-.. Copyright (c) 2019 Intel
+.. Copyright (c) 2019 Intel
..
.. Licensed under the Apache License, Version 2.0 (the "License");
.. you may not use this file except in compliance with the License.
<br />
-Run L1
-======
+Run L1 and Testmac
+===================
.. contents::
:depth: 3
:local:
+Before you run L1, please make sure all the FH, WLS, and FAPI TM lib was built according to above relative chapters for each lib, or you can refer below quick build command to create these libs.
+
+Build FH
+------------
+ under folder phy/fhi_lib::
+
+ #./build.sh
+
+Build WLS
+-------------
+ under folder phy/wls_lib::
+ #./build.sh
+
+Build FAPI TM
+--------------
+ under folder phy/fapi_5g/build::
+ #./build.sh
+
For the Bronze release, the L1 only has a binary image as well as the testmac which is an L2 test application, details of the L1 and testmac application are in https://github.com/intel/FlexRAN
Download L1 and testmac
Download L1 and testmac through https://github.com/intel/FlexRAN
+CheckList Before Running the code
+---------------------------------
+Before running the L1 and Testmac code make sure that you have built the wls_lib, FHI_lib and 5G_FAPI_TM using the instructions provided earlier in this
+document and in the order specified in this documentation.
Run L1 with testmac
--------------------
-Three console windows are needed, one for L1 app, one for FAPI TM, one for testmac. They need to run in the following order L1-> FAPI TM-> testmac. |br|
-In each console window, the environment needs to be set using a shell script of example::
+Three console windows are needed, one for L1 app, one for FAPI TM, one for testmac. They need to run in the following order L1-> FAPI TM-> testmac.
+In each console window, the environment needs to be set using a shell script under folder phy/ example::
- #source ./setupenv.sh
+ #source ./setupenv.sh
* Run L1 under folder FlexRAN/l1/bin/nr5g/gnb/l1 in timer mode using::
#l1.sh -e
-**Note** that the markups dpdkBasebandFecMode and dpdkBasebandDevice needs to be adjusted in the relevant phycfg.xml under folder |br|
+**Note** that the markups dpdkBasebandFecMode and dpdkBasebandDevice needs to be adjusted in the relevant phycfg.xml under folder
FlexRAN/l1/bin/nr5g/gnb/l1 before starting L1. |br|
dpdkBasebandFecMode = 0 for LDPC Encoder/Decoder in software. |br|
dpdkBasebandFecMode = 1 for LDPC Encoder/Decoder in FPGA. (Not supported in the Bronze Release for the Open Source Community) |br|
testnum is always a 4 digit number. First digit represents the number of carriers to run.
For example, to run Test Case 5 for Uplink Rx mu=3, 100Mhz for 1 carrier, the command would be:
run 1 3 100 1005
-All the pre-defined test cases for the Bronze Release are defined in the Test Cases section in https://github.com/intel/FlexRAN and also in the Test |br|
+All the pre-defined test cases for the Bronze Release are defined in the Test Cases section in https://github.com/intel/FlexRAN and also in the Test
Cases section of this document.
-If user wants to run more slots (than specified in test config file) or change the mode or change the TTI interval of the test, then the command phystart can be used as follows:
+If the user wants to run more slots (than specified in test config file) or change the mode or change the TTI interval of the test, then the command phystart can be used as follows:
- **phystart mode interval num_tti**
-- **mode** is 0 (Radio) or 1 (Timer)
+- **mode** is 4 (ORAN compatible Radio) or 1 (Timer)
- **interval** is the TTI duration scaled as per Numerology (only used in timer mode).
Code Review / o-du / phy.git / blobdiff