#
# \brief  rudimentary x86 virtual-machine monitor interface test
# \author Alexander Boettcher
# \date   2018-08-26
#

assert_spec x86

if { [get_cmd_switch --autopilot] } {
	# nightly x86 32bit test machine has no vmx support
	if {[have_spec x86_32] && ![have_include "power_on/qemu"]} {
		puts "\n Run script is not supported on this platform. \n";
		exit 0
	}

	if {[have_include "power_on/qemu"] && [have_spec sel4]} {
		puts "\n Run script is not supported on this platform. \n";
		exit 0
	}

	if {[have_spec nova] || [have_spec foc] || [have_spec sel4]} {
	} else {
		puts "\n Run script is not supported on this platform. \n";
		exit 0
	}
}

set build_components {
	core init
	timer
	test/vmm_x86
}
build $build_components
create_boot_directory

install_config {
<config verbose="yes" prio_levels="2">
	<parent-provides>
		<service name="ROM"/>
		<service name="IRQ"/>
		<service name="IO_MEM"/>
		<service name="IO_PORT"/>
		<service name="PD"/>
		<service name="RM"/>
		<service name="CPU"/>
		<service name="LOG"/>
		<service name="VM"/>
	</parent-provides>
	<default-route>
		<service name="VM"> <parent diag="yes"/> </service>
		<any-service><parent/><any-child/></any-service>
	</default-route>
	<default caps="100"/>
	<start name="timer">
		<resource name="RAM" quantum="1M"/>
		<provides><service name="Timer"/></provides>
	</start>
	<start name="vmm" caps="2048" priority="-1">
		<binary name="test-vmm_x86"/>
		<resource name="RAM" quantum="256M"/>
	</start>
</config>
}

set boot_modules {
	core ld.lib.so init
	timer
	test-vmm_x86
}

#
# Generate artificial platform info to allow for executing the scenario on
# base-linux
#
if {[have_spec linux]} {
	set fd [open [run_dir]/genode/platform_info w]
		puts $fd {
			<platform_info>
				<kernel name="nova"/>
				<acpi revision="2" rsdt="0x2ffe20c5"/>
				<affinity-space width="1" height="1"/>
				<boot/>
				<hardware>
					<features svm="true" vmx="true"/>
					<tsc invariant="false" freq_khz="2555589"/>
					<cpus>
						<cpu id="0" package="0" core="0" thread="0" family="0x10" model="0x2" stepping="0x3" platform="0x0" patch="0x0"/>
					</cpus>
				</hardware>
			</platform_info>}
	close $fd
}

build_boot_image $boot_modules

append qemu_args " -cpu phenom -smp 2"
append qemu_args " -nographic "

#run_genode_until {.*vcpu 1 : 7\. vm exit -.*\n} 20
#run_genode_until forever
run_genode_until "vmm test finished" 25

set output_saved $output
grep_output {^\[init -> vmm\] vcpu 0 :.*}
set output_0 $output
unify_output {\[init -> vmm\] vcpu 0 : [0-9]+} "vcpu 0 : XX"
# transform INTEL HLT to AMD HLT number
unify_output "vcpu 0 : XX. vm exit - reason 0xc" "vcpu 0 : XX. vm exit - reason 0x78"
# AMD with NPT
unify_output "vcpu 0 : XX. vm exit - reason 0xfc handled by 'ep'" ""
# AMD w/o NPT
unify_output "vcpu 0 : XX. vm exit - reason 0x4e handled by 'ep'" ""
# Intel with EPT
unify_output "vcpu 0 : XX. vm exit - reason 0x30 handled by 'ep'" ""
unify_output "vcpu 0 : XX. vm exit -  guest fault address: 0xfffffff0" ""
unify_output "vcpu 0 : XX. vm exit - resume vcpu" ""
trim_lines
set output_0 $output

set output $output_saved
grep_output {^\[init -> vmm\] vcpu 1 :.*}
unify_output {\[init -> vmm\] vcpu 1 : [0-9]+} "vcpu 1 : XX"
# transform INTEL HLT to AMD HLT number
unify_output "vcpu 1 : XX. vm exit - reason 0xc" "vcpu 1 : XX. vm exit - reason 0x78"
# AMD with NPT
unify_output "vcpu 1 : XX. vm exit - reason 0xfc handled by 'ep'" ""
# AMD w/o NPT
unify_output "vcpu 1 : XX. vm exit - reason 0x4e handled by 'ep'" ""
# Intel with EPT
unify_output "vcpu 1 : XX. vm exit - reason 0x30 handled by 'ep'" ""
unify_output "vcpu 1 : XX. vm exit -  guest fault address: 0xfffffff0" ""
unify_output "vcpu 1 : XX. vm exit - resume vcpu" ""
trim_lines
set output_1 $output

