[LIN07b] Linux Foundation. The Linux Foundation. CGL Glossary.

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1 DAFTAR REFERENSI [CIS06] Cisco. Cisco Documentation Ethernet Technologies univercd/cc/td/doc/cisintwk/ito_doc/ethernet.htm. Diakses tanggal 25 Maret 2008 [DAV06] Davis, Thomas. 24 April Linux Ethernet Bonding Driver HOWTO. Intel Corporation. [FRA04] Franke, Hubertus dkk Advanced Workload Management Support for Linux. IBM Corporation and Red Hat Inc. [GOO99] Goodwin, Mark dkk Performance Co-Pilot TM User s and Administrator s Guide. Silicon Graphics, Inc. [GON04] González, Iñaky Pérez dkk I would hate user space locking if it weren t that sexy..(fusyn+rtnptl: The making of a real-time synchronization infrastructure for Linux). Intel Corporation. [HAL97] Hall, Brian. Memory Mapped Files Diakses tanggal 20 Februari 2008 [LIN04a] LINFO. Filesystems: A Brief Introduction Diakses tanggal 20 Februari [LIN04b] LINFO. Virtual Memory Definition Diakses tanggal 20 Februari [LIN05] LINFO. Robust Definition Diakses tanggal 20 Februari [LIN06] LINFO. Mounting Definition Diakses tanggal 20 Februari [LIN00] Linux Foundation. The Linux Foundation. Net: Bonding. 3 Oktober Diakses tanggal 25 Maret 2008 [LIN07a] Linux Foundation. The Linux Foundation. About Carrier Grade Linux. Diakses tanggal 2 September ix

2 [LIN07b] Linux Foundation. The Linux Foundation. CGL Glossary. Diakses tanggal 2 September [MCD99a] McDonell, Ken Herding Penguins with Performance CoPilot. SGI TM, Melbourne. [MCD99b] McDonell, Ken System Level Performance Management. SGI TM. [NAG04] Nagar, Shailabh dkk. 2004Improving Linux resource control using CKRM. Linux Simposium. [OSD07a] OSDL The Open Source Development Labs, Inc. Carrier Grade Linux Availability Requirement Definition Version 4.0. CGL Working Group. [OSD07b] OSDL The Open Source Development Labs, Inc. Carrier Grade Linux Requirement Definition Overview Version 4.0. CGL Working Group. [OSD07c] OSDL CGL Development Guidelines Introduction. bility. Diakses tanggal 2 September [SOU06] Sourceforge CKRM Project Page High Level Design. Diakses tanggal 20 Februari [TAN01] Tanenbaum, Andrew S Modern Operating System. Prentice Hall , 397. [WPS05] WP, Santika. September 2005.Organisasi dan Arsitektur Komputer I: Simple As Possible. IF-ITB. x

3 LAMPIRAN A RERANCANGAN PENGUJIAN Kategori Kasus Uji Keterangan Robust Mutex T_AVL_1.0_A_01 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_02 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_03 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_04 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_05 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_06 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_07 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_08 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_09 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_10 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_11 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_12 Literatur dengan Modifikasi Seperlunya T_AVL_1.0_A_13 Literatur dengan Modifikasi Seperlunya Force Unmount T_AVL_3.2_A_01 Perancangan Sendiri T_AVL_3.2_A_02 Perancangan Sendiri T_AVL_3.2_A_03 Perancangan Sendiri T_AVL_3.2_A_04 Perancangan Sendiri T_AVL_3.2_A_05 Perancangan Sendiri T_AVL_3.2_A_06 Perancangan Sendiri T_AVL_3.2_A_07 Perancangan Sendiri T_AVL_3.2_A_08 Perancangan Sendiri Low Memory Condition T_AVL_4.3_M_01 Perancangan Sendiri Monitor T_AVL_4.3_M_02 Perancangan Sendiri Low Memory Condition T_AVL_4.4_M_01 Perancangan Sendiri Monitor Notification Ethernet Bonding T_AVL_21.0_M_01 Perancangan Sendiri T_AVL_21.0_M_02 Perancangan Sendiri T_AVL_21.0_M_03 Perancangan Sendiri xi

