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HP0-660 - NonStop Kernel Basics (Level 1) - Dump Information

Vendor : HP
Exam Code : HP0-660
Exam Name : NonStop Kernel Basics (Level 1)
Questions and Answers : 154 Q & A
Updated On : December 14, 2018
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HP0-660 Questions and Answers

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HP0-660 NonStop Kernel Basics (Level 1)

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HP0-660 exam Dumps Source : NonStop Kernel Basics (Level 1)

Test Code : HP0-660
Test Name : NonStop Kernel Basics (Level 1)
Vendor Name : HP
Q&A : 154 Real Questions

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HP HP NonStop Kernel Basics

HP says Itanium, HP-UX now not lifeless yet | Real Questions and Pass4sure dumps

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  • at last week's pink Hat Summit in Boston, Hewlett-Packard vice president for trade-regular Servers and software Scott Farrand became caught with out PR minders via ServerWatch's Sean Michael Kerner, and may have slipped off message a bit of. In a video interview, Farrand reported that HP was moving its approach for mission-essential methods faraway from the Itanium processor and the HP-UX working device and towards x86-based mostly servers and pink Hat business Linux (RHEL), via a assignment to carry enterprise-essential performance to the Linux working equipment called venture Dragon Hawk, itself a subset of HP's venture Odyssey.

    challenge Dragon Hawk is an effort to carry the excessive-availability aspects of HP-UX, corresponding to ServiceGuard (which has already been ported to Linux) to RHEL and the Intel x86 platform with a combination of server firmware and software. Dragon Hawk servers will run RHEL 6 and supply the capacity to partition processors into as much as 32 isolated digital machines—a know-how pulled from HP-UX's system aid manager. Farrand spoke of that HP was positioning Dragon Hawk as its future mission-vital platform. "We actually support (Itanium and HP-UX) and love all that, but going ahead our strategy for mission-critical computing is transferring to an x86 world," Farrand informed Kernel. "it be now not by way of coincidence that individuals have de-dedicated to Itanium, specially Oracle."

    HP vice president Scott Farrand, interviewed at purple Hat Summit by using Sean Michael Kerner of ServerWatch

    on the grounds that HP continues to be looking ahead to judgement in its case towards Oracle, that observation may also have made a number of people in HP's enterprise crucial methods unit choke on their morning coffee. And sources at HP say that Farrand drifted somewhat off-direction in his comments. The company's legit line on task Odyssey is that it is in parallel to and complementary to the business's investments in Itanium and HP-UX. A source at HP spoke of Farrand neglected a part of HP's project Odyssey briefing notes to that effect: "challenge Odyssey comprises endured investment in our centered mission-crucial portfolio of Integrity, NonStop, HP-UX, OpenVMS in addition to our investments in constructing future mission-critical x86 systems. providing Serviceguard for Linux/x86 is a step toward reaching that mission-important x86 portfolio."

    mission Odyssey, despite the fact, is HP's clear street forward with purchasers that have not bought into HP-UX during the past. without a help for Itanium previous pink Hat Enterprse Linux version 5, and with RHEL being increasingly primary to HP's method for cloud computing (and, pending litigation, help for Oracle on HP servers), possibly Farrand become simply a little bit forward of the business in his pronouncement.

    Tip of the hat to Ars reader Caveira for his tip on the ServerWatch story.


    secure aid Partitions (Partitioning inner a Single reproduction of HP-UX) | Real Questions and Pass4sure dumps

    This chapter is from the ebook 

    resource partitioning is some thing that has been built-in with the HP-UX kernel on account that edition 9.0 of HP-UX. through the years, HP has steadily multiplied the performance; today you could supply a mind-blowing degree of isolation between purposes operating in a single replica of HP-UX. The current version gives both aid isolation, some thing that has been there from the beginning of useful resource partitions, and safety isolation, the most recent addition. figure 2-18 suggests how the resource isolation capabilities allows for varied purposes to run in a single copy of HP-UX whereas ensuring that each and every partition receives its share of components.

    inside a single copy of HP-UX, you've got the capacity to create distinctive partitions. To each and every partition that you would be able to:

  • Allocate a CPU entitlement the use of whole-CPU granularity (processor units) or sub-CPU granularity (justifiable share scheduler)
  • Allocate a block of memory
  • Allocate disk I/O bandwidth
  • Assign a group of clients and/or application approaches that may still run in the partition
  • Create a safety compartment around the methods that ensures that approaches in different cubicles can't speak or ship signals to the processes in this comfy resource Partition
  • One wonderful function of HP's implementation of useful resource partitions is that inside the HP-UX kernel, we instantiate diverse copies of the reminiscence management subsystem and distinctive procedure schedulers. This ensures that if an software runs out of handle and makes an attempt to allocate extreme quantities of elements, the system will constrain that application. as an example, after we allocate four CPUs and 8GB of memory to Partition 0 in figure 2-18, if the application working in that partition makes an attempt to allocate more than 8GB of reminiscence, it is going to beginning to web page, even though there's 32GB of memory on the device. in a similar fashion, the techniques running in that partition are scheduled on the 4 CPUs that are assigned to the partition. No strategies from different partitions are allowed to run on these CPUs, and tactics assigned to this partition are not allowed to run on the CPUs that are assigned to the other partitions. This guarantees that if a technique operating in any partition spins out of handle, it can not impact the efficiency of any application working in some other partition.

    a new characteristic of HP-UX is security containment. here's truly the migration of performance accessible in HP VirtualVault for a long time into the general HP-UX kernel. here's being carried out in a means that permits customers to opt for which of the protection points they want to be activated for my part. The security-containment function makes it possible for clients to make certain that tactics and purposes operating on HP-UX will also be remoted from other techniques and functions. certainly, it's viable to erect a boundary around a bunch of processes that insulates these processes from IPC communication with the leisure of the tactics on the gadget. it is additionally viable to define entry to file programs and community interfaces. This function is being built-in with PRM to provide comfy resource Partitions.

    resource Controls

    The resource controls accessible with secure useful resource Partitions encompass:

  • CPU controls: that you can allocate a CPU to a partition with sub-CPU granularity using the fair share scheduler (FSS) or with complete-CPU granularity using processor units.
  • actual reminiscence: Shares of the physical memory on the device can be allotted to partitions.
  • Disk I/O bandwidth: Shares of the bandwidth to any volume neighborhood can also be allocated to every partition.
  • greater particulars about what's possible and how these facets are implemented are supplied under.

    CPU Controls

    A CPU will also be allocated to comfortable useful resource Partitions with sub-CPU granularity or complete-CPU granularity. each of those facets are applied internal the kernel. The sub-CPU granularity capacity is implemented through the FSS.

