谁能帮我用中文注译一下!谢谢了!

djcat

完整文件在附件中查看!

谢了!

1. ## iSCSI Configuration File Sample - see iscsi.conf(5)
   
2. #
   
3. # All of the configuration parameters described in this file are applied
   
4. # globally to all targets, unless they are overridden by a local setting. The
   
5. # three types of local categories that can override the global settings are:
   
6. #
   
7. #   Target Name (i.e., TargetName)
   
8. #   Network (i.e., Subnet or Address)
   
9. #   SCSI Routing Instance (i.e., DiscoveryAddress)
   
10. #
    
11. # All parameters that are localized to one of the categories above must be
    
12. # indented by at least one white space or a tab character. If the parameter is
    
13. # not indented, it will be interpreted as a global parameter (see examples for
    
14. # each parameter).
    
15. #
    
16. # If more that one entry exists for any given parameter (either global or
    
17. # local), the last entry has precedence.
    
18. #
    
19. # If a parameter setting under the network category conflicts with a different
    
20. # setting of the same parameter under the discovery address or target name
    
21. # category (for the same target), the network setting will have precedence.
    
22. #
    
23. # If a parameter is not specified in the iscsi.conf file, the default setting is
    
24. # used. The default values for all parameters can be found in the readme file.
    
25. #
    
26. # In the sample settings shown below, the following definitions apply:
    
27. #     <text> = any alpha-numeric text string
    
28. #   <number> = any numeric text string
    
29. #  <address> = valid IP address of the form a.b.c.d[/e]
    
30. #   <portal> = valid portal address of the form a.b.c.d[:e]
    
31. #
    
32. # ----------------
    
33. # Network Category
    
34. # ----------------
    
35. # To localize parameters to targets on a particular network (i.e., to
    
36. # override the global settings), you need to use either the "Subnet" or
    
37. # "Address" settings. The format for the "Subnet" setting is a.b.c.d/e. An
    
38. # example of these settings would be:
    
39. #
    
40. #Subnet=10.4.100.0/24
    
41. #
    
42. # The format for "Address" is a.b.c.d. An example of these settings would be:
    
43. #
    
44. #Address=10.4.100.0
    
45. #
    
46. # The following parameters can be specified using the network category:
    
47. #
    
48. # 1) Connection Timeout Settings
    
49. # 2) Error Handling Timeout Settings
    
50. # 3) TCP Settings
    
51. #
    
52. # --------------------------
    
53. # Discovery Address Category
    
54. # --------------------------
    
55. # To localize parameters to targets found on a particular discovery address
    
56. # (i.e., to override the global settings), you need to use the
    
57. # "DiscoveryAddress" setting. The format for the "DiscoveryAddress" setting is
    
58. # a.b.c.d, a.b.c.d:e (where e is a TCP port number), or an instance name. An
    
59. # example of these settings would be:
    
60. #
    
61. #DiscoveryAddress=10.4.100.0
    
62. #  or
    
63. #DiscoveryAddress=10.4.100.1:3260
    
64. #  or
    
65. #DiscoveryAddress=scisrouter1
    
66. #
    
67. # The following parameters can be specified using the discovery address
    
68. # category:
    
69. #
    
70. # 1) Authentication Settings
    
71. # 2) ConnectionTimeout Settings
    
72. # 3) Continuous Discovery settings
    
73. # 4) AsyncEvent Notification Settings
    
74. #
    
75. # --------------------
    
76. # Target Name Category
    
77. # --------------------
    
78. # To localize parameters to targets identified by a particular target name
    
79. # (i.e., to override the global settings), you need to use the
    
80. # "TargetName" setting. The format for the "TargetName" setting is
    
81. # either the 'iqn' or 'eui' format. An example of these settings would be:
    
82. #
    
83. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
    
84. #
    
85. # The following parameters can be specified using the target name category:
    
86. #
    
87. # 1) CRC Settings
    
88. # 2) iSCSI Operational Parameter settings
    
89. # 3) Connection Timeout Settings
    
90. # 4) Session Timeout Settings
    
91. # 5) Error Handling Timeout Settings
    
92. # 6) TCP Settings
    
93. # 7) Portal Failover Settings
    
94. # 8) Multipath Settings
    
95. # 9) LUN settings
    
96. # 10) PreferredSubnet and PreferredPortal Settings
    
97. # 11) Enable/Disable targets
    
98. #
    
99. # ============================================================================
    
100. # PARAMETERS
     
101. # ============================================================================
     
102. #
     
103. # -----------------------
     
104. # AUTHENTICATION SETTINGS
     
105. # -----------------------
     
106. # To globally configure a CHAP username and password for initiator
     
107. # authentication by the target(s), uncomment the following lines:
     
108. #
     
109. #OutgoingUsername=<text>
     
110. #OutgoingPassword=<text>
     
111. #
     
112. # The maximum length for both the password and username is 256 characters.
     
