moshell指令—大收集

目录

1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32. 33. 34. 35. 36. 37. 38. 39. 40. 41.

UNIX基本命令...................................................................................................... 2 Log操作 ................................................................................................................. 2 基站侧查看小区状态............................................................................................. 3 基站侧查看传输类型............................................................................................. 3 RNC侧查看传输类型 ........................................................................................... 3 基站侧查看传输误码（累积值）......................................................................... 4 基站测试传输误码................................................................................................. 4 RNC侧查看传输误码（累积值） ....................................................................... 5 基站侧查看基站当前告警..................................................................................... 6 基站侧查看基站历史告警 ................................................................................. 6 基站侧查看某一小时基站历史告警 ................................................................. 7 基站侧查看基站硬件状态 ................................................................................. 7 查看ipdatabase所在目录 .................................................................................. 8 查看整个RNC的所有小区状态 ....................................................................... 8 检查RBS的CE ................................................................................................. 9 检查是否有LICENSE文件 ............................................................................... 9 检查LICENSE信息 ........................................................................................... 9 检查FEATURE设置 ....................................................................................... 10 检查LICENSE设置 ......................................................................................... 10 查看RNC级参数 ............................................................................................. 11 查看小区级参数 ............................................................................................... 12 检查RBS的类型 ............................................................................................. 12 检查RBS的当前驻波比 ................................................................................. 12 检查当前天线的监控门限 ............................................................................... 13 修改天线的监控门限 ....................................................................................... 14 在RNC得出参数设置值 ................................................................................. 14 在RBS得出参数设置值 ................................................................................. 14 查看该基站每个小区用户数 ........................................................................... 14 查看基站的资源使用情况 ............................................................................... 15 查看小区的资源使用情况 ............................................................................... 16 查看某小区的所有3G邻区 ............................................................................ 17 打印小区归属RNC的3G邻区 ...................................................................... 17 打印小区的所有GSM邻区 ............................................................................ 18 整个RNC的外部GSM邻区 .......................................................................... 18 GSM小区的定义参数 ..................................................................................... 19 查看话务统计 ................................................................................................... 19 打印以前输入的指令 ....................................................................................... 20 打印以前的修改记录 ....................................................................................... 21 打印时间 ........................................................................................................... 21 查询参数解释 ................................................................................................... 21 检查网口的状态 ............................................................................................... 21

42. 43. 44. 45. 46. 47. 48. 49. 50. 51. 52. 53. 54. 55. 56. 57.

查看基站传输是否断的步骤 ........................................................................... 22 检查板子的历史记录 ....................................................................................... 22 数据比较 ........................................................................................................... 22 历史操作记录 ................................................................................................... 23 重新设置RBS的登录密码 ............................................................................. 23 重启RRU .......................................................................................................... 23 检查IP是否通 ................................................................................................. 24 MOBATCH的应用 .......................................................................................... 27 te log read 查看LOG记录 .............................................................................. 28 查看CE和当前小区下的用户数 .................................................................... 28 基站重启 ........................................................................................................... 28 参数对比（RBS与RNC）diff........................................................................ 29 参数修改lset .................................................................................................... 29 RNC侧GPEH的记录开启 ............................................................................. 30 查看传输同步问题 ........................................................................................... 30 看GPB板的详细信令 ..................................................................................... 30

1. UNIX基本命令

– zip *Huss_RN1EN* RN1EN.zip 压缩文件

– cp *Huss_RN1EN* /home/erolelh/TAB 复制文件

– cat *.tab > RN1EN.txt 将所有的TAB文件内容合并在一个文件

– grep EVENT RN1EN.txt > RN1EN_grep.txt 在文件中查找包含EVENT的行并存在一个文件

– egrep \ 172.*.log 两个关键字 – grep License.Key.File 172.*.log一个关键字 – tar -czvf kk.tar.gz moshell_logfiles/ 压缩目录

Log操作

l+ ：开一个logfile，默认路径为：~/moshell_logfiles/logs_moshell/～

l. ：查看当前有没有开logfile l- ：关掉正在运行的logfile

2. 基站侧查看小区状态

3. 基站侧查看传输类型

4. RNC侧查看传输类型

5. 基站侧查看传输误码（累积值）

6. 基站测试传输误码

信息中pmES表示(误码)，pmSes表示(严重误码)，pmUas表示(闪断)

7. RNC侧查看传输误码（累积值）

8. 基站侧查看基站当前告警

ala:和al一样，只是加了一些细节的信息。 same as al, but the full detailed list is added underneath the overview table.

alt:和al指令一样，是按照年代顺序排列的。 same as al, but the time field is added to the table and the alarms are sorted chronologically.

alk:和al 指令一样，列出所有的告警，但是分成两个表，一个是还没有确认的告警，一个是已经确认的告警。alsame as al, but the list is separated in two parts, one for the unacknowledged alarms, and one for the acknowledged alarms.

