dynamips/trunk/vm.h

/*
 * Cisco router simulation platform.
 * Copyright (c) 2005,2006 Christophe Fillot (cf@utc.fr)
 *
 * Virtual Machines.
 */

#ifndef __VM_H__
#define __VM_H__

#include <pthread.h>

#include "dynamips.h"
#include "memory.h"
#include "cpu.h"
#include "dev_vtty.h"

#define VM_PAGE_SHIFT  12
#define VM_PAGE_SIZE   (1 << VM_PAGE_SHIFT)
#define VM_PAGE_IMASK  (VM_PAGE_SIZE - 1)
#define VM_PAGE_MASK   (~(VM_PAGE_IMASK))

/* Number of pages in chunk area */
#define VM_CHUNK_AREA_SIZE  256

/* VM memory chunk */
typedef struct vm_chunk vm_chunk_t;
struct vm_chunk {
   void *area;
   u_int page_alloc,page_total;
   vm_chunk_t *next;
};

/* VM ghost pool entry */
typedef struct vm_ghost_image vm_ghost_image_t;
struct vm_ghost_image {
   char *filename;
   u_int ref_count;
   int fd;
   off_t file_size;
   u_char *area_ptr;
   vm_ghost_image_t *next;
};

/* Maximum number of devices per VM */
#define VM_DEVICE_MAX  (1 << 6)

/* Size of the PCI bus pool */
#define VM_PCI_POOL_SIZE  32

/* VM instance status */
enum {   
   VM_STATUS_HALTED = 0,      /* VM is halted and no HW resources are used */
   VM_STATUS_SHUTDOWN,        /* Shutdown procedure engaged */
   VM_STATUS_RUNNING,         /* VM is running */
   VM_STATUS_SUSPENDED,       /* VM is suspended */
};

/* VM types */
enum {
   VM_TYPE_C7200 = 0,
   VM_TYPE_C3600,
   VM_TYPE_C2691,
   VM_TYPE_C3725,
   VM_TYPE_C3745,
   VM_TYPE_C2600,
   VM_TYPE_PPC32_TEST,
};

/* Ghost RAM status */
enum {
   VM_GHOST_RAM_NONE = 0,
   VM_GHOST_RAM_GENERATE,
   VM_GHOST_RAM_USE,
};

/* Timer IRQ check interval */
#define VM_TIMER_IRQ_CHECK_ITV  1000

/* forward declarations */
typedef struct vm_obj vm_obj_t;

/* Shutdown function prototype for an object */
typedef void *(*vm_shutdown_t)(vm_instance_t *vm,void *data);

/* VM object, used to keep track of devices and various things */
struct vm_obj {
   char *name;
   void *data;
   struct vm_obj *next,**pprev;
   vm_shutdown_t shutdown;
};

/* VM instance */
struct vm_instance {
   char *name;
   int type;                       /* C7200, C3600, ... */
   int status;                     /* Instance status */
   int instance_id;                /* Instance Identifier */
   char *lock_file;                /* Lock file */
   char *log_file;                 /* Log filename */
   int log_file_enabled;           /* Logging enabled */
   u_int ram_size,rom_size;        /* RAM and ROM size in Mb */
   u_int iomem_size;               /* IOMEM size in Mb */
   u_int nvram_size;               /* NVRAM size in Kb */
   u_int pcmcia_disk_size[2];      /* PCMCIA disk0 and disk1 sizes (in Mb) */
   u_int conf_reg,conf_reg_setup;  /* Config register */
   u_int clock_divisor;            /* Clock Divisor (see cp0.c) */
   u_int ram_mmap;                 /* Memory-mapped RAM ? */
   u_int restart_ios;              /* Restart IOS on reload ? */
   u_int elf_machine_id;           /* ELF machine identifier */
   u_int exec_area_size;           /* Size of execution area for CPU */
   m_uint32_t ios_entry_point;     /* IOS entry point */
   char *ios_image;                /* IOS image filename */
   char *ios_config;               /* IOS configuration file */
   char *rom_filename;             /* ROM filename */
   char *sym_filename;             /* Symbol filename */
   FILE *lock_fd,*log_fd;          /* Lock/Log file descriptors */
   int debug_level;                /* Debugging Level */
   int jit_use;                    /* CPUs use JIT */
   int sparse_mem;                 /* Use sparse virtual memory */