113. 
     
114. # An example username and password would be:
     
115. #     
     
116. #OutgoingUsername=alice
     
117. #OutgoingPassword=nty57nbe  
     
118. #
     
119. # To globally configure a CHAP username and password for target(s)
     
120. # authentication by the initiator, uncomment the following lines:
     
121. #
     
122. #IncomingUsername=<text>
     
123. #IncomingPassword=<text>
     
124. #
     
125. # The maximum length for both the password and username is 256 characters.
     
126. 
     
127. # An example username and password would be:
     
128. #     
     
129. #IncomingUsername=bill
     
130. #IncomingPassword=ghot67  
     
131. #
     
132. # The global authentication settings can be overridden on a per discovery
     
133. # address basis. An example of a unique username and password for all targets
     
134. # found at address 192.168.10.94 would be:
     
135. #
     
136. #DiscoveryAddress=192.168.10.94
     
137. #  OutgoingUsername=fred
     
138. #  OutgoingPassword=uhyt6h         
     
139. #           and/or
     
140. #
     
141. #DiscoveryAddress=192.168.10.94
     
142. #  IncomingUsername=mary
     
143. #  IncomingPassword=kdhjkd9l
     
144. #
     
145. # ---------------
     
146. # DIGEST SETTINGS
     
147. # ---------------
     
148. # To globally enable CRC32C digest checking for the header and/or data part of
     
149. # iSCSI PDUs, uncomment one or both of the following lines:
     
150. #
     
151. #HeaderDigest=always
     
152. #DataDigest=always
     
153. #
     
154. # To globally disable digest checking for the header and/or data part of
     
155. # iSCSI PDUs, uncomment one or both of the following lines:
     
156. #
     
157. #HeaderDigest=never
     
158. #DataDigest=never
     
159. #
     
160. # To globally allow the targets to control the setting of the digest checking,
     
161. # with the initiator requesting a preference of enabling the checking, uncomment
     
162. # one or both of the following lines:
     
163. #
     
164. #HeaderDigest=prefer-on
     
165. #DataDigest=prefer-on
     
166. #
     
167. # To globally allow the targets to control the setting of the digest checking,
     
168. # with the initiator requesting a preference of disabling the checking,
     
169. # uncomment one or both of the following lines:
     
170. #
     
171. #HeaderDigest=prefer-off
     
172. #DataDigest=prefer-off
     
173. #
     
174. # The global digest settings can be overridden on a per target name basis. An
     
175. # example of enabling header and data digest checking just for target iqn.1987-
     
176. # 05.com.cisco:00.0d1d898e8d66.t0 would be:
     
177. #
     
178. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
     
179. #  HeaderDigest=always
     
180. #  DataDigest=always
     
181. #
     
182. # It should also be noted that if the initiator and the target have incompatible
     
183. # settings (e.g., target set for "always" and initiator set for "never"), the
     
184. # login will fail.
     
185. #
     
186. # ------------------------
     
187. # PORTAL FAILOVER SETTINGS
     
188. # ------------------------
     
189. # To globally enable the driver to connect to target(s) through alternate IP
     
190. # addresses automatically whenever the primary connection to the target(s) is
     
191. # lost, uncomment the following line:
     
192. #
     
193. #PortalFailover=yes
     
194. #
     
195. # To globally disable the driver to connect to target(s) through alternate IP
     
196. # addresses automatically whenever the primary connection to the target(s) is
     
197. # lost, uncomment the following line:
     
198. #
     
199. #PortalFailover=no
     
200. #
     
201. # To globally specify a preferred subnet or portal to which the iSCSI driver
     
202. # should connect to when the driver is initially started or when a failover
     
203. # occurs, uncomment one of the following lines:
     
204. #
     
205. #PreferredSubnet=<address>
     
206. #PreferredPortal=<portal>
     
207. #
     
208. # The global portal failover settings can be overridden on a per
     
209. # target basis. An example of enabling portal failover and setting the preferred
     
210. # subnet of 192.168.10.95 for just target iqn.1987-
     
211. # 05.com.cisco:00.0d1d898e8d66.t0 would be:
     
212. #
     
213. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
     
214. #  PreferredSubnet=192.168.10.0/24
     
215. #  PortalFailover=yes
     
216. #
     
217. # If both "PreferredSubnet" and "PreferredPortal" values are specified, then
     
218. # "PreferredPortal" will take precedence.
     
