GMPLS update - 33: adding standard extended TE tunnel parameters

#Added #standard #extended #TE #tunnel parameters in the GMPLS module. This include the #extended #tunnel #parameters for #bi-directional operation as well as parameters to specify the #TE-Node #identifiers as the #head and #tail #nodes for #mpls-tunnels. The #opposite-dir-tunnel pointer is used to refer the tunnel in the #reverse #direction for co-routed bi-directional or associated bi-directional tunnels. The #reverse #LSP could be a #different #LSP of the #same #tunnel in #co-routed #bi-directional use-case or the #same #LSP could function for #both the #directions. For #associated #bi-directional tunnel the #reverse #LSP will be part of an entirely #different #tunnel. The #tunnel-index and the #tunnel-instance parameters specify the respective indexes in the #reverse #tunnel for an associated bi-directional tunnel.

#GMPLS update 33 ...
[commit 45fb2dcfe012aaf02b4c2b417b0c5c5de68a5b86] (https://github.com/nes-repo/NES-Open-Switch/commit/45fb2dcfe012aaf02b4c2b417b0c5c5de68a5b86)

GMPLS update - 3: added standard GMPLS TE management framework

Added #standard #GMPLS #TE #tunnel #management #framework in GMPLS module. This adds the #extended #GMPLS #attribute s to the TE tunnel/LSP s. The GMPLS attributes like #switching-type, #LSP-encoding, #payload-type, #protection-type, #directionality, #path-computation-model, etc ... can be specified for the tunnels. Also the #LSP path level information can be separately indicated. The #statistics information of the #reverse #path for #bidirectional #LSP s is specified. The #LSP level #error #logging is also provided as part of the standard GMPLS framework.

#GMPLS update 3 ...
[commit d426b23529baec4326e9f8d092c4c5834a305a52] (https://github.com/nes-repo/NES-Open-Switch/commit/d426b23529baec4326e9f8d092c4c5834a305a52)

GMPLS update - 2: added standard MPLS TE management framework

Added #standard #MPLS #TE #tunnel management #framework in GMPLS module. This adds the facility for #create / #modify / #remove TE #tunnel/ #LSP s. The resource requirement for LSP s can be separately specified as #bandwidth #constraint. The #path #constraint for the LSP s can be specified as explicit route configuration. The #run-time real #path information of the LSP s is also provided as part of the standard framework.

#GMPLS update 2 ...
[commit 2b32223486638d73c9c724ab1398da0939641907] (https://github.com/nes-repo/NES-Open-Switch/commit/2b32223486638d73c9c724ab1398da0939641907)