   /* Memory chunks */
   vm_chunk_t *chunks;

   /* Basic hardware: system CPU, PCI busses and PCI I/O space */
   cpu_group_t *cpu_group;
   cpu_gen_t *boot_cpu;
   struct pci_bus *pci_bus[2];
   struct pci_bus *pci_bus_pool[VM_PCI_POOL_SIZE];
   struct pci_io_data *pci_io_space;

   /* Memory mapped devices */
   struct vdevice *dev_list;
   struct vdevice *dev_array[VM_DEVICE_MAX];

   /* IRQ routing */
   void (*set_irq)(vm_instance_t *vm,u_int irq);
   void (*clear_irq)(vm_instance_t *vm,u_int irq);

   /* Filename for ghosted RAM */
   char *ghost_ram_filename;
   
   /* Ghost RAM image handling */
   int ghost_status;

   /* "idling" pointer counter */
   m_uint64_t idle_pc;

   /* Timer IRQ interval check */
   u_int timer_irq_check_itv;

   /* Console and AUX port VTTY type and parameters */
   int vtty_con_type,vtty_aux_type;
   int vtty_con_tcp_port,vtty_aux_tcp_port;
   vtty_serial_option_t vtty_con_serial_option,vtty_aux_serial_option;

   /* Virtual TTY for Console and AUX ports */
   vtty_t *vtty_con,*vtty_aux;

   /* Space reserved in NVRAM by ROM monitor */
   u_int nvram_rom_space;

   /* Extract and push IOS configuration */
   ssize_t (*nvram_extract_config)(vm_instance_t *vm,char **buffer);
   int (*nvram_push_config)(vm_instance_t *vm,char *buffer,size_t len);

   /* Chassis cookie (for c2600 and maybe other routers */
   m_uint16_t chassis_cookie[64];

   /* Specific hardware data */
   void *hw_data;

   /* VM objects */
   struct vm_obj *vm_object_list;   
};

#define VM_C7200(vm) ((c7200_t *)vm->hw_data)
#define VM_C3600(vm) ((c3600_t *)vm->hw_data)
#define VM_C2691(vm) ((c2691_t *)vm->hw_data)
#define VM_C3725(vm) ((c3725_t *)vm->hw_data)
#define VM_C3745(vm) ((c3745_t *)vm->hw_data)
#define VM_C2600(vm) ((c2600_t *)vm->hw_data)

extern int vm_file_naming_type;

/* Set an IRQ for a VM */
static inline void vm_set_irq(vm_instance_t *vm,u_int irq)
{
   if (vm->set_irq != NULL)
      vm->set_irq(vm,irq);
}

/* Clear an IRQ for a VM */
static inline void vm_clear_irq(vm_instance_t *vm,u_int irq)
{
   if (vm->clear_irq != NULL)
      vm->clear_irq(vm,irq);
}

/* Initialize a VM object */
void vm_object_init(vm_obj_t *obj);

/* Add a VM object to an instance */
void vm_object_add(vm_instance_t *vm,vm_obj_t *obj);

/* Remove a VM object from an instance */
void vm_object_remove(vm_instance_t *vm,vm_obj_t *obj);

/* Find an object given its name */
vm_obj_t *vm_object_find(vm_instance_t *vm,char *name);

/* Check that a mandatory object is present */
int vm_object_check(vm_instance_t *vm,char *name);

/* Dump the object list of an instance */
void vm_object_dump(vm_instance_t *vm);

/* Get VM type */
char *vm_get_type(vm_instance_t *vm);

/* Get MAC address MSB */
u_int vm_get_mac_addr_msb(vm_instance_t *vm);

/* Generate a filename for use by the instance */
char *vm_build_filename(vm_instance_t *vm,char *name);

/* Check that an instance lock file doesn't already exist */
int vm_get_lock(vm_instance_t *vm);

/* Erase lock file */
void vm_release_lock(vm_instance_t *vm,int erase);

/* Log a message */
void vm_flog(vm_instance_t *vm,char *module,char *format,va_list ap);

/* Log a message */
void vm_log(vm_instance_t *vm,char *module,char *format,...);

/* Close the log file */
int vm_close_log(vm_instance_t *vm);

/* Create the log file */
int vm_create_log(vm_instance_t *vm);

