The document appears to be log output from the boot process of a NetApp storage system. It shows the boot loader starting up the system and loading the kernel. It then lists hardware components and their status, including CPU, memory, network interfaces, disks and disk shelves. The log records events like disk shelf configuration failures and SAS cable issues.
This log file contains output from an akfiler13 storage system. It shows that a user PHSWA\p375290 repeatedly tried to access the system without permission. It also shows that an RLM firmware upgrade was performed, installing version 4.0 and requiring a reboot. The system configuration was checked after the reboot, showing details of the storage system components.
Building a Converged Infrastructure based on FCoE, Dell Blades and Force10 sw...juet-y
This document summarizes the key components and configuration steps for building a converged infrastructure with Dell blades, Force10 switches, and Fibre Channel over Ethernet (FCoE). It describes using Dell PowerEdge M1000e blade servers with QLogic Converged Network Adapters, Dell Force10 M/XL blade switches, and Dell Force10 S5000 core switches. The configuration establishes two FCoE fabrics between the switches, sets up FCoE and DCB maps, and enables FIP snooping and other settings needed to pass FCoE traffic between the blades and core switches for access to FC storage.
The document provides steps to upgrade the IOS image and field programmable device (FPD) images on a Cisco 7206 router. The steps include deleting old image files, copying new IOS and FPD images via TFTP, verifying the image checksums, setting the boot configuration to use the new IOS image, and rebooting the router to complete the upgrade. Checks are also provided to confirm the VSA card and other modules are functioning after the upgrade.
SR-IOV and Virtio are virtualization technologies for network performance. SR-IOV provides direct hardware access for better performance, especially when traffic moves between compute nodes. Virtio relies on the hypervisor but can perform equally well with local traffic between VMs on the same node. Tests showed SR-IOV was 10-15% faster than Virtio for external traffic, but they were comparable when VMs communicated locally. System tuning may further optimize performance.
This document provides a system report for a Windows XP computer named DUVAN. It details the machine's specifications including operating system, processor, memory, storage, graphics card, sound card, and other hardware. All drivers and devices were found to be working properly with no issues reported from hardware tests.
Upon reading the document, the key steps in a router's start-up process can be summarized as follows:
1. When power is applied, the router performs a power-on self-test and loads the bootstrap code from ROM to initialize hardware and find the IOS image.
2. The IOS image is then loaded from flash memory or another source such as TFTP into RAM where it is decompressed and executed.
3. The startup configuration is loaded, typically from NVRAM. If no configuration is present, the router enters setup mode to configure initial settings.
This document provides system information for a Dell PowerEdge R530 server running Windows Server 2012 R2 Standard. It details the machine name, operating system, processor, memory, storage, audio, network, and other hardware devices. No issues were found with the display, input devices, or USB connectivity. The system has no sound card installed.
This log file contains output from an akfiler13 storage system. It shows that a user PHSWA\p375290 repeatedly tried to access the system without permission. It also shows that an RLM firmware upgrade was performed, installing version 4.0 and requiring a reboot. The system configuration was checked after the reboot, showing details of the storage system components.
Building a Converged Infrastructure based on FCoE, Dell Blades and Force10 sw...juet-y
This document summarizes the key components and configuration steps for building a converged infrastructure with Dell blades, Force10 switches, and Fibre Channel over Ethernet (FCoE). It describes using Dell PowerEdge M1000e blade servers with QLogic Converged Network Adapters, Dell Force10 M/XL blade switches, and Dell Force10 S5000 core switches. The configuration establishes two FCoE fabrics between the switches, sets up FCoE and DCB maps, and enables FIP snooping and other settings needed to pass FCoE traffic between the blades and core switches for access to FC storage.
The document provides steps to upgrade the IOS image and field programmable device (FPD) images on a Cisco 7206 router. The steps include deleting old image files, copying new IOS and FPD images via TFTP, verifying the image checksums, setting the boot configuration to use the new IOS image, and rebooting the router to complete the upgrade. Checks are also provided to confirm the VSA card and other modules are functioning after the upgrade.
SR-IOV and Virtio are virtualization technologies for network performance. SR-IOV provides direct hardware access for better performance, especially when traffic moves between compute nodes. Virtio relies on the hypervisor but can perform equally well with local traffic between VMs on the same node. Tests showed SR-IOV was 10-15% faster than Virtio for external traffic, but they were comparable when VMs communicated locally. System tuning may further optimize performance.
This document provides a system report for a Windows XP computer named DUVAN. It details the machine's specifications including operating system, processor, memory, storage, graphics card, sound card, and other hardware. All drivers and devices were found to be working properly with no issues reported from hardware tests.
Upon reading the document, the key steps in a router's start-up process can be summarized as follows:
1. When power is applied, the router performs a power-on self-test and loads the bootstrap code from ROM to initialize hardware and find the IOS image.
2. The IOS image is then loaded from flash memory or another source such as TFTP into RAM where it is decompressed and executed.
3. The startup configuration is loaded, typically from NVRAM. If no configuration is present, the router enters setup mode to configure initial settings.
This document provides system information for a Dell PowerEdge R530 server running Windows Server 2012 R2 Standard. It details the machine name, operating system, processor, memory, storage, audio, network, and other hardware devices. No issues were found with the display, input devices, or USB connectivity. The system has no sound card installed.
The document describes how to configure a Linux machine as a router to connect two subnets. It provides instructions to enable IP forwarding and configure the network interfaces using temporary and permanent methods.
The summary is:
- Enable IP forwarding and configure the network interfaces of two Ethernet cards using ifconfig to set up routing temporarily
- Use netconf to configure the interfaces and routing permanently by editing settings, accepting changes, and rebooting to confirm the configuration persists
- Install traffic generator programs on end stations to test routing of UDP and TCP packets between subnets going through the router
This document discusses SR-IOV (Single Root I/O Virtualization), which allows a PCIe device to appear as multiple separate devices. It describes how SR-IOV works by introducing physical functions and virtual functions. It then outlines the steps to enable SR-IOV on a Xen hypervisor, including configuring the network device, enabling virtual functions, binding VFs to the pciback driver, and assigning VFs to guest VMs. Reference links are also provided for additional information on SR-IOV and its implementation in Xen.
This document provides an overview of the SRX JUMP STATION, which is a collection of quick start guides for configuring Juniper SRX firewalls. The purpose is to help users with ScreenOS experience transition to using JUNOS-based SRX firewalls. It assumes some basic JUNOS knowledge and provides examples of commands for common tasks. Navigation links and chapter buttons guide users through topics like login, interfaces, routing, security policies, VPNs, clustering, and more. Additional documentation sources are also referenced for more in-depth information or training.
SR-IOV ixgbe Driver Limitations and ImprovementLF Events
SR-IOV is a device virtualization technology, it’s mainly used for improving network performance of virtual machines. However, SR-IOV has some limitations which come from hardware and/or driver implementation. For certain use case, such as Network Function Virtualization(NFV), those limitations are critical to provide services. Intel 10Gb NIC, Niantic(82599), has such limitations(e.g. VLAN filtering, multicast promiscuous) for NFV use case.
This presentation will show the limitations and issues and how they are being addressed, then explain how implements VF multicast promiscuous mode support in ixgbe driver and VF trust, iproute2 functionality enhancement.
This presentation was delivered at LinuxCon Japan 2016 by Hiroshi Shimamoto
The document provides diagnostic information from a system error on an application. Key details include:
- The error number is 10100 and the message is "Invalid switch: 2".
- System information includes the version, OS, and invalid command line argument.
- Diagnostic information is provided for various system components including memory allocation, disk drives, file systems, and PCI devices/interrupts.
The document provides information about Zenith Networks and Juniper Networks. It discusses that Zenith Networks has been a partner of Juniper Networks for 27 years providing network integration and education services. It also mentions that Juniper Networks was founded in 1996 and is headquartered in Sunnyvale, CA with over 9,400 employees in 46 countries. The document then goes over Juniper's JUNOS operating system and its modular design.
This document contains instructions and configuration steps for configuring Cisco routers and switches. It discusses configuring global settings like hostname and MOTD banners on routers. It also provides steps for configuring router passwords, interfaces with IP addresses, and saving configurations. The document contains tasks for configuring a switch interface description and saving the RAM configuration to NVRAM.
The document discusses various topics related to Juniper networking devices including:
1. It describes the control and forwarding plane synchronization between the Routing Engine (RE) and Packet Forwarding Engine (PFE) using Ethernet links.
2. It compares the differences between the M7i and M10i platforms, specifically regarding redundant RE support and built-in adaptive services.
3. It provides examples of commands for viewing logs, configuration, interfaces and other operational aspects of Juniper devices.
This document provides an overview and specifications for the HPE ProLiant DL380 Gen10 Server. Key details include:
- It is a 2U 2P rack server available in multiple chassis configurations supporting up to 30 hard drives or 8 NVMe drives.
- It features the latest Intel Xeon Scalable processors up to 28 cores as well as various memory, drive, and expansion options.
- Technical specifications include processor and memory support, fan configurations, drive bays, power supplies, networking ports, and dimensions/weight.
- Pre-configured models, factory integrated configurations, and where to purchase are also outlined.
This document provides an overview of the HPE ProLiant DL380 Gen9 Server. Key features include:
- Support for Intel Xeon E5-2600 v3 and v4 series processors with up to 3TB of memory and 24 DIMM slots
- Flexible I/O including PCIe expansion slots, embedded 4x1GbE network adapter, and optional FlexibleLOM ports
- Storage options including SATA, SAS and NVMe SSDs, and optional internal optical or 2.5" SATA drives
- Redundant power supplies and hot-plug drive bays for reliability
- Remote management features through HPE iLO
This document summarizes a software release that includes updated WLAN and Bluetooth drivers. The release supports various Atheros chipsets and Windows 8. The WLAN driver adds support for Bluetooth 3.0, including using WLAN as an alternate MAC/PHY for high-speed data transfers. The Bluetooth software supports profiles like A2DP and HID. Both components support localization for 32 languages. Changes are documented in appendices.
This document summarizes the steps taken to copy a CD to an image file and then burn that image file to a new CD. It analyzed the original CD, copied the audio tracks and data to an image file, and prepared the burner and blank disc to write the image in disc-at-once mode. However, the process was aborted by the user before the image could be burned to the new disc.
This document provides information on advanced root cause analysis techniques for VMware ESX environments. It discusses log file locations and purposes, how to increase logging levels for specific drivers to provide more debug information, listing and setting loadable module parameters, setting up serial logging and remote syslog, and forcing crashes to collect memory dumps. The document aims to equip support engineers with tools and techniques for thorough troubleshooting when initial logs are insufficient.
VMware’s Nathan Small who works as a Staff Engineer at Global Support Services has put together a great presentation about Advanced Root Cause Analysis. The presentation was designed to give you more insight into how a VMware Technical Support Engineer reviews logs, gathers data and performs in-depth analysis. Nathan is hoping to show you the skills they’re using every day to help determine the root cause for an issue in your environment. With this core knowledge, you will become more self-sufficient within your own environment and be able to diagnose an issue as it occurs rather than after the damage has been done.
The document provides an overview and instructions for configuring and using the Danfoss Ethernet Master gateway. The Ethernet Master allows communication between Danfoss VLT frequency drives on an FC-bus network and an Ethernet network, enabling control and monitoring of the drives from a PLC or HMI. Key features include: connecting up to 16 drives; IP address configuration via DIP switches, ARP command, or Netbiter tool; monitoring drives via built-in web server; and memory mapping for control/status data exchange with drives.
Tri aoi training-supplementary_2011.01Ralph Nguyen
This document provides information on installing and configuring TRI-AOI inspection equipment, including:
- Installation modes for different production environments such as inline, offline, and standalone
- Network configuration details for connecting multiple AOI and SPI devices across 9 lines
- Specifications for main machines, main PCs, repair PCs, and SPC computers including model numbers, serial numbers, IP addresses, and other network settings
This document provides system information for a Windows 7 desktop computer, including operating system details, hardware specifications, installed software, and a list of running processes. The computer has an AMD A8-5600K CPU, 8GB of RAM, and runs multiple instances of the Torch application for machine learning. Currently 23 processes are running, with torch.exe, svchost.exe, and explorer.exe using the most memory.
