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HW23: Set MAC address based on board descriptor

This commit is contained in:
Alexandre Bard 2021-02-17 19:20:46 +01:00
parent 2f4cf0eee1
commit d269edd7c5
5 changed files with 3097 additions and 0 deletions
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board/netmodule/common/bdparser.c Normal file
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#ifndef _BDPARSER_H
#define _BDPARSER_H
/******************************************************************************
* (c) COPYRIGHT 2009-2011 by NetModule AG, Switzerland. All rights reserved.
*
* The program(s) may only be used and/or copied with the written permission
* from NetModule AG or in accordance with the terms and conditions stipulated
* in the agreement contract under which the program(s) have been supplied.
*
* PACKAGE : Board descriptor
*
* ABSTRACT:
* This package implements board descriptor manipulation functions.
*
* HISTORY:
* Date Author Description
* 20091106 rb RFE-FB18392: created
* 20100119 rs Minor cleanup, tags defined
* 20100301 rs Tags redefined
* 20100302 sma RFE-FB18392: created (partition)
* 20100322 th Adaptation WinCE and Win32 (assert)
* Added get bd info (type and name for standard entries)
* Adjusted bd tags
* Added scan entries (init and get next)
* Added partition info (flags and types)
* Added uint64 and partition64
* Changed boolean value true (BD_TRUE to 1)
* 20110104 rs General code cleanup (style guide), added new tags/types
* Added bufLen parameter for BD_GetInfo()
* Fixed wrong sizeof type in GetPartition()
* Changed 64 bit type to "long long" from struct
* Added BD_VerifySha1Hmac() function
* 20200615 rs Added BD_Hw_Type tag
*
*****************************************************************************/
/**
* @file
* Board descriptor parser.
* Get() functions are implemented for all supported basis data types:
* - 8/16/32 bits unsigned integers
* - void
* - string
* - IPv4 addresses
* - Ethernet MAC addresses
*/
/**
\mainpage
\section description Description
This is the generated documentation for the <b>Board Descriptor utilities</b>.
For more details see the Board Descriptor Design Description.
**/
/*--- component configuration ------------------------------------------------*/
/** Select a target or operating system (just one of course) **/
#undef BD_TARGET_WIN32
#undef BD_TARGET_WINCE
#define BD_TARGET_UBOOT
#undef BD_TARGET_LINUX
#undef BD_TARGET_VXWORKS
#undef BD_CONF_UNIT_TESTS /**< define this to include unit test functions */
#undef BD_CONF_WANT_ASSERT /**< define this to use assert functions */
#undef BD_CONF_HAS_HASH /**< set to include hash check functions in parser */
/** Define external hmac-sha1 function to use */
#ifdef BD_CONF_HAS_HASH
extern int hmac_sha1(const void* key, unsigned int keylen, const void* data, unsigned int dataLen, void* hash);
#define BD_SHA1_HASH_FUNC(key, keylen, data, dataLen, hash) \
hmac_sha1 (key, keylen, data, dataLen, hash)
#endif
/** Define desired assert function */
#ifdef BD_CONF_WANT_ASSERT
#ifdef BD_TARGET_WINCE
#define BD_ASSERT(test) ASSERT(test)
#elif defined(BD_TARGET_WIN32) && !defined(_DEBUG)
/* Win32 Release build */
#include <stdio.h>
#include <stdlib.h>