    The justifiable share scheduler is applied as a 2d degree of time-sharing on top of the ordinary HP-UX scheduler. The FSS allocates a CPU to every partition in tremendous 10ms time ticks. When a particular partition gets entry to a CPU, the procedure scheduler for that partition analyzes the technique run queue for that partition and runs those tactics the use of standard HP-UX system-scheduling algorithms.

    CPU allocation by the use of processor sets (PSETs) is somewhat diverse in that CPU resources are allocated to each and every of the partitions on total CPU boundaries. What this means is that you just assign a certain variety of entire CPUs to each partition in preference to a share of them. The scheduler within the partition will then agenda the techniques that are working there most effective on the CPUs assigned to the partition. this is illustrated in determine 2-19.


    determine 2-19 CPU Allocation by way of Processor sets Assigns complete CPUs to each and every Partition

    The configuration proven in determine 2-19 indicates the device split into three partitions. Two will run Oracle instances and the other partition runs the rest of the processing on the system. This means that the Oracle strategies working in partition 1 will run on both CPUs assigned to that partition. These methods will not run on any other CPUs in the equipment, nor will any methods from the different partitions run on these two CPUs.

    evaluating FSS to PSETs is best finished using an example. you probably have an eight-CPU partition that you need to assign to 3 workloads with 50% going to one workload and 25% going to each of the others, you have the option of constructing PSETs with the configuration illustrated in figure 2-19 or developing FSS agencies with 50, 25, and 25 shares. The difference between both is that the processes working in partition 1 will either get a hundred% of the CPU cycles on two CPUs or 25% of the cycles on all eight CPUs.

    memory Controls

    In determine 2-19, we see that every of the partitions during this configuration also has a block of memory assigned. this is optional, but it surely provides one more degree of isolation between the partitions. HP-UX 11i introduced a new reminiscence-handle know-how called memory resource groups, or MRGs. this is carried out with the aid of proposing a separate memory supervisor for every partition, all running in a single copy of the kernel. This offers a very effective degree of isolation between the partitions. for instance, if PSET partition 1 above become allotted two CPUs and 4GB of memory, the memory supervisor for partition 1 will manipulate the reminiscence allotted with the aid of the techniques in that partition inside the 4GB that was assigned. If these procedures attempt to allocate greater than 4GB, the reminiscence manager will beginning to web page out reminiscence to make room, besides the fact that there could be 16GB of reminiscence purchasable within the partition.

    The default behavior is to enable unused memory to be shared between the partitions. In other words, if the software in partition 1 is only using 2GB of its 4GB entitlement, then tactics in the different partitions can "borrow" the obtainable 2GB. despite the fact, as quickly as approaches in partition 1 delivery to allocate further memory, the memory that was loaned out should be retrieved. there is an option on MRGs that allows you to "isolate" the reminiscence in a partition. What that capacity is that the 4GB assigned to the partition aren't loaned out and the partition should not allowed to borrow reminiscence from any of the different partitions either.

    Disk I/O Controls

    HP-UX supports disk I/O bandwidth controls for each LVM and VxVM volume organizations. you put this up by means of assigning a share of the bandwidth to each and every extent neighborhood to each partition. LVM and VxVM each and every name a routine provided through PRM on the way to reshuffle the I/O queues to be sure that the bandwidth to the volume neighborhood is allocated in the ratios assigned. for example, if partition 1 has 50% of the bandwidth, the queue should be shuffled to ensure that every different I/O request comes from techniques in that partition.

    One aspect to note here is that as a result of here's carried out through shuffling the queue, the controls are active handiest when a queue is building, which occurs when there's competition for I/O. here's doubtless what you desire. It invariably would not make experience to constrain the bandwidth attainable to at least one utility when that bandwidth would go to waste if you did.

    security Controls

    The newest characteristic added to aid partitions is security containment. With the introduction of safety containment in HP-UX 11i V2, we have integrated a few of this functionality with useful resource partitions to create relaxed aid Partitions. There are three essential elements of the security containment product:

  • at ease booths
  • nice-grained privileges
  • role-primarily based access handle
  • These aspects had been accessible in at ease versions of HP-UX and Linux but have now been integrated into the base HP-UX in a way that allows them to be optionally activated. Let's study each and every of those in element.


    The goal of cubicles is to let you deliver manage of the interprocess conversation (IPC), equipment, and file accesses from a group of strategies. here's illustrated in figure 2-20.


    determine 2-20 safety cubicles Isolate companies of procedures from each and every other

    The methods in each and every compartment can freely talk with each and every other and may freely entry info and directories assigned to the partition, however no entry to techniques or files in other cubicles is accredited until a rule has been defined that allows that specific entry. additionally, the network interfaces, together with pseudo-interfaces, are assigned to a compartment. verbal exchange over the community is restricted to the interfaces in the native compartment until a rule is defined that makes it possible for access to an interface in yet another compartment.

    high-quality-Grained Privileges

    ordinary HP-UX provided very fundamental control of particular privileges, similar to overriding permission to access info. generally talking, the basis user had all privileges and other users had none. With the introduction of security containment, the privileges can now be assigned at a extremely granular level. There are roughly 30 separate privileges that you can assign.

    The combination of those excellent-grained privileges and the position-based mostly entry control we talk about in the next area permits you to assign selected privileges to specific clients when operating particular instructions. This gives the skill to put in force very exact safety policies. take into account, although, that the extra protection you are looking to impose, the greater time could be spent getting the configuration install and established.

    position-based mostly access Controls (RBAC)

    in lots of very secure environments, consumers require the skill to cripple or remove the root user from the device. This ensures that if there's a a hit break-in to the system and an outsider good points root entry, she or he can do little or no damage. so as to deliver this, HP has applied function-primarily based access handle in the kernel. this is integrated with the excellent-grained privileges so that it's possible to define a "user admin" function as somebody who has the ability to create directories beneath /domestic and may edit the /and so on/password file. that you may then assign one or more of your system administrators as "person admin" and they'll be capable of create and regulate person accounts best without having to understand the basis password.

    this is applied by defining a group of authorizations and a group of roles which have those authorizations towards a selected set of objects. a different illustration can be giving a printer admin authorization to start or stop a selected print queue.

    enforcing these the usage of roles makes it tons less complicated to hold the controls over time. As users come and go, they will also be removed from the record of users who have a particular position, but the function remains there and the other clients don't seem to be impacted with the aid of that alternate. that you can additionally add an additional object to be managed, like yet another print queue, and add it to the printer admin function and all of the users with that function will automatically get that authorization; you do not need to add it to each person. A pattern set of roles is shown in determine 2-21.


    figure 2-21 an easy example of Roles Being Assigned Authorizations

    relaxed useful resource Partitions

    a captivating viewpoint of relaxed resource Partitions is that it's truly a set of applied sciences which are embedded in the HP-UX kernel. These include FSS and PSETs for CPU manage, reminiscence aid corporations for reminiscence controls, LVM and VxVM for disk I/O bandwidth control, and security containment for process verbal exchange isolation.