219. #
     
220. # It should also be noted that if "Multipath=portal", then "PortalFailover"
     
221. # must be set to "no" so that the portal failover feature in the driver does
     
222. # not interfere with the third party multi-pathing application. If
     
223. # "Multipath=portal" and "PortalFailover=yes", undesired behavior will occur.
     
224. #
     
225. # ------------------
     
226. # MULTIPATH SETTINGS
     
227. # ------------------
     
228. # To globally enable third-party multipathing so that multiple network paths to
     
229. # a given target are presented by the driver, uncomment the following line:
     
230. #
     
231. #Multipath=portal
     
232. #
     
233. # To globally enable third-party multipathing so that multiple network paths to
     
234. # a given target are presented in a such a way that only one network path per
     
235. # portal group is presented by the driver, uncomment the following line:
     
236. #
     
237. #Multipath=portalgroup
     
238. #
     
239. # To globally disable third-party multipathing so that only a single network
     
240. # path for a given target is presented by the driver, uncomment the following
     
241. # line:
     
242. #
     
243. #Multipath=no
     
244. #
     
245. # The global multipath setting can be overridden on a per target name basis. An
     
246. # example of enabling multipathing for just target iqn.1987-
     
247. # 05.com.cisco:00.0d1d898e8d66.t0 would be:
     
248. #
     
249. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
     
250. #  Multipath=portal
     
251. #
     
252. # To globally enable third-party multipathing to make use of multiple host
     
253. # NICs so that each NIC represents a SCSI bus, uncomment the following line:
     
254. #
     
255. #HostIPsforMP=<address1,address2,etc.>
     
256. #
     
257. # where each <address> is the IP address of each NIC in the host.
     
258. #
     
259. # If both "Multipath" and "HostIPsforMP" are uncommented then the settings for
     
260. # "HostIPsforMP" will take precedence for multipathing.
     
261. #
     
262. # It should also be noted that if "Multipath=portal" or "Multipath=portalgroup"
     
263. # or HostIPsforMP is set, then "PortalFailover" must be set to "no" so that the
     
264. # portal failover feature in the driver does not interfere with the third party
     
265. # multi-pathing application. If there is conflict between the settings,
     
266. # undesired behavior will occur.
     
267. #
     
268. # ------------
     
269. # LUN SETTINGS
     
270. # ------------
     
271. # To globally specify the list of allowed LUNs for all available iSCSI targets,
     
272. # uncomment one of the following lines:
     
273. #
     
274. # LUN=<lun_number>
     
275. # LUNs=<lun_range or lun_list>
     
276. #
     
277. # where:
     
278. #   lun_number is a specific LUN in the range of 0 to 255
     
279. #   lun_range is a range of LUNs with the min and max values separated by
     
280. #   a "-"
     
281. #   lun_list is a list of LUNs with each LUN value separated by a ","
     
282. #
     
283. # An example of each of the formats would be:
     
284. #
     
285. #LUN=35
     
286. #LUNs=39-47
     
287. #LUNs=200,49,0,31
     
288. #
     
289. # The global LUN setting can be overridden on a per target name basis. An
     
290. # example of setting the allowed LUN list to be 39 through 47 for just target
     
291. # iqn.1987-05.com.cisco:00.0d1d898e8d66.t0 would be:
     
292. #
     
293. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
     
294. #  LUNs=39-47
     
295. #
     
296. # ----------------------
     
297. # ENABLE/DISABLE TARGETS
     
298. # ----------------------
     
299. # To globally enable/disable group of targets use the following option.
     
300. #
     
301. # TargetNames mentioned after the below entry will be enabled by default.
     
302. #Enabled=yes
     
303. #
     
304. # TargetNames mentioned after the below entry will be disabled by default.
     
305. #Enabled=no
     
306. #
     
307. # To specifically enable/disable a target, use the following entry
     
308. # under Targetname.
     
