/* Action to take when a ledger goes into deficit */
#define LEDGER_ACTION_IGNORE 0x0000
#define LEDGER_ACTION_BLOCK 0x0010
-#define LEDGER_ACTION_EXCEPTION 0x0020
-#define LEDGER_ACTION_CALLBACK 0x0040
+#define LEDGER_ACTION_CALLBACK 0x0020
#define LEDGER_ACTION_MASK 0x00f0
-typedef void (*ledger_callback_t)(const void * param0, const void *param1);
+/*
+ * Types of warnings that trigger a callback.
+ */
+#define LEDGER_WARNING_ROSE_ABOVE 1
+#define LEDGER_WARNING_DIPPED_BELOW 2
+
+typedef void (*ledger_callback_t)(int warning, const void * param0, const void *param1);
extern void ledger_init(void);
const char *group, const char *units);
extern kern_return_t ledger_set_callback(ledger_template_t template, int entry,
ledger_callback_t callback, const void *param0, const void *param1);
+extern kern_return_t ledger_track_maximum(ledger_template_t template, int entry,
+ int period_in_secs);
+extern kern_return_t ledger_panic_on_negative(ledger_template_t template,
+ int entry);
extern int ledger_key_lookup(ledger_template_t template, const char *key);
/* value of entry type */
#define LEDGER_CREATE_INACTIVE_ENTRIES 1
extern ledger_t ledger_instantiate(ledger_template_t template, int entry_type);
extern kern_return_t ledger_disable_callback(ledger_t ledger, int entry);
-extern kern_return_t ledger_reset_callback(ledger_t ledger, int entry);
+extern kern_return_t ledger_enable_callback(ledger_t ledger, int entry);
+extern kern_return_t ledger_get_limit(ledger_t ledger, int entry,
+ ledger_amount_t *limit);
extern kern_return_t ledger_set_limit(ledger_t ledger, int entry,
- ledger_amount_t limit);
+ ledger_amount_t limit, uint8_t warn_level_percentage);
+extern kern_return_t ledger_get_maximum(ledger_t ledger, int entry,
+ ledger_amount_t *max_observed_balance);
+extern kern_return_t ledger_get_actions(ledger_t ledger, int entry, int *actions);
extern kern_return_t ledger_set_action(ledger_t ledger, int entry, int action);
+extern kern_return_t ledger_get_period(ledger_t ledger, int entry,
+ uint64_t *period);
extern kern_return_t ledger_set_period(ledger_t ledger, int entry,
uint64_t period);
+extern kern_return_t ledger_disable_refill(ledger_t l, int entry);
extern kern_return_t ledger_entry_setactive(ledger_t ledger, int entry);
+extern void ledger_check_new_balance(ledger_t ledger, int entry);
extern kern_return_t ledger_credit(ledger_t ledger, int entry,
ledger_amount_t amount);
extern kern_return_t ledger_debit(ledger_t ledger, int entry,
ledger_amount_t amount);
+extern kern_return_t ledger_zero_balance(ledger_t ledger, int entry);
extern kern_return_t ledger_get_entries(ledger_t ledger, int entry,
ledger_amount_t *credit, ledger_amount_t *debit);
+extern kern_return_t ledger_get_balance(ledger_t ledger, int entry,
+ ledger_amount_t *balance);
+extern kern_return_t ledger_reset_callback_state(ledger_t ledger, int entry);
+extern kern_return_t ledger_disable_panic_on_negative(ledger_t ledger, int entry);
+
+extern kern_return_t ledger_rollup(ledger_t to_ledger, ledger_t from_ledger);
extern void ledger_ast(thread_t thread);
-extern void set_astledger(thread_t thread);
extern int ledger_reference_count(ledger_t ledger);
extern kern_return_t ledger_reference(ledger_t ledger);
extern int ledger_limit(task_t task, struct ledger_limit_args *args);
#endif
extern int ledger_info(task_t task, struct ledger_info *info);
-extern int ledger_entry_info(task_t task, void **buf, int *len);
+
+extern int
+ledger_get_task_entry_info_multiple(task_t task, void **buf, int *len);
+
+extern void
+ledger_get_entry_info(ledger_t ledger, int entry,
+ struct ledger_entry_info *lei);
+
extern int ledger_template_info(void **buf, int *len);
#endif /* KERNEL_PRIVATE */