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--- dev:zynq7000pl [2021/12/30 08:30] – ursgraf
+++ dev:zynq7000pl [2022/08/22 11:33] (current) – ursgraf
@@ Line 1: / Line 1: @@
 ====== PL Configuration on the Zynq7000 ======
-  * Use Xilinx Vivado to create a new configuration for the programmable logic part of the Zynq7000 (PL) according to [[https://flink-project.ch/flink_vhdl#building]]. Result is a bit-file, e.g. flink2.bit.
+  * Use Xilinx Vivado to create a new configuration for the programmable logic part of the Zynq7000 (PL) according to [[https://flink-project.ch/flink_vhdl#building]]. Result is a bit-file, e.g. //flink2.bit//.
   * Using Vivado, create a new Zynq7000 project following the instructions in {{ :dev:01_mzpz_zynq_intro_2016_4_01.pdf |}}. Export hardware platform to SDK. We use this project solely for that SDK.
+  * Launch the SDK to create a simple Application, see {{ :dev:02_mzpz_zynq_hello_world_2016_4_01.pdf |}}.
+  * Launch the SDK to create a FSBL (first stage boot loader), see {{ :dev:04_mzpz_fsbl_boot_2016_4_01.pdf |}}.
+  * Start the //Create Boot Image Tool// and create new BIF file or import existing file. You have to create two different boot files
+==== FSBL / PL ====
+This boot files can be used for [[https://deepjava.org/firstexample/first_example_microzed_appdev|Application Development]]. It includes the FSBL and the PL configuration but no application. Handoff at the end of the booting stage is to JTAG.
+  * Add //FSBL.elf// created above
+  * Add PL configuration, e.g. //flink2.bit//. Make sure to include the newest version of your file.
+  * Output format //MCS//
+  * Create image, e.g. //BOOTflink2.mcs//
+  * Copy this file to ([[https://github.com/deepjava/runtime-library/tree/master/rsc]])
+This image file can be loaded into the QSPI flash, see [[https://deepjava.org/firstexample/boot_loader]].
+==== FSBL / PL / Application ====
+This boot files can be used for [[https://deepjava.org/firstexample/first_example_microzed_deploy|Deploying]]. It includes the FSBL and the PL configuration together with the hello world application. Handoff at the end of the booting stage is to this application.
+  * Add //FSBL.elf// created above
+  * Add PL configuration, e.g. //flink2.bit//
+  * Add hello world //HelloWorld.elf// created above
+  * Output format //MCS//
+  * Create image, e.g. //BOOTflink2App.mcs//
+  * Repeat with output format //BIN//
+  * Create image, e.g. //BOOTflink2App.bin//
+  * Copy both files to ([[https://github.com/deepjava/runtime-library/tree/master/rsc]])
+//BOOTflink2App.mcs// will be used when creating a deep application which is loaded into the QSPI flash for deployment, see [[https://deepjava.org/firstexample/first_example_microzed_deploy]]. When deploying for the SD card, //BOOTflink2App.bin// is used. Launching the deep compiler will in both cases replace the existing //hello world// application with your deep image.

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