Macros
#define	zAlloc(t, n) ( (n) == 0 ? NULL : (t *)calloc( (n), sizeof(t) ) )

#define	zAllocZero(t, n) ( (n) == 0 ? NULL : (t *)calloc( (n), sizeof(t) ) )

#define	zFree(m) do{ if( (m) ){ free( m ); (m) = NULL; } } while(0)

#define	zCopy(t, s, d) ( (t *)memcpy( d, s, sizeof(t) ) )

#define	zRealloc(m, t, n) (t )realloc( (void )m, sizeof(t)*(n) )

Functions
void *	zClone (void *src, size_t size)
	clone a memory space. More...

Detailed Description

Macro Definition Documentation

◆ zAlloc

#define zAlloc	(	t,
		n
	)	( (n) == 0 ? NULL : (t *)calloc( (n), sizeof(t) ) )

allocate memory for n data of a data type type.

◆ zAllocZero

#define zAllocZero	(	t,
		n
	)	( (n) == 0 ? NULL : (t *)calloc( (n), sizeof(t) ) )

allocate memory for n data of a data type type and clear it by zero.

◆ zFree

#define zFree ( m ) do{ if( (m) ){ free( m ); (m) = NULL; } } while(0)

free memory allocated at m. m is reset to be the null pointer after freeing the memory.

◆ zCopy

#define zCopy	(	t,
		s,
		d
	)	( (t *)memcpy( d, s, sizeof(t) ) )

copy s to d, where both are supposed to be types of t.

◆ zRealloc

#define zRealloc	(	m,
		t,
		n
	)	(t )realloc( (void )m, sizeof(t)*(n) )

reallocate memory where m points. n is the number of data to be reallocated. type is the type of the data.

Note: zRealloc() is not available in the kernel space.

Function Documentation

◆ zClone()

void* zClone	(	void *	src,
		size_t	size
	)

clone a memory space.

zClone() clones a memory space src with a size size and returns a pointer to the newly allocated memory if succeeding. Otherwise, the null pointer is returned.

Macros

Functions