    The product that makes it feasible to define comfortable resource Partitions is technique useful resource manager (PRM). the entire different technologies help you handle a bunch of techniques working on an HP-UX illustration. What PRM does is make it a good deal less difficult for you to outline the controls for any or all of them on the identical set of strategies. You try this via defining a group of clients and/or techniques, referred to as a PRM neighborhood, and then assigning CPU, reminiscence, disk I/O, and security entitlements for that group of methods. determine 2-22 offers a a little modified view of Fig ure 2-18, which includes the protection isolation apart from the resource controls.


    figure 2-22 A Graphical representation of resource Partitions with the Addition of protection Controls

    This diagram illustrates the ability to manage both supplies and protection containment with a single solution. One point to make about PRM is that it would not yet allow the configuration of all of the points of the underlying expertise. as an example, PRM controls corporations of techniques, so it does not provide the skill to configure the function-primarily based access control aspects of the safety-containment technology. It does, despite the fact, permit you to outline a compartment for the methods to run in and should additionally mean you can assign one or more community interfaces to every partition if you outline the safety features.

    The default behavior of protection booths is that techniques can be in a position to speak with any system running within the identical compartment however will not be capable of communicate with any processes running in some other compartment. despite the fact, file entry makes use of common file gadget protection by using default. this is completed to ensure that independent application supplier applications will be able to run in this atmosphere without modifications and with out requiring the person to configure in doubtlessly complex file-equipment security guidelines. however, in case you have an interest in tighter file-system protection and are willing to configure that, there are facilities to can help you do this. For network entry, that you can assign numerous pseudo-LAN interfaces (eg. lan0, lan1, and many others.) to a single actual community interface card. This offers you the potential to have greater pseudo-interfaces and IP addresses than true interfaces. here's nice for protection cubicles and SRPs because you can create at least one pseudo-interface for each and every compartment, permitting each and every compartment to have its personal set of IP addresses. The network interface code within the kernel has been modified to ensure that no two pseudo-interfaces can see each others' packets notwithstanding they're the usage of the equal physical interface card.

    The protection integration into PRM for cozy aid Partitions makes use of the default compartment definitions, aside from community interface guidelines. Most contemporary purposes require network entry, so this became deemed a requirement. When using PRM to outline an SRP, you have the capability to assign at the least one pseudo-interface to each partition, together with the aid controls mentioned previous in this area.

    user and system assignment

    because all the tactics running in the entire SRPs are working in the identical reproduction of HP-UX, it is vital to ensure that clients and techniques get assigned to the appropriate partition as they come and go. as a way to simplify this process throughout all of the SRP applied sciences, PRM offers an software manager. here's a daemon it's configured to grasp what users and applications may still be running in every of the described SRPs.

    resource Partition integration with HP-UX

    because useful resource partitioning and PRM had been brought in HP-UX in 1995, this know-how is fully built-in with the working device. HP-UX services and equipment equivalent to fork(), exec(), cron, at, login, ps, and GlancePlus are all integrated and should react accurately if at ease useful resource Partitions are configured. for example:

  • Login will query the PRM configuration for user records and may delivery the clients' shell in the appropriate partition in keeping with that configuration
  • The ps command has two command-line options, –P and –R, on the way to either demonstrate the PRM partition each procedure displayed is in or only reveal the techniques in a selected partition.
  • GlancePlus will group the many facts it collects for the entire processes operating in each and every partition. you can additionally use the GlancePlus user interface to stream a technique from one partition to a further.
  • The outcomes is that you get a product that has been more advantageous repeatedly over the years to supply a strong and comprehensive solution.

    more details on comfy useful resource Partitions, together with examples of the way to configure them, may be provided in Chapter eleven, "relaxed resource Partitions."

    Works on My computing device | Real Questions and Pass4sure dumps

    probably the most insidious limitations to continual start (and to continuous movement in application beginning commonly) is the works-on-my-computer phenomenon. anyone who has worked on a application development group or an infrastructure help group has experienced it. any person who works with such groups has heard the phrase spoken during (tried) demos. The challenge is so average there’s even a badge for it:

    most likely you have got earned this badge yourself. I have a number of. you'll want to see my trophy room.

    There’s a longstanding way of life on Agile teams that might also have originated at ThoughtWorks across the flip of the century. It goes like this: When somebody violates the historical engineering precept, “Don’t do anything stupid on purpose,” they should pay a penalty. The penalty can be to drop a greenback into the team snack jar, or whatever thing a good deal worse (for an introverted technical category), like standing in front of the group and singing a track. To clarify a failed demo with a glib “<shrug>Works on my computing device!</shrug>” qualifies.

    it may well not be viable to keep away from the issue in all cases. As Forrest Gump referred to…well, you be aware of what he talked about. however we are able to reduce the difficulty by means of paying attention to a number of glaring issues. (yes, I consider “glaring” is a be aware for use advisedly.)

    Pitfall #1: Leftover Configuration

    issue: Leftover configuration from previous work enables the code to work on the construction environment (and maybe the look at various environment, too) while it fails on different environments.

    Pitfall #2: building/verify Configuration Differs From creation

    The solutions to this pitfall are so comparable to these for Pitfall #1 that I’m going to community the two.

    solution (tl;dr): Don’t reuse environments.

    general situation: Many builders deploy an environment they like on their computing device/computer or on the group’s shared building atmosphere. The atmosphere grows from undertaking to undertaking as more libraries are brought and extra configuration alternate options are set. occasionally, the configurations conflict with one yet another, and teams/individuals frequently make manual configuration alterations counting on which mission is active at the moment.

    It doesn’t take long for the building configuration to develop into very distinct from the configuration of the goal production environment. Libraries that are existing on the construction gadget may additionally no longer exist on the creation gadget. You may additionally run your local assessments assuming you’ve configured issues the same as creation simplest to find later that you’ve been the usage of a different edition of a key library than the one in production.

    delicate and unpredictable modifications in behavior turn up across development, look at various, and production environments. The circumstance creates challenges now not simplest all the way through construction but additionally right through production assist work once we’re attempting to reproduce mentioned conduct.

    answer (long): Create an isolated, committed development environment for every mission.