This document contains source code for a BIOS. It begins with macros and constants used in the code. The code then initializes various hardware components like the CPU, timers, DMA and video hardware. It also initializes data structures used by the BIOS in memory.
This study guide is intended to provide those pursuing the CCNA certification with a framework of what concepts need to be studied. This is not a comprehensive document containing all the secrets of the CCNA, nor is it a “braindump” of questions and answers.
I sincerely hope that this document provides some assistance and clarity in your studies.
Juniper SRX Quickstart 12.1R3 by Thomas SchmidtNam Nguyen
This document provides an overview and introduction to using SRX firewalls with JUNOS. It includes sections on login procedures, CLI basics, switching capabilities, and interface configuration. The document is intended for users familiar with ScreenOS who are new to JUNOS and need guidance on common tasks and commands.
The document discusses trends in cloud computing for 2013. It predicts that consumer-oriented clouds will continue growing and be accepted. Large enterprises will continue using public clouds for small, non-critical projects while waiting for established software providers to develop cloud capabilities. There will also be a rise in industry-specific clouds, blurring between IaaS and PaaS, and more focus on cloud security and governance after initial adoption overlooked these areas.
The log captures SNMP permission errors when a user attempts to access the system before being added. The user "netapp" is then added, resolving the issue. Network interfaces and storage disks are listed.
The document describes how to configure a Linux machine as a router to connect two subnets. It provides instructions to enable IP forwarding and configure the network interfaces using temporary and permanent methods.
The summary is:
- Enable IP forwarding and configure the network interfaces of two Ethernet cards using ifconfig to set up routing temporarily
- Use netconf to configure the interfaces and routing permanently by editing settings, accepting changes, and rebooting to confirm the configuration persists
- Install traffic generator programs on end stations to test routing of UDP and TCP packets between subnets going through the router
This document discusses SR-IOV (Single Root I/O Virtualization), which allows a PCIe device to appear as multiple separate devices. It describes how SR-IOV works by introducing physical functions and virtual functions. It then outlines the steps to enable SR-IOV on a Xen hypervisor, including configuring the network device, enabling virtual functions, binding VFs to the pciback driver, and assigning VFs to guest VMs. Reference links are also provided for additional information on SR-IOV and its implementation in Xen.
This document provides an overview of the SRX JUMP STATION, which is a collection of quick start guides for configuring Juniper SRX firewalls. The purpose is to help users with ScreenOS experience transition to using JUNOS-based SRX firewalls. It assumes some basic JUNOS knowledge and provides examples of commands for common tasks. Navigation links and chapter buttons guide users through topics like login, interfaces, routing, security policies, VPNs, clustering, and more. Additional documentation sources are also referenced for more in-depth information or training.
SR-IOV ixgbe Driver Limitations and ImprovementLF Events
SR-IOV is a device virtualization technology, it’s mainly used for improving network performance of virtual machines. However, SR-IOV has some limitations which come from hardware and/or driver implementation. For certain use case, such as Network Function Virtualization(NFV), those limitations are critical to provide services. Intel 10Gb NIC, Niantic(82599), has such limitations(e.g. VLAN filtering, multicast promiscuous) for NFV use case.
This presentation will show the limitations and issues and how they are being addressed, then explain how implements VF multicast promiscuous mode support in ixgbe driver and VF trust, iproute2 functionality enhancement.
This presentation was delivered at LinuxCon Japan 2016 by Hiroshi Shimamoto
The document provides diagnostic information from a system error on an application. Key details include:
- The error number is 10100 and the message is "Invalid switch: 2".
- System information includes the version, OS, and invalid command line argument.
- Diagnostic information is provided for various system components including memory allocation, disk drives, file systems, and PCI devices/interrupts.
The document provides information about Zenith Networks and Juniper Networks. It discusses that Zenith Networks has been a partner of Juniper Networks for 27 years providing network integration and education services. It also mentions that Juniper Networks was founded in 1996 and is headquartered in Sunnyvale, CA with over 9,400 employees in 46 countries. The document then goes over Juniper's JUNOS operating system and its modular design.
This document contains instructions and configuration steps for configuring Cisco routers and switches. It discusses configuring global settings like hostname and MOTD banners on routers. It also provides steps for configuring router passwords, interfaces with IP addresses, and saving configurations. The document contains tasks for configuring a switch interface description and saving the RAM configuration to NVRAM.
The document discusses various topics related to Juniper networking devices including:
1. It describes the control and forwarding plane synchronization between the Routing Engine (RE) and Packet Forwarding Engine (PFE) using Ethernet links.
2. It compares the differences between the M7i and M10i platforms, specifically regarding redundant RE support and built-in adaptive services.
3. It provides examples of commands for viewing logs, configuration, interfaces and other operational aspects of Juniper devices.
This document provides an overview and specifications for the HPE ProLiant DL380 Gen10 Server. Key details include:
- It is a 2U 2P rack server available in multiple chassis configurations supporting up to 30 hard drives or 8 NVMe drives.
- It features the latest Intel Xeon Scalable processors up to 28 cores as well as various memory, drive, and expansion options.
- Technical specifications include processor and memory support, fan configurations, drive bays, power supplies, networking ports, and dimensions/weight.
- Pre-configured models, factory integrated configurations, and where to purchase are also outlined.
This document provides an overview of the HPE ProLiant DL380 Gen9 Server. Key features include:
- Support for Intel Xeon E5-2600 v3 and v4 series processors with up to 3TB of memory and 24 DIMM slots
- Flexible I/O including PCIe expansion slots, embedded 4x1GbE network adapter, and optional FlexibleLOM ports
- Storage options including SATA, SAS and NVMe SSDs, and optional internal optical or 2.5" SATA drives
- Redundant power supplies and hot-plug drive bays for reliability
- Remote management features through HPE iLO
This document summarizes a software release that includes updated WLAN and Bluetooth drivers. The release supports various Atheros chipsets and Windows 8. The WLAN driver adds support for Bluetooth 3.0, including using WLAN as an alternate MAC/PHY for high-speed data transfers. The Bluetooth software supports profiles like A2DP and HID. Both components support localization for 32 languages. Changes are documented in appendices.
This document summarizes the steps taken to copy a CD to an image file and then burn that image file to a new CD. It analyzed the original CD, copied the audio tracks and data to an image file, and prepared the burner and blank disc to write the image in disc-at-once mode. However, the process was aborted by the user before the image could be burned to the new disc.
This document provides information on advanced root cause analysis techniques for VMware ESX environments. It discusses log file locations and purposes, how to increase logging levels for specific drivers to provide more debug information, listing and setting loadable module parameters, setting up serial logging and remote syslog, and forcing crashes to collect memory dumps. The document aims to equip support engineers with tools and techniques for thorough troubleshooting when initial logs are insufficient.
VMware’s Nathan Small who works as a Staff Engineer at Global Support Services has put together a great presentation about Advanced Root Cause Analysis. The presentation was designed to give you more insight into how a VMware Technical Support Engineer reviews logs, gathers data and performs in-depth analysis. Nathan is hoping to show you the skills they’re using every day to help determine the root cause for an issue in your environment. With this core knowledge, you will become more self-sufficient within your own environment and be able to diagnose an issue as it occurs rather than after the damage has been done.
The document provides an overview and instructions for configuring and using the Danfoss Ethernet Master gateway. The Ethernet Master allows communication between Danfoss VLT frequency drives on an FC-bus network and an Ethernet network, enabling control and monitoring of the drives from a PLC or HMI. Key features include: connecting up to 16 drives; IP address configuration via DIP switches, ARP command, or Netbiter tool; monitoring drives via built-in web server; and memory mapping for control/status data exchange with drives.
Tri aoi training-supplementary_2011.01Ralph Nguyen
This document provides information on installing and configuring TRI-AOI inspection equipment, including:
- Installation modes for different production environments such as inline, offline, and standalone
- Network configuration details for connecting multiple AOI and SPI devices across 9 lines
- Specifications for main machines, main PCs, repair PCs, and SPC computers including model numbers, serial numbers, IP addresses, and other network settings
This document provides system information for a Windows 7 desktop computer, including operating system details, hardware specifications, installed software, and a list of running processes. The computer has an AMD A8-5600K CPU, 8GB of RAM, and runs multiple instances of the Torch application for machine learning. Currently 23 processes are running, with torch.exe, svchost.exe, and explorer.exe using the most memory.
This document contains source code for a BIOS. It begins with macros and constants used in the code. The code then initializes various hardware components like the CPU, timers, DMA and video hardware. It also initializes data structures used by the BIOS in memory.
This study guide is intended to provide those pursuing the CCNA certification with a framework of what concepts need to be studied. This is not a comprehensive document containing all the secrets of the CCNA, nor is it a “braindump” of questions and answers.
I sincerely hope that this document provides some assistance and clarity in your studies.
Juniper SRX Quickstart 12.1R3 by Thomas SchmidtNam Nguyen
This document provides an overview and introduction to using SRX firewalls with JUNOS. It includes sections on login procedures, CLI basics, switching capabilities, and interface configuration. The document is intended for users familiar with ScreenOS who are new to JUNOS and need guidance on common tasks and commands.
The document discusses trends in cloud computing for 2013. It predicts that consumer-oriented clouds will continue growing and be accepted. Large enterprises will continue using public clouds for small, non-critical projects while waiting for established software providers to develop cloud capabilities. There will also be a rise in industry-specific clouds, blurring between IaaS and PaaS, and more focus on cloud security and governance after initial adoption overlooked these areas.
The log captures SNMP permission errors when a user attempts to access the system before being added. The user "netapp" is then added, resolving the issue. Network interfaces and storage disks are listed.
Statistically adaptive learning for a general class of..Accenture
The document presents a new method called SA L-BFGS for updating machine learning models as new training data becomes available. It combines aspects of L-BFGS optimization and online learning by using statistical tools to balance the influence of previous weights, old training data, and new training data, achieving fast convergence with few iterations. This allows the method to take advantage of L-BFGS when batch sizes are reasonable, while also "forgetting" old data like online learning when new data significantly changes. The method outperforms other leading methods like Vowpal Wabbit on large datasets with billions of examples and parameters.
This report examines the rise of big data and analytics used to analyze large volumes of data. It is based on a survey of 302 BI professionals and interviews. Most organizations have implemented analytical platforms to help analyze growing amounts of structured data. New technologies also analyze semi-structured data like web logs and machine data. While reports and dashboards serve casual users, more advanced analytics are needed for power users to fully leverage big data.
The survey found that over half of small businesses and mid-sized companies expect to spend less on travel and expenses in 2014 compared to 2013. Large enterprises were more evenly split on expecting more or less spending this year. Most companies currently manage expenses through spreadsheets, but many are considering switching to web-based expense management software. Reducing costs and improving visibility into spending were the top pressures driving companies to improve their expense management systems.
Vol 1 of the training video gives an overview of:
What is Big Data?
Why, where & when of Big Data
Differentials of Big Data
Potential of Big Data application
Risks involved in executing Big Data projects
Future of Big Data
Zenith Networks is a network integration services company headquartered in Philadelphia, PA that has been in business for 25 years. It is a partner of Juniper Networks and provides routing, switching, security and other network services to customers. The document includes details on Zenith Networks and Juniper Networks, as well as examples of Juniper router commands and outputs.
The system report summarizes the hardware and software configuration of a Windows XP system. It includes details about the processor, memory, graphics card, sound devices, and installed drivers. A Nvidia GeForce 9400 GT graphics card and Realtek audio devices are listed. The system has 2 GB of RAM and is running Windows XP SP3 in Spanish.
The document discusses security issues related to connected devices in homes and organizations. It provides results from scanning various devices on home and work networks, including details on open ports and services. It finds issues like outdated protocols, self-signed certificates, and lack of encryption on some devices. It notes that many administrators and users are unaware of vulnerabilities in connected devices. It recommends steps administrators and developers can take to improve device security, such as applying patches, network segmentation, monitoring traffic, using encryption, and penetration testing.