/* Error message */
void vm_error(vm_instance_t *vm,char *format,...);

/* Create a new VM instance */
vm_instance_t *vm_create(char *name,int instance_id,int machine_type);

/* Shutdown hardware resources used by a VM */
int vm_hardware_shutdown(vm_instance_t *vm);

/* Free resources used by a VM */
void vm_free(vm_instance_t *vm);

/* Get an instance given a name */
vm_instance_t *vm_acquire(char *name);

/* Release a VM (decrement reference count) */
int vm_release(vm_instance_t *vm);

/* Initialize RAM */
int vm_ram_init(vm_instance_t *vm,m_uint64_t paddr);

/* Initialize VTTY */
int vm_init_vtty(vm_instance_t *vm);

/* Delete VTTY */
void vm_delete_vtty(vm_instance_t *vm);

/* Bind a device to a virtual machine */
int vm_bind_device(vm_instance_t *vm,struct vdevice *dev);

/* Unbind a device from a virtual machine */
int vm_unbind_device(vm_instance_t *vm,struct vdevice *dev);

/* Map a device at the specified physical address */
int vm_map_device(vm_instance_t *vm,struct vdevice *dev,m_uint64_t base_addr);

/* Set an IRQ for a VM */
void vm_set_irq(vm_instance_t *vm,u_int irq);

/* Clear an IRQ for a VM */
void vm_clear_irq(vm_instance_t *vm,u_int irq);

/* Suspend a VM instance */
int vm_suspend(vm_instance_t *vm);

/* Resume a VM instance */
int vm_resume(vm_instance_t *vm);

/* Stop an instance */
int vm_stop(vm_instance_t *vm);

/* Monitor an instance periodically */
void vm_monitor(vm_instance_t *vm);

/* Allocate an host page */
void *vm_alloc_host_page(vm_instance_t *vm);

/* Free an host page */
void vm_free_host_page(vm_instance_t *vm,void *ptr);

/* Get a ghost image */
int vm_ghost_image_get(char *filename,u_char **ptr,int *fd);

/* Release a ghost image */
int vm_ghost_image_release(int fd);

/* Open a VM file and map it in memory */
int vm_mmap_open_file(vm_instance_t *vm,char *name,
                      u_char **ptr,off_t *fsize);

/* Open/Create a VM file and map it in memory */
int vm_mmap_create_file(vm_instance_t *vm,char *name,size_t len,u_char **ptr);

/* Close a memory mapped file */
int vm_mmap_close_file(int fd,u_char *ptr,size_t len);

/* Save the Cisco IOS configuration from NVRAM */
int vm_ios_save_config(vm_instance_t *vm);

/* Set Cisco IOS image to use */
int vm_ios_set_image(vm_instance_t *vm,char *ios_image);

/* Unset a Cisco IOS configuration file */
void vm_ios_unset_config(vm_instance_t *vm);

/* Set Cisco IOS configuration file to use */
int vm_ios_set_config(vm_instance_t *vm,char *ios_config);

/* Extract IOS configuration from NVRAM and write it to a file */
int vm_nvram_extract_config(vm_instance_t *vm,char *filename);

/* Read an IOS configuraton from a file and push it to NVRAM */
int vm_nvram_push_config(vm_instance_t *vm,char *filename);

/* Save general VM configuration into the specified file */
void vm_save_config(vm_instance_t *vm,FILE *fd);