#define BD_ASSERT(test) { if(!(test)) { printf("BD_ASSERT(%s)\n- file <%s>\n- line <%d>\n", #test, __FILE__, __LINE__ ); exit(1); } }
#elif defined(BD_TARGET_LINUX)
#include <linux/kernel.h>
#define BD_ASSERT(test) { if(!(test)) { printk(KERN_NOTICE "BD_ASSERT(%s) %s:%d\n", #test, __FILE__, __LINE__ ); } }
#else
#include <assert.h>
#define BD_ASSERT(test) assert(test)
#endif
#else
/* No assertions wanted */
#define BD_ASSERT(test) ((void) 0)
#endif /* BD_CONF_WANT_ASSERT */
/*--- defines ----------------------------------------------------------------*/
#define BD_MAX_LENGTH (4096) /**< Maximum length of a board descriptor's payload */
#define BD_MAX_ENTRY_LEN (512) /**< Maximum length of a tag value */
#define BD_HEADER_LENGTH (8) /**< Header is 8 bytes long */
#define BD_MAX_PARTITION_NAME (16) /**< Name of partition is at most 16 chars long*/
/*--- types ------------------------------------------------------------------*/
/**
* Board Descriptor Tags
*/
typedef enum _BD_Tags
{
BD_End = 0, /**< "Void" -> End tag */
BD_Serial = 1, /**< "String" -> Serial number of the equipment */
BD_Production_Date = 2, /**< "Date" -> Production date of the board */
BD_Hw_Ver = 3, /**< "UInt8" -> Hardware version of the equipment (Major HW changes, potentionally SW relevant) */
BD_Hw_Rel = 4, /**< "UInt8" -> Hardware release of the equipment (Minor HW changes, not SW relevant) */
BD_Prod_Name = 5, /**< "String" -> Human readable product name */
BD_Prod_Variant = 6, /**< "UInt16" -> Product variant */
BD_Prod_Compatibility = 7, /**< "String" -> Product compatibility name */
BD_Eth_Mac = 8, /**< "MAC" -> MAC address of the ethernet interface */
BD_Ip_Addr = 9, /**< "IPV4" -> IP V4 address (0.0.0.0 = DHCP) */
BD_Ip_Netmask = 10, /**< "IPV4" -> IP V4 address mask */
BD_Ip_Gateway = 11, /**< "IPV4" -> IP V4 address of the default gateway */
BD_Usb_Device_Id = 12, /**< "UInt16" -> USB device ID */
BD_Usb_Vendor_Id = 13, /**< "UInt16" -> USB vendor ID */
BD_Ram_Size = 14, /**< "UInt32" -> Available RAM size in bytes */
BD_Ram_Size64 = 15, /**< "UInt64" -> Available RAM size in bytes */
BD_Flash_Size = 16, /**< "UInt32" -> Available flash size in bytes */
BD_Flash_Size64 = 17, /**< "UInt64" -> Available flash size in bytes */
BD_Eeeprom_Size = 18, /**< "UInt32" -> Available EEPROM size in bytes */
BD_Nv_Rram_Size = 19, /**< "UInt32" -> Available EEPROM size in bytes */
BD_Cpu_Base_Clk = 20, /**< "UInt32" -> Base clock of the CPU in Hz = external clock input */
BD_Cpu_Core_Clk = 21, /**< "UInt32" -> Core clock of the CPU in Hz */
BD_Cpu_Bus_Clk = 22, /**< "UInt32" -> Bus clock of the CPU in Hz */
BD_Ram_Clk = 23, /**< "UInt32" -> RAM clock in Hz */
BD_Partition = 24, /**< "Partition" -> Offset of 1st Uboot partition in the 1st flash device in bytes */
BD_Partition64 = 25, /**< "Partition64" -> Offset of 1st Uboot partition in the 1st flash device in bytes */
BD_Lcd_Type = 26, /**< "UInt16" -> LCD type -> 0 = not present (interpretation can be project specific) */
BD_Lcd_Backlight = 27, /**< "UInt8" -> LCD backlight setting (0 = off; 100=max) */
BD_Lcd_Contrast = 28, /**< "UInt8" -> LCD contrast setting (0 = min; 100=max) */
BD_Touch_Type = 29, /**< "UInt16" -> Touch Screen type --> 0 = not present/defined */
BD_Manufacturer_Id = 30, /**< "String" -> Manufacturer id of the produced equipment (i.e. barcode) */
