Description

BGP Syllabus

1.BGP Peering (14)

1.BGP with directly connected router lies on same IP subnet Part 1
2. IBGP with directly connected router lies on same IP subnet Part 2
3. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 1
4. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 2
5. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 3
6. IBGP with directly connected router but neighbor adjacency with different IP subnet Part 4
7. IBGP with not directly connected router Part 1
8. IBGP with not directly connected router Part 2
9. EBGP with directly connected router lies on same IP subnet Part 1
10. EBGP with directly connected router lies on same IP subnet Part 2
11. EBGP with directly connected router but neighbor adjacency with different IP subnet Part 1
12. EBGP with directly connected router but neighbor adjacency with different IP subnet Part 2
13. EBGP with not directly connected router Part 1
14. EBGP with not directly connected router Part 2

2.BGP Network Advertisements (8)
15.BGP Network Advertisement with no auto-summary using network statement Part 1
16.BGP Network Advertisement with no auto-summary using network statement Part 2
17.BGP Network Advertisement with auto-summary using network statement Part 1
18.BGP Network Advertisement with auto-summary using network statement Part 2
19.BGP Network Advertisement with no auto-summary using redistribution Part 1
20.BGP Network Advertisement with no auto-summary using redistribution Part 2
21.BGP Network Advertisement with auto-summary using redistribution Part 1
22.BGP Network Advertisement with auto-summary using redistribution Part 2

3. Destination NID is Unreachable (8)
23.BGP Next Hop Inaccessible Solution 1 -- Part
24.BGP Next Hop Inaccessible Solution 1 -- Part
25.BGP Next Hop Inaccessible Solution 2 -- Part 1
26.BGP Next Hop Inaccessible Solution 2 -- Part 2
27.BGP Next Hop Inaccessible Solution 3 -- Part 1
28.BGP Next Hop Inaccessible Solution 3 -- Part 2
29.BGP Next Hop Inaccessible Solution 4 -- Part 1
30.BGP Next Hop Inaccessible Solution 4 -- Part 2

4. RIB Failure, Authentication, Synchronization, router-id (8)
31.BGP RIB Failure Part 1
32.BGP RIB Failure Part
33.BGP Synchronization Part 1
34.BGP Synchronization Part 2
35.BGP Authentication Part 1
36.BGP Authentication Part 2
37.BGP Router ID Part 1
38.BGP Router ID Part 2

5. Redistribution BGP & IGP (12)
39. Redistributing EBGP Prefix into IGP Part 1
40. Redistributing EBGP Prefix into IGP Part 2
41. Redistributing IBGP Prefix into IGP Part 1
42. Redistributing IBGP Prefix into IGP Part 2
43.BGP Redistribution with Connected Prefix Part 1
44.BGP Redistribution with Connected Prefix Part 2
45.BGP Redistribution with Static Part 1
46.BGP Redistribution with Static Part 2
47.BGP Redistribution with RIP Prefix Part 1
48.BGP Redistribution with RIP Prefix Part 2
49.BGP Redistribution with EIGRP Part 1
50.BGP Redistribution with EIGRP Part 2

6. Administrative Distance (6)
51.Modify the distance of all routes received from a particular Neighbor Part 1
52.Modify the distance of all routes received from a particular Neighbor Part 2
53.Modify the distance of a specific routes received from a particular Neighbor Part 1
54.Modify the distance of a specific routes received from a particular Neighbor Part 2
55.Modify the distance of a external , internal & Local Route Part 1
56.Modify the distance of a external , internal & Local Route Part 2

7. BGP Aggregation (20)
57.BGP Aggregation of Local Route Part 1
58.BGP Aggregation of Local Route Part 2
59.BGP Aggregation of Redistributed Route Part
60.BGP Aggregation of Redistributed Route Part
61.BGP Aggregation of Learned Route Part 1
62.BGP Aggregation of Learned Route Part 2
63.BGP Aggregation using Static Route Part
64.BGP Aggregation using Static Route Part 2
65.BGP Aggregation with as-set Part 1
66.BGP Aggregation with as-set Part 2
67.BGP Aggregation with as-set & advertise-map Part 1
68.BGP Aggregation with as-set & advertise-map Part 2
69.BGP Aggregation with attribute-map Part 1
70.BGP Aggregation with attribute-map Part 2
71.BGP Aggregation with Summary-only Part 1
72.BGP Aggregation with Summary-only Part 2
73.BGP Aggregation with Suppress Map Part 1
74.BGP Aggregation with Suppress Map Part 2
75.BGP Aggregation with Unsuppress Map Part 1
76.BGP Aggregation with Unsuppress Map Part 2

8. BGP Default Route (12)
78.BGP Default route for all neighbor via network command Part 1
79.BGP Default route for all neighbor via network command Part 2
80.BGP Default route for all neighbor via redistribution & default info originate Part 1
81.BGP Default route for all neighbor via redistribution & default info originate Part 2
82.BGP Default route for a specific neighbor Part 1
83.BGP Default route for a specific neighbor Part 2
84.BGP Conditional default route with acl & route map Part 1
85.BGP Conditional default route with acl & route map Part 2
86.BGP Conditional default route with Prefix & route map Part 1
87.BGP Conditional default route with Prefix & route map Part 2
88.BGP Default Float Route Part 1
89.BGP Default Float Route Part 2

