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#include <litmus/sched_plugin.h>
#include <linux/proc_fs.h>
int __init init_litmus_proc(void);
void exit_litmus_proc(void);
struct cd_mapping
{
int id;
cpumask_var_t mask;
struct proc_dir_entry *proc_file;
};
struct domain_proc_info
{
int num_cpus;
int num_domains;
struct cd_mapping *cpu_to_domains;
struct cd_mapping *domain_to_cpus;
};
/*
* On success, returns 0 and sets the pointer to the location of the new
* proc dir entry, otherwise returns an error code and sets pde to NULL.
*/
long make_plugin_proc_dir(struct sched_plugin* plugin,
struct proc_dir_entry** pde);
/*
* Plugins should deallocate all child proc directory entries before
* calling this, to avoid memory leaks.
*/
void remove_plugin_proc_dir(struct sched_plugin* plugin);
/*
* Setup the CPU <-> sched domain mappings in proc
*/
long activate_domain_proc(struct domain_proc_info* map);
/*
* Remove the CPU <-> sched domain mappings from proc
*/
long deactivate_domain_proc(void);
/*
* Alloc memory for the mapping
* Note: Does not set up proc files. Use make_sched_domain_maps for that.
*/
long init_domain_proc_info(struct domain_proc_info* map,
int num_cpus, int num_domains);
/*
* Free memory of the mapping
* Note: Does not clean up proc files. Use deactivate_domain_proc for that.
*/
void destroy_domain_proc_info(struct domain_proc_info* map);
/* Copy at most size-1 bytes from ubuf into kbuf, null-terminate buf, and
* remove a '\n' if present. Returns the number of bytes that were read or
* -EFAULT. */
int copy_and_chomp(char *kbuf, unsigned long ksize,
__user const char* ubuf, unsigned long ulength);
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