leader: try fix segvfault

Author: SidoShiro

src/network/leader.c

@@ -47,7 +47,7 @@ size_t alloc_memory(size_t size, struct leader_resources *l_r) {
             if (0 == b->free && b->id != l_r->id && !is_in_dead_list(l_r, b->id)) {
                 if (size == b->size) {
                     b->free = 1;
-                    struct allocation *a = malloc(32 + sizeof(struct allocation));
+                    struct allocation *a = malloc(60 + sizeof(struct allocation));
                     a->number_parts = 1;
                     a->v_address_start = b->virtual_address;
                     a->parts = malloc(34 + (a->number_parts * sizeof(struct allocation *)));
@@ -59,7 +59,7 @@ size_t alloc_memory(size_t size, struct leader_resources *l_r) {
                     b->free = 1;
                     b = split_block_u(b, size);
                     if (b) {
-                        struct allocation *a = malloc(32 + sizeof(struct allocation));
+                        struct allocation *a = malloc(60 + sizeof(struct allocation));
                         a->number_parts = 1;
                         a->v_address_start = b->virtual_address;
                         a->parts = malloc(34 + (a->number_parts * sizeof(struct allocation *)));
@@ -76,7 +76,7 @@ size_t alloc_memory(size_t size, struct leader_resources *l_r) {
         }
     }
     // Multi - Parts
-    struct allocation *a = malloc(32 + sizeof(struct allocation));
+    struct allocation *a = malloc(60 + sizeof(struct allocation));
     a->number_parts = 0;
     a->parts = NULL;
     a->v_address_start = SIZE_MAX;
@@ -98,7 +98,7 @@ size_t alloc_memory(size_t size, struct leader_resources *l_r) {
                 if (a->v_address_start == SIZE_MAX)
                     a->v_address_start = b->virtual_address;
                 a->number_parts++;
-                a->parts = realloc(a->parts, 34 + (a->number_parts * sizeof(struct allocation *)));
+                a->parts = realloc(a->parts, (4 + a->number_parts) * sizeof(struct allocation *));
                 a->parts[a->number_parts - 1] = b;
             }
             b = b->next;

src/network/leader_utils.c

@@ -66,14 +66,14 @@ struct allocation *give_for_v_address(struct leader_resources *l_r, size_t v_add
 }
 
 struct leader_resources *generate_leader_resources(size_t nb_nodes, size_t id) {
-    struct leader_resources *l_r = malloc(128);
+    struct leader_resources *l_r = malloc(sizeof(struct leader_resources) + 200);
     l_r->leader_blks = init_nodes_same_size(nb_nodes, DEF_NODE_SIZE);
     l_r->leader_command_queue = NULL;
     l_r->leader_reg = generate_allocs(4);
     l_r->id = id;
     l_r->max_memory = nb_nodes * DEF_NODE_SIZE - (DEF_NODE_SIZE); // minus leader
     l_r->availaible_memory = l_r->max_memory;
-    l_r->dead_list = malloc(sizeof(struct dead_list) + 34);
+    l_r->dead_list = malloc(sizeof(struct dead_list) + 70);
     l_r->dead_list->dead_list = calloc(nb_nodes + 10, sizeof(unsigned short));
     l_r->dead_list->max = nb_nodes;
     return l_r;