This system report summarizes the hardware and software configuration of a Windows XP system. Key details include an Intel Celeron CPU 430 running at 1.8GHz with 2GB of RAM. The generic video driver is noted as needing an update. No sound card was detected. Various devices are listed such as USB and PS/2 ports. The system is using a Spanish language and regional settings.
Embedded Recipes 2019 - Introduction to JTAG debuggingAnne Nicolas
This talk introduces JTAG debugging capabilities, both for debugging hardware and software. Marek first explains what the JTAG stands for and explains the operation of the JTAG state machine. This is followed by an introduction to free software JTAG tools, OpenOCD and urJTAG. Marek shortly explains how to debug software using those tools and how that ties into the JTAG state machine. However, JTAG was designed for testing hardware. Marek explains what boundary scan testing (BST) is, what are BSDL files and their format, and practically demonstrates how to blink an LED using BST and only free software tools.
Marek Vasut
This document provides system information for a laptop computer, including details about the operating system, processor, memory, graphics card, display, sound devices, and drivers. The system has an Intel Core 2 Duo processor, 4GB of RAM, and uses a NVIDIA GeForce GT 320M graphics card with 1GB of dedicated video memory. The display is 1366x768 resolution. Audio is provided by integrated speakers and an HDMI audio output, both supported by the Realtek HD audio driver.
This document discusses using SR-IOV and KVM virtual machines on Debian to virtualize high-performance servers requiring low latency and high throughput networking. It describes configuring SR-IOV on the server's Ethernet cards through the BIOS. On Debian, it shows enabling SR-IOV drivers in the kernel, configuring virtual functions, and assigning them to virtual machines using libvirt with PCI device passthrough. VLAN tagging and MAC addresses must be configured separately on the host due to limitations of the Debian version used.
VDCF is a management tool for virtualizing and monitoring Solaris environments. It allows centralized installation, operation, migration, monitoring, security, hardening and disaster recovery of Solaris zones, LDoms, and bare metal servers. VDCF provides simplicity, standardization, and high availability for private clouds. It has been in production use since 2006 to virtualize and manage Solaris environments.
The document provides examples of commands and their output for viewing system information on an Alcatel-Lucent network device. The commands shown check the TiMOS version, installed cards and modules, card details, installed MDA ports, chassis details including fans and power supplies, and Boot Option File information.
Hardwear.io 2018 BLE Security Essentials workshopSlawomir Jasek
Bluetooth Low Energy (Smart, 4) is recently gaining more and more traction as one of the most common and rapidly growing IoT technologies. Unfortunatelly the prevalence of technology does not come with security. Alarming vulnerabilities in BLE smart locks, medical devices and banking tokens are revealed day by day. And yet, the knowledge on how to comprehensively assess them seems very uncommon.
In this workshop you will get familiar with the basics of BLE security. We will work on a dedicated, readily available BLE hardware nRF devkit device. You will learn how to program and flash it yourself, using special web interface and ready templates. Such approach allows to better understand how things work “under the hood”, experiment with different options, and then secure the hardware properly.
From attacker’s perspective, we will cover among others: sniffing, spoofing, MITM, replay and relay.
Having enough time, we will play with a collection of vulnerable smart locks, sex toys and other devices.
This system report summarizes the hardware and software configuration of a Windows 7 PC. It includes details about the processor, RAM, graphics card, display, audio, and other devices. The PC has an AMD FX-4100 Quad-Core processor, 8GB of RAM, an AMD Radeon HD 7800 Series graphics card, and additional components for sound, network connectivity, and storage.
This document contains system information for a Toshiba Satellite A300 laptop running Windows 7 including:
- Details on the operating system, hardware specifications, drivers, and devices
- A listing of components like the processor, memory, graphics card, sound devices, and attached peripherals
- Notes on display functionality and capabilities of the integrated ATI Mobility Radeon HD 3400 graphics card
QUIC is a new transport protocol developed by Google that aims to solve issues with TCP and TLS by multiplexing streams over UDP. It includes features like stream multiplexing, connection migration, 0-RTT connection establishment, and forward error correction. The document provides technical details on QUIC including its version history, wire format specifications, frame types, cryptographic handshake process, and examples of 0-RTT, 1-RTT, and 2-RTT connection establishment.
JS Fest 2018. Володимир Шиманський. Запуск двіжка JS на мікроконтролеріJSFestUA
JavaScript - усюди! Тільки нещодавно запускав один і той самий JS код в Browser, Node.js, та React Native, як уже новий виклик - Embedded системи… Спокійно, JS справиться! На цій доповіді ви дізнаєтесь, які двіжки JS працюють в дуже обмежених середовищах, хто і як це використовує в продакшні та наскільки весело розробляти софт під всякі залізяки на JS.
[Спойлер] Якщо все вийде, спробуємо відтворити мелодію Mario на звичайному Bluetooth-брелку для ключів :)
This document summarizes the system information and hardware configuration of a Windows 7 PC. The system has an Intel Core 2 Duo processor, 2GB of RAM, and uses a NVIDIA GeForce 210 graphics card with 1.7GB of dedicated video memory. It also lists the audio devices, including integrated speakers and an S/PDIF digital audio port.
Nessus scan report using the defualt scan policy - Tareq HanayshaHanaysha
The Nessus scan report summarizes the results of a vulnerability scan performed on a Windows Vista system. The scan found 20 open ports, with 46 low, 8 medium and no high severity issues. Common services like MySQL, HTTP, and SMB were identified. The operating system was determined to be Windows Vista Home and the host name was tareq-laptop. Detailed information is provided about issues found on specific ports including unknown services, web servers, and NetBIOS information retrieved from the host.
The Cisco 892F ISRs have an SFP port that supports auto-media-detection, auto-failover, and remote fault indication (RFI), as described in the IEEE 802.3ah specification.
FreedomEV is a project that aims to enable full consumer control over electric vehicles by obtaining root access to a Tesla Model X. It introduces a USB stick containing Ubuntu that runs chrooted to provide additional functionality while preserving the manufacturer's software. A dynamic web interface is used to configure FreedomEV apps, which bundle car functions to ensure proper activation and deactivation. While obtaining root access directly from Tesla is challenging, workarounds include finding someone with an existing exploit or asking a service technician. Future goals include improving the hotspot functionality and adding more customization apps.
This is a presentation that looks ta some of the Linux commands you could use to identify the hardware on your system. This can be useful for troubleshooting, or just for figuring out which motherboard is in which box.
The document discusses circuit switching vs packet switching networks, with circuit switching reserving bandwidth for constant real-time communication but being less efficient than packet switching which allocates bandwidth on demand. It also describes how botnets can compromise many devices to perform distributed denial of service attacks by recruiting devices to target servers.
The document summarizes a case study where a luxury retail company needed to upgrade its contact center software before the busy holiday season. The company's existing workforce optimization (WFO) vendor was unable to complete the upgrade on time. Dimension Data, the systems integrator working with the retail company, recommended Calabrio as an alternative. Senior Calabrio executives then met with the retail company and Dimension Data to assure them Calabrio could complete the WFO implementation within the tight deadline, avoiding potential problems during the crucial holiday period. Calabrio was able to deploy the new WFO system across 329 agents within 28 days, meeting the retailer's requirements before the start of the holiday season.
Tier 2 net app baseline design standard revised nov 2011Accenture
This document provides a baseline design standard for tier 2 NetApp storage. It specifies that NetApp filers provide file sharing using CIFS and NFS, with snapshots taken twice daily and backups to tape storage six nights a week. The filers use clustering for fault tolerance and data is replicated between data centers using Snapmirror. The baseline configuration includes dual heads, redundant power supplies, and management with Data Fabric Manager.
Perfstat is a tool for capturing performance and configuration statistics from Windows hosts and NetApp storage controllers. It uses rsh/ssh to remotely collect data. Perfstat can capture data from one Windows system and multiple controllers simultaneously over a specified time period. It is commonly used to monitor systems for 24 hours by running multiple short samples throughout the day rather than one long sample.
Performance problems on ethernet networks when the e0m management interface i...Accenture
Network performance issues occurred when the management interface (e0M) was configured on the same subnet as high-speed production interfaces. This caused the gateway and default route to be associated with the lower-speed e0M interface, negatively impacting backups, transfers and other traffic. The solution is to move the e0M IP to a separate management subnet isolated from production, or leave e0M unconfigured and allow management traffic on the production interfaces instead.
NetApp system installation workbook SpokaneAccenture
This document provides site requirements for installing NetApp storage systems, including physical dimensions and weight specifications for various hardware components as well as power requirements. Environmental factors like clearance around systems is also addressed. Requirements for networking switches used with the systems are included.
This document provides instructions and explanations for using SnapMirror commands to migrate data and manage SnapMirror relationships between source and destination volumes. It describes running commands like snapmirror status, initialize, update, migrate, quiesce, resume, break and release to view the status of mirrors, start initial and incremental transfers, pause and resume updates, break mirror relationships, and remap LUNs during a migration. The key steps are to run snapmirror migrate to non-disruptively migrate data to a new destination volume, and then use snapmirror break to make the destination writable once the migration is complete.
The document discusses migrating a volume called CASESHARE_JPM004 to a new destination volume called CASESHARE_JPM004new using snapmirror migrate. It details running the snapmirror migrate command, monitoring the migration, renaming the volumes after migration is complete, and re-adding the CIFS share. The key steps are migrating the volume, monitoring the migration, renaming the source to a backup name and renaming the destination to the original source name, and re-adding the CIFS share on the new destination volume.
This document outlines data storage requirements and replacement costs for Providence Imaging Associates and Providence Alaska Medical Center. It summarizes that two filers used by Providence Imaging Associates, IAKFiler1 and IAKFiler2, are approaching maximum capacity and CPU usage and need replacing at $35,000 each for a total of $70,000. It also notes that two filers for Providence Alaska Medical Center, AKFiler6 and AKFiler7, have reached their 5-year lifecycle and need replacing at $220,000 total. Annual data growth is estimated at 35% but may increase due to new technologies, and $95,000 is requested for storage growth. The total estimated cost is $385,000
The document describes setting up a clustered ONTAP environment. It includes creating a cluster called "netappu" with nodes at locations "NetAppU" and adding various licenses. It also outlines configuring cluster network and management interfaces, setting up a Vserver for administration, enabling storage failover, and completing cluster node setup.
The document discusses recommendations for replacing several aging Akfiler storage systems with new FAS3240HA systems. For Akfiler6/7, it recommends either Option 1 with 3 shelves of 600GB SAS drives for 28.84TiB of storage in less rack space, or lower cost Option 2 with 1TB SATA drives for 43.65TiB but with slower drives. For Akfiler4/10, it recommends 3 shelves of 450GB SAS drives and 4 shelves of 2TB SATA drives for a total of 137.5TiB in much less rack space. For Akfiler5/9, it recommends 7 shelves of 2TB SATA drives for 212TiB and 25% more storage in less rack space
NetApp hosted a Big Data breakfast event to discuss how big data is driving new demands for scale in data management. The presentation covered why big data has become a major buzz topic, what big data is, and how data is entering a new era requiring massive scale. It also provided examples of how NetApp solutions have helped customers meet the performance and scalability requirements of big data workloads, including one customer that exceeded service level agreements after moving from direct attached storage to NetApp storage.
This document provides an agenda for demonstrating OnCommand Insight reporting capabilities. The agenda includes an introduction, accessing the OCI reporting portal, viewing sample reports, and custom reporting. It also briefly discusses data warehouse processing and performance of interacting with reports through the Cognos tool.
This document discusses how virtualizing datacenters with VMware and NetApp can accelerate businesses. It provides details on:
- The strong alliance between VMware and NetApp and their joint customers and support.
- Trends showing more business critical applications like databases being virtualized.
- Survey results that show NetApp storage preference growing for virtual server environments.
- How NetApp storage provides the best data protection, efficiency and flexibility for virtual environments.
