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serenity/Meta/grub-ebr.cfg

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Partition Table: Change Script files From now we can use build-image-grub.sh to generate a virtual disk with the supported partition schemes - MBR, GPT & EBR (MBR + Extended partitions).
2020-02-01 18:12:49 -05:00
timeout=1
menuentry 'SerenityOS (normal)' {
root=hd0,5
Kernel: Introduce a new partitioning subsystem The partitioning code was very outdated, and required a full refactor. The new subsystem removes duplicated code and uses more AK containers. The most important change is that all implementations of the PartitionTable class conform to one interface, which made it possible to remove unnecessary code in the EBRPartitionTable class. Finding partitions is now done in the StorageManagement singleton, instead of doing so in init.cpp. Also, now we don't try to find partitions on demand - the kernel will try to detect if a StorageDevice is partitioned, and if so, will check what is the partition table, which could be MBR, GUID or EBR. Then, it will create DiskPartitionMetadata object for each partition that is available in the partition table. This object will be used by the partition enumeration code to create a DiskPartition with the correct minor number.
2020-12-26 09:53:30 -05:00
multiboot /boot/Kernel root=/dev/hda4
Partition Table: Change Script files From now we can use build-image-grub.sh to generate a virtual disk with the supported partition schemes - MBR, GPT & EBR (MBR + Extended partitions).
2020-02-01 18:12:49 -05:00
}
Kernel: Stop bootloader from setting video mode with Multiboot Meta: Update INSTALL.md and grub configs for new boot_mode option
2020-05-27 10:36:14 -04:00
menuentry 'SerenityOS (text mode)' {
root=hd0,5
Meta: Update grub configuration to adopt the new textual boot mode
2021-05-13 19:27:16 -04:00
multiboot /boot/Kernel boot_mode=no-fbdev root=/dev/hda4
Kernel: Stop bootloader from setting video mode with Multiboot Meta: Update INSTALL.md and grub configs for new boot_mode option
2020-05-27 10:36:14 -04:00
}
Partition Table: Change Script files From now we can use build-image-grub.sh to generate a virtual disk with the supported partition schemes - MBR, GPT & EBR (MBR + Extended partitions).
2020-02-01 18:12:49 -05:00
menuentry 'SerenityOS (No ACPI)' {
root=hd0,5
Kernel: Introduce a new partitioning subsystem The partitioning code was very outdated, and required a full refactor. The new subsystem removes duplicated code and uses more AK containers. The most important change is that all implementations of the PartitionTable class conform to one interface, which made it possible to remove unnecessary code in the EBRPartitionTable class. Finding partitions is now done in the StorageManagement singleton, instead of doing so in init.cpp. Also, now we don't try to find partitions on demand - the kernel will try to detect if a StorageDevice is partitioned, and if so, will check what is the partition table, which could be MBR, GUID or EBR. Then, it will create DiskPartitionMetadata object for each partition that is available in the partition table. This object will be used by the partition enumeration code to create a DiskPartition with the correct minor number.
2020-12-26 09:53:30 -05:00
multiboot /boot/Kernel root=/dev/hda4 acpi=off
Partition Table: Change Script files From now we can use build-image-grub.sh to generate a virtual disk with the supported partition schemes - MBR, GPT & EBR (MBR + Extended partitions).
2020-02-01 18:12:49 -05:00
}
menuentry 'SerenityOS (with serial debug)' {
root=hd0,5
Kernel: Introduce a new partitioning subsystem The partitioning code was very outdated, and required a full refactor. The new subsystem removes duplicated code and uses more AK containers. The most important change is that all implementations of the PartitionTable class conform to one interface, which made it possible to remove unnecessary code in the EBRPartitionTable class. Finding partitions is now done in the StorageManagement singleton, instead of doing so in init.cpp. Also, now we don't try to find partitions on demand - the kernel will try to detect if a StorageDevice is partitioned, and if so, will check what is the partition table, which could be MBR, GUID or EBR. Then, it will create DiskPartitionMetadata object for each partition that is available in the partition table. This object will be used by the partition enumeration code to create a DiskPartition with the correct minor number.
2020-12-26 09:53:30 -05:00
multiboot /boot/Kernel serial_debug root=/dev/hda4
Partition Table: Change Script files From now we can use build-image-grub.sh to generate a virtual disk with the supported partition schemes - MBR, GPT & EBR (MBR + Extended partitions).
2020-02-01 18:12:49 -05:00
}
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