    There’s a couple of functional method. you could doubtless think of a few. listed here are a few percentages:

  • Provision a brand new VM (in the neighborhood, to your computer) for each challenge. (I had to add “in the neighborhood, for your computer” as a result of I’ve realized that in many greater companies, developers ought to jump through bureaucratic hoops to get entry to a VM, and VMs are managed completely via a separate practical silo. Go determine.)
  • Do your construction in an isolated environment (together with trying out in the lessen levels of the test automation pyramid), like Docker or similar.
  • Do your development on a cloud-based mostly development environment that's provisioned through the cloud company in the event you define a new project.
  • deploy your continual Integration (CI) pipeline to provision a fresh VM for each and every build/test run, to be certain nothing may be left over from the remaining build that could pollute the results of the current construct.
  • installation your continual delivery (CD) pipeline to provision a clean execution atmosphere for higher-degree testing and for creation, in preference to merchandising code and configuration information into an latest environment (for a similar intent). observe that this strategy additionally offers you the skills of linting, vogue-checking, and validating the provisioning scripts within the usual route of a construct/install cycle. handy.
  • All these alternate options won’t be feasible for every possible platform or stack. opt for and decide, and roll your personal as appropriate. In popular, all this stuff are fairly convenient to do in case you’re engaged on Linux. All of them can also be carried out for other *nix methods with some effort. Most of them are fairly effortless to do with windows; the simplest subject there's licensing, and if your enterprise has an enterprise license, you’re all set. For other structures, comparable to IBM zOS or HP NonStop, expect to do some hand-rolling of equipment.

    anything that’s possible in your circumstance and that helps you isolate your construction and check environments can be beneficial. in case you can’t do all these things for your situation, don’t fret about it. simply do what that you could do.

    Provision a new VM in the community

    in case you’re engaged on a computer, desktop, or shared construction server working Linux, FreeBSD, Solaris, home windows, or OSX, then you’re in respectable form. you could use virtualization utility corresponding to VirtualBox or VMware to arise and tear down native VMs at will. For the less-mainstream systems, you may also need to construct the virtualization tool from source.

    One component I continually suggest is that developers domesticate an perspective of laziness in themselves. neatly, the appropriate variety of laziness, it really is. You shouldn’t feel perfectly satisfied provisioning a server manually more than as soon as. take some time all through that first provisioning activity to script the stuff you find along the manner. then you definitely gained’t should bear in mind them and repeat the same mis-steps once more. (well, except you savour that variety of element, of path.)

    as an example, listed below are a few provisioning scripts that I’ve come up with after I crucial to installation building environments. These are all based on Ubuntu Linux and written in Bash. I don’t understand if they’ll assist you, but they work on my computer.

    if your business is operating RedHat Linux in construction, you’ll doubtless are looking to adjust these scripts to run on CentOS or Fedora, so that your construction environments could be reasonably near the goal environments. No big deal.

    if you are looking to be even lazier, which you could use a device like Vagrant to simplify the configuration definitions on your VMs.

    one more aspect: whatever thing scripts you write and whatever thing definition information you write for provisioning tools, preserve them beneath edition control together with every mission. be certain some thing is in version handle for a given venture is everything crucial to work on that mission…code, tests, documentation, scripts…everything. here's quite crucial, I suppose.

    Do Your building in a Container

    a technique of isolating your construction ambiance is to run it in a container. many of the tools you’ll examine in the event you seek suggestions about containers are definitely orchestration tools meant to aid us manage distinctive containers, typically in a creation ambiance. For native development functions, you basically don’t want that a lot functionality. There are a couple of functional containers for this goal:

    These are Linux-based. even if it’s useful so you might containerize your development environment depends on what applied sciences you want. To containerize a development ambiance for an extra OS, similar to home windows, may additionally now not be worth the hassle over just operating a full-blown VM. For different platforms, it’s likely impossible to containerize a building environment.

    increase in the Cloud

    here is a relatively new alternative, and it’s feasible for a restrained set of technologies. The talents over constructing a native building atmosphere is so you might stand up a sparkling atmosphere for each and every challenge, guaranteeing you won’t have any accessories or configuration settings left over from old work. listed below are a couple of options:

    predict to see these environments improve, and expect to peer extra avid gamers during this market. assess which applied sciences and languages are supported so see whether one of those could be a fit to your needs. because of the swift tempo of alternate, there’s no experience in record what’s attainable as of the date of this article.

    Generate examine Environments on the Fly as part of Your CI construct

    once you have a script that spins up a VM or configures a container, it’s easy to add it to your CI build. The abilities is that your assessments will run on a pristine environment, with no probability of false positives as a result of leftover configurations from old types of the application or from different applications that had in the past shared the same static check atmosphere, or as a result of look at various records modified in a outdated verify run.

    Many individuals have scripts that they’ve hacked up to simplify their lives, however they may also no longer be proper for unattended execution. Your scripts (or the equipment you employ to interpret declarative configuration requirements) have to be in a position to run devoid of issuing any prompts (comparable to prompting for an administrator password). They additionally deserve to be idempotent (that is, it gained’t do any damage to run them dissimilar instances, within the case of restarts). Any runtime values that must be supplied to the script need to be obtainable with the aid of the script as it runs, and never require any guide “tweaking” previous to each and every run.

    The concept of “producing an atmosphere” may sound infeasible for some stacks. Take the suggestion greatly. For a Linux atmosphere, it’s pretty general to create a VM on every occasion you need one. For different environments, you may additionally not be in a position to do just that, however there may well be some steps you could take in line with the customary suggestion of growing an ambiance on the fly.

    for instance, a group working on a CICS software on an IBM mainframe can define and start a CICS environment any time by operating it as a standard job. in the early Eighties, we used to do this routinely. as the Nineteen Eighties dragged on (and persevered during the Nineteen Nineties and 2000s, in some companies), the realm of company IT became more and more bureaucratized except this means become taken out of developers’ hands.

    surprisingly, as of 2017 only a few building groups have the option to run their own CICS environments for experimentation, construction, and initial trying out. I say “unusually” as a result of so many other points of our working lives have more advantageous dramatically, whereas that element appears to have moved in retrograde. We don’t have such complications engaged on the front conclusion of our purposes, however when we move to the returned end we fall through a kind of time warp.

