Changeset 2244
- Timestamp:
- Oct 29, 2004, 5:29:51 PM (22 years ago)
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trunk/doc/design/hardware_mgt.tex (modified) (4 diffs)
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trunk/doc/design/hardware_mgt.tex
r2243 r2244 44 44 \section{Introduction} 45 45 46 \subsection{Scope} 47 46 48 This document presents the strategy for managing the PS1 IPP Cluster through 47 it's life-cycle which will span a period of approximately 3 years. The plan 48 covers hardware setup, validation, and operations. The life-cycle has been 49 broken down into three primary phases which in some cases have been decomposed 50 into smaller stages and steps for clarity. 49 it's projected life-cycle which will span a period of approximately 3 years. 50 The plan covers hardware setup, validation, operations, and graceful 51 decommissioning. The life-cycle has been broken down into three primary phases 52 which in some cases have been decomposed into smaller stages and steps for 53 clarity. 51 54 52 55 \section{Life-Cycle} … … 61 64 \subsubsection{Stage 1} 62 65 63 64 66 This covers the installation of the nodes, the network equipment plus specing 65 67 and acquiring the cluster cabling and the management equipment. Followed by 66 the testing of the complete system. This stage should cover approximately 7567 working days.68 the testing of the integrated system. This stage should cover approximately 69 75 working days. 68 70 69 71 \paragraph{Step 1} … … 72 74 additional racks for the core switch and management equipment. The racks will 73 75 need to be unpackaged, inspected for physical damage, and positioned in the 74 data center. Once the racks are in their final configuration and the core 75 switch has been mounted, the lengths for network and management cabling will 76 be measured and the appropriate cabling ordered. In addition, the type 77 (110v/220v) and number of network managed power strips that are required will 78 have to be determined and ordered. There will be a slack period of 79 approximately one month awaiting order fulfillment. 76 data center. 77 78 Once the racks are in their final configuration and the core switch has been 79 mounted, the lengths for network and console server cabling will be measured 80 and the appropriate cabling ordered. The network cabling shall be black PVC or 81 Plenum rated Category 6 RJ-45 patch cables. The network console server cabling 82 shall be red PVC or Plenum rated Category 6 RJ-45 patch cables. 83 84 Console server server equipment and network managed power strips will then be 85 ordered. The number and type of network managed power strips will depend on 86 whether 110v or 220v electricity is available. The console server equipment and 87 managed power strips should inter-operate to provide a unified cluster 88 management system. 89 90 There will be a slack period of approximately one month awaiting order 91 fulfillment. 80 92 81 93 \paragraph{Step 2} 82 94 83 The network and console wiring will be installed and connected to the ether 84 the core switch or the console servers. The IPP Cluster Test Plan can then 85 begin. 95 The network and console wiring will be installed and connected to the ether the 96 core switch or the console servers. The node naming convention shall be in the 97 format of "ippxxx", where "xxx" is an integer sequentially assigned from the 98 range [000..999]. Each node shall have one of it's gigabit Ethernet ports 99 connected to the core switch by a Category 6 network patch cable. The core 100 switch shall have four 48-port gigabit Ethernet modules and one fourth of the 101 nodes shall be connected to each of those modules. The core switch shall be 102 configured such that all of the Ethernet ports are in the same VLAN. 103 104 The nodes shall have a \tbd{Linux 2.6 based operating system that meets the 105 requirements defined in Software Requirements Specification (PSDC-430-005)} 106 installed on them. This shall be accomplished by setting up temporary DHCP and 107 TFTP servers, booting the nodes from the network via PXE, and installing a 108 local operating system image with SystemImager. The nodes shall each be 109 assigned a permanent IP address in an RFC 1519 Class C equivalent or larger 110 address space. If private IP address space, as defined in RFC 1918, is to be 111 used for the IPP Cluster then special coordination will need to be made with 112 the IFA due to possible network routing issues between other PS1 data systems 113 and the IPP Cluster. The IP address allocation for the nodes shall be 114 sequentially from the beginning of the address space with the first two IP 115 address reserved for the gateway. \tbd{The IP address of all of the IPP 116 cluster nodes should be recorded into the "/etc/hosts" file on every node to 117 prevent DNS look-ups during inter-cluster communication} 118 119 \begin{center} 120 \begin{tabular}{ll} 121 Node &IP address\\ 122 \cline{1-2} 123 (reserved) &x.x.x.1\\ 124 (reserved) &x.x.x.2\\ 125 ipp000 &x.x.x.3\\ 126 ipp001 &x.x.x.4\\ 127 ipp002 &x.x.x.5\\ 128 \cline{1-2} 129 \end{tabular} 130 \end{center} 131 132 The IPP Cluster Test Plan can then begin. 86 133 87 134 \subsubsection{Stage 2} … … 129 176 deactivated. The deactivated nodes shall be stored for possible reuse with 130 177 PS4. This phase will last approximate one year. 178 179 \pagebreak 131 180 132 181 \section{Schedule}
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