9. 基站侧查看基站历史告警

10. 基站侧查看某一小时基站历史告警

可以扩展到某一时刻，分钟

lga -s 20110607.190000 -e 20110607.200000

11. 基站侧查看基站硬件状态

Red (F: Fault)

? off no faults ? on HW-fault Green (O: Operational) ? ? ? ? ? Yellow ? ? ? ?

off power loss

Flickering(16Hz) initial boot test

Quickly(2Hz) loading or testing in progress Slowly(0.5Hz) resource missing steady running,power available (I: Information)

off unlocked, resource missing Flickering(16Hz) busy

Slowly(0.5Hz) shutdown of board in progress on Board locked

如果小区被闭掉，RU22的绿灯会变为OFF

12. 查看ipdatabase所在目录

CDW0535> uv ip_database

ip_database = /opt/ericsson/amos/moshell/sitefiles/ipdatabase

13. 查看整个RNC的所有小区状态

14. 检查RBS的CE

15. 检查是否有LICENSE文件

16. 检查LICENSE信息

license server : Licence server status license client : License server clients

license sub : License server client subscriptions

license lkf : License key file status

license key : Installed license keys

17. 检查FEATURE设置

18. 检查LICENSE设置

19. 查看RNC级参数

a) 进入RNC，get RNCFunction=1 ，可以看到RNC级功能参数；

20. 查看小区级参数

21. 检查RBS的类型

22. 检查RBS的当前驻波比

10左右或以上 正常

1--10 驻波比高，天馈损坏 0 没接馈线

23. 检查当前天线的监控门限

（3418没有，共享天线不行的）

24. 修改天线的监控门限

25. 在RNC得出参数设置值

26. 在RBS得出参数设置值

27. 查看该基站每个小区用户数

28. RNC侧查看小区用户数

以上两条命令也是看用户的，最好使用cedr | grep GZW014505A1查看

29. 查看基站的资源使用情况

30. 查看小区的资源使用情况

31. 查看某小区的所有3G邻区

32. 打印小区归属RNC的3G邻区

33. 打印小区的所有GSM邻区

34. 整个RNC的外部GSM邻区

35. GSM小区的定义参数

36. 查看话务统计

1.pmom utrancell 查看MO的对应的所有COUNTER 2.pgets utrancell 查看现网MO已定义的COUNTER

3.pmx pmNoSystemRabReleaseSpeech 将COUNTER对应的值导出一个XML文件 4.pmr pmNoSystemRabReleaseSpeech 打印统计数据 5.pmr -r 13 | grep CDW0513B1 打印统计某小区的报表 6.pst:查看定义的统计。 7.pcr：定义统计。

CDRNC1A> pmx utrancell pmNoFailedAfterAdm -m 1 | grep -E \CDRNC1A> pmx utrancell pmNoFailedAfterAdm -m 1 | egrep \

37. 打印以前输入的指令

按顺序列出你输入的指令，并有编号1，2，3等。此时，如果输入!n（n代表hi输入的指令的编 号）则会重新执行第n条指令。

\

66:在RNC内打get . tti2supp可以查看TTI2开关是否打开

67:如何登陆ET板PING

另外，通过登录该站ET板Ping RNC侧，发现该站延时较大，min/avg/max: 17/17/29，具体情况如下：

CDW0336> q Bye...

cdwangy2@sccuossw1> telnet 172.22.99.5 Trying 172.22.99.5...

Connected to 172.22.99.5. Escape character is '^]'. username: rbs password:

Welcome to OSE Shell ose5.3. $ lhsh 000200

Welcome to OSE Shell ose5.3.

000200> EtHostMo_startPing -d 172.20.59.7 -h 1 -c 50

(172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=0 time=18 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=1 time=18 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=2 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=3 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=4 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=5 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=6 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=7 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=8 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=9 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=10 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=11 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=12 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=13 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=14 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=15 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=16 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=17 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=18 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=19 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=20 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=21 time=18 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=22 time=18 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=23 time=18 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=24 time=18 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=25 time=18 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=26 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=27 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=28 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=29 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=30 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=31 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=32 time=29 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=33 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=34 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=35 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=36 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=37 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=38 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=39 time=17 ms

(172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=40 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=41 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=42 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=43 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=44 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=45 time=17 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=46 time=18 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=47 time=22 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=48 time=18 ms (172.19.186.74) received echo reply from (172.20.59.7). icmpSeq=49 time=18 ms ----- 172.19.186.74 PING statistics -----

