kailv16 / netvrm Goto Github PK

This repository contains one version of the source code for our NSDI'22 paper "NetVRM: Virtual Register Memory for Programmable Networks".

• switch_code/
  
  • p4/: p4 code for NetVRM in the Wide Area Network (WAN) scenario.
    
    • includes/: packet header and parser.
    • netvrm_wan.p4: the main ingress and egress pipeline.
    • utils.p4: the page table and counter record.
    • shared_ht.p4: the virtualized register memory of the first four stages.
    • shared_ht_ext1.p4: the virtualized register memory of the last four stages.
  • netvrm_c/
    
    • src/
      • application.hpp describes the class Application, which represents an app instance. The class also contains a method to generate the application workload given the corresponding parameters.
      • options.hpp describes all the runtime arguments.
      • switch.hpp describes the class Switch.
    • tests/
      • test.hpp is the parent class Test and contains methods to commit updates to the data plane.
      • equal-active-test.hpp is the class EqualActiveTest inheriting from Test, and realizes the Equal-Active approach.
      • equal-all-test.hpp is the class EqualAllTest inheriting from Test, and realizes the Equal-All approach.
      • netvrm-test.hpp is the class NetVRMTest inheriting from Test, and realizes the NetVRM approach.
• config.py: some parameters to configure.
• console.py: the python script to help run the experiments.
• README.md: This file.
  

• Hardware
  
  • Intel Tofino switch
    
  • Servers with a DPDK-compatible NIC (we used an Intel XL710 for 40GbE QSFP+)
    
• Software
  
  • Intel P4 Studio (8.9.1)
    
• Datasets
  
  • 2019 passive CAIDA trace

• Configure the parameters in the files based on your environment
  
  • config.py: provide the information of your servers (passwd, dir, etc.).
    
• Environment setup
  
  • Setup the switch
    
    • Copy the files to the switch with python console.py sync_switch
      
    • Setup the necessary environment variables to point to the appropriate locations.
      
    • Compile netvrm_wan.p4 in your P4 Studio.
      
  • Setup the clients
    
    • Please refer to MoonGen.
      
• Compile and run the switch program
  
  • python console.py run_switch
    
• Other commands
  
  • python console.py replay_caida: replay the CAIDA traces on the end-hosts.
    
  • python console.py kill_replay: terminate the CAIDA trace replay.
    
• Reproduce the results
  
  • python console.py run_hh: run heavy hitter detection apps in WAN scenario.
    
  • python console.py run_opentcp: run newly opened TCP connection detection apps in WAN scenario.
    
  • python console.py run_ss: run superspreader detection apps in WAN scenario.
    
  • python console.py run_slo: study the impact of the utility target.
    
  • python console.py run_ar: study the impact of the number of application instances.
    
  • python console.py run_alloc_epoch: study the impact of the allocation epoch.
    

For any question, please contact hzhu at jhu dot edu.