309. #
     
310. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
     
311. #  Enabled=yes
     
312. #
     

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[ 本帖最后由 djcat 于 2006-5-12 17:35 编辑 ]

djcat

1. # ---------------------------
   
2. # CONNECTION TIMEOUT SETTINGS
   
3. # ---------------------------
   
4. # To globally specify the time to wait for a login PDU to be received from
   
5. # the target in response to a login request sent by the initiator before failing
   
6. # the connection attempt, uncomment the following line:
   
7. #
   
8. #LoginTimeout=<number>
   
9. #
   
10. # where <number> is in seconds. A setting of "0" will result in commands never
    
11. # being timed out.
    
12. #
    
13. # To globally specify the time to wait for a login PDU carrying authentication
    
14. # information to be received from the target in response to a login request sent
    
15. # by the initiator before failing the connection attempt, uncomment the
    
16. # following line:
    
17. #
    
18. #AuthTimeout=<number>
    
19. #
    
20. # where <number> is in seconds. A setting of "0" will result in commands never
    
21. # being timed out.
    
22. #
    
23. # IdleTimeout and ActiveTimeout determine when a ping has to be sent to check
    
24. # the status of the connection when there is no traffic on the connection from
    
25. # the target.
    
26. #
    
27. # To globally specify the time to wait on a connection with no tasks active in
    
28. # the session, uncomment the following line:
    
29. #
    
30. #IdleTimeout=<number>
    
31. #
    
32. # where <number> is in seconds. A setting of "0" will result in a ping never
    
33. # being sent.
    
34. #
    
35. # To globally specify the time to wait on a connection with tasks active in the
    
36. # session, uncomment the following line:
    
37. #
    
38. #ActiveTimeout=<number>
    
39. #
    
40. # where <number> is in seconds. A setting of "0" will result in a ping never
    
41. # being sent.
    
42. #
    
43. # To globally specify the time to wait for a ping response after a ping has been
    
44. # sent to a target before failing the existing connection and initiating a new
    
45. # one, uncomment the following line:
    
46. #
    
47. #PingTimeout=<number>
    
48. #
    
49. # where <number> is in seconds. A setting of "0" will result in the ping command
    
50. # never timing out.
    
51. #
    
52. # The global connection timeout settings can be overridden on a per target name,
    
53. # discovery address or IP address basis. An example of setting the
    
54. # "LoginTimeout" value to 12 seconds for just target iqn.1987-
    
55. # 05.com.cisco:00.0d1d898e8d66.t0 would be:
    
56. #
    
57. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
    
58. #  LoginTimeout=12
    
59. #
    
60. # An example of setting the "AuthTimeout" value to 8 seconds for just all
    
61. # targets found at address 192.168.10.94 would be:
    
62. #
    
63. #DiscoveryAddress=192.168.10.94
    
64. #  AuthTimeout=8
    
65. #
    
66. # An example of setting the "IdleTimeout" value to 3 seconds for just all
    
67. # targets found on subnet 192.168.10.94 would be:
    
68. #
    
69. #Subnet=192.168.10.0/24
    
70. #  IdleTimeout=3
    
71. #
    
72. # ------------------------
    
73. # SESSION TIMEOUT SETTINGS
    
74. # ------------------------
    
75. # To globally specify the length of time to wait for session re-establishment
    
76. # before failing SCSI commands back to the application, uncomment the
    
77. # following line:
    
78. #
    
79. #ConnFailTimeout=<number>
    
80. #
    
81. # where <number> is in seconds. A setting of "0" will result in commands never
    
82. # being failed back due to connection failure.
    
83. #
    
84. # To globally specify the length of time to wait before failing SCSI
    
85. # commands to a target device back to the application, uncomment the following
    
86. # line:
    
87. #
    
88. #DiskCommandTimeout=<number>
    
89. #
    
90. # where <number> is in seconds. A setting of "0" will result in commands never
    
91. # being timed out.
    
92. #
    
93. # The global session timeout settings can be overridden on a per target name
    
94. # basis. An example of setting the "DiskCommandTimeout" value to 3 seconds and
    
95. # the "ConnFailTimeout" value to 5 seconds for just target iqn.1987-
    
96. # 05.com.cisco:00.0d1d898e8d66.t0 would be:
    
97. #
    
98. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
    
99. #  DiskCommandTimeout=3
    
100. #  ConnFailTimeout=5
     
101. #
     
102. # If a third party multipathing application is being used (i.e.,
     
103. # "Multipath=portal"), then the "ConnFailTimeout" should be set to smaller
     
104. # value such as 15 and the "DiskCommandTimeout" should be set to smaller
     
105. # value such as 10. These values are just guidelines so the actual values
     
106. # will be dependent on the users operating environment.
     
