# # Copyright 2013-2021 Software Radio Systems Limited # # This file is part of srsRAN # # srsRAN is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as # published by the Free Software Foundation, either version 3 of # the License, or (at your option) any later version. # # srsRAN is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # A copy of the GNU Affero General Public License can be found in # the LICENSE file in the top-level directory of this distribution # and at http://www.gnu.org/licenses/. # if (RF_FOUND AND ENABLE_SRSUE AND ENABLE_SRSENB) # gNb options set(NR_PHY_TEST_GNB_NOF_THREADS 1) set(NR_PHY_TEST_GNB_PHY_LOG_LEVEL "error") # UE options set(NR_PHY_TEST_UE_NOF_THREADS 1) set(NR_PHY_TEST_UE_PHY_LOG_LEVEL "error") # Build common arguments set(NR_PHY_TEST_COMMON_ARGS --gnb.phy.nof_threads=${NR_PHY_TEST_GNB_NOF_THREADS} --ue.phy.nof_threads=${NR_PHY_TEST_UE_NOF_THREADS} --ue.phy.log.level=${NR_PHY_TEST_UE_PHY_LOG_LEVEL}) add_executable(nr_phy_test nr_phy_test.cc) target_link_libraries(nr_phy_test srsue_phy srsran_common srsran_phy srsran_radio srsenb_phy srsgnb_mac srsran_mac ${CMAKE_THREAD_LIBS_INIT} ${Boost_LIBRARIES} ${CMAKE_THREAD_LIBS_INIT} ${Boost_LIBRARIES} ${ATOMIC_LIBS}) # For each supported bandwidth foreach (NR_PHY_TEST_BW "10MHz" "20MHz") # For each supported frame structure foreach (NR_PHY_TEST_DUPLEX "FDD" "6D+4U" "FR1.15-1") set(NR_PHY_TEST_DURATION_MS 20) # DL flooding only foreach (NR_PHY_TEST_PDSCH "default" "ts38101/5.2-1") add_nr_test(nr_phy_test_${NR_PHY_TEST_BW}_${NR_PHY_TEST_DUPLEX}_dl_${NR_PHY_TEST_PDSCH} nr_phy_test --reference=carrier=${NR_PHY_TEST_BW},duplex=${NR_PHY_TEST_DUPLEX},pdsch=${NR_PHY_TEST_PDSCH} --duration=${NR_PHY_TEST_DURATION_MS} --gnb.stack.pdsch.slots=all --gnb.stack.pdsch.start=0 # Start at RB 0 --gnb.stack.pdsch.length=52 # Full 10 MHz BW --gnb.stack.pdsch.mcs=27 # Maximum MCS --gnb.stack.pusch.slots=none ${NR_PHY_TEST_COMMON_ARGS} ) endforeach () # UL flooding add_nr_test(nr_phy_test_${NR_PHY_TEST_BW}_${NR_PHY_TEST_DUPLEX}_ul_only nr_phy_test --reference=carrier=${NR_PHY_TEST_BW},duplex=${NR_PHY_TEST_DUPLEX} --duration=${NR_PHY_TEST_DURATION_MS} --gnb.stack.pdsch.slots=none --gnb.stack.pusch.slots=all --gnb.stack.pusch.start=0 # Start at RB 0 --gnb.stack.pusch.length=52 # Full 10 MHz BW --gnb.stack.pusch.mcs=28 # Maximum MCS ${NR_PHY_TEST_COMMON_ARGS} ) # DL and UL flooding add_nr_test(nr_phy_test_${NR_PHY_TEST_BW}_${NR_PHY_TEST_DUPLEX}_bidir nr_phy_test --reference=carrier=${NR_PHY_TEST_BW},duplex=${NR_PHY_TEST_DUPLEX} --duration=${NR_PHY_TEST_DURATION_MS} --gnb.stack.pdsch.slots=all --gnb.stack.pdsch.start=0 # Start at RB 0 --gnb.stack.pdsch.length=52 # Full 10 MHz BW --gnb.stack.pdsch.mcs=28 # Maximum MCS --gnb.stack.pusch.slots=all --gnb.stack.pusch.start=0 # Start at RB 0 --gnb.stack.pusch.length=52 # Full 10 MHz BW --gnb.stack.pusch.mcs=28 # Maximum MCS ${NR_PHY_TEST_COMMON_ARGS} ) endforeach () add_nr_test(nr_phy_test_${NR_PHY_TEST_BW}_bidir_sched nr_phy_test --reference=carrier=${NR_PHY_TEST_BW} --duration=100 # 100 slots --rnti=17921 # 0x4601 --gnb.stack.pdsch.slots=0,1,2,3,4,5 # All possible DL slots --gnb.stack.pdsch.start=0 # Start at RB 0 --gnb.stack.pdsch.length=52 # Full 10 MHz BW --gnb.stack.pdsch.mcs=28 # Maximum MCS --gnb.stack.pusch.slots=6,7,8,9 # All possible UL slots --gnb.stack.pusch.start=0 # Start at RB 0 --gnb.stack.pusch.length=52 # Full 10 MHz BW --gnb.stack.pusch.mcs=28 # Maximum MCS --gnb.stack.use_dummy_sched=false # Use real NR scheduler ${NR_PHY_TEST_COMMON_ARGS} ) # Test PRACH transmission and detection add_nr_test(nr_phy_test_${NR_PHY_TEST_BW}_prach_fdd nr_phy_test --reference=carrier=${NR_PHY_TEST_BW},duplex=FDD --duration=1000 # 1000 slots --gnb.stack.pdsch.slots=none # No PDSCH --gnb.stack.pusch.slots=none # No PUSCH --gnb.phy.nof_threads=${NR_PHY_TEST_GNB_NOF_THREADS} --ue.stack.prach.period=30 # Transmit PRACH every 30 radio frames --ue.stack.prach.preamble=10 # Use preamble 10 --ue.phy.nof_threads=${NR_PHY_TEST_UE_NOF_THREADS} ) add_nr_test(nr_phy_test_${NR_PHY_TEST_BW}_prach_tdd nr_phy_test --reference=carrier=${NR_PHY_TEST_BW},duplex=6D+4U --duration=1000 # 1000 slots --gnb.stack.pdsch.slots=none # No PDSCH --gnb.stack.pusch.slots=none # No PUSCH --ue.stack.prach.period=30 # Transmit PRACH every 30 radio frames --ue.stack.prach.preamble=10 # Use preamble 10 ${NR_PHY_TEST_COMMON_ARGS} ) # Test scheduling request add_nr_test(nr_phy_test_${NR_PHY_TEST_BW}_sr nr_phy_test --reference=carrier=${NR_PHY_TEST_BW} --duration=1000 # 1000 slots --gnb.stack.pdsch.slots=none # No PDSCH --gnb.stack.pusch.slots=none # No PUSCH --ue.stack.sr.period=4 # Transmit SR every 4 opportunities ${NR_PHY_TEST_COMMON_ARGS} ) # Test scheduling request multiplexed with HARQ ACK feedback add_nr_test(nr_phy_test_${NR_PHY_TEST_BW}_sr_harq nr_phy_test --reference=carrier=${NR_PHY_TEST_BW} --duration=1000 # 1000 slots --gnb.stack.pdsch.slots=all # All PDSCH --gnb.stack.pusch.slots=none # No PUSCH --ue.stack.sr.period=4 # Transmit SR every 4 opportunities ${NR_PHY_TEST_COMMON_ARGS} ) endforeach () endif ()