@@ -42,27 +42,27 @@ module LEMMAS-SPEC
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andBool #rangeUInt(256, Z) andBool Z ==Int #lookup(M, _KZ)
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andBool #rangeUInt(256, (X -Int Y) -Int Z)
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- claim [address-reprojection]: <k> runLemma(((maxUInt160 &Int ((368263281805664599098893944405654396525700029268 |Int (115792089237316195423570985007226406215939081747436879206741300988257197096960 &Int X:Int)) modInt pow256)) modInt pow160))
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+ claim [address-reprojection]: <k> runLemma(((maxUInt160 &Int ((368263281805664599098893944405654396525700029268 |Int (notMaxUInt160 &Int X:Int)) modInt pow256)) modInt pow160))
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=> doneLemma(368263281805664599098893944405654396525700029268) ... </k>
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requires #rangeUInt(256, X)
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- claim [address-reprojection-1]: <k> runLemma(0 <=Int (368263281805664599098893944405654396525700029268 |Int (115792089237316195423570985007226406215939081747436879206741300988257197096960 &Int X:Int)))
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+ claim [address-reprojection-1]: <k> runLemma(0 <=Int (368263281805664599098893944405654396525700029268 |Int (notMaxUInt160 &Int X:Int)))
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=> doneLemma(true) ... </k>
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requires #rangeUInt(256, X)
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- claim [address-reprojection-2]: <k> runLemma(0 <=Int (115792089237316195423570985007226406215939081747436879206741300988257197096960 &Int X:Int))
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+ claim [address-reprojection-2]: <k> runLemma(0 <=Int (notMaxUInt160 &Int X:Int))
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=> doneLemma(true) ... </k>
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requires #rangeUInt(256, X)
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- claim [address-reprojection-4]: <k> runLemma((368263281805664599098893944405654396525700029268 |Int (115792089237316195423570985007226406215939081747436879206741300988257197096960 &Int X:Int)) <Int pow256)
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+ claim [address-reprojection-4]: <k> runLemma((368263281805664599098893944405654396525700029268 |Int (notMaxUInt160 &Int X:Int)) <Int pow256)
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=> doneLemma(true) ... </k>
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requires #rangeUInt(256, X)
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- claim [address-reprojection-5]: <k> runLemma((115792089237316195423570985007226406215939081747436879206741300988257197096960 &Int X:Int) <Int pow256)
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+ claim [address-reprojection-5]: <k> runLemma((notMaxUInt160 &Int X:Int) <Int pow256)
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=> doneLemma(true) ... </k>
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requires #rangeUInt(256, X)
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- claim [address-reprojection-6]: <k> runLemma(maxUInt160 &Int (368263281805664599098893944405654396525700029268 |Int (115792089237316195423570985007226406215939081747436879206741300988257197096960 &Int X:Int)))
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+ claim [address-reprojection-6]: <k> runLemma(maxUInt160 &Int (368263281805664599098893944405654396525700029268 |Int (notMaxUInt160 &Int X:Int)))
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=> doneLemma(368263281805664599098893944405654396525700029268) ... </k>
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requires #rangeUInt(256, X)
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