This document summarizes a project to replace aging NetApp storage devices and improve backup capabilities. It outlines performance details of current systems, options for new vSeries devices with increased throughput and capacity, and an improved backup solution using Snapshots. The solution would provide new NetApp filers in the PPMC and Quincy data centers, optionally replace the Sabey filer, and allow maintaining 90 days of Snapshots across sites rather than relying on tapes for backups.
WSC Net App storage for windows challenges and solutionsAccenture
NetApp storage solutions can help address key challenges that organizations face with Windows storage environments. These include having separate "islands" of storage for different applications, which leads to inefficient administration and utilization. NetApp provides a consolidated storage system that can store all Windows data more efficiently and simply. It reduces management costs through features like simplified administration and improved backup and recovery. NetApp storage also improves scalability and availability through technologies like clustering and replication. Organizations have been able to significantly reduce their Windows storage costs, by as much as 50%, by adopting NetApp solutions.
This document summarizes a 50,000-seat virtual desktop infrastructure deployment using VMware View and various technology partners. Key aspects include:
- The infrastructure uses "pools of desktops" (PODs) consisting of 90 servers, NetApp storage, and supporting software to deliver 5000 desktop VMs.
- Updates from the original deployment include replacing the FAS3170 controllers with higher performance FAS3270 controllers and increasing servers from 60 to 90 per POD for improved memory resources.
- Partners involved include NetApp, VMware, Cisco, Fujitsu, and Wyse Technology providing various components of the virtualization platform, servers, storage, and thin clients.
The NetApp solution provides several benefits for Citrix XenDesktop deployments including:
1) Storage efficiency through thin provisioning, deduplication, and FlexClone which can save 50-90% on storage costs.
2) Performance enhancement using technologies like Virtual Storage Tiering and write optimization.
3) Improved operational agility through tight integration with partner solutions and simplified management.
4) Robust data protection for both virtual desktop operating systems and user data with low overhead.
This document provides an overview of VMware storage options for virtual infrastructures and recommends best practices for implementing them with NetApp storage arrays. It discusses the value of using storage arrays that support multiple protocols. It also describes the characteristics of consolidated and isolated VM datasets and recommends that consolidated datasets use large, shared NFS datastores while isolated datasets for critical applications use individual datastores across all protocols. The document reviews VMFS datastores on LUNs, spanned VMFS datastores, and how NetApp enhances VMFS performance and functionality with technologies like thin provisioning, deduplication, cloning, and management tools.
Snap mirror source to tape to destination scenarioAccenture
This document describes a scenario for setting up a SnapMirror relationship between a source and destination system using tape due to a low-bandwidth connection. It involves backing up the initial snapshot from the source to tape, transporting the tape to the destination system, restoring the snapshot from tape to the destination, and then configuring incremental SnapMirror updates over the low-bandwidth connection.
This document provides a draft summary of an IBM reference architecture for virtualized environments using IBM System Storage N series storage platforms. It includes chapters on architecture, Clustered Data ONTAP 8.2 features, VMware vSphere integration, and Microsoft Hyper-V integration. The document discusses storage configuration, provisioning, cloning, snapshots, and other topics to understand how to design scalable cloud solutions using N series storage and Clustered Data ONTAP.
1. =~=~=~=~=~=~=~=~=~=~=~= PuTTY log 2012.11.13 17:12:00 =~=~=~=~=~=~=~=~=~=~=~=
Boot Loader version 1.8
Copyright (C) 2000-2003 Broadcom Corporation.
Portions Copyright (C) 2002-2009 NetApp
CPU Type: Dual-Core AMD Opteron(tm) Processor 2218
Starting AUTOBOOT press Ctrl-C to abort...
Loading x86_64/kernel/primary.krn:................0x200000/49123928
0x30d9258/27512016 0x4b15f28/7980237 0x52b23f5/3 Entry at 0x00202018
Starting program at 0x00202018
Press CTRL-C for special boot menu
The platform doesn't support service processor
Wed Nov 14 01:12:11 GMT [nvram.battery.state:info]: The NVRAM battery is
currently OFF.
Wed Nov 14 01:12:17 GMT [nvram.battery.turned.on:info]: The NVRAM battery is
turned ON. It is turned OFF during system shutdown.
Wed Nov 14 01:12:18 GMT [iomem.card.enable:info]: Caching module in slot 1 has
been enabled.
Wed Nov 14 01:12:19 GMT [cf.nm.nicTransitionUp:info]: Interconnect link 0 is UP
NetApp Release 7.3.6: Thu Jul 7 01:48:12 PDT 2011
Copyright (c) 1992-2011 NetApp.
Starting boot on Wed Nov 14 01:12:08 GMT 2012
Wed Nov 14 01:12:27 GMT [diskown.isEnabled:info]: software ownership has been
enabled for this system
Wed Nov 14 01:12:30 GMT [sas.link.error:error]: Could not recover link on SAS
adapter 3c after 10 seconds. Offlining the adapter.
Wed Nov 14 01:12:30 GMT [sas.link.error:error]: Could not recover link on SAS
adapter 3b after 10 seconds. Offlining the adapter.
Waiting for giveback
Reservation conflict found on this node's disks!
Local System ID: 151729197
Press Ctrl-C for Maintenance menu to release disks.
Wed Nov 14 01:12:30 GMT [ses.giveback.wait:info]: Enclosure Services will be
unavailable while waiting for giveback.
WDisk reservations have been releasede
d Nov 14 01:12:35 GMT [ses.giveback.restartAfter:info]: Enclosure Services
restarting after release of reservations.
Wed Nov 14 01:12:35 GMT [cf.nm.nicReset:warning]: Initiating soft reset on
Cluster Interconnect card 0 due to rendezvous reset
Wed Nov 14 01:12:35 GMT [cf.rv.notConnected:error]: Connection for cfo_rv failed
Wed Nov 14 01:12:35 GMT [cf.nm.nicTransitionDown:warning]: Cluster Interconnect
link 0 is DOWN
Wed Nov 14 01:12:35 GMT [cf.rv.notConnected:error]: Connection for cfo_rv failed
Wed Nov 14 01:12:37 GMT [cf.nm.nicTransitionUp:info]: Interconnect link 0 is UP
Wed Nov 14 01:12:37 GMT [fmmb.current.lock.disk:info]: Disk 0a.17 is a local HA
mailbox disk.
Wed Nov 14 01:12:37 GMT [fmmb.current.lock.disk:info]: Disk 0d.45 is a local HA
mailbox disk.
Wed Nov 14 01:12:37 GMT [fmmb.instStat.change:info]: normal mailbox instance on
local side.
Wed Nov 14 01:12:38 GMT [shelf.config.mpha:info]: All attached storage on the
system is multi-pathed HA.
Wed Nov 14 01:12:39 GMT [fmmb.current.lock.disk:info]: Disk 0b.16 is a partner
HA mailbox disk.
Wed Nov 14 01:12:39 GMT [fmmb.current.lock.disk:info]: Disk 0c.17 is a partner
HA mailbox disk.
2. Wed Nov 14 01:12:39 GMT [fmmb.instStat.change:info]: normal mailbox instance on
partner side.
Wed Nov 14 01:12:40 GMT [cf.fm.partner:info]: Cluster monitor: partner
'akfiler13'
Wed Nov 14 01:12:40 GMT [cf.fm.timeMasterStatus:info]: Acting as cluster time
slave
Waiting for giveback...(Press Ctrl-C to abort wait)
Waiting for giveback...(Press Ctrl-C to abort wait)Wed Nov 14 01:13:31 GMT
[shelf.module.configuration.failure:error]: ERROR--Could not complete the
configuration of disk shelf module B on channels 0b/0c disk shelf ID 1.
Wed Nov 14 01:13:31 GMT [shelf.module.configuration.failure:error]: ERROR--Could
not complete the configuration of disk shelf module B on channels 0b/0c disk
shelf ID 2.
Waiting for giveback...(Press Ctrl-C to abort wait)Wed Nov 14 01:15:29 GMT
[sas.cable.degraded:warning]: Cable attached to SAS port "3d" is functioning in
a degraded mode.
Wed Nov 14 01:15:39 GMT [sas.link.error:error]: Could not recover link on SAS
adapter 3d after 10 seconds. Offlining the adapter.
Wed Nov 14 01:15:53 GMT [shelf.config.tomixedha:info]: System has transitioned
to a mixture of single and multi-path HA attached storage
Wed Nov 14 01:15:54 GMT [ses.multipath.ReqError:CRITICAL]: SAS-Shelf24 detected
without a multipath configuration.
Wed Nov 14 01:16:10 GMT [sas.cable.degraded:warning]: Cable attached to SAS port
"3a" is functioning in a degraded mode.
Wed Nov 14 01:16:20 GMT [sas.link.error:error]: Could not recover link on SAS
adapter 3a after 10 seconds. Offlining the adapter.
Wed Nov 14 01:16:20 GMT [disk.releaseFailed:error]: Disk release failed on
3a.10.0 CDB 0x5f:0601 - SCSI:no sense (0 0 0)
Wed Nov 14 01:16:21 GMT [ses.access.noMoreValidPaths:CRITICAL]: No more valid
paths to Enclosure Services in shelf 11 on channel 3a.
Wed Nov 14 01:16:21 GMT [ses.access.noMoreValidPaths:CRITICAL]: No more valid
paths to Enclosure Services in shelf 10 on channel 3a.
Wed Nov 14 01:16:21 GMT [ds.sas.element.xport.error:error]: Shelf module A XPORT
ERROR on channels 3a/PARTNER shelf id 11
Wed Nov 14 01:16:21 GMT [ds.sas.element.xport.error:error]: Shelf module A XPORT
ERROR on channels 3a/PARTNER shelf id 10
Wed Nov 14 01:16:21 GMT [raid.disk.missing:info]: Disk 3a.10.0 Shelf 10 Bay 0
[NETAPP X412_S15K7560A15 NA00] S/N [6SL3SYV30000N2406M4C] is missing from the
system
Wed Nov 14 01:16:21 GMT [raid.disk.missing:info]: Disk 3a.10.1 Shelf 10 Bay 1
[NETAPP X412_S15K7560A15 NA00] S/N [6SL3S1HQ0000N239HAWN] is missing from the
system
Wed Nov 14 01:16:21 GMT [raid.disk.missing:info]: Disk 3a.10.2 Shelf 10 Bay 2
[NETAPP X412_S15K7560A15 NA00] S/N [6SL3NLK80000N239HAGX] is missing from the
system
Wed Nov 14 01:16:21 GMT [raid.disk.missing:info]: Disk 3a.10.3 Shelf 10 Bay 3
[NETAPP X412_S15K7560A15 NA00] S/N [6SL3PLKS0000N238HXQ8] is missing from the
system
Wed Nov 14 01:16:21 GMT [raid.disk.missing:info]: Disk 3a.10.4 Shelf 10 Bay 4
[NETAPP X412_S15K7560A15 NA00] S/N [6SL3RP8A0000N2402TVC] is missing from the
system
Wed Nov 14 01:16:21 GMT [raid.disk.missilogin as: p375290
p375290@10.21.20.56's password:
RLM akfiler12> ?
date - print date and time
exit - exit from the RLM command line interface
events - print system events and event information
help - print command help
priv - show and set user mode
rlm - commands to control the RLM
rsa - commands for Remote Support Agent
system - commands to control the system
version - print RLM version
3. RLM akfiler12> system console
Type Ctrl-D to exit.
