#ifndef _LVE_CGROUP_GENERIC_
#define _LVE_CGROUP_GENERIC_

/* generic cpu control */
struct lvp_ve_private;
struct light_ve;

extern bool lve_kill_on_shrink;


void lve_cgroup_release(struct dentry *cgrp, int flags);

void generic_resource_unlink(uint32_t id, struct c_private *lcontext, 
			     char *name);
void generic_lvp_path(char *name, uint32_t lvp_id);
void generic_lve_path(char *name, uint32_t lve_id);

int generic_lvp_init(struct lvp_ve_private *lvp, char *name);
void generic_lvp_fini(struct lvp_ve_private *lvp);

int generic_lve_init(struct light_ve *ve, char *name);
void generic_lve_fini(struct light_ve *ve);

/* mask needs because a separate flag to cpu limit and resource limits
 * enter */
int generic_cgroup_enter(struct task_struct *task, struct c_private *lcontext,
			 unsigned long subsys_mask);


int generic_cpu_init_lve(struct light_ve *ve, char *name);

int lve_cgroup_cpuw_set(struct c_private *lcontext, int32_t new);

int lve_cgroup_cpus_set(struct c_private *lcontext, 
			lve_limits_t reseller,
			lve_limits_t old,
			unsigned int ncpus);

int lve_cgroup_cpu_set(struct c_private *lcontext, 
			lve_limits_t reseller,
			lve_limits_t old,
			unsigned int ncpu);

int generic_cgroup_disable_swappiness(struct dentry *mem_cgrp);
int lve_cgroup_mem_set(struct c_private *lcontext, int new);
#endif