BD_Hmac_Sha1_4 = 31, /**< "Hash" -> SHA1 HMAC with 4 byte result */
BD_Fpga_Info = 32, /**< "UInt32" -> FPGA type/location (0xTTPPRRRR TT=FPGA type, PP=Population location, RRRR=Reserved allways 0000) */
BD_BOM_Patch = 33, /**< "UInt8" -> Hardware BOM patch of the equipment (BOM changes, same PCB, not SW relevant) */
BD_Prod_Variant_Name = 34, /**< "String" -> Product variant */
BD_Hw_Type = 35, /*<< "UInt16" -> Hardware Type, e.g. 24 for HW24, 26 for HW26 */
BD_Ui_Adapter_Type = 4096, /**< "UInt16" -> IV OG2 UI adapterboard type (0 = not present) */
BD_Voltage = 4098, /**< "UInt8" -> Primary Voltage (1=12-60V, 2=40-160V, 3=24-60V, 4=?, 5=12-24V) */
BD_Pd_Module0 = 4100, /**< "String" -> */
BD_Pd_Module1 = 4101,
BD_Pd_Module2 = 4102,
BD_Pd_Module3 = 4103,
BD_Pd_Module4 = 4104,
BD_Pd_Module5 = 4105,
BD_Pd_Phy0 = 4110, /**< "String" -> */
BD_Pd_Phy1 = 4111, /**< "String" -> */
BD_Pd_DIO = 4120, /**< "String" -> */
BD_Pd_Serial = 4121, /**< "String" -> */
BD_Pd_Sim = 4122, /**< "String" -> */
BD_Pd_Led = 4123, /**< "String" -> */
BD_Pd_UsbHost = 4124, /**< "String" -> */
PD_Dev_Tree = 4125, /**< "String" -> Devicetree file name */
BD_Patch = 4126, /**< "UInt8" -> Board patch level (after production) */
BD_Pd_Phy2 = 4127, /**< "String" -> */
PD_SerDes = 4128, /**< "UInt16" -> SERDES Configuration (e.g. NB1800) */
PD_Shield = 4129, /**< "UInt16" -> Assembled Shield (0=COM/IO, 1=DualCAN), 2=CAN/GNSS, 3=DualCAN Passive */
/* project specific tags */
BD_BootPart = 32768, /**< "UInt8" */
BD_None_Type = 65535, /**< "Void" -> None */
}
BD_Tags;
/**
* Board Descriptor Tag Types
*/
typedef enum _BD_Type
{
BD_Type_End = 0x00000000,
BD_Type_Void = 0x00000001,
BD_Type_UInt8 = 0x00000002,
BD_Type_UInt16 = 0x00000003,
BD_Type_UInt32 = 0x00000004,
BD_Type_UInt64 = 0x00000005,
BD_Type_String = 0x00000010,
BD_Type_Date = 0x00000020,
BD_Type_MAC = 0x00000030,
BD_Type_IPV4 = 0x00000040,
BD_Type_Partition = 0x00000050,
BD_Type_Partition64 = 0x00000051,
BD_Type_HMAC = 0x00000060,
BD_Type_None = 0xFFFFFFFF,
}
BD_Type;
typedef unsigned int bd_uint_t; /**< Generic UInt */
typedef unsigned int bd_size_t; /**< Size type */
typedef unsigned char bd_uint8_t; /**< 8 Bit unsigned integer */
typedef unsigned short bd_uint16_t; /**< 16 Bit unsigned integer */
typedef unsigned int bd_uint32_t; /**< 32 Bit unsigned integer */
#if defined(BD_TARGET_WIN32) || defined (BD_TARGET_WINCE)
typedef unsigned __int64 bd_uint64_t; /**< 64 Bit unsigned integer */
#else
typedef unsigned long long bd_uint64_t; /**< 64 Bit unsigned integer */
#endif
typedef int bd_bool_t; /**< Boolean */
#define BD_FALSE 0 /**< Boolean FALSE */
#define BD_TRUE 1 /**< Boolean TRUE */
typedef struct _BD_Info
{
BD_Tags tag;
BD_Type type;
const char* pName;
}
BD_Info;
typedef struct _BD_Entry
{
bd_uint16_t tag; /**< Tag of entry */
bd_size_t len; /**< Length of entry */
bd_uint_t entry; /**< Number of entry */
const bd_uint8_t* pData; /**< Pointer to descriptor data of entry */
}
BD_Entry;
/**
* Board Descriptor Context
*
* This structure is passed to all calls of a Board Descriptor function.
* It stores the required context information.
* The entries are solely used by the Board Descriptor functions.
* They must not be accessed by the user.
