V8.03.400.2025.06.05

Signed-off-by: Marc S. Weidner <msw@coresecret.dev>

config/includes.chroot/root/.ciss/alias

@@ -10,7 +10,7 @@
 # SPDX-PackageName: CISS.debian.live.builder
 # SPDX-Security-Contact: security@coresecret.eu
 
-########################################################################################### ℵ
+########################################################################################### Alpha
 #######################################
 # Outputs a 16-character random printable string
 # Arguments:

lib/lib_check_provider.sh

@@ -25,30 +25,30 @@ Press 'EXIT' to continue with CISS.debian.live.builder.
 When you provision ISO images using the Netcup provider, you MUST always supply a globally unique identifier
 for each image via the --control argument. If you omit this flag or reuse an existing identifier, Netcup's
 backend will automatically locate and mount the oldest ISO carrying that same name. In practice, this means
-you might believe you're booting a freshly uploaded image, but in fact the system silently reattaches an
-earlier one—leading to confusing failures and wasted troubleshooting time.
+you might believe you're booting a freshly uploaded image, but in fact, the system silently reattaches an
+earlier one-leading to confusing failures and wasted troubleshooting time.
 
-A separate but related issue emerges when booting certain Debian "cloud" kernel images—specifically those
-matching the patterns *.+bpo-cloud-amd64 or *.+bpo-cloud-arm64—on a Netcup G11 instance or on a Hetzner VM.
+A separate but related issue emerges when booting certain Debian "cloud" kernel images-specifically those
+matching the patterns *.+bpo-cloud-amd64 or *.+bpo-cloud-arm64-on a Netcup G11 instance or on a Hetzner VM.
 After the initramfs is loaded, the console output often becomes garbled or completely unreadable. This is not
 due to a kernel panic, but rather to a mismatch between the framebuffer mode expected by the initramfs and the
 one actually provided by the virtual hardware. Common workarounds, like editing the boot entry (e) and appending
 
-— 'nomodeset', or
-— 'vga=0x318',
+- 'nomodeset', or
+- 'vga=0x318',
 
 do not resolve the issue because they address legacy VGA modes rather than the EFI framebuffer parameters used
 in modern cloud images.
 
 To mitigate this, you can:
 
-— Use a plain Debian kernel (e.g., linux-image-amd64) instead of the bpo-cloud variants, which are optimized
+- Use a plain Debian kernel (e.g., linux-image-amd64) instead of the bpo-cloud variants, which are optimized
   for cloud-init but presume a different console setup.
 
-— Explicitly set an EFI-compatible framebuffer by adding something like 'video=efifb:mode=auto' to the kernel
+- Explicitly set an EFI-compatible framebuffer by adding something like 'video=efifb:mode=auto' to the kernel
   command line. This aligns the initramfs console driver with the actual firmware framebuffer.
 
-— Build a custom initramfs that includes the correct video modules or switches back to a serial console. For
+- Build a custom initramfs that includes the correct video modules or switches back to a serial console. For
   example, adding 'console=ttyS0,115200' can force all early messages to the serial port bypassing the
   graphical framebuffer entirely.
 EOF

lib/lib_run_analysis.sh

@@ -80,7 +80,7 @@ run_analysis() {
   declare time=$(date '+%Y-%m-%d %H:%M:%S')
 
   printf "\e[92m🧾 === Build summary === \e[0m\n"
-  printf "\e[92m────────────────────────────────────────────────────────────────────────────────────────\e[0m\n"
+  printf "\e[92m----------------------------------------------------------------------------------------\e[0m\n"
   printf "\e[97m📦 ISO-File          : %s \e[0m\n" "${iso_file}"
   printf "\e[97m📀 ISO-Size          : %s \e[0m\n" "${iso_size_hr}"
   printf "\e[97m📂 Chroot-Size       : %s \e[0m\n" "${chroot_size_hr}"
@@ -89,7 +89,7 @@ run_analysis() {
   printf "\e[97m🕐 Build Time        : %s \e[0m\n" "${build_duration}"
   printf "\e[97m🧠 CPUs for SquashFS : %s \e[0m\n" "${squash_cpu_used}"
   printf "\e[97m🔐 SHA256SUM         : %s \e[0m\n" "${sha_sum}"
-  printf "\e[92m────────────────────────────────────────────────────────────────────────────────────────\e[0m\n"
+  printf "\e[92m----------------------------------------------------------------------------------------\e[0m\n"
   printf "\e[97m📅 Analysis Time     : %s \e[0m\n" "${time}"
   printf "\e[92m✅ Analysis completed.\e[0m\n"
 }