#endif
1	dpavlin	1	/*
2	dpavlin	7	* Cisco router simulation platform.
3	dpavlin	1	* Copyright (c) 2005,2006 Christophe Fillot (cf@utc.fr)
4			*
5			* Virtual Machines.
6			*/
7
8			#ifndef __VM_H__
9			#define __VM_H__
10
11			#include <pthread.h>
12
13			#include "dynamips.h"
14			#include "memory.h"
15			#include "cpu.h"
16			#include "dev_vtty.h"
17
18	dpavlin	7	#define VM_PAGE_SHIFT 12
19			#define VM_PAGE_SIZE (1 << VM_PAGE_SHIFT)
20			#define VM_PAGE_IMASK (VM_PAGE_SIZE - 1)
21			#define VM_PAGE_MASK (~(VM_PAGE_IMASK))
22
23			/* Number of pages in chunk area */
24			#define VM_CHUNK_AREA_SIZE 256
25
26			/* VM memory chunk */
27			typedef struct vm_chunk vm_chunk_t;
28			struct vm_chunk {
29			void *area;
30			u_int page_alloc,page_total;
31			vm_chunk_t *next;
32			};
33
34			/* VM ghost pool entry */
35			typedef struct vm_ghost_image vm_ghost_image_t;
36			struct vm_ghost_image {
37			char *filename;
38			u_int ref_count;
39			int fd;
40			off_t file_size;
41			u_char *area_ptr;
42			vm_ghost_image_t *next;
43			};
44
45			/* Maximum number of devices per VM */
46			#define VM_DEVICE_MAX (1 << 6)
47
48			/* Size of the PCI bus pool */
49	dpavlin	1	#define VM_PCI_POOL_SIZE 32
50
51			/* VM instance status */
52			enum {
53			VM_STATUS_HALTED = 0, /* VM is halted and no HW resources are used */
54			VM_STATUS_SHUTDOWN, /* Shutdown procedure engaged */
55			VM_STATUS_RUNNING, /* VM is running */
56			VM_STATUS_SUSPENDED, /* VM is suspended */
57			};
58
59			/* VM types */
60			enum {
61			VM_TYPE_C7200 = 0,
62			VM_TYPE_C3600,
63	dpavlin	4	VM_TYPE_C2691,
64			VM_TYPE_C3725,
65			VM_TYPE_C3745,
66	dpavlin	7	VM_TYPE_C2600,
67			VM_TYPE_PPC32_TEST,
68	dpavlin	1	};
69
70	dpavlin	4	/* Ghost RAM status */
71			enum {
72			VM_GHOST_RAM_NONE = 0,
73			VM_GHOST_RAM_GENERATE,
74			VM_GHOST_RAM_USE,
75			};
76
77	dpavlin	1	/* Timer IRQ check interval */
78			#define VM_TIMER_IRQ_CHECK_ITV 1000
79
80			/* forward declarations */
81			typedef struct vm_obj vm_obj_t;
82
83			/* Shutdown function prototype for an object */
84			typedef void (vm_shutdown_t)(vm_instance_t vm,void data);
85
86			/* VM object, used to keep track of devices and various things */
87			struct vm_obj {
88			char *name;
89			void *data;
90			struct vm_obj next,*pprev;
91			vm_shutdown_t shutdown;
92			};
93
94			/* VM instance */
95			struct vm_instance {
96			char *name;
97			int type; /* C7200, C3600, ... */
98			int status; /* Instance status */
99			int instance_id; /* Instance Identifier */
100			char lock_file; / Lock file */
101	dpavlin	7	char log_file; / Log filename */
102			int log_file_enabled; /* Logging enabled */
103	dpavlin	1	u_int ram_size,rom_size; /* RAM and ROM size in Mb */
104			u_int iomem_size; /* IOMEM size in Mb */
105			u_int nvram_size; /* NVRAM size in Kb */
106			u_int pcmcia_disk_size[2]; /* PCMCIA disk0 and disk1 sizes (in Mb) */
107			u_int conf_reg,conf_reg_setup; /* Config register */
108			u_int clock_divisor; /* Clock Divisor (see cp0.c) */
109			u_int ram_mmap; /* Memory-mapped RAM ? */
110			u_int restart_ios; /* Restart IOS on reload ? */
111			u_int elf_machine_id; /* ELF machine identifier */
112			u_int exec_area_size; /* Size of execution area for CPU */
113			m_uint32_t ios_entry_point; /* IOS entry point */
114			char ios_image; / IOS image filename */
115			char ios_config; / IOS configuration file */
116			char rom_filename; / ROM filename */
117			char sym_filename; / Symbol filename */
118			FILE lock_fd,log_fd; /* Lock/Log file descriptors */
119			int debug_level; /* Debugging Level */
120			int jit_use; /* CPUs use JIT */
121	dpavlin	7	int sparse_mem; /* Use sparse virtual memory */