set output $output_saved
grep_output {^\[init -> vmm\] vcpu 2 :.*}
unify_output {\[init -> vmm\] vcpu 2 : [0-9]+} "vcpu 2 : XX"
# transform INTEL HLT to AMD HLT number
unify_output "vcpu 2 : XX. vm exit - reason 0xc" "vcpu 2 : XX. vm exit - reason 0x78"
# AMD with NPT
unify_output "vcpu 2 : XX. vm exit - reason 0xfc handled by 'second ep'" ""
# AMD w/o NPT
unify_output "vcpu 2 : XX. vm exit - reason 0x4e handled by 'second ep'" ""
# Intel with EPT
unify_output "vcpu 2 : XX. vm exit - reason 0x30 handled by 'second ep'" ""
unify_output "vcpu 2 : XX. vm exit -  guest fault address: 0xfffffff0" ""
unify_output "vcpu 2 : XX. vm exit - resume vcpu" ""
trim_lines
set output_2 $output

set output $output_saved
grep_output {^\[init -> vmm\] vcpu 3 :.*}
unify_output {\[init -> vmm\] vcpu 3 : [0-9]+} "vcpu 3 : XX"
# transform INTEL HLT to AMD HLT number
unify_output "vcpu 3 : XX. vm exit - reason 0xc" "vcpu 3 : XX. vm exit - reason 0x78"
# AMD with NPT
unify_output "vcpu 3 : XX. vm exit - reason 0xfc handled by 'second ep'" ""
# AMD w/o NPT
unify_output "vcpu 3 : XX. vm exit - reason 0x4e handled by 'second ep'" ""
# Intel with EPT
unify_output "vcpu 3 : XX. vm exit - reason 0x30 handled by 'second ep'" ""
unify_output "vcpu 3 : XX. vm exit -  guest fault address: 0xfffffff0" ""
unify_output "vcpu 3 : XX. vm exit - resume vcpu" ""
trim_lines
set output_3 $output

puts "\ncomparing output ..."

puts $output_0
set output $output_0
compare_output_to {
[init -> vmm] vcpu 0 : created
vcpu 0 : XX. vm exit - reason 0xfe handled by 'ep'
vcpu 0 : XX. vm exit - reason 0x78 handled by 'ep'
vcpu 0 : XX. vm exit -  halting vCPU - guest called HLT - ip=0xfff0
}

puts $output_1
set output $output_1
compare_output_to {
[init -> vmm] vcpu 1 : created
vcpu 1 : XX. vm exit - reason 0xfe handled by 'ep'
vcpu 1 : XX. vm exit - reason 0x78 handled by 'ep'
vcpu 1 : XX. vm exit -  halting vCPU - guest called HLT - ip=0xfff0
vcpu 1 : XX. vm exit - reason 0xff handled by 'ep'
vcpu 1 : XX. vm exit -  due to pause() request - ip=0xfff0
vcpu 1 : XX. vm exit - reason 0x78 handled by 'ep'
vcpu 1 : XX. vm exit -  halting vCPU - guest called HLT - ip=0xfff0
vcpu 1 : XX. vm exit - reason 0xff handled by 'ep'
vcpu 1 : XX. vm exit -  due to pause() request - ip=0xfff0
vcpu 1 : XX. vm exit - reason 0xff handled by 'ep'
vcpu 1 : XX. vm exit -  due to pause() request - ip=0xfff2
vcpu 1 : XX. vm exit - reason 0x78 handled by 'ep'
vcpu 1 : XX. vm exit -  halting vCPU - guest called HLT - ip=0xfff4
vcpu 1 : XX. vm exit - reason 0xff handled by 'ep'
vcpu 1 : XX. vm exit -  due to pause() request - ip=0xfff4
}

puts $output_2
set output $output_2
compare_output_to {
[init -> vmm] vcpu 2 : created
vcpu 2 : XX. vm exit - reason 0xfe handled by 'second ep'
vcpu 2 : XX. vm exit - reason 0x78 handled by 'second ep'
vcpu 2 : XX. vm exit -  halting vCPU - guest called HLT - ip=0xfff0
vcpu 2 : XX. vm exit - reason 0xff handled by 'second ep'
vcpu 2 : XX. vm exit -  due to pause() request - ip=0xfff0
vcpu 2 : XX. vm exit - reason 0x78 handled by 'second ep'
vcpu 2 : XX. vm exit -  halting vCPU - guest called HLT - ip=0xfff0
vcpu 2 : XX. vm exit - reason 0xff handled by 'second ep'
vcpu 2 : XX. vm exit -  due to pause() request - ip=0xfff0
vcpu 2 : XX. vm exit - reason 0x78 handled by 'second ep'
vcpu 2 : XX. vm exit -  halting vCPU - guest called HLT - ip=0xfff1
vcpu 2 : XX. vm exit - reason 0xff handled by 'second ep'
vcpu 2 : XX. vm exit -  due to pause() request - ip=0xfff1
}

puts $output_3
set output $output_3
compare_output_to {
[init -> vmm] vcpu 3 : created
vcpu 3 : XX. vm exit - reason 0xfe handled by 'second ep'
vcpu 3 : XX. vm exit - reason 0x78 handled by 'second ep'
vcpu 3 : XX. vm exit -  halting vCPU - guest called HLT - ip=0xfff0
}

set output $output_saved
grep_output {(Error)}
compare_output_to {}