Revision: 1380
Author: bvwelch
Date: Tue Oct  6 06:36:52 2009
Log: correct typo in library filname

http://code.google.com/p/jallib/source/detail?r=1380

Added:
  /trunk/include/external/storage/eeprom/ee_25aa02e48.jal
Deleted:
  /trunk/include/external/storage/eeprom/ee_22aa02e48.jal

=======================================
--- /dev/null
+++ /trunk/include/external/storage/eeprom/ee_25aa02e48.jal     Tue Oct  6  
06:36:52 2009
@@ -0,0 +1,80 @@
+-- Title: External SPI bus 2K EEPROM with EUI-48 Node Identity
+-- Author: William Welch Copyright (c) 2009, all rights reserved.
+-- Compiler: 2.4
+--
+-- This file is part of jallib (http://jallib.googlecode.com)
+-- Released under the ZLIB license  
(http://www.opensource.org/licenses/zlib-license.html)
+--
+-- Description: -- The 25AA02E48 is pre-programmed with a unique EUI-48  
address but also
+--                 allows for user-generated non-volatile storage.
+--
+-- Note:  uses SPI Master library and also needs a 'chip select' pin such  
as:
+--              alias ee25_sel is pin_A1
+
+-- The 6-byte EUI-48 node address value is stored at locations 0xFA thru  
0xFF. Otherwise,
+-- the chip appears to be the same as the 25AA020A EEPROM.
+
+-- read the data from the specified address
+function ee25_read(byte in addr) return byte is
+   var byte data
+   ee25_sel = 0
+   spi_master_hw = 0x03
+   spi_master_hw = addr
+   data = spi_master_hw
+   ee25_sel = 1
+   return data
+end function
+
+-- write the data to the specified address.
+procedure ee25_write(byte in addr, byte in data) is
+
+   -- the default from the factory is for the chip to protect the upper  
1/4 of the
+   -- address space, which contains the MAC address.  Therefore we also
+   -- enforce this in software.
+   if addr >= 0xC0 then
+      return
+   end if
+
+   -- enable write
+   ee25_sel = 0
+   spi_master_hw = 0x06
+   ee25_sel = 1
+
+   -- write the value
+   ee25_sel = 0
+   spi_master_hw = 0x02
+   spi_master_hw = addr
+   spi_master_hw = data
+   ee25_sel = 1
+
+   -- mandatory 5mS delay
+   for 50 loop
+      _usec_delay(100)
+   end loop
+
+   -- disable write
+   ee25_sel = 0
+   spi_master_hw = 0x04
+   ee25_sel = 1
+end procedure
+
+-- optional routine for advanced operations.
+-- read the Status register
+function ee25_rd_status() return byte is
+   var byte data
+   ee25_sel = 0
+   spi_master_hw = 0x05
+   data = spi_master_hw
+   ee25_sel = 1
+   return data
+end function
+
+-- optional routine for advanced operations.
+-- write the Status register (be careful)
+procedure ee25_wr_status(byte in data) is
+   ee25_sel = 0
+   spi_master_hw = 0x01
+   spi_master_hw = data
+   ee25_sel = 1
+end procedure
+
=======================================
--- /trunk/include/external/storage/eeprom/ee_22aa02e48.jal     Sat Sep 26  
15:38:24 2009
+++ /dev/null
@@ -1,80 +0,0 @@
--- Title: External SPI bus 2K EEPROM with EUI-48 Node Identity
--- Author: William Welch Copyright (c) 2009, all rights reserved.
--- Compiler: 2.4
---
--- This file is part of jallib (http://jallib.googlecode.com)
--- Released under the ZLIB license  
(http://www.opensource.org/licenses/zlib-license.html)
---
--- Description: -- The 25AA02E48 is pre-programmed with a unique EUI-48  
address but also
---                 allows for user-generated non-volatile storage.
---
--- Note:  uses SPI Master library and also needs a 'chip select' pin such  
as:
---              alias ee25_sel is pin_A1
-
--- The 6-byte EUI-48 node address value is stored at locations 0xFA thru  
0xFF. Otherwise,
--- the chip appears to be the same as the 25AA020A EEPROM.
-
--- read the data from the specified address
-function ee25_read(byte in addr) return byte is
-   var byte data
-   ee25_sel = 0
-   spi_master_hw = 0x03
-   spi_master_hw = addr
-   data = spi_master_hw
-   ee25_sel = 1
-   return data
-end function
-
--- write the data to the specified address.
-procedure ee25_write(byte in addr, byte in data) is
-
-   -- the default from the factory is for the chip to protect the upper  
1/4 of the
-   -- address space, which contains the MAC address.  Therefore we also
-   -- enforce this in software.
-   if addr >= 0xC0 then
-      return
-   end if
-
-   -- enable write
-   ee25_sel = 0
-   spi_master_hw = 0x06
-   ee25_sel = 1
-
-   -- write the value
-   ee25_sel = 0
-   spi_master_hw = 0x02
-   spi_master_hw = addr
-   spi_master_hw = data
-   ee25_sel = 1
-
-   -- mandatory 5mS delay
-   for 50 loop
-      _usec_delay(100)
-   end loop
-
-   -- disable write
-   ee25_sel = 0
-   spi_master_hw = 0x04
-   ee25_sel = 1
-end procedure
-
--- optional routine for advanced operations.
--- read the Status register
-function ee25_rd_status() return byte is
-   var byte data
-   ee25_sel = 0
-   spi_master_hw = 0x05
-   data = spi_master_hw
-   ee25_sel = 1
-   return data
-end function
-
--- optional routine for advanced operations.
--- write the Status register (be careful)
-procedure ee25_wr_status(byte in data) is
-   ee25_sel = 0
-   spi_master_hw = 0x01
-   spi_master_hw = data
-   ee25_sel = 1
-end procedure
-

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