122	dpavlin	1
123	dpavlin	7	/* Memory chunks */
124			vm_chunk_t *chunks;
125
126	dpavlin	1	/* Basic hardware: system CPU, PCI busses and PCI I/O space */
127			cpu_group_t *cpu_group;
128	dpavlin	7	cpu_gen_t *boot_cpu;
129	dpavlin	1	struct pci_bus *pci_bus[2];
130			struct pci_bus *pci_bus_pool[VM_PCI_POOL_SIZE];
131			struct pci_io_data *pci_io_space;
132
133			/* Memory mapped devices */
134			struct vdevice *dev_list;
135	dpavlin	7	struct vdevice *dev_array[VM_DEVICE_MAX];
136	dpavlin	1
137	dpavlin	7	/* IRQ routing */
138			void (set_irq)(vm_instance_t vm,u_int irq);
139			void (clear_irq)(vm_instance_t vm,u_int irq);
140
141	dpavlin	4	/* Filename for ghosted RAM */
142			char *ghost_ram_filename;
143
144			/* Ghost RAM image handling */
145			int ghost_status;
146
147	dpavlin	1	/* "idling" pointer counter */
148			m_uint64_t idle_pc;
149
150			/* Timer IRQ interval check */
151			u_int timer_irq_check_itv;
152
153			/* Console and AUX port VTTY type and parameters */
154			int vtty_con_type,vtty_aux_type;
155			int vtty_con_tcp_port,vtty_aux_tcp_port;
156			vtty_serial_option_t vtty_con_serial_option,vtty_aux_serial_option;
157
158			/* Virtual TTY for Console and AUX ports */
159			vtty_t vtty_con,vtty_aux;
160
161			/* Space reserved in NVRAM by ROM monitor */
162			u_int nvram_rom_space;
163
164			/* Extract and push IOS configuration */
165			ssize_t (nvram_extract_config)(vm_instance_t vm,char **buffer);
166			int (nvram_push_config)(vm_instance_t vm,char *buffer,size_t len);
167
168	dpavlin	7	/* Chassis cookie (for c2600 and maybe other routers */
169			m_uint16_t chassis_cookie[64];
170
171	dpavlin	1	/* Specific hardware data */
172			void *hw_data;
173
174			/* VM objects */
175			struct vm_obj *vm_object_list;
176			};
177
178			#define VM_C7200(vm) ((c7200_t *)vm->hw_data)
179			#define VM_C3600(vm) ((c3600_t *)vm->hw_data)
180	dpavlin	4	#define VM_C2691(vm) ((c2691_t *)vm->hw_data)
181			#define VM_C3725(vm) ((c3725_t *)vm->hw_data)
182			#define VM_C3745(vm) ((c3745_t *)vm->hw_data)
183	dpavlin	7	#define VM_C2600(vm) ((c2600_t *)vm->hw_data)
184	dpavlin	1
185			extern int vm_file_naming_type;
186
187	dpavlin	7	/* Set an IRQ for a VM */
188			static inline void vm_set_irq(vm_instance_t *vm,u_int irq)
189			{
190			if (vm->set_irq != NULL)
191			vm->set_irq(vm,irq);
192			}
193
194			/* Clear an IRQ for a VM */
195			static inline void vm_clear_irq(vm_instance_t *vm,u_int irq)
196			{
197			if (vm->clear_irq != NULL)
198			vm->clear_irq(vm,irq);
199			}
200
201	dpavlin	1	/* Initialize a VM object */
202			void vm_object_init(vm_obj_t *obj);
203
204			/* Add a VM object to an instance */
205			void vm_object_add(vm_instance_t vm,vm_obj_t obj);
206
207			/* Remove a VM object from an instance */
208			void vm_object_remove(vm_instance_t vm,vm_obj_t obj);
209
210			/* Find an object given its name */
211			vm_obj_t vm_object_find(vm_instance_t vm,char *name);
212
213			/* Check that a mandatory object is present */
214			int vm_object_check(vm_instance_t vm,char name);
215
216			/* Dump the object list of an instance */
217			void vm_object_dump(vm_instance_t *vm);
218
219			/* Get VM type */
220			char vm_get_type(vm_instance_t vm);
221
222	dpavlin	4	/* Get MAC address MSB */
223			u_int vm_get_mac_addr_msb(vm_instance_t *vm);
224
225	dpavlin	1	/* Generate a filename for use by the instance */
226			char vm_build_filename(vm_instance_t vm,char *name);
227
228			/* Check that an instance lock file doesn't already exist */
229			int vm_get_lock(vm_instance_t *vm);
230
231			/* Erase lock file */
232			void vm_release_lock(vm_instance_t *vm,int erase);
233
234			/* Log a message */