Data ONTAP (akfiler12.ak.providence.org)
login: p375290
Password:
Tue Nov 13 16:32:47 AKST [akfiler12: RLM_console_login:info]: p375290 logged in
from RLM
akfiler12> sysconfig -a
NetApp Release 7.3.6: Thu Jul 7 01:48:12 PDT 2011
System ID: 0151729197 (akfiler12); partner ID: 0151729165 (akfiler13)
System Serial Number: 700000071691 (akfiler12)
System Rev: A0
System Storage Configuration: Multi-Path HA
System ACP Connectivity: NA
slot 0: System Board 2.6 GHz (System Board XV A4)
Model Name: FAS3160
Part Number: 110-00119
Revision: A4
Serial Number: 734253
BIOS version: 4.4.0
Loader version: 1.8
Agent FW version: 3
Processors: 4
Processor ID: 0x40f13
Microcode Version: 0x0
Memory Size: 8192 MB
Memory Attributes: Node Interleaving
Bank Interleaving
Hoisting
Chipkill ECC
CMOS RAM Status: OK
Controller: A
Remote LAN Module Status: Online
Part Number: 110-00057
Revision: G0
Serial Number: 912333
Firmware Version: 4.0
Mgmt MAC Address: 00:A0:98:12:1A:31
Ethernet Link: up, 100Mb, full duplex, auto-neg complete
Using DHCP: no
IPv4 configuration:
IP Address: 10.21.20.56
Netmask: 255.255.255.0
Gateway: 10.21.20.1
IPv6 configuration: Disabled
slot 0: Internal BGE 10/100 Ethernet Controller
e0M MAC Address: 00:a0:98:12:4c:aa (auto-unknown-cfg_down)
Device Type: BCM5703C_B0
memory mapped I/O base 0x00000000c0e00000, size 0x10000
slot 0: BGE 10/100/1000 Ethernet Controller
e0a MAC Address: 00:a0:98:12:4c:a8 (auto-1000t-fd-up)
e0b MAC Address: 00:a0:98:12:4c:a9 (auto-1000t-fd-up)
Device Type: BCM5715C
memory mapped I/O base 0x00000000c0400000, size 0x10000
memory mapped I/O base 0x00000000c0410000, size 0x10000
memory mapped I/O base 0x00000000c0420000, size 0x10000
memory mapped I/O base 0x00000000c0430000, size 0x10000
slot 0: NVRAM (NetApp NVRAM VII)
Revision: A4
Serial Number: 734253
Memory Size: 2048 MB
13. memory mapped I/O base 0x00000000c0020000, size 0x10000
memory mapped I/O base 0x00000000c0030000, size 0x10000
slot 4: Quad 10/100/1000 Ethernet Controller G20
e4a MAC Address: 00:15:17:c0:25:94 (auto-1000t-fd-up)
e4b MAC Address: 00:15:17:c0:25:95 (auto-1000t-fd-up)
e4c MAC Address: 00:15:17:c0:25:96 (auto-unknown-cfg_down)
e4d MAC Address: 00:15:17:c0:25:97 (auto-unknown-cfg_down)
Device Type: Rev 6, PBA D45774-008
memory mapped I/O base 0x00000000c0600000, size 0x20000
memory mapped I/O base 0x00000000c0620000, size 0x20000
I/O base 0x0000000000000000, size 0x0
memory mapped I/O base 0x00000000c0640000, size 0x20000
memory mapped I/O base 0x00000000c0660000, size 0x20000
I/O base 0x0000000000000000, size 0x0
memory mapped I/O base 0x00000000c0800000, size 0x20000
memory mapped I/O base 0x00000000c0820000, size 0x20000
I/O base 0x0000000000000000, size 0x0
memory mapped I/O base 0x00000000c0840000, size 0x20000
memory mapped I/O base 0x00000000c0860000, size 0x20000
I/O base 0x0000000000000000, size 0x0
akfiler12> vol status
Volume State Status Options
vol0 online raid_dp, flex root
vmpg online raid_dp, flex guarantee=none
sis
pocvm1 online raid_dp, flex guarantee=none
sis
Dragon online raid_dp, flex create_ucode=on,
sis convert_ucode=on,
guarantee=none,
fractional_reserve=0
akfiler12onbase online raid_dp, flex create_ucode=on,
sis convert_ucode=on,
guarantee=none,
fractional_reserve=0
ISO online raid_dp, flex guarantee=none
sis
vm04 online raid_dp, flex guarantee=none
sis
vm06 online raid_dp, flex create_ucode=on,
sis convert_ucode=on,
guarantee=none,
fractional_reserve=0
vm01 online raid_dp, flex guarantee=none
sis
vm02 online raid_dp, flex guarantee=none
sis
vm03 online raid_dp, flex guarantee=none,
sis fractional_reserve=0
akfiler12> df -A
Aggregate kbytes used avail capacity
aggr1 10837619288 1265112748 9572506540 12%
aggr1/.snapshot 0 0 0 ---%
aggr0 5514438760 4746399540 768039220 86%
aggr0/.snapshot 0 0 0 ---%
akfiler12> aggr status
Aggr State Status Options
aggr0 online raid_dp, aggr root
aggr1 online raid_dp, aggr nosnap=on, raidsize=23
akfiler12> rdfile /etc/messages
Sun Nov 11 00:00:00 AKST [akfiler12: kern.log.rotate:notice]: System akfiler12
(ID 0151729197) is running NetApp Release 7.3.6
Sun Nov 11 00:00:03 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
14. Sun Nov 11 00:00:46 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of nightly snapshot (previous auto-delete snap create still in
progress)
Sun Nov 11 01:00:00 AKST [akfiler12: kern.uptime.filer:info]: 1:00am up 199
days, 5:44 17943788650 NFS ops, 8487405 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 01:00:10 AKST [akfiler12: raid.rg.scrub.resume:notice]:
/aggr0/plex0/rg0: resuming scrub at stripe 51693808 (74% complete)
Sun Nov 11 01:00:14 AKST [akfiler12: raid.rg.scrub.resume:notice]:
/aggr0/plex0/rg1: resuming scrub at stripe 45466536 (65% complete)
Sun Nov 11 01:00:14 AKST [akfiler12: raid.rg.scrub.start:notice]:
/aggr1/plex0/rg0: starting scrub
Sun Nov 11 01:00:16 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 01:27:14 AKST [akfiler12: asup.smtp.sent:notice]: Cluster
Notification mail sent: Cluster Notification from akfiler12 (WEEKLY_LOG) INFO
Sun Nov 11 01:27:34 AKST [akfiler12: asup.smtp.sent:notice]: Cluster
Notification mail sent: Cluster Notification from akfiler12 (PERFORMANCE DATA)
INFO
Sun Nov 11 02:00:00 AKST [akfiler12: kern.uptime.filer:info]: 2:00am up 199
days, 6:44 17956114773 NFS ops, 8487635 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 02:00:03 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 03:00:00 AKST [akfiler12: kern.uptime.filer:info]: 3:00am up 199
days, 7:44 17967100191 NFS ops, 8487891 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 03:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 04:00:00 AKST [akfiler12: kern.uptime.filer:info]: 4:00am up 199
days, 8:44 17975420248 NFS ops, 8488173 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 04:00:04 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 05:00:00 AKST [akfiler12: kern.uptime.filer:info]: 5:00am up 199
days, 9:44 17979509075 NFS ops, 8488485 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 05:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 05:00:50 AKST [akfiler12: app.log.info:info]: wn6147: Monitoring and
Host Configuration sub-plugin 4.0: (0) discovery: Storage discovery task found
this controller to be connected to an ESX host managed by vCenter or manually
entered.
Sun Nov 11 05:01:29 AKST [akfiler12: app.log.info:info]: wn6147: Monitoring and
Host Configuration sub-plugin 4.0: (0) VmDiscovery:
wn6147.ak.providence.org(404):winNetStandard64Guest=2,other26xLinux64Guest=1,win
Longhorn64Guest=3,otherLinuxGuest=4,winNetEnterpriseGuest=8,winLonghornGuest=55,
rhel4Guest=1,otherGuest=1,winXPProGuest=62,win2000ServGuest=9,rhel3Guest=1,slesG
uest=1
Sun Nov 11 05:01:31 AKST [akfiler12: app.log.info:info]: wn6147: Monitoring and
Host Configuration sub-plugin 4.0: (0) VmDiscovery:
wn6147.ak.providence.org(404):windows7_64Guest=1,winNetStandardGuest=197,rhel5Gu
est=5,windows7Server64Guest=53
Sun Nov 11 05:07:27 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #54591842 during scrub
Sun Nov 11 05:09:01 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #54677029 during scrub
Sun Nov 11 05:09:12 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
15. X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #54686162 during scrub
Sun Nov 11 05:19:23 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #55379800 during scrub
Sun Nov 11 05:20:59 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #55528198 during scrub
Sun Nov 11 05:23:07 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #55761034 during scrub
Sun Nov 11 05:26:16 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #55892168 during scrub
Sun Nov 11 05:27:18 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #55892176 during scrub
Sun Nov 11 05:29:09 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #55987242 during scrub
Sun Nov 11 05:29:20 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #55892178 during scrub
Sun Nov 11 05:31:12 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56172831 during scrub
Sun Nov 11 05:31:18 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56182573 during scrub
Sun Nov 11 05:31:58 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56227770 during scrub
Sun Nov 11 05:32:36 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56276216 during scrub
Sun Nov 11 05:32:37 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56276632 during scrub
Sun Nov 11 05:33:16 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56313925 during scrub
Sun Nov 11 05:34:25 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56407038 during scrub
Sun Nov 11 05:35:25 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56503047 during scrub
Sun Nov 11 05:36:48 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
16. X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56651449 during scrub
Sun Nov 11 05:38:45 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56875945 during scrub
Sun Nov 11 05:38:48 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56878017 during scrub
Sun Nov 11 05:39:28 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56931145 during scrub
Sun Nov 11 05:40:23 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #57017356 during scrub
Sun Nov 11 05:40:23 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #57017357 during scrub
Sun Nov 11 05:42:10 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #57213853 during scrub
Sun Nov 11 05:44:30 AKST [akfiler12:
raid.tetris.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56502010 during stripe write
Sun Nov 11 05:45:28 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #57633530 during scrub
Sun Nov 11 05:47:00 AKST [akfiler12:
raid.rg.scrub.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #57905294 during scrub
Sun Nov 11 05:55:17 AKST [akfiler12: raid.rg.scrub.done:notice]:
/aggr1/plex0/rg0: scrub completed in 4:55:03.33
Sun Nov 11 05:55:17 AKST [akfiler12: raid.rg.scrub.summary.pi:notice]: Scrub
found 0 parity inconsistencies in /aggr1/plex0/rg0.
Sun Nov 11 05:55:17 AKST [akfiler12: raid.rg.scrub.summary.cksum:notice]: Scrub
found 0 checksum errors in /aggr1/plex0/rg0.
Sun Nov 11 05:55:17 AKST [akfiler12: raid.rg.scrub.summary.media:notice]: Scrub
found 0 media errors in /aggr1/plex0/rg0.
Sun Nov 11 05:55:57 AKST [akfiler12: raid.rg.scrub.done:notice]:
/aggr0/plex0/rg1: scrub completed in 4:55:44.93
Sun Nov 11 05:55:57 AKST [akfiler12: raid.rg.scrub.summary.pi:notice]: Scrub
found 0 parity inconsistencies in /aggr0/plex0/rg1.
Sun Nov 11 05:55:57 AKST [akfiler12: raid.rg.scrub.summary.cksum:notice]: Scrub
found 0 checksum errors in /aggr0/plex0/rg1.
Sun Nov 11 05:55:57 AKST [akfiler12: raid.rg.scrub.summary.media:notice]: Scrub
found 0 media errors in /aggr0/plex0/rg1.
Sun Nov 11 06:00:00 AKST [akfiler12: kern.uptime.filer:info]: 6:00am up 199
days, 10:44 17982160612 NFS ops, 8488805 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 06:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 06:36:09 AKST [akfiler12: raid.rg.scrub.done:notice]:
/aggr0/plex0/rg0: scrub completed in 5:36:01.10
Sun Nov 11 06:36:09 AKST [akfiler12: raid.rg.scrub.summary.pi:notice]: Scrub
found 0 parity inconsistencies in /aggr0/plex0/rg0.
Sun Nov 11 06:36:09 AKST [akfiler12: raid.rg.scrub.summary.cksum:notice]: Scrub
found 0 checksum errors in /aggr0/plex0/rg0.
17. Sun Nov 11 06:36:09 AKST [akfiler12: raid.rg.scrub.summary.media:warning]: Scrub
found 34 media errors in /aggr0/plex0/rg0.