    From a simply technical element of view, there’s nothing to cease a building crew from doing this. It qualifies as “generating an environment,” for my part. that you would be able to’t run a CICS equipment “in the cloud” or “on a VM” (as a minimum, not as of 2017), however which you can apply “cloud thinking” to the problem of managing your supplies.

    in a similar way, which you can observe “cloud thinking” to other supplies to your atmosphere, as well. Use your creativeness and creativity. Isn’t that why you chose this field of work, in spite of everything?

    Generate creation Environments on the Fly as a part of Your CD Pipeline

    This suggestion is relatively plenty the identical as the outdated one, except that it happens later within the CI/CD pipeline. after you have some form of automatic deployment in vicinity, that you would be able to extend that manner to include immediately spinning up VMs or automatically reloading and provisioning hardware servers as part of the deployment technique. At that point, “deployment” definitely potential growing and provisioning the target environment, as adverse to moving code into an present atmosphere.

    This strategy solves a number of problems beyond essential configuration adjustments. for instance, if a hacker has brought the rest to the creation environment, rebuilding that ambiance out-of-source that you just control eliminates that malware. americans are discovering there’s cost in rebuilding production machines and VMs generally although there are not any changes to “install,” for that intent as well as to keep away from “configuration float” that occurs once we follow adjustments over time to an extended-running instance.

    Many organizations run windows servers in construction, notably to support third-party packages that require that OS. an issue with deploying to an existing home windows server is that many applications require an installer to be present on the target illustration. often, assistance protection americans frown on having installers available on any construction illustration. (FWIW, I accept as true with them.)

    if you create a home windows VM or provision a home windows server on the fly from controlled sources, you then don’t need the installer once the provisioning is complete. You received’t re-set up an utility; if a change is integral, you’ll rebuild the entire illustration. you can prepare the environment earlier than it’s attainable in creation, and then delete any installers that have been used to provision it. So, this strategy addresses more than simply the works-on-my-computing device problem.

    When it involves returned-end techniques like zOS, you gained’t be spinning up your personal CICS areas and LPARs for production deployment. The “cloud considering” if so is to have two identical creation environments. Deployment then becomes a matter of switching site visitors between both environments, in place of migrating code. This makes it more convenient to implement production releases without impacting consumers. It also helps alleviate the works-on-my-computer issue, as checking out late within the birth cycle happens on a true creation atmosphere (notwithstanding consumers aren’t pointed to it yet).

    The typical objection to here is the charge (that is, fees paid to IBM) to help twin environments. This objection is continually raised by means of individuals who haven't completely analyzed the expenses of all the delay and remodel inherent in doing things the “historic means.”

    Pitfall #three: disagreeable Surprises When Code Is Merged

    problem: different groups and individuals deal with code verify-out and check-in in quite a lot of techniques. Some checkout code once and adjust it all through the direction of a project, maybe over a period of weeks or months. Others commit small alterations often, updating their native replica and committing alterations time and again per day. Most teams fall someplace between those extremes.

    often, the longer you retain code checked out and the more changes you're making to it, the stronger the chances of a collision if you happen to merge. It’s also probably that you're going to have forgotten precisely why you made every little alternate, and so will the other people who've modified the same chunks of code. Merges will also be a trouble.

    throughout these merge activities, all other price-add work stops. everybody is trying to determine how to merge the adjustments. Tempers flare. every person can claim, accurately, that the equipment works on their computing device.

    answer: an easy solution to stay away from this sort of element is to commit small alterations commonly, run the examine suite with everybody’s adjustments in location, and deal with minor collisions at once earlier than memory fades. It’s appreciably less traumatic.

    The best part is you don’t want any particular tooling to try this. It’s simply a question of self-self-discipline. having said that, it best takes one individual who maintains code checked out for a long time to debris everyone else up. Be aware of that, and kindly support your colleagues set up first rate habits.

    Pitfall #four: Integration errors discovered Late

    problem: This problem is similar to Pitfall #3, but one stage of abstraction bigger. besides the fact that a crew commits small changes frequently and runs a complete suite of automatic exams with every commit, they may event gigantic issues integrating their code with other add-ons of the solution, or interacting with different purposes in context.

    The code may additionally work on my computing device, as well as on my team’s integration verify ambiance, but as quickly as we take the subsequent step ahead, all hell breaks unfastened.

    answer: There are a couple of options to this problem. the first is static code evaluation. It’s fitting the norm for a continual integration pipeline to encompass static code analysis as part of every build. This happens before the code is compiled. Static code evaluation equipment investigate the source code as textual content, trying to find patterns which are popular to influence in integration mistakes (among different issues).

    Static code analysis can notice structural issues in the code such as cyclic dependencies and excessive cyclomatic complexity, as well as other primary problems like dead code and violations of coding necessities that are likely to increase cruft in a codebase. It’s just the type of cruft that causes merge hassles, too.

    A connected suggestion is to take any warning stage error from static code analysis equipment and from compilers as true error. accumulating warning level mistakes is a fine strategy to emerge as with mysterious, surprising behaviors at runtime.

    The 2d solution is to combine add-ons and run automatic integration test suites commonly. set up the CI pipeline in order that when all unit-degree checks move, then integration-stage tests are finished immediately. Let screw ups at that degree destroy the construct, simply as you do with the unit-degree assessments.

    With these two methods, you can discover integration errors as early as viable within the start pipeline. The earlier you discover an issue, the more straightforward it is to fix.

    Pitfall #5: Deployments Are Nightmarish All-evening Marathons

    issue: Circa 2017, it’s still usual to discover corporations the place individuals have “release events” whenever they set up code to construction. liberate parties are just like every-nighttime frat parties, only without the enjoyable.

    The problem is that the primary time purposes are performed in a construction-like atmosphere is when they are done in the real production atmosphere. Many concerns only come into sight when the crew tries to set up to creation.

    Of course, there’s no time or finances allocated for that. americans working in a rush may additionally get the gadget up-and-running by hook or by crook, however commonly at the can charge of regressions that pop up later in the form of creation support concerns.

    And it’s all as a result of, at every stage of the start pipeline, the equipment “worked on my computer,” even if a developer’s computer, a shared verify environment configured in another way from creation, or another unreliable atmosphere.

    answer: The answer is to configure each environment right through the start pipeline as close to production as feasible. the following are time-honored instructions that you simply may wish to adjust depending on local situations.

    when you have a staging ambiance, rather than twin creation environments, it can be configured with all interior interfaces are living and external interfaces stubbed, mocked, or virtualized. in spite of the fact that here is so far as you are taking the concept, it will probably get rid of the need for liberate events. but when which you can, it’s respectable to proceed upstream within the pipeline, to cut back sudden delays in merchandising code alongside.

    test environments between construction and staging may still be running the same edition of the OS and libraries as creation. They should be isolated on the acceptable boundary in keeping with the scope of checking out to be carried out.

    at the beginning of the pipeline, if it’s viable, improve on the identical OS and same normal configuration as construction. It’s possible you do not have as a whole lot reminiscence or as many processors as within the creation ambiance. The development ambiance also do not need any are living interfaces; all dependencies exterior to the application will be faked.