235			void vm_flog(vm_instance_t vm,char module,char *format,va_list ap);
236
237			/* Log a message */
238			void vm_log(vm_instance_t vm,char module,char *format,...);
239
240			/* Close the log file */
241			int vm_close_log(vm_instance_t *vm);
242
243			/* Create the log file */
244			int vm_create_log(vm_instance_t *vm);
245
246			/* Error message */
247			void vm_error(vm_instance_t vm,char format,...);
248
249			/* Create a new VM instance */
250			vm_instance_t vm_create(char name,int instance_id,int machine_type);
251
252			/* Shutdown hardware resources used by a VM */
253			int vm_hardware_shutdown(vm_instance_t *vm);
254
255			/* Free resources used by a VM */
256			void vm_free(vm_instance_t *vm);
257
258			/* Get an instance given a name */
259			vm_instance_t vm_acquire(char name);
260
261			/* Release a VM (decrement reference count) */
262			int vm_release(vm_instance_t *vm);
263
264	dpavlin	4	/* Initialize RAM */
265			int vm_ram_init(vm_instance_t *vm,m_uint64_t paddr);
266
267	dpavlin	1	/* Initialize VTTY */
268			int vm_init_vtty(vm_instance_t *vm);
269
270			/* Delete VTTY */
271			void vm_delete_vtty(vm_instance_t *vm);
272
273			/* Bind a device to a virtual machine */
274			int vm_bind_device(vm_instance_t vm,struct vdevice dev);
275
276			/* Unbind a device from a virtual machine */
277			int vm_unbind_device(vm_instance_t vm,struct vdevice dev);
278
279			/* Map a device at the specified physical address */
280			int vm_map_device(vm_instance_t vm,struct vdevice dev,m_uint64_t base_addr);
281
282			/* Set an IRQ for a VM */
283			void vm_set_irq(vm_instance_t *vm,u_int irq);
284
285			/* Clear an IRQ for a VM */
286			void vm_clear_irq(vm_instance_t *vm,u_int irq);
287
288			/* Suspend a VM instance */
289			int vm_suspend(vm_instance_t *vm);
290
291			/* Resume a VM instance */
292			int vm_resume(vm_instance_t *vm);
293
294			/* Stop an instance */
295			int vm_stop(vm_instance_t *vm);
296
297			/* Monitor an instance periodically */
298			void vm_monitor(vm_instance_t *vm);
299
300	dpavlin	7	/* Allocate an host page */
301			void vm_alloc_host_page(vm_instance_t vm);
302
303			/* Free an host page */
304			void vm_free_host_page(vm_instance_t vm,void ptr);
305
306			/* Get a ghost image */
307			int vm_ghost_image_get(char filename,u_char ptr,int fd);
308
309			/* Release a ghost image */
310			int vm_ghost_image_release(int fd);
311
312	dpavlin	4	/* Open a VM file and map it in memory */
313			int vm_mmap_open_file(vm_instance_t vm,char name,
314			u_char *ptr,off_t fsize);
315
316			/* Open/Create a VM file and map it in memory */
317			int vm_mmap_create_file(vm_instance_t vm,char name,size_t len,u_char **ptr);
318
319			/* Close a memory mapped file */
320			int vm_mmap_close_file(int fd,u_char *ptr,size_t len);
321
322	dpavlin	1	/* Save the Cisco IOS configuration from NVRAM */
323			int vm_ios_save_config(vm_instance_t *vm);
324
325			/* Set Cisco IOS image to use */
326			int vm_ios_set_image(vm_instance_t vm,char ios_image);
327
328			/* Unset a Cisco IOS configuration file */
329			void vm_ios_unset_config(vm_instance_t *vm);
330
331			/* Set Cisco IOS configuration file to use */
332			int vm_ios_set_config(vm_instance_t vm,char ios_config);
333
334			/* Extract IOS configuration from NVRAM and write it to a file */
335			int vm_nvram_extract_config(vm_instance_t vm,char filename);
336
337			/* Read an IOS configuraton from a file and push it to NVRAM */
338			int vm_nvram_push_config(vm_instance_t vm,char filename);
339
340			/* Save general VM configuration into the specified file */
341			void vm_save_config(vm_instance_t vm,FILE fd);
342
343			#endif