*/
typedef struct _BD_Context
{
bd_bool_t headerOk; /**< True if header check passed else false */
bd_bool_t initialized; /**< True if data imported (and checked) */
bd_uint_t size; /**< Size of descriptor data */
bd_uint_t entries; /**< Number of entries found */
bd_uint16_t checksum; /**< Payload checksum contained in the header */
const bd_uint8_t* pData; /**< Pointer to descriptor data (not header) */
const bd_uint8_t* pDataEnd; /**< Pointer to end of data */
}
BD_Context;
/*
* Partition Flags
*/
typedef enum _BD_Partition_Flags
{
BD_Partition_Flags_None = 0x00, /**< No special flags */
BD_Partition_Flags_Active = 0x80, /**< Partition is active */
}
BD_Partition_Flags;
/*
* Partition Type
*/
typedef enum _BD_Partition_Type
{
BD_Partition_Type_Raw = 0, /**< Unspecified type */
BD_Partition_Type_Raw_BootLoader = 1, /**< Linear bootloader image */
BD_Partition_Type_Raw_BBT = 2, /**< Bad Block Table */
BD_Partition_Type_FS_YAFFS2 = 3, /**< YAFFS2 Partition */
BD_Partition_Type_FS_JFFS2 = 4, /**< JFFS2 Partition */
BD_Partition_Type_FS_FAT16 = 5, /**< FAT16 Partition */
BD_Partition_Type_FS_FAT32 = 6, /**< FAT32 Partition */
BD_Partition_Type_FS_EXFAT = 7, /**< EXFAT Partition */
BD_Partition_Type_Max = 8, /**< For error checks */
}
BD_Partition_Type;
/*
* Partition Options (Partition64 element only)
*/
typedef enum _BD_Partition_Options
{
BD_Partition_Opts_None = 0x00, /***< No special options */
BD_Partition_Opts_ReadOnly = 0x01, /***< Partition should be mounted read only */
BD_Partition_Opts_OS = 0x02, /***< Partition contains operating system (OS) */
}
BD_Partition_Options;
/**
* Board descriptor type to describe filesystem partitions
*
* The function BD_GetPartition will directly fill such a structure.
*/
typedef struct _BD_PartitionEntry
{
BD_Partition_Flags flags;
BD_Partition_Type type;
bd_uint32_t offset;
bd_uint32_t size;
char name[BD_MAX_PARTITION_NAME+1];
}
BD_PartitionEntry;
/**
* Board descriptor type to describe filesystem partitions
*
* Extended version with 64 bit addresses and options field.
* The function BD_GetPartition64 will directly fill such a structure.
*/
typedef struct _BD_PartitionEntry64
{
BD_Partition_Flags flags;
BD_Partition_Type type;
BD_Partition_Options options;
bd_uint64_t offset;
bd_uint64_t size;
char name[BD_MAX_PARTITION_NAME+1];
}
BD_PartitionEntry64;
/*--- function prototypes ----------------------------------------------------*/
#ifdef __cplusplus
extern "C" {
#endif
/**
* Checks a BD header's validity and updates the BD context.
*
* @param[in,out] pCtx The context of the BD being checked.
* @param[in] pHeader Pointer to the BD header
* @return True if the header is valid and the context was updated.
* False if the header s not valid.
*/
bd_bool_t BD_CheckHeader( BD_Context* pCtx, const void* pHeader );
/**
* Imports BD data from a buffer into a BD context.
*
* @param[in,out] pCtx The context into which data is imported.
* @param[in] pData Pointer to the buffer containing the BD entries.
* @return True if BD entries could be succesfuly imported.
* False if there is an error in the buffer data structure.
*/
bd_bool_t BD_ImportData( BD_Context* pCtx, const void* pData );
/**
* Checks the existence of a tag in the BD
*
* @param[in,out] pCtx The context in which the tag is searched.
* @param[in] tag Tag being checked.
* @param[in] index Index of the tag (0=first index).
* @return True if the entry exists in the BD else False.
*/
bd_bool_t BD_ExistsEntry( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index );
/**
* Get type and name of a tag in the BD info table
*
* @param[in] tag Tag reference.
* @param[out] pType Type of the tag (0 if not used).
* @param[out] pName Name of the tag (0 if not used).
* @param[in] bufLen Length of the pName buffer.
* If required the returned string for pName will be truncated.
* @return True if the tag in the BD info table exists else False.
