sleepy-monax/install-logs

## install-logs
  % Total    % Received % Xferd  Average Speed   Time    Time     Time  Current
                                 Dload  Upload   Total   Spent    Left  Speed
100   967  100   967    0     0    216      0  0:00:04  0:00:04 --:--:--   216

Bootstrapping installer:
  Checking version...
  Version: v0.3.4
  Downloading...
  Extracting...
  Initializing...

The installer needs to run as root.
Please enter your sudo password if prompted.
Password:

Welcome to the Asahi Linux installer!

This installer is in an alpha state, and may not work for everyone.
It is intended for developers and early adopters who are comfortable
debugging issues or providing detailed bug reports.

Please make sure you are familiar with our documentation at:
  https://alx.sh/w

Press enter to continue.


By default, this installer will hide certain advanced options that
are only useful for developers. You can enable expert mode to show them.
» Enable expert mode? (y/N):

Collecting system information...
  Product name: MacBook Air (M1, 2020)
  SoC: Apple M1
  Device class: j313ap
  Product type: MacBookAir10,1
  Board ID: 0x26
  Chip ID: 0x8103
  System firmware: iBoot-7459.101.2
  Boot UUID: 48C7A20F-6951-4353-A90B-25BA3DEA1F70
  Boot VGID: 48C7A20F-6951-4353-A90B-25BA3DEA1F70
  Default boot VGID: 48C7A20F-6951-4353-A90B-25BA3DEA1F70
  Boot mode: macOS
  OS version: 12.3 (21E230)
  System rOS version: 12.3 (21E230)
  No Fallback rOS
  Login user: nicolasvanbossuyt

Collecting partition information...
  System disk: disk0

Collecting OS information...

Partitions in system disk (disk0):
  1: APFS [Macintosh HD] (245.11 GB, 6 volumes)
    OS: [B*] [Macintosh HD] macOS v12.3 [disk3s1, 48C7A20F-6951-4353-A90B-25BA3DEA1F70]
  2: APFS (System Recovery) (5.37 GB, 2 volumes)
    OS: [  ] recoveryOS v12.3 [Primary recoveryOS]

  [B ] = Booted OS, [R ] = Booted recovery, [? ] = Unknown
  [ *] = Default boot volume

Using OS 'Macintosh HD' (disk3s1) for machine authentication.

Choose what to do:
  r: Resize an existing partition to make space for a new OS
  q: Quit without doing anything
» Action (r):


We're going to resize this partition:
  APFS [Macintosh HD] (245.11 GB, 6 volumes)
  Total size: 245.11 GB
  Free space: 53.45 GB
  Minimum free space: 38.00 GB
  Minimum total size: 229.66 GB (93.70%)

Enter the new size for your existing partition:
  You can enter a size such as '1GB', a fraction such as '50%',
  or the word 'min' for the smallest allowable size.

  Examples:
  30%  - 30% to macOS, 70% to the new OS
  80GB - 80GB to macOS, the rest to your new OS
  min  - Shrink macOS as much as (safely) possible

» New size (min):

