# Run in unikernel architecture

# $ make A=apps/<app_name> ARCH=<arch> run

# The <app_name> is the application stored in the ./apps folder.

# The <arch> can be x86_64, risc64 and aarch64.

$ make A=apps/helloworld ARCH=x86_64 run

# Run in monolithic architecture

# Make the testcases image first

# $ ./build_img.sh <arch>

$ ./build_img.sh -m x86_64

$ make A=apps/monolithic_userboot ARCH=x86_64 run


# Run the testcases in the monolithic architecture

$ make A=apps/monolithic_userboot APP_FEATURES=batch ARCH=x86_64 run

# Run in the lwext4fs with Rust interface, whose url is https://github.com/elliott10/lwext4_rust.
make A=apps/monolithic_userboot FEATURES=lwext4_rust LOG=off ACCEL=n run

# Run in a new ext4fs written in Rust, whose url is https://github.com/yuoo655/ext4_rs.
make A=apps/monolithic_userboot FEATURES=ext4_rs LOG=off ACCEL=n run

# Replace virt-io with ram-disk
make A=apps/monolithic_userboot FEATURES=ext4_rs,img LOG=error ARCH=x86_64 ACCEL=n run

# Run testcases for OSCOMP
make A=apps/monolithic_userboot FEATURES=ext4_rs,img LOG=off ACCEL=n run APP_FEATURES=batch

# To download the tool
$ cargo install kbuild

$ mkdir crates

# Load crates
$ kbuild patch add linux_syscall_api

$ kbuild patch add axstarry

# Then crates will be downloaded to the crates/ folder

# To remove the crates
$ kbuild patch remove linux_syscall_api

$ kbuild patch remove axstarry

# Please verify that crates don't have any uncommitted changes before removing them.