numam-spdk/test/scheduler/interrupt.sh
Josh Soref c9c7c281f8 spelling: test
Part of #2256

* achieve
* additionally
* against
* aliases
* already
* another
* arguments
* between
* capabilities
* comparison
* compatibility
* configuration
* continuing
* controlq
* cpumask
* default
* depends
* dereferenced
* discussed
* dissect
* driver
* environment
* everything
* excluded
* existing
* expectation
* failed
* fails
* following
* functions
* hugepages
* identifiers
* implicitly
* in_capsule
* increment
* initialization
* initiator
* integrity
* iteration
* latencies
* libraries
* management
* namespace
* negotiated
* negotiation
* nonexistent
* number
* occur
* occurred
* occurring
* offsetting
* operations
* outstanding
* overwhelmed
* parameter
* parameters
* partition
* preempts
* provisioned
* responded
* segment
* skipped
* struct
* subsystem
* success
* successfully
* sufficiently
* this
* threshold
* transfer
* transferred
* unchanged
* unexpected
* unregistered
* useless
* utility
* value
* variable
* workload

Change-Id: I21ca7dab4ef575b5767e50aaeabc34314ab13396
Signed-off-by: Josh Soref <jsoref@gmail.com>
Reviewed-on: https://review.spdk.io/gerrit/c/spdk/spdk/+/10409
Community-CI: Broadcom CI <spdk-ci.pdl@broadcom.com>
Reviewed-by: Tomasz Zawadzki <tomasz.zawadzki@intel.com>
Reviewed-by: Jim Harris <james.r.harris@intel.com>
Tested-by: SPDK CI Jenkins <sys_sgci@intel.com>
2021-12-03 08:13:22 +00:00

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#!/usr/bin/env bash
testdir=$(readlink -f "$(dirname "$0")")
rootdir=$(readlink -f "$testdir/../../")
source "$rootdir/test/common/autotest_common.sh"
source "$testdir/common.sh"
trap 'killprocess "$spdk_pid"' EXIT
declare -a cpus=()
declare -a cpus_to_collect=()
fold_list_onto_array cpus $(parse_cpu_list <(echo "$spdk_cpus_csv"))
# Normalize the indexes
cpus=("${cpus[@]}")
interrupt() {
local busy_cpus
local cpu thread
local reactor_framework
cpus_to_collect=("${cpus[@]}")
collect_cpu_idle
# Verify that each cpu, except the main cpu, has no threads assigned
reactor_framework=$(rpc_cmd framework_get_reactors | jq -r '.reactors[]')
for cpu in "${cpus[@]:1}"; do
[[ -z $(jq -r "select(.lcore == $cpu) | .lw_threads[].id" <<< "$reactor_framework") ]]
done
# Standard scenario - spdk app is idle, all cpus, except the main cpu, should be
# switched into interrupt mode. main cpu should remain busy, all remaining cpus
# should become idle.
for cpu in "${!is_idle[@]}"; do
if ((cpu == spdk_main_core)); then
((is_idle[cpu] == 0)) # main cpu must not be idle
fi
if ((cpu != spdk_main_core)); then
((is_idle[cpu] == 1)) # all cpus except the main cpu must be idle
fi
done
# select 3 cpus except the main one
busy_cpus=("${cpus[@]:1:3}") threads=()
# Create busy thread on each of the selected cpus, then verify if given cpu has become busy
# and that newly created thread was assigned to a proper lcore.
for cpu in "${busy_cpus[@]}"; do
threads[cpu]=$(create_thread -n "thread$cpu" -m "$(mask_cpus "$cpu")" -a 100) cpus_to_collect=("$cpu")
collect_cpu_idle
reactor_framework=$(rpc_cmd framework_get_reactors | jq -r '.reactors[]')
[[ -n $(jq -r "select(.lcore == $cpu) | .lw_threads[] | select(.name == \"thread$cpu\")" <<< "$reactor_framework") ]]
((is_idle[cpu] == 0))
done
# Make all the threads idle and verify if their cpus have become idle as well and if they were
# moved away out of their lcores.
for cpu in "${!threads[@]}"; do
active_thread "${threads[cpu]}" 0
cpus_to_collect=("$cpu")
collect_cpu_idle
reactor_framework=$(rpc_cmd framework_get_reactors | jq -r '.reactors[]')
[[ -z $(jq -r "select(.lcore == $cpu) | .lw_threads[].id" <<< "$reactor_framework") ]]
[[ -n $(jq -r "select(.lcore == $spdk_main_core) | .lw_threads[] | select(.name == \"thread$cpu\")" <<< "$reactor_framework") ]]
((is_idle[cpu] == 1))
done
for cpu in "${!threads[@]}"; do
destroy_thread "${threads[cpu]}"
done
}
exec_under_dynamic_scheduler "$scheduler" -m "$spdk_cpumask" --main-core "$spdk_main_core"
interrupt