107. #
     
108. # -------------------------------
     
109. # ERROR HANDLING TIMEOUT SETTINGS
     
110. # -------------------------------
     
111. # To globally specify the length of time to wait for an abort command to
     
112. # complete before declaring the abort command has failed, uncomment the
     
113. # following line:
     
114. #
     
115. #AbortTimeout=<number>
     
116. #
     
117. # where <number> is in seconds. A setting of "0" will result in commands never
     
118. # being timed out.
     
119. #
     
120. # To globally specify the length of time to wait for a reset command to complete
     
121. # before declaring that the reset command has failed, uncomment the following
     
122. # line:
     
123. #
     
124. #ResetTimeout=<number>
     
125. #
     
126. # where <number> is in seconds. A setting of "0" will result in commands never
     
127. # being timed out.
     
128. #
     
129. # The global error handling timeout settings can be overridden on a per target
     
130. # name or per IP address basis. An example of setting the "AbortTimeout" value
     
131. # to 10 seconds for just target iqn.1987-05.com.cisco:00.0d1d898e8d66.t0 would
     
132. # be:
     
133. #
     
134. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
     
135. #  AbortTimeout=10
     
136. #
     
137. # An example of setting the "ResetTimeout" value to 6 seconds for just all
     
138. # targets found on portal 192.168.10.94 would be:
     
139. #
     
140. #Subnet=192.168.10.0/24
     
141. #  ResetTimeout=6
     
142. #
     
143. # -----------------------------
     
144. # CONTINUOUS DISCOVERY SETTINGS
     
145. # -----------------------------
     
146. # To globally specify that all discovery sessions be kept open, uncomment the
     
147. # following line:
     
148. #
     
149. #Continuous=yes
     
150. #
     
151. # To globally specify that all discovery sessions be closed once discovery is
     
152. # completed, uncomment the following line:
     
153. #
     
154. #Continuous=no
     
155. #
     
156. # The global continuous discovery setting can be overridden on a per target
     
157. # basis. An example of setting "Continuous" to "no" for just target iqn.1987-
     
158. # 05.com.cisco:00.0d1d898e8d66.t0 would be:
     
159. #
     
160. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
     
161. #  Continuous=no
     
162. #
     
163. # ---------------------------------
     
164. # ASYNC EVENT NOTIFICATION SETTINGS
     
165. # ---------------------------------
     
166. # To globally specify that the initiator wants to receive vendor specific async
     
167. # events from the target(s), uncomment the following line:
     
168. #
     
169. #SendAsyncText=yes
     
170. #
     
171. # To globally specify that the initiator does not want to receive vendor
     
172. # specific async events from the target(s), uncomment the following line:
     
173. #
     
174. #SendAsyncText=no
     
175. #
     
176. # The SendAsyncText key can be specified for a particular Discovery Address.
     
177. #
     
178. # The global async event notification setting can be overridden on a per target
     
179. # basis. An example of setting "SendAsyncText" to "no" for just target iqn.1987-
     
180. # 05.com.cisco:00.0d1d898e8d66.t0 would be:
     
181. #
     
182. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
     
183. #  SendAysncText=no
     
184. #
     
185. # ------------------------------------
     
186. # iSCSI OPERATIONAL PARAMETER SETTINGS
     
187. # ------------------------------------
     
188. # To globally enable R2T flow control (i.e., the initiator must wait for an R2T
     
189. # command before sending any data), uncomment the following line:
     
190. #
     
191. #InitialR2T=yes
     
192. #
     
193. # To globally disable R2T flow control (i.e., the initiator has an implied
     
194. # initial R2T of "FirstBurstLength" at offset 0), uncomment the following line:
     
195. #
     
196. #InitialR2T=no
     
197. #
     
198. # To globally enable immediate data (i.e., the initiator sends unsolicited data
     
199. # with the iSCSI command packet), uncomment the following line:
     
200. #
     
201. #ImmediateData=yes
     
202. #
     
203. # To globally disable immediate data (i.e., the initiator does not send
     
204. # unsolicited data with the iSCSI command PDU), uncomment the following line:
     
