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ladybird/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).
2020-02-02 01:12:49 +02:00
timeout=1
menuentry 'SerenityOS (normal)' {
root=hd0,5
Meta: Use correct boot device selections when using GRUB images
2022-09-01 21:53:29 +03:00
multiboot /boot/Prekernel root="lun0:0:0;part3"
Kernel: Introduce basic pre-kernel environment This implements a simple bootloader that is capable of loading ELF64 kernel images. It does this by using QEMU/GRUB to load the kernel image from disk and pass it to our bootloader as a Multiboot module. The bootloader then parses the ELF image and sets it up appropriately. The kernel's entry point is a C++ function with architecture-native code. Co-authored-by: Liav A <liavalb@gmail.com>
2021-07-18 14:47:32 +02:00
module /boot/Kernel
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).
2020-02-02 01:12:49 +02:00
}
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: Use correct boot device selections when using GRUB images
2022-09-01 21:53:29 +03:00
multiboot /boot/Prekernel graphics_subsystem_mode=off root="lun0:0:0;part3"
Kernel: Introduce basic pre-kernel environment This implements a simple bootloader that is capable of loading ELF64 kernel images. It does this by using QEMU/GRUB to load the kernel image from disk and pass it to our bootloader as a Multiboot module. The bootloader then parses the ELF image and sets it up appropriately. The kernel's entry point is a C++ function with architecture-native code. Co-authored-by: Liav A <liavalb@gmail.com>
2021-07-18 14:47:32 +02:00
module /boot/Kernel
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).
2020-02-02 01:12:49 +02:00
menuentry 'SerenityOS (No ACPI)' {
root=hd0,5
Meta: Use correct boot device selections when using GRUB images
2022-09-01 21:53:29 +03:00
multiboot /boot/Prekernel root="lun0:0:0;part3" acpi=off
Kernel: Introduce basic pre-kernel environment This implements a simple bootloader that is capable of loading ELF64 kernel images. It does this by using QEMU/GRUB to load the kernel image from disk and pass it to our bootloader as a Multiboot module. The bootloader then parses the ELF image and sets it up appropriately. The kernel's entry point is a C++ function with architecture-native code. Co-authored-by: Liav A <liavalb@gmail.com>
2021-07-18 14:47:32 +02:00
module /boot/Kernel
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).
2020-02-02 01:12:49 +02:00
}
menuentry 'SerenityOS (with serial debug)' {
Kernel: Introduce basic pre-kernel environment This implements a simple bootloader that is capable of loading ELF64 kernel images. It does this by using QEMU/GRUB to load the kernel image from disk and pass it to our bootloader as a Multiboot module. The bootloader then parses the ELF image and sets it up appropriately. The kernel's entry point is a C++ function with architecture-native code. Co-authored-by: Liav A <liavalb@gmail.com>
2021-07-18 14:47:32 +02:00
root=hd0,5
Meta: Use correct boot device selections when using GRUB images
2022-09-01 21:53:29 +03:00
multiboot /boot/Prekernel serial_debug root="lun0:0:0;part3"
Kernel: Introduce basic pre-kernel environment This implements a simple bootloader that is capable of loading ELF64 kernel images. It does this by using QEMU/GRUB to load the kernel image from disk and pass it to our bootloader as a Multiboot module. The bootloader then parses the ELF image and sets it up appropriately. The kernel's entry point is a C++ function with architecture-native code. Co-authored-by: Liav A <liavalb@gmail.com>
2021-07-18 14:47:32 +02:00
module /boot/Kernel
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).
2020-02-02 01:12:49 +02:00
}
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