    At a minimum, healthy the OS and release stage to construction as closely as that you can. for example, if you’ll be deploying to windows Server 2016, then use a home windows Server 2016 VM to run your short CI build and unit check suite. windows Server 2016 is in response to NT 10, so do your building work on home windows 10 because it’s additionally in response to NT 10. in a similar fashion, if the construction atmosphere is windows Server 2008 R2 (according to NT 6.1) then advance on windows 7 (also in line with NT 6.1). You received’t be in a position to eliminate each configuration difference, but you will be able to stay away from the majority of incompatibilities.

    observe the identical rule of thumb for Linux ambitions and construction systems. for example, in case you will set up to RHEL 7.three (kernel version three.10.x), then run unit assessments on the equal OS if possible. in any other case, search for (or construct) a edition of CentOS in line with the identical kernel version as your production RHEL (don’t assume). At a minimal, run unit exams on a Linux distro based on the same kernel version as the target production instance. Do your construction on CentOS or a Fedora-primarily based distro to reduce inconsistencies with RHEL.

    in case you’re the usage of a dynamic infrastructure administration strategy that contains constructing OS situations from supply, then this problem becomes lots less demanding to control. you can construct your construction, examine, and creation environments from the equal sources, assuring version consistency during the birth pipeline. however the reality is that only a few groups are managing infrastructure during this approach as of 2017. It’s extra doubtless that you’ll configure and provision OS instances in line with a printed ISO, and then set up applications from a non-public or public repo. You’ll need to pay close attention to versions.

    in case you’re doing building work on your personal computer or laptop, and also you’re the use of a pass-platform language (Ruby, Python, Java, etc.), you could believe it doesn’t count which OS you utilize. You may have a pleasant development stack on windows or OSX (or some thing) that you simply’re at ease with. however, it’s a good idea to spin up a local VM running an OS that’s nearer to the production environment, just to avoid sudden surprises.

    For embedded development where the building processor is different from the target processor, include a compile step on your low-degree TDD cycle with the compiler alternate options set for the target platform. this may expose errors that don’t turn up if you bring together for the development platform. once in a while the equal version of the same library will exhibit distinct behaviors when executed on different processors.

    an extra recommendation for embedded building is to constrain your development atmosphere to have the identical memory limits and different useful resource constraints because the target platform. that you can catch definite forms of mistakes early by using doing this.

    For probably the most older lower back conclusion systems, it’s possible to do construction and unit checking out off-platform for comfort. fairly early within the start pipeline, you’ll are looking to upload your source to an ambiance on the target platform and build and examine there.

    for example, for a C++ utility on, say, HP NonStop, it’s easy to do TDD on anything native ambiance you love (assuming that’s possible for the classification of application), the usage of any compiler and a unit checking out framework like CppUnit.

    in a similar fashion, it’s handy to do COBOL construction and unit checking out on a Linux illustration the use of GnuCOBOL; lots quicker and less complicated than the use of OEDIT on-platform for satisfactory-grained TDD.

    youngsters, in these circumstances, the target execution atmosphere is awfully distinctive from the construction ambiance. You’ll are looking to exercise the code on-platform early in the beginning pipeline to eliminate works-on-my-desktop surprises.


    The works-on-my-computer issue is one of the main motives of developer stress and misplaced time. The main explanation for the works-on-my-computing device problem is variations in configuration across development, test, and creation environments.

    The basic advice is to steer clear of configuration differences to the extent possible. Take pains to make sure all environments are as akin to production as is functional. Pay attention to OS kernel models, library models, API types, compiler versions, and the models of any domestic-grown utilities and libraries. When modifications can’t be averted, then make observe of them and deal with them as risks. Wrap them in look at various situations to deliver early warning of any issues.

    The 2nd recommendation is to automate as lots testing as possible at different ranges of abstraction, merge code frequently, build the utility often, run the computerized test suites commonly, installation often, and (the place feasible) construct the execution ambiance frequently. this may aid you become aware of complications early, whereas probably the most contemporary changes are nonetheless clean for your intellect, and while the concerns are nevertheless minor.

    Let’s fix the world in order that the next era of software developers doesn’t consider the phrase, “Works on my desktop.”

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    Guide to Hypervisors | real questions and Pass4sure dumps

    When people think about hypervisors, they automatically think of VMware or Microsoft Hyper-V. These two are the dominant vendors, but there is much more to hypervisors and virtualization than these leading products.

    Let's go in-depth. First: there are two primary types of hypervisors that operate in the data center. What are they, and which usage cases do each of them do best?

    What is a Hypervisor?

    At its most basic, a hypervisor is the "manager" of a software-hardware stack. The term "hypervisor" derives from the word "supervisor." 

    At a deeper level, a hypervisor is a process – consisting of software, hardware or firmware – that runs on physical hosts to create virtual machines. These VMs act as independent application servers, though in fact they share the host’s CPU cycles, memory, and bandwidth. The hypervisor spins up, provisions, and retires them as required. This action of spinning up, provisioning and retire is the "manager" role mentioned above.

    Hypervisors have multiple usage cases, including virtualizing servers, applications, storage, and desktops.


    The hypervisor plays a key role in managing the virtualized environment.

    Type 1 vs. Type 2 Hypervisor

    Type 1 and Type 2 are the two basic categories of hypervisors.

    Type 1 is a command set that is embedded into a physical layer of the host computer. From there, the hypervisor spins up and spins down virtual machines as needed, and dynamically assigns host computer resources to the VMs.

    Type 2 hypervisors are more limited in scope, often running from a single computer. This type runs from the host computer software layer, where you can create virtual machines as different processes. Like Type 1, Type 2 can define different operating systems in its VMs.

    “Vs.” is a misnomer really, since the two types have different use cases. And they are not always clearly distinct.

    For example, Linux KVM and FreeBSD bhyve (pronounced “beehive”) are general operating systems that run their hypervisors as kernel modules. The software-enabled hypervisors enable the host OS to effectively run as a Type 1 hypervisor that can virtualize different OSes. Yet they are still general-purpose operating systems, which defines them as Type 2.

    So, what are the usual differences between the two types, and when would you choose one over the other?

