Remove redundant boot-* and nokia-argon-sxmo.img image artifacts

This commit is contained in:
Luxferre
2026-10-25 08:51:46 +02:00
parent fb5b9c9982
commit 0a65fc0ea2
4 changed files with 14 additions and 27 deletions
+1 -2
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@@ -12,9 +12,8 @@ This manual covers flashing, operating, and customizing **Bananarchy Linux** (Sx
## 1. System overview & workspace contents ## 1. System overview & workspace contents
### 1.1 System images (`images/`) ### 1.1 System image (`images/`)
- `images/bananarchy-nokia-argon.img` — partitioned image (`256 MiB` `ext2` `pmOS_boot` + `ext4` `pmOS_root`) ready for EDL flashing to `userdata`, `fastboot flash userdata`, or raw `dd` to a microSD card. - `images/bananarchy-nokia-argon.img` — partitioned image (`256 MiB` `ext2` `pmOS_boot` + `ext4` `pmOS_root`) ready for EDL flashing to `userdata`, `fastboot flash userdata`, or raw `dd` to a microSD card.
- `images/boot-bananarchy-nokia-argon.img` — standalone Android `boot.img` with Linux `6.12.1-msm8916`, initramfs, and appended DTB.
- Additional device images (`bananarchy-nokia-beatles.img`, `bananarchy-nokia-tough.img`, `bananarchy-nokia-sparkler.img`) can be generated at any time via `./rebuild-image.sh <device> --mkinitfs`. - Additional device images (`bananarchy-nokia-beatles.img`, `bananarchy-nokia-tough.img`, `bananarchy-nokia-sparkler.img`) can be generated at any time via `./rebuild-image.sh <device> --mkinitfs`.
### 1.2 Bootloader & EDL programmer (`bootloader/`) ### 1.2 Bootloader & EDL programmer (`bootloader/`)
+2 -3
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@@ -129,9 +129,8 @@ All components are pre-compiled in `prebuilt/` and `overlay/rootfs/`, and can be
./rebuild-image.sh nokia-tough --mkinitfs ./rebuild-image.sh nokia-tough --mkinitfs
./rebuild-image.sh nokia-sparkler --mkinitfs ./rebuild-image.sh nokia-sparkler --mkinitfs
``` ```
Output images are written to `images/`: Output image is written to `images/`:
- `images/bananarchy-<device>.img` (partitioned MBR image for EDL `userdata`, `fastboot flash userdata`, or microSD card) - `images/bananarchy-<device>.img` (partitioned MBR image with `pmOS_boot` + `pmOS_root` for EDL `userdata`, `fastboot flash userdata`, or microSD card)
- `images/boot-bananarchy-<device>.img` (kernel + initramfs + DTB boot image)
--- ---
+1 -8
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@@ -182,14 +182,7 @@ def resolve_default_bootloader():
def resolve_default_image(device): def resolve_default_image(device):
candidates = [ return os.path.join(BASE_DIR, "images", f"bananarchy-{device}.img")
os.path.join(BASE_DIR, "images", f"bananarchy-{device}.img"),
os.path.join(BASE_DIR, "images", "nokia-argon-sxmo.img"),
]
for cand in candidates:
if os.path.isfile(cand):
return cand
return candidates[0]
def parse_args(): def parse_args():
+10 -14
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@@ -170,7 +170,7 @@ EOF
depmod -b "$ROOTFS" 6.12.1-msm8916 depmod -b "$ROOTFS" 6.12.1-msm8916
if [ "$RUN_MKINITFS" = "--mkinitfs" ] || [ ! -f "$ROOTFS/boot/boot.img" ]; then if [ "$RUN_MKINITFS" = "--mkinitfs" ] || [ ! -f "$ROOTFS/boot/initramfs" ]; then
echo "[2/5] Running depmod and mkinitfs inside $ROOTFS..." echo "[2/5] Running depmod and mkinitfs inside $ROOTFS..."
