static int __init	ce_gw_init_module (void)
	Will be automatic called at module init. More...

static void __exit	ce_gw_cleanup (void)
	Will be automatically called on module remove. More...

struct can_frame *	ce_gw_alloc_can_frame (void)
	allocates memory for the can frame More...

void	ce_gw_free_can_frame (struct can_frame *memory)
	frees memory allocated for can_frame More...

struct canfd_frame *	ce_gw_alloc_canfd_frame (void)
	allocates memory for a canfd frame More...

void	ce_gw_free_canfd_frame (struct canfd_frame *memory)
	frees memory allocated for can_frame More...

Detailed Description

Function Documentation

struct can_frame * ce_gw_alloc_can_frame ( void )

read

allocates memory for the can frame

Returns: pointer to the memory allocated

Todo:: not tested yet

Definition at line 161 of file ce_gw_main.c.

Referenced by ce_gw_eth_to_can(), and ce_gw_get_header_can().

                                               {
     struct can_frame *memory;
     memory = kmalloc(sizeof(struct can_frame),GFP_KERNEL);
     return memory;
 }

Here is the caller graph for this function:

struct canfd_frame * ce_gw_alloc_canfd_frame ( void )

read

allocates memory for a canfd frame

Returns: pointer to the memory allocated

Todo:: not tested yet

Definition at line 173 of file ce_gw_main.c.

Referenced by ce_gw_eth_to_canfd(), and ce_gw_get_header_canfd().

                                                   {
     struct canfd_frame *memory;
     memory = kmalloc(sizeof(struct canfd_frame), GFP_KERNEL);
     return memory;
 }

Here is the caller graph for this function:

static void __exit ce_gw_cleanup ( void )

static

Will be automatically called on module remove.

Definition at line 1048 of file ce_gw_main.c.

References ce_gw_dev_cleanup(), ce_gw_netlink_exit(), and ce_gw_remove_route().

 {
     printk(KERN_INFO "ce_gw: Cleaning up the module\n");
 
     pr_debug("ce_gw: Unregister netlink server.\n");
     ce_gw_netlink_exit();
 
     /* Unregister all routes */
     pr_info("ce_gw: unregister all CAN ETH GW routes\n");
     ce_gw_remove_route(0);
 
     pr_debug("ce_gw: Unregister virtual net devices.\n");
     ce_gw_dev_cleanup();
 
     /* Mem cleanup */
     kmem_cache_destroy(ce_gw_job_cache);
 }

Here is the call graph for this function:

void ce_gw_free_can_frame ( struct can_frame * memory )

frees memory allocated for can_frame

Parameters

memory can frame that should be freed

Todo:: not tested yet

Definition at line 167 of file ce_gw_main.c.

Referenced by ce_gw_eth_to_can().

 {
     kfree (memory);
 }

Here is the caller graph for this function:

void ce_gw_free_canfd_frame ( struct canfd_frame * memory )

frees memory allocated for can_frame

Parameters

memory canfd_frame that should be freed

Todo:: not tested yet

Definition at line 180 of file ce_gw_main.c.

Referenced by ce_gw_eth_to_canfd().

 {
     kfree (memory);
 }

Here is the caller graph for this function:

static int __init ce_gw_init_module ( void )

static

Will be automatic called at module init.

Return values

0	on success
>0	on failure

Tests: remove when done!

END TEST

Definition at line 1016 of file ce_gw_main.c.

References ce_gw_dev_init_module(), ce_gw_netlink_init(), and list_jobs().

 {
     int err = 0;
     printk(KERN_INFO "ce_gw: Module started.\n");
 
     ce_gw_job_cache = kmem_cache_create("can_eth_gw",
                                         sizeof(struct ce_gw_job), 0, 0, NULL);
     if (!ce_gw_job_cache)
         return ENOMEM;
 
     list_jobs();
     err = ce_gw_netlink_init();
     err += ce_gw_dev_init_module();
 
     if (err != 0)
         return 1;
     else
         return 0;
 }

Here is the call graph for this function: