X-Git-Url: https://gerrit.o-ran-sc.org/r/gitweb?p=o-du%2Fphy.git;a=blobdiff_plain;f=misc%2Fupdate-config-run.sh;fp=misc%2Fupdate-config-run.sh;h=f6e38a686442306c66f24ccbc8186d2bddd6bc36;hp=0000000000000000000000000000000000000000;hb=3857f3f735f44c156ba261db0fdf10e2f4011510;hpb=afaa7b205ebe18aaa4ddb2cea457c647df2a3444

diff --git a/misc/update-config-run.sh b/misc/update-config-run.sh
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+++ b/misc/update-config-run.sh
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+#!/bin/bash
+
+
+###Check environment K8S_SRIOV_DP (0 or 1, default 0), K8S_CPU_MANAGER (0 or 1, default 0), XRAN_DIR before running this script
+
+###Parameters:
+
+###$1 - used to specify sriov net devices to run XRAN sample app.
+###The input will be different depending on k8s sriov device plugin enabled or not.
+###If k8s sriov net device plugin is enabled, container will request integral sriov VF devices ($1) from k8s,
+###which is specified in the pod configuration file like - intel.com/intel_sriov_dpdk: "2".
+###Then the input of this parameter would be number like 2, or 4.
+###Else this parameter $1 will be sriov net devices PCIe address list like "18:02.0 18:02.1"
+
+###$2 - Test case index. Like "mu3_100mhz"
+
+###$3 - "du" or "ru"
+
+###$4 - Instance/wls ID. Like "1", "2", or "3".
+
+###$5 - Used to assign core affinity to different threads of XRAN sample app.
+###If this parameter input is "0", k8s CPU Manager is enabled, and this script will get core mapping from the container taskset affinity,
+###which is assigned by the CPU Manager.
+###Else this parameter input should be taskset core mask assigned by user (in Hex format, but removing 0x in the head), like "0000f0"
+
+cd $XRAN_DIR
+
+#########Assigned PCIe VF for container
+vf_num=$1
+#########Test Case index
+case_index=$2
+########du or ru?
+mode_du_ru=$3
+########instance/wls ID
+wls_id=$4
+########taskset core mask
+taskset_str=$5
+
+###########Get SRIOV VF PCI addresses if K8S_SRIOV_DP enabled or not
+array_pci_list=""
+if [ $K8S_SRIOV_DP ]; then
+    env_pci_list=$(env | grep -i PCIDEVICE | grep -i DPDK | awk -F= '{print $2}')
+
+    let i=1
+    while [ $i -le $vf_num ]
+    do
+        addr=$(echo $env_pci_list | awk -F, '{print $'$i'}')
+        array_pci_list="$array_pci_list $addr"
+        let i++
+    done
+else
+   array_pci_list=$vf_number
+fi
+
+#####Specify which test case to run and the VF number
+sed -i "s/\.\/build\/sample-app .*/\.\/build\/sample-app \.\/usecase\/$case_index\/config_file_o_${mode_du_ru}.dat $array_pci_list/" $XRAN_DIR/app/run_o_${mode_du_ru}.sh
+
+####Update some parameters for test case
+sed -i "s/debugStop=.*/debugStop=0/" app/usecase/${case_index}/config_file_o_${mode_du_ru}.dat
+sed -i "s/CPenable=.*/CPenable=1/" app/usecase/${case_index}/config_file_o_${mode_du_ru}.dat
+sed -i "s/instanceId=.*/instanceId=${wls_id}/" app/usecase/${case_index}/config_file_o_${mode_du_ru}.dat
+
+####Get core ID from core mask
+if [ $K8S_CPU_MANAGER ]; then
+    taskset_str=$(echo $(taskset -p 1) | sed 's/.*affinity mask: \(.*\)/\1/')
+fi
+let core_map="0x$taskset_str"
+let core_mask=1
+let first_core_mask=$((core_map & core_mask))
+let first_core_num=0
+
+
+#####Get first core ID for system thread
+let max_cpu=64
+while [ $first_core_mask -eq 0 ]
+do
+    if [ $max_cpu -eq 0 ]; then
+        echo "ERROR: provided core mask is wrong in your system. Please check."
+    fi
+    core_mask=$(($core_mask+$core_mask))
+    first_core_num=$(($first_core_num+1))
+    echo core_mask $core_mask
+    echo first_core_num $first_core_num
+    first_core_mask=$((core_map & core_mask))
+    echo first_core_mask=$first_core_mask
+    max_cpu=$(($max_cpu-1))
+done
+
+system_core_num=$first_core_num
+
+core_map=$(($core_map-$core_mask))
+if [ $core_map -eq 0 ]
+then
+    echo "ERROR: require at least two cores for O-DU/RU sample app"
+    exit
+fi
+
+#####Get the second core ID for timing thread
+first_core_mask=0
+while [ $first_core_mask -eq 0 ]
+do
+    if [ $max_cpu -eq 0 ]; then
+        echo "ERROR: provided core mask is wrong in your system. Please check."
+    fi
+
+    core_mask=$(($core_mask+$core_mask))
+    first_core_num=$(($first_core_num+1))
+    echo core_mask $core_mask
+    echo first_core_num $first_core_num
+    first_core_mask=$((core_map & core_mask))
+    echo first_core_mask=$first_core_mask
+    max_cpu=$(($max_cpu-1))
+done
+
+timing_core_num=$first_core_num
+####Currently only use 2 cores to run O-DU/RU sample app
+sed -i "s/ioCore.*/ioCore=${system_core_num}/" app/usecase/${case_index}/config_file_o_${mode_du_ru}.dat
+sed -i "s/pktAuxCore.*/pktAuxCore=${system_core_num}/" app/usecase/${case_index}/config_file_o_${mode_du_ru}.dat
+sed -i "s/pktProcCore.*/pktProcCore=${system_core_num}/" app/usecase/${case_index}/config_file_o_${mode_du_ru}.dat
+sed -i "s/systemCore.*/systemCore=${system_core_num}/" app/usecase/${case_index}/config_file_o_${mode_du_ru}.dat
+sed -i "s/timingCore.*/timingCore=${timing_core_num}/" app/usecase/${case_index}/config_file_o_${mode_du_ru}.dat
+
+cd app
+sh run_o_${mode_du_ru}.sh
+