lddx

type ArchType struct {
	Cpu    macho.Cpu // Architecture type (e.g. PPC, i386, amd64, arm)
	SubCpu uint32    // ???
}

type ByPath []*Dependency

type CollectorOptions struct {
	Folder             string   // The folder to dump libraries into
	PreferredOrder     []string // If there are library conflicts, this specifies an order to choose from
	Overwrite          bool     // Whether or not to overwrite existing deps
	ModifySpecialPaths bool     // Whether or not to modify paths beginnig with @, e.g. @executable_path
	CollectFrameworks  bool     // Whether or not to also collect frameworks
	Jobs               int      // Number of concurrent jobs
}

type Dependency struct {
	Name             string         // The name of the library
	Path             string         // The path to the library, as specified by the load command
	RealPath         string         // The real path to the library, if available (or same as Path)
	Info             string         // Compatibility and current version info
	Pruned           bool           // Indicates if checking the dependencies of this library were skipped
	PrunedByFlatDeps bool           // Indicates if the libs were removed because they were listed in another subtree (for JSON serialisation only)
	NotResolved      bool           // Indicates if the dependencies could not be resolved (could not determine dependencies)
	IsWeakDep        bool           // Indicates if this dependency is from a weak load command
	Deps             *[]*Dependency // List of dependencies that this dependency depends on. Ugh we need these pointers because multiple Dependencies can share this.
	RPaths           []string       // The rpaths associated with this file
}

type DependencyGraph struct {
	TopDeps  []*Dependency          // Slice of top level dependencies
	FlatDeps map[string]*Dependency // Contains all unique, non-pruned referenced dependencies
	// contains filtered or unexported fields
}

type DependencyOptions struct {
	ExecutablePath  string
	IgnoredPrefixes []string
	IgnoredFiles    []string
	Recursive       bool
	SkipWeakLibs    bool
	Jobs            int
}

type Dylib struct {
	Path           string    // The path to the library
	Time           uint32    // Time of library
	CurrentVersion uint32    // Library version
	CompatVersion  uint32    // Compatibility version
	Weak           bool      // Whether this is a weakly loaded library
	Arch           *ArchType // Architecture type
}