205. #
     
206. #ImmediateData=no
     
207. #
     
208. # To globally specify the maximum number of data bytes the initiator can receive
     
209. # in an iSCSI PDU from a target, uncomment the following line:
     
210. #
     
211. #MaxRecvDataSegmentLength=<number>
     
212. #
     
213. # where <number> is the number of bytes in the range of 512 to (2^24-1)
     
214. #
     
215. # To globally specify the maximum number of unsolicited data bytes the initiator
     
216. # can send in an iSCSI PDU to a target, uncomment the following line:
     
217. #
     
218. #FirstBurstLength=<number>
     
219. #
     
220. # where <number> is the number of bytes in the range of 512 to (2^24-1)
     
221. #
     
222. # To globally specify the maximum SCSI payload that the initiator will negotiate
     
223. # with the target for, uncomment the following line:
     
224. #
     
225. #MaxBurstLength=<number>
     
226. #
     
227. # where <number> is the number of bytes in the range of 512 to (2^24-1)
     
228. #
     
229. # To globally specifiy the maximum number of bytes that can be sent over a TCP
     
230. # connection by the initiator before receiving an acknowledgement from the
     
231. # target, uncomment the following line:
     
232. #
     
233. #TCPWindowSize=<number>
     
234. #
     
235. # where <number> is the number of bytes in the range of 512 to (2^24-1)
     
236. #
     
237. # The global iSCSI operational parameter setting can be overridden on a per
     
238. # target basis. An example of setting multiple parameters for just target
     
239. # iqn.1987-05.com.cisco:00.0d1d898e8d66.t0 would be:
     
240. #
     
241. #TargetName=iqn.1987-05.com.cisco:00.0d1d898e8d66.t0
     
242. #  InitialR2T=no
     
243. #  ImmediateData=no
     
244. #  MaxRecvDataSegmentLength=128 * 1024
     
245. #  FirstBurstLength=262144
     
246. #  MaxBurstLength=(16 * 1024 * 1024) - 1024
     
247. #  TCPWindowSize=262144
     
248. #
     
249. # The global "TCPWindowSize" setting can also be overridden on a per portal
     
250. # basis. An example of setting the "TCPWindowSize" for just subnet 10.77.13.0/16
     
251. # would be:
     
252. #
     
253. #Subnet=10.77.13.0/16
     
254. #  TCPWindowSize=262144
     
255. #
     
256. # ------------
     
257. # SLP SETTINGS
     
258. # ------------
     
259. # To globally configure the unicast IP address of the SLP service or directory
     
260. # agent (i.e., the address at which iSCSI targets can be discovered), uncomment
     
261. # the following line:
     
262. #
     
263. #SLPUnicast=<address>
     
264. #
     
265. # where <address> is single IP address.
     
266. #
     
267. # To globally configure the multicast IP address of the SLP service or directory
     
268. # agent (i.e., the address at which iSCSI targets can be discovered), uncomment
     
269. # the following line:
     
270. #
     
271. #SLPMulticast=<address>
     
272. #
     
273. # where <address> is one of the following values:
     
274. #   "all"
     
275. #   "none"
     
276. #   an IP address
     
277. #
     
278. # An example of valid SLPMulticast settings are:
     
279. #
     
280. #SLPMulticast=all
     
281. #SLPMulticast=none
     
282. #SLPMulticast=192.168.10.94
     
283. #
     
284. # To enable CHAP authentication for every target discovered through a given SLP
     
285. # directory or service agent, add an "OutgoingUsername" and "OutgoingPassword"
     
286. # entry indented below the "SLPUnicast" or "SLPMulticast" entries. An example of
     
287. # these configurations would be:
     
288. #
     
289. #SLPUnicast=192.168.10.95
     
290. #  OutgoingUsername=alice
     
291. #  OutgoingPassword=nty57nbe
     
292. #
     
293. #SLPMulticast=all
     
294. #  OutgoingUsername=alice1
     
295. #  OutgoingPassword=nty57ocf
     
296. #
     
297. # To specify the time interval between the sending of successive SLP queries,
     
298. # uncomment the following line:
     
299. #
     
300. #PollInterval=<text>
     
301. #
     
302. # where <text> is specified in either seconds (e.g., "30s"), minutes
     
303. # (e.g., "3m") or hours (e.g., "5h").

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