Sun Nov 11 06:36:28 AKST [akfiler12: asup.smtp.sent:notice]: Cluster
Notification mail sent: Cluster Notification from akfiler12 (DISK SCRUB SUMMARY
- no customer action required) INFO
Sun Nov 11 07:00:00 AKST [akfiler12: kern.uptime.filer:info]: 7:00am up 199
days, 11:44 17983725512 NFS ops, 8489103 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 07:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 08:00:00 AKST [akfiler12: kern.uptime.filer:info]: 8:00am up 199
days, 12:44 17985355696 NFS ops, 8489345 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 08:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 09:00:00 AKST [akfiler12: kern.uptime.filer:info]: 9:00am up 199
days, 13:44 17987128934 NFS ops, 8489645 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 09:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 09:00:45 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of hourly snapshot (previous auto-delete snap create still in
progress)
Sun Nov 11 10:00:00 AKST [akfiler12: kern.uptime.filer:info]: 10:00am up 199
days, 14:44 17988828418 NFS ops, 8489947 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 10:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 11:00:00 AKST [akfiler12: kern.uptime.filer:info]: 11:00am up 199
days, 15:44 17990493359 NFS ops, 8490259 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 11:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 12:00:00 AKST [akfiler12: kern.uptime.filer:info]: 12:00pm up 199
days, 16:44 17992105875 NFS ops, 8490536 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 12:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 12:00:25 AKST [akfiler12:
raid.read.media.recommend.reassign.err:info]: Block recommended for reassignment
on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP X279_HVPBP288F15 NA02]
S/N [JLWDVURC], block #56838135
Sun Nov 11 12:00:25 AKST [akfiler12: raid.read.media.err:info]: Read error on
Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP X279_HVPBP288F15 NA02] S/N
[JLWDVURC], block #56838137
Sun Nov 11 12:00:27 AKST [akfiler12:
raid.read.media.recommend.reassign.err:info]: Block recommended for reassignment
on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP X279_HVPBP288F15 NA02]
S/N [JLWDVURC], block #56838134
Sun Nov 11 13:00:00 AKST [akfiler12: kern.uptime.filer:info]: 1:00pm up 199
days, 17:44 17993828110 NFS ops, 8490836 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 13:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 14:00:00 AKST [akfiler12: kern.uptime.filer:info]: 2:00pm up 199
days, 18:44 17995471081 NFS ops, 8491119 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 14:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 14:00:45 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of hourly snapshot (previous auto-delete snap create still in
progress)
Sun Nov 11 15:00:00 AKST [akfiler12: kern.uptime.filer:info]: 3:00pm up 199
days, 19:44 17997092755 NFS ops, 8491422 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
18. iSCSI ops
Sun Nov 11 15:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 16:00:00 AKST [akfiler12: kern.uptime.filer:info]: 4:00pm up 199
days, 20:44 17999836810 NFS ops, 8491746 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 16:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 17:00:00 AKST [akfiler12: kern.uptime.filer:info]: 5:00pm up 199
days, 21:44 18001973444 NFS ops, 8491992 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 17:00:01 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 18:00:00 AKST [akfiler12: kern.uptime.filer:info]: 6:00pm up 199
days, 22:44 18003727041 NFS ops, 8492289 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 18:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 19:00:00 AKST [akfiler12: kern.uptime.filer:info]: 7:00pm up 199
days, 23:44 18008923309 NFS ops, 8492541 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 19:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 19:00:30 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of hourly snapshot (previous auto-delete snap create still in
progress)
Sun Nov 11 19:15:51 AKST [akfiler12: iomem.ecc.summary:warning]: Caching module
in slot 1 has detected a total of 12316 correctable and 9893 uncorrectable
memory errors.
Sun Nov 11 20:00:00 AKST [akfiler12: kern.uptime.filer:info]: 8:00pm up 200
days, 44 mins, 18012656879 NFS ops, 8492841 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 20:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 20:15:51 AKST [akfiler12: iomem.ecc.summary:warning]: Caching module
in slot 1 has detected a total of 12422 correctable and 10110 uncorrectable
memory errors.
Sun Nov 11 21:00:00 AKST [akfiler12: kern.uptime.filer:info]: 9:00pm up 200
days, 1:44 18015599375 NFS ops, 8493142 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 21:00:03 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 22:00:00 AKST [akfiler12: kern.uptime.filer:info]: 10:00pm up 200
days, 2:44 18017654168 NFS ops, 8493424 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 22:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Sun Nov 11 23:00:00 AKST [akfiler12: kern.uptime.filer:info]: 11:00pm up 200
days, 3:44 18019546493 NFS ops, 8493746 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Sun Nov 11 23:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 00:00:00 AKST [akfiler12: kern.uptime.filer:info]: 12:00am up 200
days, 4:44 18021300457 NFS ops, 8493998 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 00:00:03 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 00:00:30 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of nightly snapshot (previous auto-delete snap create still in
progress)
Mon Nov 12 01:00:00 AKST [akfiler12: kern.uptime.filer:info]: 1:00am up 200
days, 5:44 18027766315 NFS ops, 8494296 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 01:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
19. WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 02:00:00 AKST [akfiler12: kern.uptime.filer:info]: 2:00am up 200
days, 6:44 18035872266 NFS ops, 8494549 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 02:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 03:00:00 AKST [akfiler12: kern.uptime.filer:info]: 3:00am up 200
days, 7:44 18038093428 NFS ops, 8494845 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 03:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 04:00:00 AKST [akfiler12: kern.uptime.filer:info]: 4:00am up 200
days, 8:44 18039850389 NFS ops, 8495131 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 04:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 05:00:00 AKST [akfiler12: kern.uptime.filer:info]: 5:00am up 200
days, 9:44 18041539750 NFS ops, 8495438 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 05:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 05:00:50 AKST [akfiler12: app.log.info:info]: wn6147: Monitoring and
Host Configuration sub-plugin 4.0: (0) discovery: Storage discovery task found
this controller to be connected to an ESX host managed by vCenter or manually
entered.
Mon Nov 12 05:01:28 AKST [akfiler12: app.log.info:info]: wn6147: Monitoring and
Host Configuration sub-plugin 4.0: (0) VmDiscovery:
wn6147.ak.providence.org(404):winNetStandard64Guest=2,other26xLinux64Guest=1,win
Longhorn64Guest=3,otherLinuxGuest=4,winNetEnterpriseGuest=8,winLonghornGuest=55,
rhel4Guest=1,otherGuest=1,winXPProGuest=62,win2000ServGuest=9,rhel3Guest=1,slesG
uest=1
Mon Nov 12 05:01:30 AKST [akfiler12: app.log.info:info]: wn6147: Monitoring and
Host Configuration sub-plugin 4.0: (0) VmDiscovery:
wn6147.ak.providence.org(404):windows7_64Guest=1,winNetStandardGuest=197,rhel5Gu
est=5,windows7Server64Guest=53
Mon Nov 12 06:00:00 AKST [akfiler12: kern.uptime.filer:info]: 6:00am up 200
days, 10:44 18043428598 NFS ops, 8495722 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 06:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 07:00:00 AKST [akfiler12: kern.uptime.filer:info]: 7:00am up 200
days, 11:44 18045106374 NFS ops, 8496037 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 07:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 08:00:00 AKST [akfiler12: kern.uptime.filer:info]: 8:00am up 200
days, 12:44 18047722860 NFS ops, 8496350 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 08:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 09:00:00 AKST [akfiler12: kern.uptime.filer:info]: 9:00am up 200
days, 13:44 18050428873 NFS ops, 8496572 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 09:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 09:00:31 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of hourly snapshot (previous auto-delete snap create still in
progress)
Mon Nov 12 10:00:00 AKST [akfiler12: kern.uptime.filer:info]: 10:00am up 200
days, 14:44 18053210427 NFS ops, 8496874 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 10:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 11:00:00 AKST [akfiler12: kern.uptime.filer:info]: 11:00am up 200
20. days, 15:44 18056910463 NFS ops, 8497177 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 11:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 12:00:00 AKST [akfiler12: kern.uptime.filer:info]: 12:00pm up 200
days, 16:44 18061308270 NFS ops, 8497536 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 12:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 13:00:00 AKST [akfiler12: kern.uptime.filer:info]: 1:00pm up 200
days, 17:44 18065548814 NFS ops, 8497837 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 13:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 13:30:02 AKST [akfiler12: RLM_console_login:info]: p375290 logged in
from RLM
Mon Nov 12 14:00:00 AKST [akfiler12: kern.uptime.filer:info]: 2:00pm up 200
days, 18:44 18069923123 NFS ops, 8498119 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 14:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 14:00:30 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of hourly snapshot (previous auto-delete snap create still in
progress)
Mon Nov 12 15:00:00 AKST [akfiler12: kern.uptime.filer:info]: 3:00pm up 200
days, 19:44 18072321633 NFS ops, 8498414 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 15:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 15:31:17 AKST [akfiler12:
raid.tetris.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #57306564 during stripe write
Mon Nov 12 16:00:00 AKST [akfiler12: kern.uptime.filer:info]: 4:00pm up 200
days, 20:44 18074483058 NFS ops, 8498703 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 16:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 16:46:16 AKST [akfiler12:
raid.tetris.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #56876043 during stripe write
Mon Nov 12 17:00:00 AKST [akfiler12: kern.uptime.filer:info]: 5:00pm up 200
days, 21:44 18077691196 NFS ops, 8498956 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 17:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 18:00:00 AKST [akfiler12: kern.uptime.filer:info]: 6:00pm up 200
days, 22:44 18079787579 NFS ops, 8499266 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 18:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 19:00:00 AKST [akfiler12: kern.uptime.filer:info]: 7:00pm up 200
days, 23:44 18083324551 NFS ops, 8499566 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 19:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 19:00:30 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of hourly snapshot (previous auto-delete snap create still in
progress)
Mon Nov 12 20:00:00 AKST [akfiler12: kern.uptime.filer:info]: 8:00pm up 201
days, 44 mins, 18087315819 NFS ops, 8499860 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 20:00:03 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
21. WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 21:00:00 AKST [akfiler12: kern.uptime.filer:info]: 9:00pm up 201
days, 1:44 18090910495 NFS ops, 8500160 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 21:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 22:00:00 AKST [akfiler12: kern.uptime.filer:info]: 10:00pm up 201
days, 2:44 18092694494 NFS ops, 8500436 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 22:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Mon Nov 12 23:00:00 AKST [akfiler12: kern.uptime.filer:info]: 11:00pm up 201
days, 3:44 18094668356 NFS ops, 8500693 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Mon Nov 12 23:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 00:00:00 AKST [akfiler12: kern.uptime.filer:info]: 12:00am up 201
days, 4:44 18096530067 NFS ops, 8500991 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 00:00:03 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 00:00:30 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of nightly snapshot (previous auto-delete snap create still in
progress)
Tue Nov 13 01:00:00 AKST [akfiler12: kern.uptime.filer:info]: 1:00am up 201
days, 5:44 18103873223 NFS ops, 8501298 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 01:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 02:00:00 AKST [akfiler12: kern.uptime.filer:info]: 2:00am up 201
days, 6:44 18112836572 NFS ops, 8501609 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 02:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 02:59:08 AKST [akfiler12:
raid.read.media.recommend.reassign.err:info]: Block recommended for reassignment
on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP X279_HVPBP288F15 NA02]
S/N [JLWDVURC], block #55996677
Tue Nov 13 03:00:00 AKST [akfiler12: kern.uptime.filer:info]: 3:00am up 201
days, 7:44 18117246236 NFS ops, 8501866 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 03:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 04:00:00 AKST [akfiler12: kern.uptime.filer:info]: 4:00am up 201
days, 8:44 18119014127 NFS ops, 8502162 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 04:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 04:15:27 AKST [akfiler12:
raid.tetris.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #55155074 during stripe write
Tue Nov 13 05:00:00 AKST [akfiler12: kern.uptime.filer:info]: 5:00am up 201
days, 9:44 18121807020 NFS ops, 8502468 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 05:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 05:00:51 AKST [akfiler12: app.log.info:info]: wn6147: Monitoring and
Host Configuration sub-plugin 4.0: (0) discovery: Storage discovery task found
this controller to be connected to an ESX host managed by vCenter or manually
entered.
