#ifndef INCLUDED_C_BORUVKAMST_H
#define INCLUDED_C_BORUVKAMST_H

#ifndef INCLUDED_C_EDGEWEIGHTEDGRAPH_H
#include <c_EdgeWeightedGraph.h>
#endif /*INCLUDED_C_EDGEWEIGHTEDGRAPH_H*/


#ifndef INCLUDED_C_VERTEXIDLIST_H
#include <c_VertexIdList.h>
#endif /*INCLUDED_C_VERTEXIDLIST_H*/


/* ------------------------------------------------------------------------------------------------------------------ */
/*  */

typedef struct {
    c_VertexIdList_t   mst_edges;  /* Final optimized list of edge_ids inside the tree */
    double             weight;     /* Total minimum weight summation of the MST */
    c_Allocator_t      allocator;  /* Deep copy of the user-provided allocator */
} c_BoruvkaMST_t;

/* ------------------------------------------------------------------------------------------------------------------ */
/*  */

/**
 * @brief Computes a minimum spanning tree of an edge-weighted graph using Boruvka's algorithm.
 * @param allocator Explicit allocator context used to configure internal tracking state memory
 */
c_err_t c_BoruvkaMST_Init(c_BoruvkaMST_t* self, c_EdgeWeightedGraph_t* graph, c_Allocator_t* allocator);

/**
 * @brief Releases internal tracking buffers
 */
void c_BoruvkaMST_Destroy(c_BoruvkaMST_t* self);

/**
 * @brief Gets a copy of the edge ids included in the Minimum Spanning Tree.
 */
c_err_t c_BoruvkaMST_GetEdges(c_BoruvkaMST_t* self, c_VertexIdList_t* out_edges);

/**
 * @brief Returns the total weight summation of the MST.
 */
C_STATIC_FORCE_INLINE
double c_BoruvkaMST_Weight(c_BoruvkaMST_t* self) {
    return self ? self->weight : 0.0;
}


#endif /*INCLUDED_C_BORUVKAMST_H*/