Functions for writing upgrade modules to non volatile memory. More...

#include "techtype.h"

Functions
void	STB_UPGInitialise (void)
	Initialisation of the necessary structures.

BOOLEAN	STB_UPGStart (U8BIT image_type, U8BIT *filename)
	Specifies the file path that STB_UPWrite would write to and STB_UPGRead would read from when performing upgrade. If this function is not called, a default file name will be used. More...

BOOLEAN	STB_UPGWrite (U8BIT image_type, U32BIT offset, U32BIT size, U8BIT *buffer)
	Writes size bytes to the upgrade storage area specified by image_type. More...

BOOLEAN	STB_UPGRead (U8BIT image_type, U32BIT offset, U32BIT size, U8BIT *buffer)
	Read size bytes from the upgrade storage area specified by image_type. More...

BOOLEAN	STB_UPGFinish (U8BIT image_type, BOOLEAN upgrade_successful)
	Finalises the upgrade performing all the required actions needed when all the upgrade data have been written or the upgrade process failed. More...

U32BIT	STB_UPGGetApplicationSize (void)
	Returns the size of the NVM area available for the application and all the upgradable modules. In the last part of this area Intellibyte loader places some version information. More...

U32BIT	STB_UPGGetApplicationOffset (void)
	Returns the application's offset inside its area. More...

Detailed Description

Functions for writing upgrade modules to non volatile memory.

Date: 28/10/2009

Author: Sergio Panseri

Function Documentation

BOOLEAN STB_UPGFinish	(	U8BIT	image_type,
		BOOLEAN	upgrade_successful
	)

Finalises the upgrade performing all the required actions needed when all the upgrade data have been written or the upgrade process failed.

Parameters

image_type	type of image to be read, this is meaningful for the platform code only, as each platform may have different upgradable modules (kernel, application, kernel modules...). The midware passes this parameter as it finds it in the upgrade stream without interpretation.
upgrade_successful	TRUE if the upgrade data has been successfully written, FALSE otherwise

Returns: TRUE if the required actions have been performed successfully, FALSE otherwise

U32BIT STB_UPGGetApplicationOffset ( void )

Returns the application's offset inside its area.

Returns: Application offset.

U32BIT STB_UPGGetApplicationSize ( void )

Returns the size of the NVM area available for the application and all the upgradable modules. In the last part of this area Intellibyte loader places some version information.

Returns: Size of the application area.

BOOLEAN STB_UPGRead	(	U8BIT	image_type,
		U32BIT	offset,
		U32BIT	size,
		U8BIT *	buffer
	)

Read size bytes from the upgrade storage area specified by image_type.

Parameters

image_type	type of image to be read, this is meaningful for the platform code only, as each platform may have different upgradable modules (kernel, application, kernel modules...). The midware passes this parameter as it finds it in the upgrade stream without interpretation.
offset	offset inside the specified area where to read from
size	number of bytes to read
buffer	buffer where to return the read data.

Returns: TRUE if successful, FALSE otherwise

BOOLEAN STB_UPGStart	(	U8BIT	image_type,
		U8BIT *	filename
	)

Specifies the file path that STB_UPWrite would write to and STB_UPGRead would read from when performing upgrade. If this function is not called, a default file name will be used.

Parameters

image_type	type of image to be written, this is meaningful for the platform code only, as each platform may have different upgradable modules (kernel, application, kernel modules...). The midware passes this parameter as it finds it in the upgrade stream without interpretation.
filename

Returns: TRUE if successful, FALSE otherwise

BOOLEAN STB_UPGWrite	(	U8BIT	image_type,
		U32BIT	offset,
		U32BIT	size,
		U8BIT *	buffer
	)

Writes size bytes to the upgrade storage area specified by image_type.

Parameters

image_type	type of image to be written, this is meaningful for the platform code only, as each platform may have different upgradable modules (kernel, application, kernel modules...). The midware passes this parameter as it finds it in the upgrade stream without interpretation.
offset	offset inside the specified area where to write to
size	number of bytes to write
buffer	buffer containing the data to be written

Returns: TRUE if successful, FALSE otherwise