#!/bin/bash
#
# Copyright(c) 2012-2020 Intel Corporation
# SPDX-License-Identifier: BSD-3-Clause-Clear
#

# The line below specified that line under it should be used as the test's short description when launching test via run_tests script.
# The text should not be longer than 80 chars - if it is, the script will strip addititonal characters
# DESCRIPTION Create two caches and try to insert invalid cores to them

# The line below says that this test should be included in BVT - it will be launched, when we use "./run_tests -b"

# USE_IN_NIGHTLY

# Standard beginning for every test - get the main tests directory and
# link the cas_lib file for CAS API, then use "start_test $*" to pass params
# and do other necessary checks and setup
TESTS_DIR="$(dirname $0)/../"
. $TESTS_DIR/cas_lib
start_test $*

# This is where the real test starts

# Use CACHE_DEVICE and CORE_DEVICE provided by configuration file and remove partitions from those devices
TARGET_DEVICE_OPTION="$CACHE_DEVICE" remove_partitions
TARGET_DEVICE_OPTION="$CORE_DEVICE" remove_partitions

# Create 2 primary partitions on CACHE_DEVICE, each of 2000M size
TARGET_DEVICE_OPTION="$CACHE_DEVICE" PARTITION_SIZE_OPTION="2000M" PARTITION_IDS_OPTION="1 2" make_primary_partitions
# Create 2 primary partitions on CORE_DEVICE, each of 4000M size
TARGET_DEVICE_OPTION="$CORE_DEVICE" PARTITION_SIZE_OPTION="4000M" PARTITION_IDS_OPTION="1 2" make_primary_partitions

# Start cache on CACHE_DEVICE1 (/dev/sdd1, for example) with ID=1 and add a core device using CORE_DEVICE1 (/dev/sde1, for example)
CACHE_ID_OPTION="1" CACHE_DEVICE_OPTION="${CACHE_DEVICE}-part1" start_cache
CACHE_ID_OPTION="1" CORE_DEVICE_OPTION="${CORE_DEVICE}-part1" add_core

# Start cache on CACHE_DEVICE2 (/dev/sdd2, for example) with ID=2 and add a core device using CORE_DEVICE1 (/dev/sde2, for example)
CACHE_ID_OPTION="2" CACHE_DEVICE_OPTION="${CACHE_DEVICE}-part2" start_cache
CACHE_ID_OPTION="2" CORE_DEVICE_OPTION="${CORE_DEVICE}-part2" add_core

# Try to add already taken CORE device and a non-existing core to cache 1
NEGATIVE_TEST_OPTION="1" CACHE_ID_OPTION="1" CORE_DEVICE_OPTION="${CORE_DEVICE}-part1" add_core
NEGATIVE_TEST_OPTION="1" CACHE_ID_OPTION="1" CORE_DEVICE_OPTION="${CORE_DEVICE}-part2" add_core
NEGATIVE_TEST_OPTION="1" CACHE_ID_OPTION="1" CORE_DEVICE_OPTION="${CORE_DEVICE}-part3" add_core

# Try to add already taken CORE device and a non-existing core to cache 2
NEGATIVE_TEST_OPTION="1" CACHE_ID_OPTION="2" CORE_DEVICE_OPTION="${CORE_DEVICE}-part1" add_core
NEGATIVE_TEST_OPTION="1" CACHE_ID_OPTION="2" CORE_DEVICE_OPTION="${CORE_DEVICE}-part2" add_core
NEGATIVE_TEST_OPTION="1" CACHE_ID_OPTION="2" CORE_DEVICE_OPTION="${CORE_DEVICE}-part3" add_core

# Remove the core device from cache
CACHE_ID_OPTION="1" CORE_ID_OPTION="1" remove_core
# Try to do it again - this should fail
NEGATIVE_TEST_OPTION="1" CACHE_ID_OPTION="1" CORE_ID_OPTION="1" remove_core
# Clean up after the test
CACHE_ID_OPTION="1" stop_cache

# Remove the core device from cache
CACHE_ID_OPTION="2" CORE_ID_OPTION="1" remove_core
# Try to do it again - this should fail
NEGATIVE_TEST_OPTION="1" CACHE_ID_OPTION="2" CORE_ID_OPTION="1" remove_core
# Clean up after the test
CACHE_ID_OPTION="2" stop_cache

# Always return 0 at the end of the test - if at any point something has failed
# in the API functions, test will end and return a proper result.
# If you need to check other things during the test and end the test earlier, you
# should end the test using "end_test $retval" function
end_test 0