50 packets transmitted from (172.19.186.74) to (172.20.59.7). Packets received/timed-out: 50/0 (Packet loss 0) round-trip (ms) min/avg/max: 17/17/29

68:取同频异频异系统方法

lget UtranCell=小区号， frequencyRelationType 0 代表同频 lget UtranCell=小区号， frequencyRelationType 1 代表异频 lget UtranCell=小区号， mobilityRelationType 0 代表异系统

69:告警原因

出现ULHWLESS等告警主要原因为硬件支持少于LICENSE支持，一块RAX板支持128个CE单元，一块TX板支持384个CE单元，RAX板为上行，TX板为下行。

70:用户类型

VC100为必须为4.且RNC和RBS均需修改。 71:取隐藏KGET

amos -v use_complete_mom=1 RNC

By using the filter, it will only show those command matching that pattern. Example: >> hi 1 lt e1 2 st all dis 3 get 4 oper

To rerun command number 2, do: >> !2

38. 打印以前的修改记录

39. 打印时间

40. 查询参数解释

41. 检查FE网口的状态

如果ETH通，还得看下面的是否通

42. 查看基站传输是否断的步骤

RNC侧 lst .*1581 get 8369

get ES-1-26-3-ima1 lst

Equipment=1,Subrack=ES-1,Slot=26,PlugInUnit=1,ExchangeTerminal=1,Os155SpiTtp=pp3,Vc4Ttp=1,Vc12Ttp=[1-4],E1Ttp=1 基站侧

lst e1physpathterm

43. 检查板子的历史记录

44. 数据比较

45. 历史操作记录

Lga:看告警记录

Lgd:可以看版本和是否重启

46. 重新设置RBS的登录密码

目的消除alarm:Password File Fault

47. 重启RRU

1.找出RRU对应的proxy CDW014515> pr plug

2.找出该RRU的ACTION LIST CDW014515> acl 237

3.执行该RRU的ACTION重启 CDW014515> acc 237 restartAuxUnit

48. 检查IP是否通

RBS侧

1、找出基站的接入板子CDW014855> pr ip 2、找出基站板卡的地址CDW014855> lget 1110 3、找出网关的地址CDW014855> lget 102

4、在板卡ping网关CDW014855> acc 1110 ping RNC侧

5、找出RNC对应的IP板子CDRNC1A> pr ipacc

6、找出RNC的IP板子对应的地址 CDRNC1A> get 17705 7、在RNC PING 网关CDRNC1A> acc 17705 ping

8、在RNC PING 基站的地址CDRNC1A> acc 17705 ping

49. MOBATCH的应用

步骤：制作一个需要连接的IP列表

执行命令mobatch rnc1a_1224 'lt all;al'

结果放在/var/opt/ericsson/amos/moshell_logfiles/sccunpi1/logs_mobatch/下 可以应用于RBS的参数、告警，VSWR等的提取

参数提取

cd ..（进log文件目录）-->cd 10-10(进log根目录)-->grep \参数，区分大小写)\

50. te log read 查看LOG记录

lhsh 000800 te log read（000800对应下面图中的8，为TX板）

51. 查看CE和当前小区下的用户数

52. 基站重启

y，2，0，ok 张全 17:22:08 就这样

刘敏 17:22:32

这个是重启整个站？ 张全 17:22:53 对

刘敏 17:23:44 进入该站，然后 acc 0 manualrestart 选y 选2 选0

53. 参数对比（RBS与RNC）diff

54. 参数修改lset

修改RNC参数，

回车，然后选Y

修改poorQualityDetected次级参数，需要主在前

选Y确定修改

55. RNC侧GPEH的记录开启

只有将RNC侧的GPEHDATELEVEL开启后定义GPEH才会有数据

56. 查看传输同步问题

57. 看GPB板的详细信令

上图为看DYW0371站的，看此信令需要账号开通。权限不够不能查看

58. 查看CV记录

59. 低配，中配，高配设置

中配到高配必须通过LICENSE升级

图中的131 和256 受下面值的影响。2的时候为最大

60. 双载波异频切换参数

coverageIndicator为1是开启双载波异频切换，对应的hsPathlossThreshold为170，默认的

61. 查看功率及最大允许功率

maximumTransmissionPower可以通过在RNC侧用lst XCW0100 然后 get 9035后找到maximumTransmissionPower

基站允许开的最大功率查看maxDlPowerCapability

62. 传输双工模式的查询

只能再RBS或者跑mobach进行查看，跑KGET无法查询出该值

最下面一行，为1则是全双工模式

63. 查看基站开启功能

例如：查看2ms是否开启 Pr nodebfun

64. get . trans可以看点关于FE口的东西

可以站里面打一个指令 get . trans 可以看到一些东西

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