*/
bd_bool_t BD_GetInfo( bd_uint16_t tag, BD_Type* pType, char* pName, bd_size_t bufLen );
/**
* Initialize the entry before use BD_GetNextEntry
*
* @param[out] pEntry BD entry to be initalized.
* @return True if the entry was initialized, fasle otherwise.
*/
bd_bool_t BD_InitEntry( BD_Entry* pEntry);
/**
* Get type and name of a tag in the BD info table
*
* @param[in] pCtx The context from which the value is read.
* @param[out] pEntry BD entry (use BD_InitEntry, not 0 for first ).
* @return True if the tag in the BD info table exists else False.
*/
bd_bool_t BD_GetNextEntry( const BD_Context* pCtx, BD_Entry* pEntry );
/**
* Gets a void value from a BD.
*
* @param[in] pCtx The context from which the value is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult True if the value could be found else False.
* @return False if something went wrong dring the parsing else True.
*/
bd_bool_t BD_GetVoid( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, bd_bool_t* pResult );
/**
* Gets an 8 bits unsigned integer value from a BD.
*
* @param[in] pCtx The context from which the value is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the read value.
* @return True if the value in pResult is valid else False.
*/
bd_bool_t BD_GetUInt8( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, bd_uint8_t* pResult );
/**
* Gets a 16 bits unsigned integer value from a BD.
*
* @param[in] pCtx The context from which the value is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the read value.
* @return True if the value in pResult is valid else False.
*/
bd_bool_t BD_GetUInt16( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, bd_uint16_t* pResult );
/**
* Gets a 32 bits unsigned integer value from a BD.
*
* @param[in] pCtx The context from which the value is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the read value.
* @return True if the value in pResult is valid else False.
*/
bd_bool_t BD_GetUInt32( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, bd_uint32_t* pResult );
/**
* Gets a 64 bits unsigned integer value from a BD.
*
* @param[in] pCtx The context from which the value is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the read value.
* @return True if the value in pResult is valid else False.
*/
bd_bool_t BD_GetUInt64( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, bd_uint64_t* pResult );
/**
* Gets a string value from a BD.
*
* @param[in] pCtx The context from which the value is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the read value.
* @param[in] bufLen Length of the pResult buffer.
* @return True if the value in pResult is valid else False.
*
* @note @li The returned string in pResult is null-terminated.
* @li If the buffer is too.small to hold the value the returned string is truncated.
*/
bd_bool_t BD_GetString( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, char* pResult, bd_size_t bufLen );
/**
* Gets a binary large object (blob) value from a BD.
*
* @param[in] pCtx The context from which the value is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the read value.
* @param[in] bufLen Length of the pResult buffer.
* @param[out] pReadLen The actual number of bytes read.
* @return True if the complete tag value could be read in pResult else False.
*/
bd_bool_t BD_GetBlob( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index,
char* pResult, bd_size_t bufLen, bd_size_t* pReadLen );
/**
* Gets an IPv4 address from a BD.
*
* The IP address is returned as a 32 bits unsigned integer with the most
* significant byte first. E.g. 192.168.2.1 is stored as 0xC0A80201
*
* @param[in] pCtx The context from which the IP address is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the read IP address.
* @return True if the value in pResult is valid else False.
*/
bd_bool_t BD_GetIPv4( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, bd_uint32_t* pResult );
/**
* Gets an Ethernet MAC address from a BD.
*
* @param[in] pCtx The context from which the MAC address is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the read MAC address.
* @return True if the value in pResult is valid else False.
*/
bd_bool_t BD_GetMAC( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, bd_uint8_t pResult[6] );
/**
* Gets a partition entry from a BD.
*
* @param[in,out] pCtx The context from which the MAC address is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the partition entry
* @return True if the value in pResult is valid else False.
*/
bd_bool_t BD_GetPartition( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, BD_PartitionEntry* pResult );
/**
* Gets a partition64 entry from a BD.
*
* @param[in,out] pCtx The context from which the MAC address is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[out] pResult Placeholder for the partition entry
* @return True if the value in pResult is valid else False.
*/
bd_bool_t BD_GetPartition64( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, BD_PartitionEntry64* pResult );
#ifdef BD_CONF_HAS_HASH
/**
* Verifies the SHA1-HMAC checksum.
