Differences

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--- en:xboot:readme [2012/01/09 03:10]
alex [2.4 Notes for Main Application]
+++ en:xboot:readme [2012/01/09 07:30]
alex [1.1 Compatibility List]
@@ Line 13: / Line 13: @@
 Currently, XBoot should work on any XMEGA processor and any ATMEGA with sufficient memory (4K boot NRWW block).  The following list of processors are currently supported.  An asterisk denotes the MCU has been tested and confirmed XBoot compatible.
   * XMEGA
     * atxmega16a4 *
     * atxmega32a4 *
@@ Line 20: / Line 20: @@
     * atxmega64a4
     * atxmega128a1 *
-    * atxmega128a3
+    * atxmega128a3 *
     * atxmega128a4
     * atxmega192a1
@@ Line 49: / Line 49: @@
     * atxmega128b3
   * ATMEGA
+    * atmega324
+    * atmega324pa
+    * atmega325
+    * atmega3250
     * atmega328p *
+    * atmega329
+    * atmega3290
+    * atmega64
+    * atmega640
+    * atmega644
+    * atmega644pa
+    * atmega645
+    * atmega6450
+    * atmega649
+    * atmega649p
+    * atmega6490
+    * atmega128
+    * atmega1280
+    * atmega1281
     * atmega1284p *
+    * atmega2560
+    * atmega2561
 ===== - Using XBoot =====
@@ Line 60: / Line 80: @@
 ==== - Build XBoot and Program to Chip ====
-To build XBoot, select a .conf.mk file from the conf directory and make sure the settings are appropriate for your chip, programmer, and configuration.  Then type "make [file].conf.mk".  This will copy [file].conf.mk to config.mk, generate config.h, compile the whole package, and generate xboot.hex, which can be downloaded with any programming cable capable of programming AVR chips.  If you have and XMEGA and want to save some time and just program the boot section, type "make xboot-boot.hex" and then write the new file xboot-boot.hex to the boot section directly with avrdude.  The makefile includes built-in support for avrdude, so all you need to do is modify the avrdude parameters in the .conf.mk file for the programmer you have and type "make program".
+To build XBoot, select a .conf.mk file from the conf directory and make sure the settings are appropriate for your chip, programmer, and configuration.  Then type "make [file].conf.mk".  This will copy [file].conf.mk to config.mk, generate config.h, compile the whole package, and generate xboot.hex, which can be downloaded with any programming cable capable of programming AVR chips.  If you have an XMEGA and want to save some time and just program the boot section, type "make xboot-boot.hex" and then write the new file xboot-boot.hex to the boot section directly with avrdude.  The makefile includes built-in support for avrdude, so all you need to do is modify the avrdude parameters in the .conf.mk file for the programmer you have and type "make program".
 Note that after typing "make [file].conf.mk", the settings from [file].conf.mk will remain active until either a new .conf.mk file is selected or "make clean" is run.
@@ Line 101: / Line 121: @@
 </code>
-In many cases, this allows you to use the AVRDude program command without having to manually reset the AVR.  Alternatively, if the API is used, calling ''xboot_reset()'' will have the same effect.
+In many cases, this allows you to use the AVRDude program command without having to manually reset the AVR.  Alternatively, the API call ''xboot_reset()'' will have the same effect.
 ===== - Configuring XBoot =====