system/serenity
system/serenity
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serenity/Meta/grub-gpt.cfg

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PartitionTable: Initial GPT Support, Adding Block Limit Also added a script to handle creation of GPT partitioned disk (with GRUB config file). Block limit will be used to disallow potential access to other partitions.
2019-10-07 00:12:37 +00:00
timeout=1
Kernel: Embrace the SerenityOS name
2019-12-29 18:08:02 +00:00
menuentry 'SerenityOS (normal)' {
PartitionTable: Initial GPT Support, Adding Block Limit Also added a script to handle creation of GPT partitioned disk (with GRUB config file). Block limit will be used to disallow potential access to other partitions.
2019-10-07 00:12:37 +00:00
root=hd0,2
Meta: Use correct boot device selections when using GRUB images
2022-09-01 18:53:29 +00:00
multiboot /boot/Prekernel root="lun0:0:0;part1"
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 12:47:32 +00:00
module /boot/Kernel
PartitionTable: Initial GPT Support, Adding Block Limit Also added a script to handle creation of GPT partitioned disk (with GRUB config file). Block limit will be used to disallow potential access to other partitions.
2019-10-07 00:12:37 +00:00
}
Kernel: Stop bootloader from setting video mode with Multiboot Meta: Update INSTALL.md and grub configs for new boot_mode option
2020-05-27 14:36:14 +00:00
menuentry 'SerenityOS (text mode)' {
root=hd0,2
Meta: Use correct boot device selections when using GRUB images
2022-09-01 18:53:29 +00:00
multiboot /boot/Prekernel graphics_subsystem_mode=off root="lun0:0:0;part1"
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 12:47:32 +00:00
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 14:36:14 +00:00
}
Kernel: Move DMI decoder initialization method to init_stage2 Also, PCI Initializer dismiss() now deletes the object correctly, and the PCI initialization process no longer use the DMI decoder to determine if PCI is supported. grub configuration files include an entry to boot the OS without ACPI support.
2020-01-13 19:26:46 +00:00
menuentry 'SerenityOS (No ACPI)' {
root=hd0,2
Meta: Use correct boot device selections when using GRUB images
2022-09-01 18:53:29 +00:00
multiboot /boot/Prekernel root="lun0:0:0;part1" 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 12:47:32 +00:00
module /boot/Kernel
Kernel: Move DMI decoder initialization method to init_stage2 Also, PCI Initializer dismiss() now deletes the object correctly, and the PCI initialization process no longer use the DMI decoder to determine if PCI is supported. grub configuration files include an entry to boot the OS without ACPI support.
2020-01-13 19:26:46 +00:00
}
Kernel: Embrace the SerenityOS name
2019-12-29 18:08:02 +00:00
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 12:47:32 +00:00
root=hd0,2
Meta: Use correct boot device selections when using GRUB images
2022-09-01 18:53:29 +00:00
multiboot /boot/Prekernel serial_debug root="lun0:0:0;part1"
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 12:47:32 +00:00
module /boot/Kernel
PartitionTable: Initial GPT Support, Adding Block Limit Also added a script to handle creation of GPT partitioned disk (with GRUB config file). Block limit will be used to disallow potential access to other partitions.
2019-10-07 00:12:37 +00:00
}
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