*
* The checksum is computed with the specified key over the area defined
* by the hash tag. The key must match the one used to generate the descriptor.
*
* @param[in] pCtx The context from which the MAC address is read.
* @param[in] tag Tag Id.
* @param[in] index Index of the tag (0=first occurance).
* @param[in] pKey Pointer to key for HMAC initialization.
* @param[in] keyLen Size of the key.
* @return True if the protected data is unmodified. False in any other case.
*/
bd_bool_t BD_VerifySha1Hmac( const BD_Context* pCtx, bd_uint16_t tag, bd_uint_t index, const void* pKey, bd_size_t keyLen );
#endif
#ifdef BD_CONF_UNIT_TESTS
/**
* Runs unit tests
*
* If an error occurs an assert is triggered
*/
void BD_UnitTest(void);
#endif /* BD_CONF_UNIT_TESTS */
#ifdef __cplusplus
} /*end extern c*/
#endif
#endif /* _BDPARSER_H */

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/******************************************************************************
* (c) COPYRIGHT 2010-2019 by NetModule AG, Switzerland.
*
* The program(s) may only be used and/or copied with the written permission
* from NetModule AG or in accordance with the terms and conditions stipulated
* in the agreement contract under which the program(s) have been supplied.
*
* PACKAGE : NetModule Common Hardware Abstraction
*
* ABSTRACT:
* Board descriptor library
*
* HISTORY:
* Date Author Description
* 20100421 SMA created
* 20100903 rs reading carrier board descriptor from EEPROM at 54.
* code cleanup (tabs/indentation)
* 20110211 rs partition table handling
* 20190330 rs cleanup after years of chaotic development
* 20200615 rs added bd_get_hw_type()
*
*****************************************************************************/
#include <common.h>
#include <i2c.h>
#include <malloc.h>
#include "board_descriptor.h" /* own header file */
#define MAX_PARTITION_ENTRIES 4
static const BD_Context *bdctx_list;
static size_t bdctx_count = 0;
static bd_bool_t _get_string(bd_uint16_t tag, bd_uint_t index, char* pResult, bd_size_t bufLen)
{
int i;
for (i = 0; i < bdctx_count; i++) {
if (BD_GetString(&bdctx_list[i], tag, index, pResult, bufLen)) {
return BD_TRUE;
}
}
return BD_FALSE;
}
static bd_bool_t _get_mac(bd_uint16_t tag, bd_uint_t index, bd_uint8_t pResult[6])
{
int i;
for (i = 0; i < bdctx_count; i++) {
if (BD_GetMAC(&bdctx_list[i], tag, index, pResult)) {
return BD_TRUE;
}
}
return BD_FALSE;
}
static bd_bool_t _get_uint8(bd_uint16_t tag, bd_uint_t index, bd_uint8_t* pResult)
{
int i;
for (i = 0; i < bdctx_count; i++) {
if (BD_GetUInt8(&bdctx_list[i], tag, index, pResult)) {
return BD_TRUE;
}
}
return BD_FALSE;
}
static bd_bool_t _get_uint16(bd_uint16_t tag, bd_uint_t index, bd_uint16_t* pResult)
{
int i;
for (i = 0; i < bdctx_count; i++) {
if (BD_GetUInt16(&bdctx_list[i], tag, index, pResult)) {
return BD_TRUE;
}
}
return BD_FALSE;
}
static bd_bool_t _get_uint32(bd_uint16_t tag, bd_uint_t index, bd_uint32_t* pResult)
{
int i;
for (i = 0; i < bdctx_count; i++) {
if (BD_GetUInt32(&bdctx_list[i], tag, index, pResult)) {
return BD_TRUE;
}
}
return BD_FALSE;
}
static bd_bool_t _get_partition64(bd_uint16_t tag, bd_uint_t index, BD_PartitionEntry64 *pResult)
{
int i;
for (i = 0; i < bdctx_count; i++) {
if (BD_GetPartition64(&bdctx_list[i], tag, index, pResult)) {
return BD_TRUE;
