1. Washington WASHINGTON UNIVERSITY IN ST LOUIS jdd@arl.wustl.edu CP and Full MSR Test Status

2. 2 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM CP Status Ported to Linux (still works on NetBSD) –Previous WUGS tools already worked on both –newGBNSC.init and newGBNSC (read only) Do NOT use old GBNSC anymore! –sendcmd – MSR configuration and control utility Other changes and things to do: –sendcmd – MSR configuration and control utility Used by configuration module via script All output now controlled via verbose flag (-v) –AAL5download – SPC kernel downloader Uses the APIC User space library installed in: –wu_arl/utilities/lib/{Linux,NetBSD}/libAPIC.a To Do: Better error checking

3. 3 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM CP Status (continued) –AAL5Generator – traffic generator Uses the APIC User space library installed in: –wu_arl/utilities/lib/{Linux,NetBSD}/libAPIC.a DONE: Add interface for on-the-fly changes: –Stop transmission: suspends APIC transmit channel –Start transmission: resumes APIC transmit channel –Change destination address: update buffer memory with new dst »For this we may want chain to be only one desc/buffer. –Change transmission rate: change per VC pacing parameter –Quit: program exits DONE: Command line argument changes –DONE Packet size instead of index –DONE Make packet size continuous up to full MSR buffer size. DONE: buffer usage: –DONE Have it use one buffer of full MSR buffer size –DONE Set size fields based on command line arguments: »IP Header »AAL5 Trailer »Descriptor

4. 4 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM CP Status (continued) Configuration module –Functions: reset WUGS (causes reset of all SPCs) Configure WUGS with MSR VCs MSR component discovery (SPCs, line cards, …) –Build objects to represent ports Download SPC kernels (via system( ) of shell script) –To Do: integrate into Configuration module code??? Initialize SPC kernels (via system( ) of shell script) –To Do: »integrate into Configuration module code »Extend sendcmd functions and install as a library

5. 5 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM CP Status (continued) Configuration module (continued) –To Do: Overall MSR configuration file –Router/IP information –Information to control SPC kernel initialization phase Make kernel download/initialization dependent on discovery Integrate SPC kernel initialization Make configuration module a thread FPX integration –Discovery –Downloads: »What, where and how? –Initialization: »What, where and how? –Schedule?

6. 6 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM Full test config: Shift to Linux M Monitors VCXT entry sends cells to bit bucket H1 deak 50 H2 demand5 50 H3 tomcat 50 H5 demand8 50 H6 nmvc1 50 H7 tabby 50 P1 P2 P3 P4 P5 P6 P7 P0 50 P1 P2 P3 P4 P5 P6 P7 P1 P2 P3 P4 P5 P6 P0 50 M M M M M M M M M M M M M M P7 CP-1 gussie CP-2 nmvc3 Switch1 (MSR-1) MSR-0 Switch2 (MSR-4) 192.168.201.2 192.168.202.2 192.168.203.2 192.168.204.2 192.168.205.2 192.168.207.2 192.168.206.2 CP-3/H4 demand0 LinuxNetBSD

7. 7 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM Serial Ports for MSR 0 SPC 0: cvs.arl.wustl.edu (demand1): > tip spc0 SPC 1: cvs.arl.wustl.edu (demand1): > tip spc1 SPC2: spode: > tip spc1 SPC3: spode: > tip spc0 SPC4: demand4: > cu –s 9600 –l ttyS0 SPC5: demand0: > cu –s 9600 –l ttyS0 SPC6: demand8: > cu –s 9600 –l ttyS1 SPC7: demand8: > cu –s 9600 –l ttyS0

8. 8 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM General Comments Linux cvs seems to be a little different –CVS/Repository does not get the full path, missing /b/cvsroot Two sets of binaries –./$(OSTYPE) directory in source directory Change in Makefiles for Linux and NetBSD –Different include paths and files –Different library paths and files –Sometimes different gcc flags –Use OSTYPE environment variable Linux shells use this inconsistently, therefore, use: –make OSTYPE=Linux Install targets and directories –wu_arl/utilities/bin/{Linux,NetBSD}/ Each contains AAL5Generator,AAL5_download.sh, … –wu_arl/utilities/lib/{Linux,NetBSD}/libAPIC.a –wu_arl/msr/bin/{Linux,NetBSD}

9. 9 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM CP Configuration File MSR { # Global definitions ExternalBaseVC 50 InternalBaseVC 40 DQ on } # Port 1, ATM port, virtual interface definations Port 1 { Debug local # where to send MSR debug messages {local, remote, both} APIC 10000 # global pacing parameter Verbose stats apic # [verbose, info, warning, error, critical] [apic,ipfwd,iprx,iptx,mem,dq,stats, …] VIN 0 IP 192.168.201.1 Netmask 0xfffffff0 Point2Point APIC 4 VIN 1 IP 192.168.201.16 Netmask 0xfffffff0 Point2Point APIC 2 # APIC per VC pacing parameter ^^^^^^ }

10. 10 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM CP Configuration File ( continued ) # Port 2, GigE port, virtual interface definations Port 2 { Debug local # where to send MSR debug messages {local, remote, both} APIC 10000 # global pacing parameter Verbose stats apic # [verbose, info, warning, error, critical] [apic,ipfwd,iprx,iptx,mem,dq,stats, …] VIN 0 IP 192.168.202.1 Netmask 0xfffffff0 Broadcast APIC 2 VIN 1 IP 192.168.202.16 Netmask 0xfffffff0 Broadcast APIC 2 } # Port 3, GigE port, virtual interface definations Port 3 { Debug local # where to send MSR debug messages {local, remote, both} APIC 10000 # global pacing parameter Verbose stats apic # [verbose, info, warning, error, critical] [apic,ipfwd,iprx,iptx,mem,dq,stats, …] VIN 0 IP 192.168.203.1 Netmask 0xfffffff0 Broadcast APIC 1 }

11. 11 Washington WASHINGTON UNIVERSITY IN ST LOUIS John DeHart- 11/22/2015 9:59 AM CP Configuration File ( continued ) # MSR Routing Neighbors # Since protocols like OSPF behave differently on broadcast, # point-to-point and non-broadcast multi-access networks # we list the proto type here. Also, we need a way to # bind IP router's IP address (next hop as in an intermediate # node and not the final destination) to a MAC address. The problem # is on broadcast networks (our GigE interface) where the packet's # destination address is the final end-station and not the intermediate # router's address. These entries provide a mapping from next hop router # to MSR SubPort (SubPort maps directly to an outbound VCI on the # interface). Routing { MSR IP 192.168.201.2 Proto OSPF Rtr IP 192.168.201.17 Proto OSPF MSR IP 192.168.202.2 Proto FlexNet MSR IP 192.168.202.17 Proto OSPF }...