9. ACL vs Prefix-list (4)
90. ACL Vs Prefix-list part 1
91. ACL Vs Prefix-list part 2
92. Advance Prefix-list part 1
93. Advance Prefix-list part 2

10. Weight (8)
94.Configuring weight with neighbor statement Part 1
95.Configuring weight with neighbor statement Part 2
96.Configure weight with ACL & Route-map for a specific network prefix Part 1
97.Configure weight with ACL & Route-map for a specific network prefix Part 2
98.Configure weight with Prefix-list & Route-map for a specific network prefix Part 1
99.Configure weight with Prefix-list & Route-map for a specific network prefix Part 2
100. Configuring WEIGHT for routes originate from different AS with the help of AS-Path list & Route -map Part 1
101. Configuring WEIGHT for routes originate from different AS with the help of AS-Path list & Route -map Part 2

11. LOCAL Preference (8)
102.BGP default Local Preference part 1
103.BGP default Local Preference part 2
104. Configure local preference with ACL & Route-map for a specific network prefix Part 1
105. Configure local preference with ACL & Route-map for a specific network prefix Part 2
106.Configure local preference with Prefix-list & Route-map for a specific network prefix Part 1
107.Configure local preference with Prefix-list & Route-map for a specific network prefix Part 2
108. Configuring LP for routes originate from different AS with the help of AS-Path list & Route -map Part 1
109. Configuring LP for routes originate from different AS with the help of AS-Path list & Route -map Part 2

12. AS-PATH (7)
110.Configure AS Path Prepend with ACL & Route-map for a specific network prefix Part 1
111.Configure AS Path Prepend with ACL & Route-map for a specific network prefix Part 2
112.Configure AS Path Prepend with PREFIX & Route-map for a specific network prefix Part 1
114. Ignoring the As-Path attribute during path selection process part 1
115. Ignoring the As-Path attribute during path selection process part 2
116. Loop Prevention in EBGP Part 1
117. Loop Prevention in EBGP Part 2

13. MED (10)
118.Configuring Default MED Part 1
119.Configuring Default MED Part 2
120.Configure MED with ACL & Route-map for a specific network prefix Part 1
121.Configure MED with ACL & Route-map for a specific network prefix Part 2
122.Configure MED with PREFIX & Route-map for a specific network prefix Part 1
123.Configure MED with PREFIX & Route-map for a specific network prefix Part 2
124.MED from different autonomous system are generally not compared Part 1
125.MED from different autonomous system are generally not compared Part 2
126. Use of bgp bestpath med missing-as-worst part 1
127. Use of bgp bestpath med missing-as-worst part 2

14. Verification of BGP Path Selection (24)
130.Verify Highest WEIGHT path Part 1
131.Verify Highest WEIGHT path Part 2
132.Verify Highest LOCAL PREF path Part 1
133.Verify Highest LOCAL PREF path Part 2
136.Verify Shortest ASPATH Part 1
137.Verify Shortest ASPATH Part 2
138.Verify Lowest ORIGIN Code Path Part 1
139.Verify Lowest ORIGIN Code Path Part 2
140.Verify Lowest MED path Part 1
141.Verify Lowest MED path Part 2
142.Verify EBGP path over IBGP Part Part 1
143.Verify EBGP path over IBGP Part Part 2
144. Verify nearest IGP Path in IBGP Part 1
145. Verify nearest IGP Path in IBGP Part 2
146 & 147. Verify Shortest Cluster-list path
148.Verify Oldest STABLE path Part 1
149.Verify Oldest STABLE path Part 2
150. Verify Lowest RID path in IBP Part 1
151.Verify Lowest RID path in IBGP Part 2
152.Verify Lowest IP interface path in IBGP Part 1
153.Verify Lowest IP Interface Path in IBGP Part 2
154.Verify Lowest RID path in EBGP Part 1
155.Verify Lowest RID path in EBGP part 2
156 & 157 . Verify Lowest IP Interface path in EBGP

15. Next-hop Varification (6)
158. Next hop will not change in IBGP Part 1
159. Next hop will not change in IBGP Part 2
160. Next hop will change in EBGP Part 1
161. Next hop will change in EBGP Part 2
162.Next-hop will not change in EBGP(BMA) Part 1
163.Next-hop will not change in EBGP(BMA) Part 2

16. Controlling Incoming & outgoing Traffic (10)
166. Outgoing Path Selection Through Weight attributes Part 1
167. Outgoing Path Selection Through Weight attributes Part 2
168.Outgoing Path Selection through LOCAL_PREF Part 1
169.Outgoing Path Selection through LOCAL_PREF Part 2
170. Incoming Path Selection through AS_Path Prepending Part 1
171.Incoming Path Selection through AS_Path Prepending Part 2
172. Incoming Path selection through MED Part 1
173. Incoming Path selection through MED Part 2
174.Selection of DESIRED Outgoing Path & INCOMING return Path Part 1
175.Selection of DESIRED Outgoing Path & INCOMING return Path Part 2