Resizing will free up 15.45 GB of space.
» Continue? (y/N): y

Started APFS operation
Aligning shrink delta to 15.448.080.384 bytes and targeting a new physical store size of 229.659.115.520 bytes
Determined the minimum size for the targeted physical store of this APFS Container to be 196.444.422.144 bytes
Resizing APFS Container designated by APFS Container Reference disk3
The specific APFS Physical Store being resized is disk0s2
Verifying storage system
Using live mode
Performing fsck_apfs -n -x -l /dev/disk0s2
Checking the container superblock
Checking the space manager
Checking the space manager free queue trees
Checking the object map
Checking the encryption key structures
Checking volume /dev/rdisk3s1
Checking the APFS volume superblock
Checking the object map
Checking the snapshot metadata tree
Checking the snapshot metadata
Checking snapshot 1 of 1 (com.apple.os.update-2289385E1A6FCCF05D444673FB1FEB06DDCF82A4C723EAD53AF1F3E08872CE0F)
Checking the fsroot tree
Checking the file extent tree
Checking the extent ref tree
Verifying volume object map space
The volume /dev/rdisk3s1 appears to be OK
Checking volume /dev/rdisk3s2
Checking the APFS volume superblock
Checking the object map
Checking the snapshot metadata tree
Checking the snapshot metadata
Checking the fsroot tree
Checking the extent ref tree
Verifying volume object map space
The volume /dev/rdisk3s2 appears to be OK
Checking volume /dev/rdisk3s3
Checking the APFS volume superblock
Checking the object map
Checking the snapshot metadata tree
Checking the snapshot metadata
Checking the fsroot tree
Checking the extent ref tree
Verifying volume object map space
The volume /dev/rdisk3s3 appears to be OK
Checking volume /dev/rdisk3s4
Checking the APFS volume superblock
Checking the object map
Checking the snapshot metadata tree
Checking the snapshot metadata
Checking the fsroot tree
Checking the extent ref tree
Verifying volume object map space
The volume /dev/rdisk3s4 appears to be OK
Checking volume /dev/rdisk3s5
Checking the APFS volume superblock
Checking the object map
Checking the snapshot metadata tree
Checking the snapshot metadata
Checking the document ID tree
Checking the fsroot tree
Checking the extent ref tree
Checking the file key rolling tree
Verifying volume object map space
The volume /dev/rdisk3s5 appears to be OK
Checking volume /dev/rdisk3s6
Checking the APFS volume superblock
Checking the object map
Checking the snapshot metadata tree
Checking the snapshot metadata
Checking the fsroot tree
Checking the extent ref tree
Verifying volume object map space
The volume /dev/rdisk3s6 appears to be OK
Verifying allocated space
The container /dev/disk0s2 appears to be OK
Storage system check exit code is 0
Shrinking APFS Physical Store disk0s2 from 245.107.195.904 to 229.659.115.520 bytes
Shrinking APFS data structures
Shrinking partition
Modifying partition map
Finished APFS operation

Resize complete. Press enter to continue.


Collecting partition information...
  System disk: disk0

Collecting OS information...

Partitions in system disk (disk0):
  1: APFS [Macintosh HD] (229.66 GB, 6 volumes)
    OS: [B*] [Macintosh HD] macOS v12.3 [disk3s1, 48C7A20F-6951-4353-A90B-25BA3DEA1F70]
  2: (free space: 15.45 GB)
  3: APFS (System Recovery) (5.37 GB, 2 volumes)
    OS: [  ] recoveryOS v12.3 [Primary recoveryOS]

  [B ] = Booted OS, [R ] = Booted recovery, [? ] = Unknown
  [ *] = Default boot volume

Using OS 'Macintosh HD' (disk3s1) for machine authentication.

Choose what to do:
  f: Install an OS into free space
  q: Quit without doing anything
» Action (f):

Choose an OS to install:
  1: Asahi Linux Desktop
  2: Asahi Linux Minimal (Arch Linux ARM)
  3: UEFI environment only (m1n1 + U-Boot + ESP)
» OS: 2

Downloading OS package info...
.

Minimum required space for this OS: 8.00 GB

Available free space: 15.45 GB

How much space should be allocated to the new OS?
  You can enter a size such as '1GB', a fraction such as '50%',
  the word 'min' for the smallest allowable size, or
  the word 'max' to use all available space.
» New OS size (max):

The new OS will be allocated 15.45 GB of space,
leaving 458.75 KB of free space.

Enter a name for your OS
» OS name (Asahi Linux):

Using macOS 12.3 for OS firmware

Downloading macOS OS package info...
.

Creating new stub macOS named Asahi Linux
Installing stub macOS into disk0s5 (Asahi Linux)
Preparing target volumes...
Checking volumes...
Beginning stub OS install...
++
Setting up System volume...
Setting up Data volume...
Setting up Preboot volume...
+++++++++
Setting up Recovery volume...
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Wrapping up...

Stub OS installation complete.

