vector.h

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#pragma once
 
typedef struct Vector_ {
  vtype *ptr;
} * Vector;
 
ANEW ANN extern Vector new_vector(MemPool p);
ANN extern void        vector_init(const Vector);
ANN extern Vector      vector_copy(MemPool p, const Vector);
ANN extern void  vector_copy2(const __restrict__ Vector, __restrict__ Vector);
ANN extern m_int vector_find(const Vector, const vtype);
 
ANN static inline void vector_set(const Vector v, const vtype i,
                                  const vtype arg) {
  VPTR(v, i) = arg;
}
ANN static inline vtype vector_front(const struct Vector_ *v) { return VPTR(v, 0); }
ANN static inline vtype vector_at(const struct Vector_ *v, const vtype i) {
  return VPTR(v, i);
}
ANN static inline vtype vector_back(const struct Vector_ *v) {
  return VPTR(v, VLEN(v) - 1);
}
ANN static inline vtype vector_size(const struct Vector_ *v) { return VLEN(v); }
 
extern ANN void  vector_add(const Vector, const vtype);
extern ANN void  vector_rem(const Vector, const vtype);
extern ANN bool  vector_rem2(const Vector, const vtype);
extern ANN vtype vector_pop(const Vector);
extern ANN void  vector_clear(const Vector);
extern ANN void  free_vector(MemPool p, const Vector);
extern ANN void  vector_release(const Vector);
 
ANN static inline void vector_realloc(const Vector v) {
  if ((OFFSET + (VLEN(v) << 1) + 1) > VCAP(v))
    v->ptr = (m_uint *)xrealloc(v->ptr, (VCAP(v) <<= 1) * SZ_INT);
}