    Type 1: Native/Bare-Metal Embedded Hypervisors

    Type 1 hypervisors support highly scalable virtualization because they run directly on the hardware layer, which is often embedded in firmware. Additional terms for Type 1 are native/bare metal or embedded hypervisors because of their hardware location.

    End-users cannot add Type 1 hypervisor software to an existing computer like they can with Type 2. Type 1 hypervisors are embedded into specialized server firmware, and the resulting host enables the virtualized production environment.

    Unlike Type 2 that runs from the host OS, Type 1 is independent of the host operating system. The hypervisor directly accesses the host servers that made a way to win on the features and hardware. From there, Type 1 hypervisors issue commands that control host resources and manage the VMs.

    The ability to directly assign host resources makes Type 1 hypervisors highly scalable, and enables them to create multiple virtualized machines with a choice of virtualized operating systems.

    In both cases, Type 1 hypervisors are characterized by efficient resource sharing, dynamic resource usage, low latency, and high bandwidth communication between VMs and host (sometimes VM to VM), and a global view of network management.

    Although this article is primarily about Type 1 and Type 2 hypervisors in the data center, embedded hypervisors also exist within a wide variety of large embedded systems. Embedded systems include complex environments like a metro area’s traffic lights, or a robotic factory’s controllers.

    Role in Virtualization

    Type 1 hypervisors are the primary mechanism behind virtualized networks. (Type 2 hypervisors offer a different set of services that rarely scale into production environments.)

  • Consolidate systems. Because physical hardware can easily support multiple PMs, this reduces costs of new equipment and server resources. Virtualization’s original driver is server consolidation, and is still its largest use case. IT also uses it for desktop virtualization and storage.
  • Optimize physical resources. Buying separate servers for different applications is expensive, time-consuming, and takes up data center space. Type 1 hypervisors allow IT to better utilize server hardware, thus lowering CapEx, freeing up data center real estate, and minimizing energy usage.
  • Better resource allocation. Most Type 1 hypervisors allow admins to manually set resource allocation by application priority. Most of them also automate resource allocation as needed, which results in dynamic and efficient resource allocation in the virtualized environment.
  • Maintain high availability. These hypervisors do not simply virtualize machines, they also protect high-availability with native durability and redundancy. For example, a failover cluster supports virtualized node environments for continued availability if a node goes down.
  • Better test/dev. Type 2 hypervisor’s allow admins to isolate systems for testing production environments. Developers can also deploy dedicated virtualized environments in their own environment, and use cloned production data for testing.
  • Type 1 Vendors

    These hypervisor products include virtualization industry leaders VMware ESX/ESXi and Microsoft Hyper-V, as well as hypervisors from Citrix and Oracle VM Server. The latter includes SPARC and x86 versions.

    Type 2: Hosted Hypervisors

    Type 2 hypervisors perform software virtualization. They run as a software application on top of a host OS, and are more like installed applications than hardware-based Type 1. Most Type 2 users take advantage of this simpler hypervisor to run VMs on a single computer without the complex deployment and management requirements of a Type 1.

    Type 2 runs from the host operating system, and virtualizes instances as software processes. Type 2 supports multiple guest operating systems, but cannot directly access the host hardware or its resources. This results in higher overhead, which is why a Type 2 hypervisor is unlikely to run a large and dynamic virtualized network.

    Simple to Deploy, Not as High Performance

    This type is also simple to deploy and manage. For example, users can install Type 2 VMware Workstation directly into an existing Windows instance. In contrast, Type 1 hypervisor management requires admin expertise and time.

    And since Type 2 hypervisors run with extra overhead, they are not as high-performance as Type 1. They operate within the existing operating system, so virtualization performance is constrained by working within the software layer. Other running applications will take more resources away from the hypervisor, which will further slow down VM performance.

    This is not an issue with simple, popular Type 2 usage cases, such as running a Windows instance on top of a Mac operating system. But it will not be adequate for high performance scenarios, such as scaling multiple VMs and trying to create a virtual network.

    Type 2 Vendors

    Type 2 hypervisors work from the operating system level and decouple guest operating systems from the host OS. Examples include VMware Workstation, Oracle’s open source VirtualBox, and Microsoft VirtualPC.

    Primary Benefits by Hypervisor Type

    Hypervisor Type


    Type 1

    ·         Higher performance

    ·         Lower resource usage

    ·         Firmware location is more secure

    ·         Runs virtualized production environments

    ·         Requires active administration

    Type 2

    ·         Much simpler to set up

    ·         Easier to manage

    ·         Software-based virtualization is compatible with wide range of hardware

    ·         Does not require dedicated admin

    ·         Test multiple operating systems within Windows, OS X, or Linux environments

    ·         Type 1 may support a few drivers, but Type 2 has full access to Windows or Linux drivers