Adding partition EFI (500.17 MB)...
  Formatting as FAT...
Adding partition Root (14.95 GB)...
Failed to run process: diskutil quiet addPartition disk0s4 %Linux% %noformat% 14947450880
Output: b'The new partition to be added will be of a human-readable content type of Linux\nThe new partition will be added following disk0s4\n'
root        : ERROR    Process execution failed
Traceback (most recent call last):
  File "/private/tmp/asahi-install/main.py", line 802, in <module>
    InstallerMain().main()
  File "/private/tmp/asahi-install/main.py", line 654, in main
    while self.main_loop():
  File "/private/tmp/asahi-install/main.py", line 770, in main_loop
    return self.action_install_into_free(parts_free)
  File "/private/tmp/asahi-install/main.py", line 286, in action_install_into_free
    self.do_install(os_size)
  File "/private/tmp/asahi-install/main.py", line 295, in do_install
    self.osins.partition_disk(self.part.name, total_size)
  File "/private/tmp/asahi-install/osinstall.py", line 79, in partition_disk
    info = self.dutil.addPartition(prev, f"%{ptype}%", "%noformat%", size)
  File "/private/tmp/asahi-install/diskutil.py", line 166, in addPartition
    self.action("quiet", "addPartition", after, fs, label, size, verbose=True)
  File "/private/tmp/asahi-install/diskutil.py", line 33, in action
    subprocess.run(["diskutil"] + list(args), check=True,
  File "/private/tmp/asahi-install/Frameworks/Python.framework/Versions/3.9/lib/python3.9/subprocess.py", line 528, in run
    raise CalledProcessError(retcode, process.args,
subprocess.CalledProcessError: Command '['diskutil', 'quiet', 'addPartition', 'disk0s4', '%Linux%', '%noformat%', '14947450880']' returned non-zero exit status 1.
	% Total % Received % Xferd Average Speed Time Time Time Current
	Dload Upload Total Spent Left Speed
	100 967 100 967 0 0 216 0 0:00:04 0:00:04 --:--:-- 216

	Bootstrapping installer:
	Checking version...
	Version: v0.3.4
	Downloading...
	Extracting...
	Initializing...

	The installer needs to run as root.
	Please enter your sudo password if prompted.
	Password:

	Welcome to the Asahi Linux installer!

	This installer is in an alpha state, and may not work for everyone.
	It is intended for developers and early adopters who are comfortable
	debugging issues or providing detailed bug reports.

	Please make sure you are familiar with our documentation at:
	https://alx.sh/w

	Press enter to continue.


	By default, this installer will hide certain advanced options that
	are only useful for developers. You can enable expert mode to show them.
	» Enable expert mode? (y/N):

	Collecting system information...
	Product name: MacBook Air (M1, 2020)
	SoC: Apple M1
	Device class: j313ap
	Product type: MacBookAir10,1
	Board ID: 0x26
	Chip ID: 0x8103
	System firmware: iBoot-7459.101.2
	Boot UUID: 48C7A20F-6951-4353-A90B-25BA3DEA1F70
	Boot VGID: 48C7A20F-6951-4353-A90B-25BA3DEA1F70
	Default boot VGID: 48C7A20F-6951-4353-A90B-25BA3DEA1F70
	Boot mode: macOS
	OS version: 12.3 (21E230)
	System rOS version: 12.3 (21E230)
	No Fallback rOS
	Login user: nicolasvanbossuyt

	Collecting partition information...
	System disk: disk0

	Collecting OS information...

	Partitions in system disk (disk0):
	1: APFS [Macintosh HD] (245.11 GB, 6 volumes)
	OS: [B*] [Macintosh HD] macOS v12.3 [disk3s1, 48C7A20F-6951-4353-A90B-25BA3DEA1F70]
	2: APFS (System Recovery) (5.37 GB, 2 volumes)
	OS: [ ] recoveryOS v12.3 [Primary recoveryOS]

	[B ] = Booted OS, [R ] = Booted recovery, [? ] = Unknown
	[ *] = Default boot volume

	Using OS 'Macintosh HD' (disk3s1) for machine authentication.

