Internally flashing x200

diff --git a/guider.mdwn b/guider.mdwn
index 169abb7a9a860259136ec89bac7fc5a6a6bcda84..8b7bdde249ea7c0d53cd0a9d998da176606e8885 100644 (file)
--- a/guider.mdwn
+++ b/guider.mdwn
@@ -22,12 +22,7 @@ When installing an OS on a Libreboot (/Coreboot) system, use these [guides](http
 When installing Debian I used [this guide](https://libreboot.org/docs/gnulinux/encrypted_debian.html) in particular, while also encrypting /boot (named boot thus with the resulting full name lvm/matrix-boot, size a couple of hundreds MB). The guide uses LUKS->LVM->Partitions, thus everything is encrypted. You don't need to install GRUB since it is already on the libreboot ROM (if you're using the GRUB payload), however, using a local GRUB makes it possible to [change GRUB config](https://libreboot.org/docs/gnulinux/grub_cbfs.html) without reflashing ROM. But reflashing ROM can be done in the OS.
 If you don't encrypt /boot the default GRUB-scripts works better, i e it boots automatically, at least until the scripts are improved upon.
 
-
-###X200
-####Flashing Externally [WIP]!
-    To internally flash your ROM use the kernel parameter "iomem=relaxed". Thus, if you boot manually you would enter e g "linux=vmlinuz.. iomem=relaxed"
-    clone libreboot ...
-    
+###Building Libreboot
     #Get a newer version of flashrom than in Debian repo
     #In my case the older version did not detect the exact chip on x200
     #This was fixed by cloning and building the most recent version
@@ -39,10 +34,8 @@ If you don't encrypt /boot the default GRUB-scripts works better, i e it boots a
     make
 
     #backup current rom
-    sudo ./flashrom  -p internal -r ~/this_is_my0.rom
-    sudo ./flashrom  -p internal -r ~/this_is_my1.rom
-    sudo ./flashrom  -p internal -r ~/this_is_my2.rom
-    
+    #sudo ./flashrom  -p internal -r ~/this_is_my0.rom
+
     
     #build libreboot, for the ROM
 
@@ -50,16 +43,17 @@ If you don't encrypt /boot the default GRUB-scripts works better, i e it boots a
     sudo ./oldbuild dependencies trisquel7
 
     #download and build necessary
-    ./download grub -y
-    ./download coreboot -y
+    ./download grub coreboot crossgcc seabios -y
+    ./oldbuild module crossgcc
     ./oldbuild module grub
     ./oldbuild module coreboot
+    ./oldbuild module seabios
 
     #finally build the ROM we want
-    ./oldbuild roms withgrub x200_8mb
+    #./oldbuild roms withgrub x200_8mb
 
-    cd bin/grub
-    ls
+    #cd bin/grub
+    #ls
 
     #./oldbuild clean all
 
@@ -73,6 +67,27 @@ If you don't encrypt /boot the default GRUB-scripts works better, i e it boots a
     #sudo ./flash update libreboot.rom
 
 
+###X200
+####Flashing Internally [WIP]!
+    To internally flash your ROM use the kernel parameter "iomem=relaxed". Thus, if you boot manually you would enter e g "linux=vmlinuz.. iomem=relaxed"
+    #Get a newer version of flashrom than in Debian repo
+    #In my case the older version did not detect the exact chip on x200
+    #This was fixed by cloning and building the most recent version
+
+    ./download flashrom
+    cd flashrom
+    sudo apt-get install libusb-1.0-0-dev build-dep linux-image-$(uname -r)
+    make install #needs sudo? 
+    make
+
+    #backup current rom
+    sudo ./flashrom  -p internal -r ~/this_is_my0.rom 
+
+    #remove old GRUB (test) config
+    ./cbfstool libreboot.rom remove -n grubtest.cfg
+    #get the new GRUB (test) config into your ROM
+    ./cbfstool libreboot.rom add -n grubtest.cfg -f grubtest.cfg -t raw   
+
 
 ###KGPE-D16
 ####General