1. Components

1.1 Framework Codes

• gstream/* for creating a streaming graphs
• msforest/* for expansion list, ms-trees and concurrent design
• timing/* main functions conduct Insertion/Deletion over streaming graphs

1.2 Implemented Applications

• network/* for the application over network flow dataset
  • netflow dataset is anonymous network traffic that can be downloaded from CAIDA.org
  • network/netdat/query/* contains queries that can be parsed by bool netquery::parseQuery() in network/netquery.cpp
    • lines starting with 'e' denote edges
    • lines starting with 'b' denote timing order constraints
    • lines starting with 't' denote TC-subqueries (i.e., TC-Decomposition)
• rdf/* for the application over synthetic rdf stream dataset
  • rdf dataset is generated with lsBench generator
    • https://storage.googleapis.com/google-code-archive-downloads/v2/code.google.com/lsbench/sibStream0617.tar
  • rdf/rdfdat/query/* contains queries that can be parsed by bool rdfquery::parseQuery() in rdf/rdfquery.cpp (similar to those in network/netdat/query/*)
• You can develop a new application by implementing framework codes as those in network/* and rdf/*

2. Compile

2.1 network Makefile

• network/Makefile
• Enable 'CFLAGS += -DNO_THREAD' to compile for running in single-thread
• Enable 'CFLAGS += -DALL_I' to compile for running in Incremental-Only mode (only conduct Insertion)
• you may need to create folders: network/bin and network/.objs

2.2 rdf Makefile

• rdf/Makefile
• Similar to those in network/Makefile

3. Running

3.1 network/rdf

• 	* argv0 : binary
  	* argv1 : dataset
  	* argv2 : query
  	* argv3 : winsz
  	* argv4 : Max_Thread_Num

• Refer to network/timing_network.cpp (rdf/timing_rdf.cpp) for more detail