	Choose what to do:
	r: Resize an existing partition to make space for a new OS
	q: Quit without doing anything
	» Action (r):


	We're going to resize this partition:
	APFS [Macintosh HD] (245.11 GB, 6 volumes)
	Total size: 245.11 GB
	Free space: 53.45 GB
	Minimum free space: 38.00 GB
	Minimum total size: 229.66 GB (93.70%)

	Enter the new size for your existing partition:
	You can enter a size such as '1GB', a fraction such as '50%',
	or the word 'min' for the smallest allowable size.

	Examples:
	30% - 30% to macOS, 70% to the new OS
	80GB - 80GB to macOS, the rest to your new OS
	min - Shrink macOS as much as (safely) possible

	» New size (min):

	Resizing will free up 15.45 GB of space.
	» Continue? (y/N): y

	Started APFS operation
	Aligning shrink delta to 15.448.080.384 bytes and targeting a new physical store size of 229.659.115.520 bytes
	Determined the minimum size for the targeted physical store of this APFS Container to be 196.444.422.144 bytes
	Resizing APFS Container designated by APFS Container Reference disk3
	The specific APFS Physical Store being resized is disk0s2
	Verifying storage system
	Using live mode
	Performing fsck_apfs -n -x -l /dev/disk0s2
	Checking the container superblock
	Checking the space manager
	Checking the space manager free queue trees
	Checking the object map
	Checking the encryption key structures
	Checking volume /dev/rdisk3s1
	Checking the APFS volume superblock
	Checking the object map
	Checking the snapshot metadata tree
	Checking the snapshot metadata
	Checking snapshot 1 of 1 (com.apple.os.update-2289385E1A6FCCF05D444673FB1FEB06DDCF82A4C723EAD53AF1F3E08872CE0F)
	Checking the fsroot tree
	Checking the file extent tree
	Checking the extent ref tree
	Verifying volume object map space
	The volume /dev/rdisk3s1 appears to be OK
	Checking volume /dev/rdisk3s2
	Checking the APFS volume superblock
	Checking the object map
	Checking the snapshot metadata tree
	Checking the snapshot metadata
	Checking the fsroot tree
	Checking the extent ref tree
	Verifying volume object map space
	The volume /dev/rdisk3s2 appears to be OK
	Checking volume /dev/rdisk3s3
	Checking the APFS volume superblock
	Checking the object map
	Checking the snapshot metadata tree
	Checking the snapshot metadata
	Checking the fsroot tree
	Checking the extent ref tree
	Verifying volume object map space
	The volume /dev/rdisk3s3 appears to be OK
	Checking volume /dev/rdisk3s4
	Checking the APFS volume superblock
	Checking the object map
	Checking the snapshot metadata tree
	Checking the snapshot metadata
	Checking the fsroot tree
	Checking the extent ref tree
	Verifying volume object map space
	The volume /dev/rdisk3s4 appears to be OK
	Checking volume /dev/rdisk3s5
	Checking the APFS volume superblock
	Checking the object map
	Checking the snapshot metadata tree
	Checking the snapshot metadata
	Checking the document ID tree
	Checking the fsroot tree
	Checking the extent ref tree
	Checking the file key rolling tree
	Verifying volume object map space
	The volume /dev/rdisk3s5 appears to be OK
	Checking volume /dev/rdisk3s6
	Checking the APFS volume superblock
	Checking the object map
	Checking the snapshot metadata tree
	Checking the snapshot metadata
	Checking the fsroot tree
	Checking the extent ref tree
	Verifying volume object map space
	The volume /dev/rdisk3s6 appears to be OK
	Verifying allocated space
	The container /dev/disk0s2 appears to be OK
	Storage system check exit code is 0
	Shrinking APFS Physical Store disk0s2 from 245.107.195.904 to 229.659.115.520 bytes
	Shrinking APFS data structures
	Shrinking partition
	Modifying partition map
	Finished APFS operation

	Resize complete. Press enter to continue.