Tue Nov 13 05:01:28 AKST [akfiler12: app.log.info:info]: wn6147: Monitoring and
Host Configuration sub-plugin 4.0: (0) VmDiscovery:
wn6147.ak.providence.org(405):winNetStandard64Guest=2,other26xLinux64Guest=1,win
22. Longhorn64Guest=3,otherLinuxGuest=4,winNetEnterpriseGuest=8,winLonghornGuest=55,
rhel4Guest=1,otherGuest=1,winXPProGuest=62,win2000ServGuest=9,rhel3Guest=1,slesG
uest=1
Tue Nov 13 05:01:31 AKST [akfiler12: app.log.info:info]: wn6147: Monitoring and
Host Configuration sub-plugin 4.0: (0) VmDiscovery:
wn6147.ak.providence.org(405):windows7_64Guest=1,winNetStandardGuest=197,rhel5Gu
est=5,windows7Server64Guest=54
Tue Nov 13 05:19:54 AKST [akfiler12:
raid.tetris.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #57110162 during stripe write
Tue Nov 13 06:00:00 AKST [akfiler12: kern.uptime.filer:info]: 6:00am up 201
days, 10:44 18124084052 NFS ops, 8502721 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 06:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 06:31:21 AKST [akfiler12:
raid.tetris.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #57855178 during stripe write
Tue Nov 13 07:00:00 AKST [akfiler12: kern.uptime.filer:info]: 7:00am up 201
days, 11:44 18125795406 NFS ops, 8503008 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 07:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 08:00:00 AKST [akfiler12: kern.uptime.filer:info]: 8:00am up 201
days, 12:44 18127653017 NFS ops, 8503311 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 08:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 08:15:40 AKST [akfiler12: iomem.ecc.summary:warning]: Caching module
in slot 1 has detected a total of 13139 correctable and 11645 uncorrectable
memory errors.
Tue Nov 13 09:00:00 AKST [akfiler12: kern.uptime.filer:info]: 9:00am up 201
days, 13:44 18129961988 NFS ops, 8503624 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 09:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 09:00:30 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of hourly snapshot (previous auto-delete snap create still in
progress)
Tue Nov 13 10:00:00 AKST [akfiler12: kern.uptime.filer:info]: 10:00am up 201
days, 14:44 18132257488 NFS ops, 8503882 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 10:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 11:00:00 AKST [akfiler12: kern.uptime.filer:info]: 11:00am up 201
days, 15:44 18135276459 NFS ops, 8504196 CIFS ops, 145 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 11:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 12:00:00 AKST [akfiler12: kern.uptime.filer:info]: 12:00pm up 201
days, 16:44 18137806055 NFS ops, 8504527 CIFS ops, 157 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 12:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 13:00:00 AKST [akfiler12: kern.uptime.filer:info]: 1:00pm up 201
days, 17:44 18141265505 NFS ops, 8504832 CIFS ops, 157 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 13:00:03 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 14:00:00 AKST [akfiler12: kern.uptime.filer:info]: 2:00pm up 201
days, 18:44 18147070479 NFS ops, 8505089 CIFS ops, 157 HTTP ops, 0 FCP ops, 0
iSCSI ops
23. Tue Nov 13 14:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 14:00:31 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of hourly snapshot (previous auto-delete snap create still in
progress)
Tue Nov 13 15:00:00 AKST [akfiler12: kern.uptime.filer:info]: 3:00pm up 201
days, 19:44 18149193778 NFS ops, 8505372 CIFS ops, 157 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 15:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 15:30:21 AKST [akfiler12: RLM_console_login:info]: p375290 logged in
from RLM
Tue Nov 13 16:00:00 AKST [akfiler12: kern.uptime.filer:info]: 4:00pm up 201
days, 20:44 18151427295 NFS ops, 8505746 CIFS ops, 157 HTTP ops, 0 FCP ops, 0
iSCSI ops
Tue Nov 13 16:00:02 AKST [akfiler12: monitor.extCache.failed:warning]: FlexScale
WAFL external cache is unavailable due to an earlier fatal error.
Tue Nov 13 16:05:43 AKST [akfiler12: console_login_mgr:info]: netapp logged in
from console
Tue Nov 13 16:11:11 AKST [akfiler12:
cf.fsm.nfo.startingGracefulShutdown:warning]: Negotiated failover: starting
graceful shutdown.
Tue Nov 13 16:11:17 AKST [akfiler12: kern.shutdown:notice]: System shut down
because : "reboot".
Tue Nov 13 16:11:56 AKST [akfiler12/akfiler13: kern.syslogd.restarted:info]:
syslogd: Restarted.
Tue Nov 13 16:12:07 AKST [akfiler12/akfiler13:
nbt.nbns.registrationComplete:info]: NBT: All CIFS name registrations have
completed for the partner server.
Tue Nov 13 16:12:32 AKST [akfiler12/akfiler13: asup.smtp.sent:notice]: Cluster
Notification mail sent: Cluster Notification from akfiler12 (REBOOT (CLUSTER
TAKEOVER)) WARNING
Wed Nov 14 01:31:03 GMT [localhost: kern.syslogd.error:error]: syslog daemon
error logerror syslogd: Couldn't find address for host name
"lx9239.ak.providence.org": Unknown resolver error .
Wed Nov 14 01:31:03 GMT [localhost: kern.syslogd.restarted:info]: syslogd:
Restarted.
Wed Nov 14 01:31:03 GMT [localhost: cf.fsm.takeoverOfPartnerDisabled:notice]:
Cluster monitor: takeover of akfiler13 disabled (interconnect error)
Wed Nov 14 01:31:03 GMT [localhost: cf.fsm.takeoverByPartnerDisabled:notice]:
Cluster monitor: takeover of by akfiler13 disabled (interconnect error)
Wed Nov 14 01:31:03 GMT [localhost: rc:notice]: The system was down for 14
seconds
Wed Nov 14 01:31:03 GMT [localhost:
cf.fm.takeoverDetectionSeconds.Default:warning]: option
cf.takeover.detection.seconds is set to 10 seconds which is below the NetApp
advised value of 15 seconds. False takeovers and/or takeovers without diagnostic
core-dumps might occur.
Tue Nov 13 16:29:19 AKST [akfiler12: nvram.battery.state:info]: replayed event:
The NVRAM battery is currently OFF.
Tue Nov 13 16:29:25 AKST [akfiler12: nvram.battery.turned.on:info]: replayed
event: The NVRAM battery is turned ON. It is turned OFF during system shutdown.
Tue Nov 13 16:29:27 AKST [akfiler12: cf.nm.nicTransitionUp:info]: replayed
event: Interconnect link 0 is UP
Tue Nov 13 16:29:27 AKST [akfiler12: iomem.card.enable:info]: replayed event:
Caching module in slot 1 has been enabled.
Tue Nov 13 16:29:35 AKST [akfiler12: diskown.isEnabled:info]: replayed event:
software ownership has been enabled for this system
Tue Nov 13 16:29:38 AKST [akfiler12: cf.nm.nicReset:warning]: replayed event:
Initiating soft reset on Cluster Interconnect card 0 due to rendezvous reset
Tue Nov 13 16:29:38 AKST [akfiler12: cf.rv.notConnected:error]: replayed event:
Connection for cfo_rv failed
Tue Nov 13 16:29:38 AKST [akfiler12: cf.nm.nicTransitionDown:warning]: replayed
event: Cluster Interconnect link 0 is DOWN
24. Tue Nov 13 16:29:39 AKST [akfiler12: cf.rv.notConnected:error]: replayed event:
Connection for cfo_rv failed
Tue Nov 13 16:29:39 AKST [akfiler12: sas.link.error:error]: replayed event:
Could not recover link on SAS adapter 3c after 10 seconds. Offlining the
adapter.
Tue Nov 13 16:29:39 AKST [akfiler12: sas.link.error:error]: replayed event:
Could not recover link on SAS adapter 3b after 10 seconds. Offlining the
adapter.
Tue Nov 13 16:29:40 AKST [akfiler12: fmmb.current.lock.disk:info]: replayed
event: Disk 0d.17 is a local HA mailbox disk.
Tue Nov 13 16:29:40 AKST [akfiler12: fmmb.current.lock.disk:info]: replayed
event: Disk 0a.45 is a local HA mailbox disk.
Tue Nov 13 16:29:40 AKST [akfiler12: fmmb.instStat.change:info]: replayed event:
normal mailbox instance on local side.
Tue Nov 13 16:29:41 AKST [akfiler12: cf.nm.nicTransitionUp:info]: replayed
event: Interconnect link 0 is UP
Tue Nov 13 16:29:41 AKST [akfiler12: fmmb.current.lock.disk:info]: replayed
event: Disk 0b.16 is a partner HA mailbox disk.
Tue Nov 13 16:29:41 AKST [akfiler12: fmmb.current.lock.disk:info]: replayed
event: Disk 0c.17 is a partner HA mailbox disk.
Tue Nov 13 16:29:41 AKST [akfiler12: fmmb.instStat.change:info]: replayed event:
normal mailbox instance on partner side.
Tue Nov 13 16:29:42 AKST [akfiler12: cf.fm.partner:info]: replayed event:
Cluster monitor: partner 'akfiler13'
Tue Nov 13 16:29:42 AKST [akfiler12: cf.fm.timeMasterStatus:info]: replayed
event: Acting as cluster time slave
Tue Nov 13 16:29:42 AKST [akfiler12: shelf.config.mpha:info]: replayed event:
All attached storage on the system is multi-pathed HA.
Tue Nov 13 16:30:48 AKST [akfiler12: coredump.spare.none:info]: replayed event:
No sparecore disk was found.
Tue Nov 13 16:30:48 AKST [akfiler12: raid.cksum.replay.summary:info]: replayed
event: Replayed 0 checksum blocks.
Tue Nov 13 16:30:48 AKST [akfiler12: raid.stripe.replay.summary:info]: replayed
event: Replayed 0 stripes.
Tue Nov 13 16:30:50 AKST [akfiler12: cf.fm.launch:info]: replayed event:
Launching cluster monitor
Tue Nov 13 16:30:50 AKST [akfiler12: cf.fm.partner:info]: replayed event:
Cluster monitor: partner 'akfiler13'
Tue Nov 13 16:30:50 AKST [akfiler12: cf.fm.discardNvram:notice]: replayed event:
Cluster monitor: node was previously taken over, nvram may be discarded
Tue Nov 13 16:31:02 AKST [akfiler12: fcp.service.adapter:warning]: replayed
event: FCP started but no adapter is present!
Tue Nov 13 16:31:02 AKST [akfiler12: cf.nm.nicReset:warning]: replayed event:
Initiating soft reset on Cluster Interconnect card 0 due to rendezvous reset
Tue Nov 13 16:31:02 AKST [akfiler12: kern.syslogd.error:error]: replayed event:
syslog daemon error logerror syslogd: Couldn't find address for host name
"lx9239.ak.providence.org": Unknown resolver error .
Tue Nov 13 16:31:03 AKST [akfiler12: kern.syslogd.error:error]: replayed event:
syslog daemon error logerror syslogd: Couldn't find address for host name
"lx9239.ak.providence.org": Unknown resolver error .
Tue Nov 13 16:31:03 AKST [akfiler12: kern.syslogd.restarted:info]: replayed
event: syslogd: Restarted.
Tue Nov 13 16:31:03 AKST [akfiler12: cf.fsm.takeoverOfPartnerDisabled:notice]:
replayed event: Cluster monitor: takeover of akfiler13 disabled (interconnect
error)
Tue Nov 13 16:31:03 AKST [akfiler12: cf.fsm.takeoverByPartnerDisabled:notice]:
replayed event: Cluster monitor: takeover of by akfiler13 disabled
(interconnect error)
Tue Nov 13 16:31:03 AKST [akfiler12: kern.syslog.msg:notice]: replayed event:
The system was down for 14 seconds
Tue Nov 13 16:31:03 AKST [akfiler12:
cf.fm.takeoverDetectionSeconds.Default:warning]: replayed event: option
cf.takeover.detection.seconds is set to 10 seconds which is below the NetApp
advised value of 15 seconds. False takeovers and/or takeovers without diagnostic
25. core-dumps might occur.