}
}
return BD_FALSE;
}
static uint8_t _try_partition_read(void)
{
BD_PartitionEntry64 partition;
int i;
int rc;
int partition_count = 0;
int boot_partition = 0;
for (i = 0; i < MAX_PARTITION_ENTRIES; i++)
{
rc = _get_partition64(BD_Partition64, i, &partition);
if (rc) {
partition_count++;
if (((partition.flags & BD_Partition_Flags_Active) != 0) &&
(i > 0)) {
boot_partition = i;
}
}
}
if (partition_count < 1) {
printf("ERROR: Too few partitions defined, taking default 0\n");
}
return boot_partition;
}
void bd_register_context_list(const BD_Context *list, size_t count)
{
bdctx_list = list;
bdctx_count = count;
}
int bd_get_context(BD_Context *bdctx, uint32_t i2caddress, uint32_t offset)
{
bd_bool_t rc;
uint8_t bdHeader[8];
void* pBdData = NULL;
/* Read header bytes from beginning of EEPROM */
if (i2c_read( i2caddress, offset, 2, bdHeader, BD_HEADER_LENGTH )) {
debug("%s() Can't read BD header from EEPROM\n", __func__);
goto exit1;
}
/* Check whether this is a valid board descriptor (or empty EEPROM) */
rc = BD_CheckHeader( bdctx, bdHeader );
if (!rc) {
debug("%s() No valid board descriptor found\n", __func__);
goto exit1;
}
/* Allocate memory for descriptor data and .. */
pBdData = malloc( bdctx->size );
if ( pBdData == NULL ) {
debug("%s() Can't allocate %d bytes\n", __func__, bdctx->size);
goto exit1;
}
/* .. read data from EEPROM */
if (i2c_read(i2caddress, offset+BD_HEADER_LENGTH, 2, pBdData, bdctx->size)) {
debug("%s() Can't read data from EEPROM\n", __func__);
goto exit1;
}
/*
* Import data into board descriptor context
*/
rc = BD_ImportData( bdctx, pBdData );
if (!rc) {
debug("%s() Invalid board descriptor data\n", __func__);
goto exit1;
}
return 0;
exit1:
if (pBdData != NULL) {
free(pBdData);
pBdData = NULL;
}
return -1;
}
int bd_get_prodname(char *prodname, size_t len)
{
if ( !_get_string( BD_Prod_Name, 0, prodname, len) ) {
debug("%s() Product name not found\n", __func__);
return -1;
}
return 0;
}
int bd_get_variantname(char *variantname, size_t len)
{
if ( !_get_string( BD_Prod_Variant_Name, 0, variantname, len) ) {
debug("%s() Variant name not found\n", __func__);
return -1;
}
return 0;
}
void bd_get_hw_type(int* type)
{
uint16_t hwtype = 0;
if ( !_get_uint16( BD_Hw_Type, 0, &hwtype) )
debug("%s() no Hw Type found\n", __func__);
*type = hwtype;
}
void bd_get_hw_version(int* ver, int* rev)
{
uint8_t hwver = 0;
uint8_t hwrev = 0;
if ( !_get_uint8( BD_Hw_Ver, 0, &hwver) )
debug("%s() no Hw Version found\n", __func__);
if ( !_get_uint8( BD_Hw_Rel, 0, &hwrev) )
debug("%s() no Hw Release found\n", __func__);
*ver = hwver;
*rev = hwrev;
}
void bd_get_hw_patch(int* patch)
{
uint8_t hwpatch = 0;
if ( !_get_uint8( BD_BOM_Patch, 0, &hwpatch) )
debug("%s() no Hw Patch found\n", __func__);
*patch = hwpatch;
}
int bd_get_mac(int index, uint8_t *macaddr, size_t len)
{
if ( len != 6 ) {
debug("macaddr size must be 6 (is %d)", len);
return -1;
}
/* MAC address */
if ( !_get_mac( BD_Eth_Mac, index, macaddr) ) {
debug("%s() MAC addresss %d not found\n", __func__, index);
return -1;
}
return 0;
}
uint32_t bd_get_fpgainfo(void)
{
uint32_t fpgainfo = 0xFFFFFFFF;
if ( !_get_uint32( BD_Fpga_Info, 0, &fpgainfo) )
debug("%s() no FGPA Info found\n", __func__);
return fpgainfo;
}
int bd_get_pd_dio(char *config, size_t len)
{
