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BINK.md
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@ -15,8 +15,6 @@ It's called ECDLP (Elliptic Curve Discrete Logarithm Problem) Solver by Mr. HAAN
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The ReadMe file that comes with the version **0.2a** of the solver is good enough by itself, so anyone with a brain will be able to set that tool up. However, it's not open-source, so integrating it into my keygen is proven impossible.
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The ReadMe file that comes with the version **0.2a** of the solver is good enough by itself, so anyone with a brain will be able to set that tool up. However, it's not open-source, so integrating it into my keygen is proven impossible.
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<details open>
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In the ideal scenario, the keygen would ask you for a BINK-resource extracted from `pidgen.dll`, which it would then unpack into the following segments:
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In the ideal scenario, the keygen would ask you for a BINK-resource extracted from `pidgen.dll`, which it would then unpack into the following segments:
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* Public key (`pubX`; `pubY`)
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* Public key (`pubX`; `pubY`)
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* Generator (`genX`; `genY`)
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* Generator (`genX`; `genY`)
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@ -33,7 +31,6 @@ To give you a better perspective, I can provide you with the flow of the ideal k
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* ~~Windows XP key generation~~
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* ~~Windows XP key generation~~
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* ~~Windows XP key validation~~
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* ~~Windows XP key validation~~
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* ~~Windows Server 2003 key generation~~
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* ~~Windows Server 2003 key generation~~
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</details>
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# Principle of operation
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# Principle of operation
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We need to use a random Raw Product Key as a base to generate a Product ID in a form of `AAAAA-BBB-CCCCCCS-DDEEE`.
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We need to use a random Raw Product Key as a base to generate a Product ID in a form of `AAAAA-BBB-CCCCCCS-DDEEE`.
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