package binsec
sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
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Semantic analysis of binary executables
Install
dune-project
Dependency
Authors
-
AAdel Djoudi
-
BBenjamin Farinier
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CChakib Foulani
-
DDorian Lesbre
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FFrédéric Recoules
-
GGuillaume Girol
-
JJosselin Feist
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LLesly-Ann Daniel
-
MManh-Dung Nguyen
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MMathéo Vergnolle
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MMathilde Ollivier
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MMatthieu Lemerre
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OOlivier Nicole
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RRichard Bonichon
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RRobin David
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SSébastien Bardin
-
SSoline Ducousso
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TTa Thanh Dinh
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YYaëlle Vinçont
Maintainers
Sources
binsec-0.8.1.tbz
sha256=94090e05906c7a0559f60d2c65dbe167eb5953a2338b958b71911c1c81dd9ffd
sha512=6f52f8918c3c242f1346ebdc244f80744966112b935e00519e5d4d5acc040f8e2d2c54ff6b172cf5eb34b9bf7366de085605de88fcc15c43f34abce39ed34220
doc/binsec.sse/Libsse/Script/Expr/index.html
Module Script.ExprSource
type t = | Int of Z.t| Bv of Binsec.Bitvector.t| Symbol of Binsec.Ast.Symbol.t Binsec.Ast.loc| Loc of Binsec.Ast.Loc.t Binsec.Ast.loc| Unary of Binsec.Dba.Unary_op.t * t Binsec.Ast.loc| Binary of Binsec.Dba.Binary_op.t * t Binsec.Ast.loc * t Binsec.Ast.loc| Ite of t Binsec.Ast.loc * t Binsec.Ast.loc * t Binsec.Ast.loc
val zero : tval one : tval succ : t Binsec.Ast.loc -> tval constant : Binsec.Bitvector.t -> tval symbol : Binsec.Ast.Symbol.t Binsec.Ast.loc -> tval loc : Binsec.Ast.Loc.t Binsec.Ast.loc -> tval add : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval sub : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval mul : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval neg : t Binsec.Ast.loc -> tval udiv : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval umod : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval sdiv : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval smod : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval logand : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval logor : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval lognot : t Binsec.Ast.loc -> tval logxor : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tinclude Binsec.Sigs.COMPARISON
with type t := t Binsec.Ast.loc
and type boolean := t
val equal : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval diff : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval ule : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval uge : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval ult : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval ugt : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval sle : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval sge : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval slt : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval sgt : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval shift_left : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval shift_right : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval shift_right_signed : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval rotate_left : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval rotate_right : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval sext : int -> t Binsec.Ast.loc -> tval uext : int -> t Binsec.Ast.loc -> tval restrict : hi:int -> lo:int -> t Binsec.Ast.loc -> tval append : t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval ite : t Binsec.Ast.loc -> t Binsec.Ast.loc -> t Binsec.Ast.loc -> tval pp : Format.formatter -> t -> unit sectionYPositions = computeSectionYPositions($el), 10)"
x-init="setTimeout(() => sectionYPositions = computeSectionYPositions($el), 10)"
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