Is-is, Ipv6 static routing – H3C Technologies H3C S5560 Series Switches User Manual

Page 482

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background image

466

node creation,

425

node match criteria,

425

policy,

423

policy configuration,

425

Track collaboration,

424

IPv6 provider edge. See

6PE

IPv6 static routing

basic configuration,

338

BFD configuration,

336

BFD configuration (direct next hop),

340

BFD configuration (indirect next hop),

343

BFD control mode (direct next hop),

336

BFD control mode (indirect next hop),

336

BFD echo mode (single hop),

337

configuration,

335

,

338

default route configuration,

346

displaying,

338

route configuration,

335

IS-IS

address format,

132

area,

134

area address,

133

authentication (area),

157

authentication (neighbor relationship),

157

authentication (routing domain),

157

authentication configuration,

175

basic configuration,

140

,

163

BFD configuration,

159

,

182

broadcast network type,

136

circuit level configuration,

141

configuration,

132

,

139

,

163

CSNP packet send interval,

148

default route advertisement,

145

DIS election,

136

,

167

displaying,

162

ECMP routes max number,

144

enable,

140

enabling automatic cost calculation,

143

FRR automatic backup next hop calculation,

161

FRR BFD configuration,

161

FRR configuration,

160

,

185

FRR using routing policy,

161

global cost configuration,

143

GR configuration,

158

,

177

hello multiplier,

147

hello packet send interval,

147

interface cost configuration,

143

interface DIS priority,

148

interface hello packet send enable,

149

interface P2P network type configuration,

141

interface packet send/receive disable,

149

IPv6 IS-IS. See

IPv6 IS-IS

IS level configuration,

141

ISPF enable,

155

Level-1 router,

134

Level-1-2 router,

134

Level-2 router,

134

link cost configuration,

142

LSDB overload bit,

153

LSP flash flooding,

152

LSP fragment extension,

152

LSP length specification,

151

LSP parameter configuration,

150

LSP timer configuration,

150

LSP-calculated route filtering,

146

maintaining,

162

neighbor state change logging,

155

NET,

133

network management,

156

network optimization,

147

network security enhancement,

156

network tuning,

147

NSAP address format,

132

N-SEL,

133

NSR configuration,

159

,

179

PDU CLVs,

138

PDU hello type,

137

PDU LSP type,

137

PDU SNP type,

137

PDU types,

137

point-to-point network type,

136

PPP interface hello packet source address

check,

149

preference specification,

143

protocols and standards,

138

pseudonode,

136

redistributed route filtering,

146

route control configuration,

142

route convergence priority,

153

route filtering,

146

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