rm -rf "$ROOTFS/tmp/hostbin" rm -rf "$ROOTFS/tmp/hostbin"
mkdir -p "$ROOTFS/tmp/hostbin" mkdir -p "$ROOTFS/tmp/hostbin"
@@ -211,12 +211,7 @@ EOF
ln -sf /bin/busybox "$ROOTFS/bin/sh" ln -sf /bin/busybox "$ROOTFS/bin/sh"
rm -rf "$ROOTFS/tmp/hostbin" "$ROOTFS/lib/ld-musl-x86_64.so.1" "$ROOTFS/proc/1" rm -rf "$ROOTFS/tmp/hostbin" "$ROOTFS/lib/ld-musl-x86_64.so.1" "$ROOTFS/proc/1"
else else
echo "[2/5] Using existing $ROOTFS/boot/boot.img (pass --mkinitfs to regenerate)..." echo "[2/5] Using existing $ROOTFS/boot/initramfs (pass --mkinitfs to regenerate)..."
fi
cp "$ROOTFS/boot/boot.img" "/images/boot-bananarchy-$TARGET_DEVICE.img"
if [ "$TARGET_DEVICE" = "nokia-argon" ]; then
cp "$ROOTFS/boot/boot.img" "/images/boot-nokia-argon-sxmo.img"
fi fi
echo "[3/5] Creating ext2 boot (256 MiB) and ext4 root filesystems..." echo "[3/5] Creating ext2 boot (256 MiB) and ext4 root filesystems..."
@@ -247,7 +242,12 @@ EOF
echo "[4/5] Assembling partitioned MBR raw image..." echo "[4/5] Assembling partitioned MBR raw image..."
RAW_IMG="/images/bananarchy-$TARGET_DEVICE.img" RAW_IMG="/images/bananarchy-$TARGET_DEVICE.img"
TOTAL_MB=$(( 1 + BOOT_MB + ROOT_MB )) TOTAL_MB=$(( 1 + BOOT_MB + ROOT_MB ))
rm -f "$RAW_IMG" "/images/bananarchy-$TARGET_DEVICE.sparse.img" "/images/nokia-argon-sxmo.sparse.img" rm -f "$RAW_IMG" \
"/images/bananarchy-$TARGET_DEVICE.sparse.img" \
"/images/nokia-argon-sxmo.sparse.img" \
"/images/nokia-argon-sxmo.img" \
"/images/boot-bananarchy-$TARGET_DEVICE.img" \
"/images/boot-nokia-argon-sxmo.img"
truncate -s "${TOTAL_MB}M" "$RAW_IMG" truncate -s "${TOTAL_MB}M" "$RAW_IMG"
BOOT_SECTORS=$(( BOOT_MB * 2048 )) BOOT_SECTORS=$(( BOOT_MB * 2048 ))
@@ -265,14 +265,10 @@ SFEOF
dd if="$ROOT_IMG" of="$RAW_IMG" bs=1M seek=$(( 1 + BOOT_MB )) conv=notrunc,sparse status=none dd if="$ROOT_IMG" of="$RAW_IMG" bs=1M seek=$(( 1 + BOOT_MB )) conv=notrunc,sparse status=none
rm -f "$BOOT_IMG" "$ROOT_IMG" rm -f "$BOOT_IMG" "$ROOT_IMG"
if [ "$TARGET_DEVICE" = "nokia-argon" ]; then
ln -f "$RAW_IMG" "/images/nokia-argon-sxmo.img"
fi
echo "[5/5] Restoring host user ownership on $ROOTFS for easy host editing..." echo "[5/5] Restoring host user ownership on $ROOTFS for easy host editing..."
chown -R "$HOST_UID:$HOST_GID" "$ROOTFS" "/images" chown -R "$HOST_UID:$HOST_GID" "$ROOTFS" "/images"
chmod -R u+rwX "$ROOTFS" chmod -R u+rwX "$ROOTFS"
echo "Built Bananarchy images for $TARGET_DEVICE:" echo "Built Bananarchy image for $TARGET_DEVICE:"
ls -lh "/images/boot-bananarchy-$TARGET_DEVICE.img" "$RAW_IMG" ls -lh "$RAW_IMG"
' '