Merge pull request #16 from Mi-V-Soft-RISC-V/develop

Develop updated link redirect permalink

Libero_Projects/import/components/IMC_DGC2/README.md

@@ -55,15 +55,15 @@ The complete set of script arguments are documented here.
 ## <a name="Software Provided"></a> Software Provided
 There are two programs included with this configuration:
 * **miv-rv32i-systick-blinky.hex**: A Hex program configured to run from TCM's address (0x4000_0000). The program is initialized in the LSRAM component at 0x8000_0000 and it is accessible over the AHB interface.
-    > The example hex program was created using  miv-rv32i-systick-blinky in release mode (miv32i-Release). For more information about the project go to bare metal example: [miv-rv32i-systick-blinky](https://mi-v-ecosystem.github.io/redirects/miv-soft/miv-rv32i-systick-blinky.md)
+    > The example hex program was created using  miv-rv32i-systick-blinky in release mode (miv32i-Release). For more information about the project go to bare metal example: [miv-rv32i-systick-blinky](https://mi-v-ecosystem.github.io/_redirects/mi-v-soft-risc-v/miv-rv32i-systick-blinky)
 
 * **miv-rv32-ess-bootloader.elf**: The supplied Bootloader .elf file is used to copy data from the LSRAM (SRC_MEM) @0x8000_0000 to external I2C Flash memory (Dual EE Click board required)
-    > The .elf program was compiled using 'miv-rv32-ess-bootloader' in Bootstrap mode. For more information about the project go to bare metal example: [miv-rv32-ess-bootloader](https://mi-v-ecosystem.github.io/redirects/miv-soft/miv-rv32-bootloader.md)
+    > The .elf program was compiled using 'miv-rv32-ess-bootloader' in Bootstrap mode. For more information about the project go to bare metal example: [miv-rv32-ess-bootloader](https://mi-v-ecosystem.github.io/_redirects/mi-v-soft-risc-v/miv-rv32-bootloader)
 
 #### Running a Bootloader .elf program for DGC2
 The provided program, *miv-rv32-ess-bootloader.elf* , is available in the Libero project folder after the *create_project* .tcl script has been run for the Design Configuration 2 (DGC2). The program can be used to transfer a program stored in LSRAM to an external I2C EEPROM. The MIV_ESS can then copy the code to the MIV_RV32 Tightly Coupled Memory (TCM), then the MIV_RV32 can boot the copied code.
 
-The sources are available from the [Mi-V Soft processor Bare Metal examples](https://mi-v-ecosystem.github.io/redirects/miv-soft/miv-rv32-bare-metal-examples.md).
+The sources are available from the [Mi-V Soft processor Bare Metal examples](https://mi-v-ecosystem.github.io/_redirects/mi-v-soft-risc-v/miv-rv32-bare-metal-examples).
 To run the Bootloader .elf program, follow the steps below or refer to the *MIV_ESS v2.0 Design Guide* (accessible from the Libero catalog) for more detailed instructions:
 > A DGC2 Libero design directory is required to have been created to access the .elf file. The hardware needs to be programmed with DGC2 bitstream.
 

README.md

@@ -54,5 +54,5 @@ the standalone version.
 [SoftConsole](https://www.microchip.com/en-us/products/fpgas-and-plds/fpga-and-soc-design-tools/soc-fpga/softconsole) is Microchip’s free software development environment facilitating the rapid development of bare-metal and RTOS based C/C++ software for Microchip CPU and SoC based FPGAs. It provides development and debug support for all Microchip SoC FPGAs and 32-bit soft IP CPUs. SoftConsole can be downloaded.
 
 ## Mi-V Soft processor Bare Metal Examples
-A [Firmware](https://mi-v-ecosystem.github.io/redirects/miv-soft/miv-rv32-bare-metal-examples.md)
+A [Firmware](https://mi-v-ecosystem.github.io/_redirects/mi-v-soft-risc-v/miv-rv32-bare-metal-examples)
 repository that provides bare metal embedded software example projects built with Microchip's SoftConsole IDE.