if ( !_get_string(BD_Pd_DIO, 0, config, len) ) {
debug("%s() no DIO info\n", __func__);
return -1;
}
return 0;
}
int bd_get_pd_serial(char *config, size_t len)
{
if ( !_get_string(BD_Pd_Serial, 0, config, len) ) {
debug("%s() no serial port info\n", __func__);
return -1;
}
return 0;
}
int bd_get_pd_module(uint32_t slot, char *config, size_t len)
{
if ( !_get_string(BD_Pd_Module0 + slot, 0, config, len) ) {
debug("%s() could not read module configuration on slot %d\n",
__func__, slot);
return -1;
}
return 0;
}
int bd_get_sim_config(char* simconfig, size_t len)
{
if (!_get_string(BD_Pd_Sim, 0, simconfig, len)) {
debug("%s() no valid SIM config found\n", __func__);
return -1;
}
return 0;
}
int bd_get_devicetree(char* devicetreename, size_t len)
{
if (!_get_string(PD_Dev_Tree, 0, devicetreename, len)) {
debug("%s() no valid devicetree name found\n", __func__);
return -1;
}
return 0;
}
int bd_get_shield(uint32_t shieldnr)
{
bd_uint16_t shield = 0;
if (!_get_uint16(PD_Shield, shieldnr, &shield) ) {
debug("%s() no shield populated\n", __func__);
return -1;
}
return shield;
}
uint8_t bd_get_boot_partition(void)
{
uint8_t boot_part;
/* If we have a Bootpartition entry take this as boot part */
if (_get_uint8( BD_BootPart, 0, &boot_part) ) {
if (boot_part >= 0 && boot_part <= 1) {
return boot_part;
}
}
/* If we don't have a Bootpartition entry, perhaps we have a partition table */
return _try_partition_read();
}

33
board/netmodule/common/board_descriptor.h Normal file
View File

@ -0,0 +1,33 @@
/*
* Board descriptor library
*
* (c) COPYRIGHT 2010-2019 by NetModule AG, Switzerland.
*
* SPDX-License-Identifier: GPL-2.0+
*/
#ifndef __BOARD_DESCRIPTOR_H
#define __BOARD_DESCRIPTOR_H
#include "bdparser.h" /* BD_Context */
void bd_register_context_list(const BD_Context *list, size_t count);
int bd_get_context(BD_Context *bdctx, uint32_t i2caddress, uint32_t offset);
int bd_get_prodname(char *prodname, size_t len);
int bd_get_variantname(char *variantname, size_t len);
void bd_get_hw_type(int* type);
void bd_get_hw_version(int* ver, int* rev);
void bd_get_hw_patch(int* patch);
int bd_get_mac(int index, uint8_t *macaddr, size_t len);
uint32_t bd_get_fpgainfo(void);
int bd_get_pd_dio(char *config, size_t len);
int bd_get_pd_serial(char *config, size_t len);
int bd_get_pd_module(uint32_t slot, char *config, size_t len);
int bd_get_sim_config(char* simconfig, size_t len);
int bd_get_devicetree(char* devicetreename, size_t len);
int bd_get_shield(uint32_t shieldnr);
uint8_t bd_get_boot_partition(void);
#endif /* __BOARD_DESCRIPTOR_H */

21
board/netmodule/imx8_nmhw23/imx8_nmhw23.c
View File

@ -15,6 +15,7 @@
#include <asm/arch/imx8-pins.h>
#include <asm/arch/iomux.h>
#include <asm/arch/sys_proto.h>
#include "../common/board_descriptor.h"
DECLARE_GLOBAL_DATA_PTR;
@ -90,6 +91,26 @@ int board_phy_config(struct phy_device *phydev)
}
#endif
static void set_mac_address(int index, uchar mac[6])
{
/* Then take mac from bd */
if (is_valid_ethaddr(mac)) {
eth_env_set_enetaddr_by_index("eth", index, mac);
}
else {
printf("Trying to set invalid MAC address");
}
}
int board_eth_init(bd_t *bis)
{
uint8_t mac_addr0[6] = {02,00,00,00,00,01};
bd_get_mac(0, mac_addr0, sizeof(mac_addr0));
set_mac_address(0, mac_addr0);
return 0;
}
void build_info(void)
{
u32 sc_build = 0, sc_commit = 0;