	Collecting partition information...
	System disk: disk0

	Collecting OS information...

	Partitions in system disk (disk0):
	1: APFS [Macintosh HD] (229.66 GB, 6 volumes)
	OS: [B*] [Macintosh HD] macOS v12.3 [disk3s1, 48C7A20F-6951-4353-A90B-25BA3DEA1F70]
	2: (free space: 15.45 GB)
	3: APFS (System Recovery) (5.37 GB, 2 volumes)
	OS: [ ] recoveryOS v12.3 [Primary recoveryOS]

	[B ] = Booted OS, [R ] = Booted recovery, [? ] = Unknown
	[ *] = Default boot volume

	Using OS 'Macintosh HD' (disk3s1) for machine authentication.

	Choose what to do:
	f: Install an OS into free space
	q: Quit without doing anything
	» Action (f):

	Choose an OS to install:
	1: Asahi Linux Desktop
	2: Asahi Linux Minimal (Arch Linux ARM)
	3: UEFI environment only (m1n1 + U-Boot + ESP)
	» OS: 2

	Downloading OS package info...
	.

	Minimum required space for this OS: 8.00 GB

	Available free space: 15.45 GB

	How much space should be allocated to the new OS?
	You can enter a size such as '1GB', a fraction such as '50%',
	the word 'min' for the smallest allowable size, or
	the word 'max' to use all available space.
	» New OS size (max):

	The new OS will be allocated 15.45 GB of space,
	leaving 458.75 KB of free space.

	Enter a name for your OS
	» OS name (Asahi Linux):

	Using macOS 12.3 for OS firmware

	Downloading macOS OS package info...
	.

	Creating new stub macOS named Asahi Linux
	Installing stub macOS into disk0s5 (Asahi Linux)
	Preparing target volumes...
	Checking volumes...
	Beginning stub OS install...
	++
	Setting up System volume...
	Setting up Data volume...
	Setting up Preboot volume...
	+++++++++
	Setting up Recovery volume...
	+++++++++++++++++++++++++++++++++++++++++++++++++++++++++
	Wrapping up...

	Stub OS installation complete.

	Adding partition EFI (500.17 MB)...
	Formatting as FAT...
	Adding partition Root (14.95 GB)...
	Failed to run process: diskutil quiet addPartition disk0s4 %Linux% %noformat% 14947450880
	Output: b'The new partition to be added will be of a human-readable content type of Linux\nThe new partition will be added following disk0s4\n'
	root : ERROR Process execution failed
	Traceback (most recent call last):
	File "/private/tmp/asahi-install/main.py", line 802, in <module>
	InstallerMain().main()
	File "/private/tmp/asahi-install/main.py", line 654, in main
	while self.main_loop():
	File "/private/tmp/asahi-install/main.py", line 770, in main_loop
	return self.action_install_into_free(parts_free)
	File "/private/tmp/asahi-install/main.py", line 286, in action_install_into_free
	self.do_install(os_size)
	File "/private/tmp/asahi-install/main.py", line 295, in do_install
	self.osins.partition_disk(self.part.name, total_size)
	File "/private/tmp/asahi-install/osinstall.py", line 79, in partition_disk
	info = self.dutil.addPartition(prev, f"%{ptype}%", "%noformat%", size)
	File "/private/tmp/asahi-install/diskutil.py", line 166, in addPartition
	self.action("quiet", "addPartition", after, fs, label, size, verbose=True)
	File "/private/tmp/asahi-install/diskutil.py", line 33, in action
	subprocess.run(["diskutil"] + list(args), check=True,
	File "/private/tmp/asahi-install/Frameworks/Python.framework/Versions/3.9/lib/python3.9/subprocess.py", line 528, in run
	raise CalledProcessError(retcode, process.args,
	subprocess.CalledProcessError: Command '['diskutil', 'quiet', 'addPartition', 'disk0s4', '%Linux%', '%noformat%', '14947450880']' returned non-zero exit status 1.