4 LAMPIRAN B SCREENSHOT ALERT PCP xii

5 LAMPIRAN C SCREENSHOT FAIL-OVER xiii

6 LAMPIRAN D FILE REPORT T_AVL_1.0_01 HASIL:FAILURE T_AVL_1.0_02 HASIL:FAILURE T_AVL_1.0_03 HASIL:FAILURE T_AVL_1.0_04 HASIL:FAILURE T_AVL_1.0_05 HASIL:FAILURE T_AVL_1.0_06 HASIL:FAILURE T_AVL_1.0_07 HASIL:FAILURE T_AVL_1.0_08 HASIL:FAILURE T_AVL_1.0_09 HASIL:SUCCESS T_AVL_1.0_10 HASIL:FAILURE T_AVL_1.0_11 HASIL:FAILURE T_AVL_1.0_12 HASIL:FAILURE T_AVL_1.0_13 HASIL:FAILURE HASIL PENGUJIAN T_AVL_3.2 : T_AVL_3.2_01 HASIL:SUCCESS T_AVL_3.2_02 HASIL:SUCCESS T_AVL_3.2_03 HASIL:SUCCESS T_AVL_3.2_04 HASIL:SUCCESS T_AVL_3.2_05 HASIL:SUCCESS T_AVL_3.2_06 HASIL:SUCCESS T_AVL_3.2_07 HASIL:SUCCESS T_AVL_3.2_08 HASIL:SUCCESS xiv

7 LAMPIRAN E KEBUTUHAN CGL AVAILABILITY No ID Nama Priority Proof Of Concept 1 AVL.1.0* Robust Mutexes P3 Fusyn 2 AVL.2.0 Single-bit ECC handling P3 Bluesmoke 3 AVL.2.1 Multi-bit ECC handling P3 N/A 4 AVL.3.1 RAID-1 Block Device Removal P3 N/A 5 AVL.3.2* Forced Unmount P1 Kernel 2.6, fumount 6 AVL.3.3 Forced Unmount Application Notification P3 N/A 7 AVL.4.1 VM Strict Over-Commit P1 Kernel AVL.4.2 Replaceable OOM Killer P3 OOM Killer 9 AVL.4.3* Low Memory Condition Monitor P3 CKRM, PCP, resource static monitor 10 AVL.4.4* Low Memory Notification Mechanism P3 PCP 11 AVL.5.1 Kernel-Level Non-Intrusive Application Monitor Without Modifying Application Code P3 Kmonitor 12 AVL.5.3 Process-Level Non-Intrusive Application Monitor P1 Daniel Bernstein's Daemontools 13 AVL.6.0 Disk Predictive Analysis P1 Smartmontools 14 AVL.7.1 Multi-Path Access to Storage P1 Device-mapper multipath driver, multipath-tool 15 AVL.7.2 Advanced Multi-Path Access to Storage P2 N/A 16 AVL.8.1 Fast Linux Restart Bypassing System Firmware P1 Kexec 17 AVL.8.3 Parallel Driver Initialization During Startup Disk Predictive Analysis P3 N/A 18 AVL.9.0 Boot Image Fallback Mechanism Disk Predictive Analysis P2 Resumo, Grub 19 AVL.9.1 Boot Cycle Detection Disk Predictive Analysis P2 N/A 20 AVL.10.0 Application Live Patching P2 Pannus 21 AVL.12.0 NFS Client Protection Across Server Failures P3 Linux-HA 22 AVL.13.1 Parallel User Initialization During Startup P2 Initng, upstart 23 AVL.14.0 Excessive CPU Cycle Usage Detection P3 N/A 24 AVL.15.0 Fast Application Restart Mechanism P3 ZAP/CRAK xv

8 No ID Nama Priority Proof Of Concept 25 AVL.17.0 Multiple FIB Support P3 N/A 26 AVL.18.0 iscsi Error Handling Support P3 Linux-iSCSI Project 27 AVL.21.0* Ethernet link bonding using IPV4 P1 Kernel AVL.21.1 Ethernet link bonding using IPV6 P1 Kernel AVL.22.0 Software RAID 1 support P1 Kernel AVL.23.0 Watchdog Timer Pre-Timeout Interrupt P1 Kernel AVL.24.0 Watchdog Timer Interface Requirements P1 Kernel AVL.25.0 Application Heartbeat Monitor P1 Linux HA, OpenAIS 33 AVL.26.0 Resilient File System Support P1 kernel AVL.27.0 Kernel Live Patching P2 kernel AVL.28.0 Support of Mlocked Page Limits P3 N/A Keterangan: * : Requirement yang dipilih untuk dilakukan pengujiannya di Tugas Akhir ini xvi

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