Tue Nov 13 16:31:04 AKST [akfiler12: dfu.firmwareUpToDate:info]: Firmware is up-
to-date on all disk drives
Tue Nov 13 16:31:04 AKST [akfiler12: perf.archive.start:info]: Performance
archiver started. Sampling 23 objects and 211 counters.
Tue Nov 13 16:31:06 AKST [akfiler12: cf.fsm.takeoverByPartnerEnabled:notice]:
Cluster monitor: takeover of akfiler12 by akfiler13 enabled
Tue Nov 13 16:31:07 AKST [akfiler12: netif.linkUp:info]: Ethernet e4b: Link up.
Tue Nov 13 16:31:07 AKST [akfiler12: netif.linkUp:info]: Ethernet e0a: Link up.
Tue Nov 13 16:31:07 AKST [akfiler12: netif.linkUp:info]: Ethernet e0b: Link up.
Tue Nov 13 16:31:08 AKST [akfiler12: netif.linkUp:info]: Ethernet e4a: Link up.
Tue Nov 13 16:31:08 AKST [akfiler12: pvif.switchLink:warning]: vif1: switching
to e4b
Tue Nov 13 16:31:09 AKST [akfiler12: rc:ALERT]: timed: time daemon started
Tue Nov 13 16:31:10 AKST [akfiler12: cmds.sysconf.logErr:error]: sysconfig:
Unless directed by NetApp Global Services volumes vol0, vm01, vm02, vm03, vmpg,
ISO, pocvm1, and vm04 should have the volume option create_ucode set to On. .
Tue Nov 13 16:31:10 AKST [akfiler12: mgr.boot.disk_done:info]: NetApp Release
7.3.6 boot complete. Last disk update written at Tue Nov 13 16:30:44 AKST 2012
Tue Nov 13 16:31:10 AKST [akfiler12: cf.hwassist.notifyEnableOn:info]: Cluster
hw_assist: hw_assist functionality has been enabled by user.
Tue Nov 13 16:31:10 AKST [akfiler12: cf.fsm.takeoverOfPartnerEnabled:notice]:
Cluster monitor: takeover of akfiler13 enabled
Tue Nov 13 16:31:10 AKST [akfiler12: cf.hwassist.intfUnConfigured:info]: Cannot
get IP address of preferred e0M ethernet interface for hardware assist
functionality.
Tue Nov 13 16:31:10 AKST [akfiler12: cf.hwassist.intfUnConfigured:info]: Cannot
get IP address of preferred e0M ethernet interface for hardware assist
functionality.
Tue Nov 13 16:31:10 AKST [akfiler12: cf.hwassist.hwasstActive:info]: Cluster
hw_assist: hw_assist functionality is active on IP address: 10.21.20.57 port:
4444
Tue Nov 13 16:31:10 AKST [akfiler12: mgr.boot.reason_ok:notice]: System rebooted
after power-on.
Tue Nov 13 16:31:10 AKST [akfiler12: cf.hwassist.DefaultPrtnrAddr:notice]: The
system automatically chose 10.21.20.58 as the hardware-assist partner address.
If you want to use a different IP address, change it using the command 'options
cf.hw_assist.partner.address'.
Tue Nov 13 16:31:10 AKST [akfiler12: cf.hwassist.notifyCfgFailed:CRITICAL]:
Failed to notify hardware-assist configuration to hardware component (RLM): RLM
status unknown(4)
Tue Nov 13 16:31:10 AKST [akfiler12: rlm.driver.timeout:warning]: The software
driver for the Remote LAN Module (RLM) detected a problem: RLM status unknown.
Tue Nov 13 16:31:10 AKST [akfiler12: netif.linkDown:info]: Ethernet e4a: Link
down, check cable.
Tue Nov 13 16:31:12 AKST [akfiler12: netif.linkUp:info]: Ethernet e4a: Link up.
Tue Nov 13 16:31:20 AKST [akfiler12: console_login_mgr:info]: netapp logged in
from console
Tue Nov 13 16:31:20 AKST [akfiler12: nbt.nbns.registrationComplete:info]: NBT:
All CIFS name registrations have completed for the local server.
Tue Nov 13 16:31:33 AKST [akfiler12: kern.syslogd.restarted:info]: syslogd:
Restarted.
Tue Nov 13 16:31:47 AKST [akfiler12: asup.smtp.sent:notice]: Cluster
Notification mail sent: Cluster Notification from akfiler12 (SYSTEM
CONFIGURATION WARNING) WARNING
Tue Nov 13 16:31:47 AKST [akfiler12: asup.smtp.fail:warning]: Autosupport mail
to "" failed (Protocol error) for message: REBOOT (power on)
Tue Nov 13 16:31:47 AKST [akfiler12: asup.smtp.noRecipients:error]: 'Short'
AutoSupport not sent because there are no valid 'autosupport.noteto' recipients
for ('REBOOT (power on)') using 'smtplegacy.providence.org'.
Tue Nov 13 16:31:47 AKST [akfiler12: asup.smtp.drop:error]: Autosupport mail
(/etc/log/autosupport/201211131631.1) was not sent for host (0). The system will
drop the message
Tue Nov 13 16:32:08 AKST [akfiler12: asup.smtp.sent:notice]: Cluster
26. Notification mail sent: Cluster Notification from akfiler12 (REBOOT (power on))
INFO
Tue Nov 13 16:32:14 AKST [akfiler12: asup.smtp.sent:notice]: Cluster
Notification mail sent: Cluster Notification from akfiler12 (PERFORMANCE
SNAPSHOT) INFO
Tue Nov 13 16:32:47 AKST [akfiler12: RLM_console_login:info]: p375290 logged in
from RLM
akfiler12> exit
Use control-D to exit
akfiler12> Tue Nov 13 16:48:08 AKST [akfiler12:
ses.shelf.reset.capability:info]: Some DS14-Mk4-FC/ESH4 disk shelves on this
system are capable of automatic power reset, but some do not have appropriate
firmware or PSU model. For improved system RAS, consider upgrading shelves to
have this capability. The environ shelf command shows this feature's status.
akfiler12> Tue Nov 13 16:50:28 AKST [akfiler12: asup.smtp.fail:warning]:
Autosupport mail to "" failed (Protocol error) for message: USER_TRIGGERED
(2003676616)
Tue Nov 13 16:50:28 AKST [akfiler12: asup.smtp.noRecipients:error]: 'Short'
AutoSupport not sent because there are no valid 'autosupport.noteto' recipients
for ('USER_TRIGGERED (2003676616)') using 'smtplegacy.providence.org'.
Tue Nov 13 16:50:28 AKST [akfiler12: asup.smtp.drop:error]: Autosupport mail
(/etc/log/autosupport/201211131650.0) was not sent for host (0). The system will
drop the message
Tue Nov 13 16:50:47 AKST [akfiler12: asup.smtp.sent:notice]: Cluster
Notification mail sent: Cluster Notification from akfiler12 (USER_TRIGGERED
(2003676616)) INFO
akfiler12> Tue Nov 13 17:00:00 AKST [akfiler12: kern.uptime.filer:info]:
5:00pm up 30 mins, 1066863 NFS ops, 174 CIFS ops, 0 HTTP ops, 0 FCP ops, 0 iSCSI
ops
akfiler12>
akfiler12> Tue Nov 13 17:37:01 AKST [akfiler12:
raid.tetris.media.recommend.reassign.err:info]: Block recommended for
reassignment on Disk /aggr0/plex0/rg0/0d.24 Shelf 1 Bay 8 [NETAPP
X279_HVPBP288F15 NA02] S/N [JLWDVURC], block #57205352 during stripe write
Tue Nov 13 18:00:00 AKST [akfiler12: kern.uptime.filer:info]: 6:00pm up 1:30
3053608 NFS ops, 497 CIFS ops, 0 HTTP ops, 0 FCP ops, 0 iSCSI ops
akfiler12> Tue Nov 13 19:00:00 AKST [akfiler12: kern.uptime.filer:info]:
7:00pm up 2:30 5048051 NFS ops, 790 CIFS ops, 0 HTTP ops, 0 FCP ops, 0 iSCSI
ops
Tue Nov 13 19:00:30 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of hourly snapshot (previous auto-delete snap create still in
progress)
Tue Nov 13 19:02:19 AKST [akfiler12: openssh.invalid.channel.req:warning]: SSH
client (SSH-2.0-OpenSSH_4.3) from 10.21.27.118 sent unsupported channel request
(10, env).
license ?
license usage:
license
license add <code> ...
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license help
akfiler12> license
a_sis GKXXDCG
cifs CNDWHEM
cluster CHSTIVH
cluster_remote not licensed
compression not licensed
disk_sanitization not licensed
fcp MUZKSHL
flash_cache not licensed
27. flex_clone not licensed
flex_scale KOGYDCG
flexcache_nfs not licensed
gateway_hitachi not licensed
http not licensed
iscsi OFMEYRI
multistore not licensed
nearstore_option CEVTIVH
nfs EWQGUPC
operations_manager not licensed
protection_manager not licensed
provisioning_manager not licensed
smdomino not licensed
smsql not licensed
snapdrive_unix not licensed
snapdrive_windows not licensed
snaplock not licensed
snaplock_enterprise not licensed
snapmanager_hyperv not licensed
snapmanager_oracle not licensed
snapmanager_sap not licensed
snapmanager_sharepoint not licensed
snapmanagerexchange not licensed
snapmirror EWELSHL
snapmirror_sync not licensed
snapmover not licensed
snaprestore CJBWETB
snapvalidator not licensed
sv_applications_pri not licensed
sv_exchange_pri not licensed
sv_linux_pri not licensed
sv_marketing_pri not licensed
sv_ontap_pri not licensed
sv_ontap_sec not licensed
sv_oracle_pri not licensed
sv_sharepoint_pri not licensed
sv_sql_pri not licensed
sv_unix_pri not licensed
sv_vi_pri not licensed
sv_vmware_pri not licensed
sv_windows_ofm_pri not licensed
sv_windows_pri not licensed
syncmirror_local not licensed
v-series not licensed
vld not licensed
akfiler12> Tue Nov 13 20:00:00 AKST [akfiler12: kern.uptime.filer:info]:
8:00pm up 3:30 10798686 NFS ops, 1034 CIFS ops, 0 HTTP ops, 0 FCP ops, 0 iSCSI
ops
akfiler12> Tue Nov 13 21:00:00 AKST [akfiler12: kern.uptime.filer:info]:
9:00pm up 4:30 15034062 NFS ops, 1338 CIFS ops, 0 HTTP ops, 0 FCP ops, 0 iSCSI
ops
akfiler12> Tue Nov 13 22:00:00 AKST [akfiler12: kern.uptime.filer:info]:
10:00pm up 5:30 17015199 NFS ops, 1590 CIFS ops, 0 HTTP ops, 0 FCP ops, 0 iSCSI
ops
Tue Nov 13 23:00:00 AKST [akfiler12: kern.uptime.filer:info]: 11:00pm up 6:30
20000256 NFS ops, 1873 CIFS ops, 0 HTTP ops, 0 FCP ops, 0 iSCSI ops
Wed Nov 14 00:00:00 AKST [akfiler12: kern.uptime.filer:info]: 12:00am up 7:30
22786647 NFS ops, 2168 CIFS ops, 0 HTTP ops, 0 FCP ops, 0 iSCSI ops
Wed Nov 14 00:00:16 AKST [akfiler12: wafl.snap.create.skip.other:notice]: aggr0:
skipping creation of nightly snapshot (previous auto-delete snap create still in
progress)
Wed Nov 14 01:00:00 AKST [akfiler12: kern.uptime.filer:info]: 1:00am up 8:30