Expand description
The model for representing types in Binary Ninja.
Type’s are fundamental to analysis. With types, you can influence how decompilation resolves accesses,
renders data, and tell the analysis of properties such as volatility and constness.
Types are typically stored within a BinaryView, TypeArchive or a TypeLibrary.
Types can be created using the TypeBuilder or one of the convenience functions. Another way
to create a type is with a TypeParser if you have C type definitions.
Some interfaces may expect to be passed a TypeContainer which itself does not store any type
information, rather a generic interface to query for types by name or by id.
Re-exports§
pub use archive::TypeArchive;pub use archive::TypeArchiveId;pub use archive::TypeArchiveSnapshotId;pub use container::TypeContainer;pub use enumeration::Enumeration;pub use enumeration::EnumerationBuilder;pub use enumeration::EnumerationMember;pub use library::TypeLibrary;pub use parser::CoreTypeParser;pub use parser::ParsedType;pub use parser::TypeParser;pub use parser::TypeParserError;pub use parser::TypeParserErrorSeverity;pub use parser::TypeParserResult;pub use printer::CoreTypePrinter;pub use printer::TypePrinter;pub use structure::BaseStructure;pub use structure::InheritedStructureMember;pub use structure::Structure;pub use structure::StructureBuilder;pub use structure::StructureMember;pub use crate::qualified_name::QualifiedName;
Modules§
Structs§
- Function
Parameter - Name
AndType - Named
Type Reference - Qualified
Name AndType - Qualified
Name Type AndId - Type
- The core model for types in Binary Ninja.
- Type
Builder