17. Route Filtering (15)
178. Route Filtering via ACL & Route-map Part 1
179. Route Filtering via ACL & Route-map Part 2
180. Route Filtering via Prefix & Route-map Part 1
181. Route Filtering via Prefix & Route-map Part 2
182. Route Filtering via ACL & Distribute-list Part 1
183. Route Filtering via ACL & Distribute-list Part 2
186. Route Filtering via Prefix-list Part 1
187. Route Filtering via Prefix-list Part 2
188. Route Filtering only ODD Prefix Part 1
189. Route Filtering only ODD Prefix Part 2
190. Route Filtering only EVEN Prefix Part 1
191. Route Filtering only EVEN Prefix Part 2
192. AS Path Filtering Part 1
193 . AS Path Filtering Part 2.1
193. AS Path Filtering Part 2.2

18. Controlling on Advertise Prefix ( community ) (15)
194. BGP Community with no-export part 1
195. BGP Community with no-export part 2
196. BGP Community with no-advertise part 1
197. BGP Community with no-advertise part 2
198. BGP Community with local_AS in Bgp Confederation Part 1
199(a). BGP Community with local_AS in Bgp Confederation Part 2
199(b). BGP Community with No_Export in Bgp Confederation Part 1
199(c). BGP Community with No_Export in Bgp Confederation Part 2
199(d). BGP Community with No_Advertize in Bgp Confederation Part 1
199(e). BGP Community with No_Advertize in Bgp Confederation Part 2
200. BGP Community with none part 1
201. BGP Community with none part 2
204. BGP Own Community Part 1
205. BGP Own Community Part 2.1
205. BGP Own Community Part 2.2

19. BGP Performance Tools (14)
206. BGP Black Hole Part 1
207. BGP Black Hole Part 2
208. BGP Confederation part 1
209. BGP Confederation part 2.1
209. BGP Confideration part 2.2
210. BGP Route_reflector , Originator id , Cluster id , Cluster-list Part 1
211 (a).BGP Route_reflector , Originator id , Cluster id , Cluster-list Part 2.1
211(b).BGP Route_reflector , Originator id , Cluster id , Cluster-list Part 2.2
212. Controlling Incoming Prefixex Part 1
213. Controlling Incoming Prefixes Part 2
214. Configuring ORF part 1
215. Configuring ORF part 1
230. Soft-reconfiguration Inbound & Outbound Part 1
231. Soft-reconfiguration Inbound & Outbound Part 2

20.BGP Load Sharing (12)
236. Load Balance via IGP Protocols Part 1
237. Load Balance via IGP Protocols Part 2
238. Load Balance via Max Path Part 1
239. Load Balance via Max Path Part 2
240. Outgoing Load distribute through WEIGHT Part 1
241. Outgoing Load distribute through WEIGHT Part 2
242. Outgoing Load distribute through LOCAL PREF Part 1
243. Outgoing Load distribute through LOCAL PREF Part 2
244. Incoming Load distribute through AS-PATH Prepending Part 1
245. Incoming Load distribute through AS-PATH Prepending Part 2
246. Incoming Load Distribute through MED Part 1
247. Incoming Load Distribute through MED Part 2

21. Miscellaneous BGP Labs (36)
252. BGP Max-As Limit Part 1
253. BGP Max-As Limit Part 2
254. BGP Backdoor Part 1
255. BGP Backdoor Part 2
256. Advertise Primary ISP link while suppress the Secondary ISP link Part 1
257. Advertise Primary ISP link while suppress the Secondary ISP link Part 2
258. Remove _private_as Part 1
259. Remove _private_as Part 2
262. BGP disable-connected-check part 1
263. BGP disable-connected-check part 2
266. BGP over GRE Part 1
267. BGP over GRE Part 2
270. BGP Conditional Route Injection Part 1
271. BGP Conditional Route Injection Part 2.1
271. BGP Conditional Route Injection Part 2.2
272. BGP Local-as part 1.1
272. BGP Local-as part 1.2
273. BGP Local-as part 2
274. BGP no-prepend part 1
275. BGP no-prepend part 2
276. BGP replace-as part 1
277. BGP replace-as part 2
278. BGP dual-as part 1
279. BGP dual-as part 2
280. BGP fast-external-fallover part 1
280. BGP Router-id Part 1
281. BGP fast-external-fallover part 2
281. BGP Router-id Part 2
290. BGP Allow-As part 1
291. BGP Allow-As part 2
293. BGP log_neighbor_changes Part 2
294. Administratively Suhtdown BGP Session Part 1
295. Administratively Suhtdown BGP Session Part 2
296. Modify BGp Origin Code part 1
297. Modify BGp Origin Code part 2
298. TCP Session & BGP Session part 1
299. TCP Session & BGP Session part 2
300. BGP FSM(State) Part 1
301. BGP FSM(State) Part 2
302. BGP FSM( State) part 3
303. 4BYTE ASN
304. DYNAMIC BGP PEER