| Status |
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| Description |
Draft Roadmap
CPU AMD RYZEN 9 3900X WRAITH PRISM LED RGB (3.8 GHZ / 4.6 GHZ) Cooling NOCTUA NH-U14S MotherBoard ASUS PRIME X570-P PowerSupply SEASONIC PRIME ULTRA 650 W GOLD RAM G.SKILL FLARE X SERIES 32 GO (2 X 16 GO) DDR4 3200 MHZ CL14 SSD (SATA) SAMSUNG SSD 860 EVO 500 GO SSD (NVME) CORSAIR FORCE MP600 1 TO GPU ASUS RADEON R7 240 R7240-2GD3-L Case PHANTEKS ENTHOO PRO
Parts Specifications Motherboard ASMB‐823 CPU XEON 2.4G 35M 2011P 14CORE E5‐2680V4 Memory 2x 8G R‐DDR4‐2400 1.2V1GX8 HYX Disk SQF 2.5 SATA SSD 830 512G MLC (‐40~85°C) NIC INTEL NIC 10/100/1000M PCIEx4 2PORT(G)
SiteMap
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| border | true |
| diagramName | Rte_roadmap |
| simpleViewer | false | width |
| links | auto |
| tbstyle | top |
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Documentation
The documentation is available directly on github.
Here is the main documentation to build a SEAPATH image: https://github.com/seapath/yocto-bsp/blob/master/README.adoc
Build machine
The Yocto project requires a powerful Linux based machine.
In order to build efficiently the SEAPATH project, we recommend not to use Virtual Machine. The Yocto project will ensure to multi-thread your build, so try to use a build machine with many CPU cores.
Here is a discussion on the Yocto Project mailing list: https://lists.yoctoproject.org/g/yocto/topic/72047879#48815
Here is for instance, a build configuration (~1500 euros) used:
Project Details
Project Scope
The project encompasses the following activities:
- Specifying the requirements to be fulfilled by the reference platform
- Specifying the test procedures needed to assess the fulfillment of the requirements
- Building the appropriate system(s) architecture(s) for the software platform and specifying requirements for hardware architecture
- Developing code for the specific functions and services to be delivered by the platform
- Defining and implementing APIs to external applications
- Performing the integration of the software platform
- Testing the fulfillment of the requirements after the implementation, as a proof-of-concept, of a realistic protection and automation system on top of the integrated software platform
- Defining guidelines and best practices to integrate, test (including interoperability tests) deploy, and maintain the applications on such platform
Links
| Topics |
|---|
| LFENERGY Project Page |
| Code of the project |
| How Can I Contribute ? |
| Code of Conduct |
| Project Governance |
| TSC (Technical Steering Commitee) meeting minutes |
| Project Roadmap |
Tips for building
- About 250GB is needed for building SEAPATH.
- A USB attached storage may be too slow to be practical for a successful build.
- Ensure you use an ext 2/ ext3 / ext4 filesystem for the build directory. NTFS will not work.
- Watch out with only manually deleting the /tmp/work directory. Instead delete the whole tmp directory.
- When deleting the tmp, it may take a very long time, and might cause
rm -rfto fail with an error.find . -deletewill work better, as it will not try to index all files before deleting them.