Struct stack_graphs::partial::PartialPaths
source · pub struct PartialPaths { /* private fields */ }Expand description
Manages the state of a collection of partial paths built up as part of the partial-path-finding algorithm or path-stitching algorithm.
Implementations§
source§impl PartialPaths
impl PartialPaths
sourcepub fn find_minimal_partial_path_set_in_file<F>(
&mut self,
graph: &StackGraph,
file: Handle<File>,
cancellation_flag: &dyn CancellationFlag,
visit: F
) -> Result<(), CancellationError>where
F: FnMut(&StackGraph, &mut PartialPaths, PartialPath),
pub fn find_minimal_partial_path_set_in_file<F>( &mut self, graph: &StackGraph, file: Handle<File>, cancellation_flag: &dyn CancellationFlag, visit: F ) -> Result<(), CancellationError>where F: FnMut(&StackGraph, &mut PartialPaths, PartialPath),
Finds a minimal set of partial paths in a file, calling the visit closure for each one.
This function ensures that the set of visited partial paths (a) is minimal, no path can be constructed by stitching other paths in the set, and (b) covers all complete paths, from references to definitions, when used for path stitching
This function will not return until all reachable partial paths have been processed, so
graph must already contain a complete stack graph. If you have a very large stack graph
stored in some other storage system, and want more control over lazily loading only the
necessary pieces, then you should code up your own loop that calls
PartialPath::extend manually.
Caveat: Edges between nodes of different files are not used. Hence the returned set of partial paths will not cover paths going through those edges.
sourcepub fn find_all_complete_paths<I, F>(
&mut self,
graph: &StackGraph,
starting_nodes: I,
cancellation_flag: &dyn CancellationFlag,
visit: F
) -> Result<(), CancellationError>where
I: IntoIterator<Item = Handle<Node>>,
F: FnMut(&StackGraph, &mut PartialPaths, PartialPath),
pub fn find_all_complete_paths<I, F>( &mut self, graph: &StackGraph, starting_nodes: I, cancellation_flag: &dyn CancellationFlag, visit: F ) -> Result<(), CancellationError>where I: IntoIterator<Item = Handle<Node>>, F: FnMut(&StackGraph, &mut PartialPaths, PartialPath),
Finds all complete paths reachable from a set of starting nodes, calling the visit closure
for each one.
This function will not return until all reachable paths have been processed, so graph
must already contain a complete stack graph. If you have a very large stack graph stored
in some other storage system, and want more control over lazily loading only the necessary
pieces, then you should code up your own loop that calls Path::extend manually.
source§impl PartialPaths
impl PartialPaths
pub fn new() -> PartialPaths
Auto Trait Implementations§
impl !RefUnwindSafe for PartialPaths
impl Send for PartialPaths
impl !Sync for PartialPaths
impl Unpin for PartialPaths
impl UnwindSafe for PartialPaths
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