edit solve.py to include the parameters from the DLL, run `Install.sh`, then run `solve.py`. The solver will then output the private key for the curve, which can then be used to generate confirmation IDs.
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Then, download the private key solver from [here](https://github.com/UMSKT/XPCIDSolver). Edit solve.py to include the parameters from the DLL, run `Install.sh`, then run `solve.py`. The solver will then output the private key for the curve, which can then be used to generate confirmation IDs.
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