Introduction to LAVA Workload Scheduler

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Training slide for workshop "Introduction to LAVA Workload Scheduler" @NCSEC2009 BKK THILAND

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Introduction to LAVA workload scheduler High Performance Computing and Networking Center (HPCNC) Kasetsart University In collaboration with Innovative Extremist (INOX) Co.,Ltd. and Platform Computing Inc.

Introduction to HPC, Cluster and Workload Scheduler

Parallel Programming Systems which is portable and efficient

Software library that ease the application development e.g. Scalapack, Plapack, PetSc

PC mass market nature drive the price down while performance increase rapidly

Cluster nature make it easy to capitalize on PC new technology right away

Automobile Design ( Crash Simulation) ,[object Object],[object Object]

(Google use more than 10000 node servers) ,[object Object],[object Object]

Molecular Dynamic Simulation ,[object Object]

Graphics Rendering and Special Effect ,[object Object]

Massive number of rendering job needed to be done to create a movie

Cluster Software Architecture HTC HPC HPTC

High Throughput Computing ,[object Object]

High Throughput Computing (con) ,[object Object]

Excellence for many type of applications such as ,[object Object]

Distributed application such as massive rendering in animation industry ,[object Object],[object Object]

High Performance Computing ,[object Object]

Use of specialised codes, libraries ,[object Object]

Parallel Maths Libraries (ScaLapack) ,[object Object]

Speedup for a single instance of problem is needed

Advantages and Challenges ,[object Object]

Plenty of free software ,[object Object],[object Object]

No powerful software development environment

Low compatibility with many enterprise computing environment

Parallel Application Development ,[object Object]

Message passing – data is exchanged by sending/receiving messages between processors

Allow users to share computing resources and time sharing ,[object Object]

Control shared resource usage for multiple users ,[object Object]

Hide the complexity of using cluster's computing resources by submitting job to the scheduler

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Introduction to LAVA Workload Scheduler

1. Introduction to LAVA workload scheduler High Performance Computing and Networking Center (HPCNC) Kasetsart University In collaboration with Innovative Extremist (INOX) Co.,Ltd. and Platform Computing Inc.

3. LAVA workload scheduler

4. Installing and configuring LAVA Cluster

5. Workshop : Using LAVA

6. Introduction to HPC, Cluster and Workload Scheduler

9. Parallel Programming Systems which is portable and efficient

10. MPI (LAM, MPICH)

11. Software library that ease the application development e.g. Scalapack, Plapack, PetSc

12.

13. PC mass market nature drive the price down while performance increase rapidly

14. Cluster nature make it easy to capitalize on PC new technology right away

15. Why? Price Performance!

16.

17.

18.

19. Bioinformatics

20. Large scale financial analysis

21. Simulation

22. Drug Design

23.

24.

25.

26.

27.

28. Massive number of rendering job needed to be done to create a movie

29. Cluster Software Architecture HTC HPC HPTC

30.

31.

32.

33.

34.

35.

36.

37.

38.

39. Speedup for a single instance of problem is needed

40.

41.

42. No powerful software development environment

43. Low compatibility with many enterprise computing environment

44.

45. Message passing – data is exchanged by sending/receiving messages between processors

46.

47. Main role of distributed computing

48.

49.

50.

51. Hide the complexity of using cluster's computing resources by submitting job to the scheduler

52.

53. How many we can use?

54.

55.

56.

57. Platform LSF / Platform LAVA

58. PBS / PBS Pro

59. Torque

60. Maui

61. MS Job scheduler

62. LAVA Workload Scheduler

63.

64. Designed to meet a wide range of workload scheduling needs for clusters up to 512-nodes

65.

66. Reliability

67. Parallel Job Scheduling

68. Complete Job History

69. Interactive Jobs

70. Job Arrays

71. Job Dependency

72. Job Migration

73. Components (mbatchd) (sbatchd) (sbatchd) (sbatchd) LAVA Base LIM (Load Information Manager) RES (Remote Execution Service) Computer LSBATCH

74. Installing and Configuring

75.

76.

77.

78.

79. ./configure

80. make && make install

81.

82.

83. Can scale nodes without editing config files

84.

85. LAVA Base (lsf)

86. Batch scheduler (lsbatch)

87.

88.

89. LSF_TOP=/usr

90. LSF_BINDIR=/usr/bin

91. LSF_SERVERDIR=/usr/sbin

92. LSF_LIBDIR=/usr/lib

93. LSF_ENVDIR=/etc/lava/conf

94.

95. Config file usually located at $LSF_ENVDIR = /etc/lava/conf/

96.

97. lsf.cluster.lava * (general configuration, nodes, parameters)

98. lsf.task (type of tasks)

99. lsf.shared (default parameters)

100.

101.

102. Config file usually located at $LSF_ENVDIR/lsbatch/lava/configdir/

103.

104. lsb.modules (list of plugin modules)

105. lsb.params (batch scheduler parameters)

106. lsb.queues (job queue name & properties)

107. lsb.users (list of allowed users)

108.

109.

110.

111. Copy another queue definition from this file as a starting point and change the QUEUE_NAME of the copied queue.

112. Save the changes to lsb.queues.

113. Run badmin reconfig to reconfigure mbatchd.

114. Adding a queue does not affect pending or running jobs.

115.

116. Move all pending and running jobs into another queue using command bswitch -q Q_FROM Q_TO 0

117. Edit lsb.queues and remove or comment out the definition for the queue you want to remove.

118. Save the changes to lsb.queues.

119. Run badmin reconfig to reconfigure mbatchd.

120. Using LAVA

121.

122. bbot

123. bchkpnt

124. bhist

125. bhosts

126. bjobs

127. bkill

128. bmgroup

129. bmig

130. bmod

131.

132. lsacct

133. lseligible

134. lshosts

135. lsid

136. lsinfo

137. lsload

138. lsloadadj

139. lsmon

140. lsplace

141.

142. bqueues

143. brequeue

144. brestart

145. bresume

146. brun

147. bstop

148. bsub

149. bswitch

150. btop

151. bugroup

152. busers

153.

154. badmin

155.

156. bqueues / bqueues -l

157. bparams / bparams -l

158. bmgroup

159. bugroup

160.

161. lsinfo

162. lshosts

163. lsload

164. lsmon

165. lsacct

166.

167. bjobs <job id>

168.

169.

170.

171.

172.

173.

174.

175. Create file myscript

176. chmod u+x myscript

177. bsub < myscript #!bin/sh #BSUB -q test #BSUB -o outfile -R "mem>10" myjob arg1 arg2 #BSUB -J myjob

178.

179.

180.

181.

182.

183.

184.

185. By default, bkill sends SIGINT, SIGTERM and then SIGKILL signal to running jobs

186.

187.

188.

189.

190.

191. Job <3421> is being resumed

192.

193.

194.

195.

196.

197. END OF SESSION Thank you

198.

Introduction to LAVA Workload Scheduler

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