    Linux 4.20-rc4 | real questions and Pass4sure dumps

    From:   Linus Torvalds <> To:   Linux List Kernel Mailing <> Subject:   Linux 4.20-rc4 Date:   Sun, 25 Nov 2018 15:02:46 -0800 Message-ID:   <> Archive-link:   Article The patch stats this week look a little bit more normal than last tim, probably simply because it's also a normal-sized rc4 rather than the unusually small rc3. So this time around, about 60% of the patch is drivers (networking, HID, gpu, usb, mtd..) which is the usual distribution. The rest being a random mix of networking, filesystem fixes, arch updates, Documentation etc. And some fixes to the new xarray code. Nothing looks particularly odd or scary, although we do have some known stuff still pending. For example, the STIBP fixes are still being discussed and fine-tuned and haven't been merged yet. And there's a few mm fixes being talked about. Nothing that should keep people from testing the 4.20 rc's, though, so go out and test. One thing I did forget to mention last rc, but did come up in some of the pull request threads, and that people might have noticed that way: I've stopped doing the manual pull request acknowledgement emails, because Konstantin's automation to do it has gone live and is working well. It's worth pointing out, though, that the automation only works for pull requests that have been cc'd to mailing lists that are being tracked by the archives, and have an email address that matches "linux-*". So that's obviously mainly LKML, but it does trigger for linux-block too, for example. The reason I'm mentioning it is that if you're not seeing the pull request automation emails, it might be because you didn't cc a list that is getting tracked.. Linus --- Aaro Koskinen (1): MIPS: OCTEON: cavium_octeon_defconfig: re-enable OCTEON USB driver Aaron Ma (2): usb: xhci: fix uninitialized completion when USB3 port got wrong status usb: xhci: fix timeout for transition from RExit to U0 Adrian Hunter (1): mmc: sdhci-pci: Workaround GLK firmware failing to restore the tuning value Alexander Stein (1): can: flexcan: Always use last mailbox for TX Andreas Fiedler (1): net: gemini: Fix copy/paste error Andrew Morton (1): drivers/net/ethernet/qlogic/qed/qed_rdma.h: fix typo Andy Shevchenko (2): usb: dwc3: core: Clean up ULPI device MAINTAINERS: Do maintain Intel GPIO drivers via separate tree Anup Patel (1): RISC-V: Build flat and compressed kernel images Arnd Bergmann (2): media: v4l: fix uapi mpeg slice params definition mt76: fix building without CONFIG_LEDS_CLASS Arthur Kiyanovski (3): net: ena: fix crash during failed resume from hibernation net: ena: fix crash during ena_remove() net: ena: update driver version from 2.0.1 to 2.0.2 Aya Levin (1): net/mlx4: Fix UBSAN warning of signed integer overflow Bartosz Golaszewski (2): MAINTAINERS: add myself as co-maintainer of gpiolib gpio: mockup: fix indicated direction Benjamin Tissoires (7): Revert "HID: input: simplify/fix high-res scroll event handling" Revert "HID: logitech: fix a used uninitialized GCC warning" Revert "HID: logitech: Use LDJ_DEVICE macro for existing Logitech mice" Revert "HID: logitech: Enable high-resolution scrolling on Logitech mice" Revert "HID: logitech: Add function to enable HID++ 1.0 "scrolling acceleration"" Revert "HID: input: Create a utility class for counting scroll events" Revert "Input: Add the `REL_WHEEL_HI_RES` event code" Benson Leung (1): HID: input: Ignore battery reported by Symbol DS4308 Bill Kuzeja (1): scsi: qla2xxx: Timeouts occur on surprise removal of QLogic adapter Boris Brezillon (2): drm/vc4: Fix NULL pointer dereference in the async update path drm/vc4: Set ->legacy_cursor_update to false when doing non-async updates Brenda J. Butler (1): tc-testing: Guard against lack of returncode in executed command Brian Foster (1): xfs: fix shared extent data corruption due to missing cow reservation Brian Norris (1): ath10k: don't assume 'vif' is non-NULL in flush() Chanho Min (1): exec: make de_thread() freezable Cherian, George (1): xhci: Add quirk to workaround the errata seen on Cavium Thunder-X2 Soc Chris Wilson (2): drm/i915: Prevent machine hang from Broxton's vtd w/a and error capture drm/i915: Write GPU relocs harder with gen3 Christophe JAILLET (1): net: lantiq: Fix returned value in case of error in 'xrx200_probe()' Colin Ian King (1): test_firmware: fix error return getting clobbered Connor McAdams (2): ALSA: hda/ca0132 - Add new ZxR quirk ALSA: hda/ca0132 - fix AE-5 pincfg Dan Carpenter (3): ath9k: Fix a locking bug in ath9k_add_interface() uio: Fix an Oops on load usb: dwc2: pci: Fix an error code in probe Dave Chinner (11): xfs: uncached buffer tracing needs to print bno xfs: fix transient reference count error in xfs_buf_resubmit_failed_buffers xfs: finobt AG reserves don't consider last AG can be a runt xfs: extent shifting doesn't fully invalidate page cache xfs: flush removing page cache in xfs_reflink_remap_prep xfs: delalloc -> unwritten COW fork allocation can go wrong iomap: FUA is wrong for DIO O_DSYNC writes into unwritten extents iomap: sub-block dio needs to zeroout beyond EOF iomap: dio data corruption and spurious errors when pipes fill vfs: vfs_dedupe_file_range() doesn't return EOPNOTSUPP iomap: readpages doesn't zero page tail beyond EOF Dave Gerlach (1): cpufreq: ti-cpufreq: Only register platform_device when supported David Abdurachmanov (2): riscv: fix warning in arch/riscv/include/asm/module.h riscv: add asm/unistd.h UAPI header David Ahern (1): ipv6: Fix PMTU updates for UDP/raw sockets in presence of VRF David Herrmann (1): Revert "HID: uhid: use strlcpy() instead of strncpy()" David Howells (1): rxrpc: Fix life check David S. Miller (1): Revert "net: phy: mdio-gpio: Fix working over slow can_sleep GPIOs" Davide Caratti (3): net/sched: act_pedit: fix memory leak when IDR allocation fails net/sched: act_police: fix race condition on state variables net/sched: act_police: add missing spinlock initialization Denis Bolotin (5): qed: Fix PTT leak in qed_drain() qed: Fix overriding offload_tc by protocols without APP TLV qed: Fix reading wrong value in loop condition qed: Fix bitmap_weight() check qed: Fix QM getters to always return a valid pq Denis Drozdov (1): net/mlx5e: IPoIB, Reset QP after channels are closed Dennis Wassenberg (1): usb: core: Fix hub port connection events lost Dexuan Cui (1): Drivers: hv: kvp: Fix the recent regression caused by incorrect clean-up Emmanuel Grumbach (2): iwlwifi: mvm: support sta_statistics() even on older firmware iwlwifi: mvm: fix regulatory domain update when the firmware starts Emmanuel Pescosta (1): usb: quirks: Add delay-init quirk for Corsair K70 LUX RGB Eric Biggers (2): HID: uhid: forbid UHID_CREATE under KERNEL_DS or elevated privileges xfs: make xfs_file_remap_range() static Eric Dumazet (3): net_sched: sch_fq: ensure maxrate fq parameter applies to EDT flows net-gro: reset skb->pkt_type in napi_reuse_skb() tcp: defer SACK compression after DupThresh Eugeniu Rosca (1): dt-bindings: can: rcar_can: document r8a77965 support Evan Quan (1): drm/amd/powerplay: disable Vega20 DS related features Ezequiel Garcia (1): media: Rename vb2_m2m_request_queue -> v4l2_m2m_request_queue Fabio Estevam (1): dt-bindings: dsa: Fix typo in "probed" Fabrizio Castro (2): can: rcar_can: Fix erroneous registration dt-bindings: can: rcar_can: Add r8a774a1 support Felipe Balbi (1): usb: dwc3: gadget: fix ISOC TRB type on unaligned transfers Felix Kuehling (1): drm/amdgpu: Fix oops when pp_funcs->switch_power_profile is unset Filippo Sironi (1): amd/iommu: Fix Guest Virtual APIC Log Tail Address Register Ganesh Goudar (1): cxgb4: fix thermal zone build error Geert Uytterhoeven (1): iommu/ipmmu-vmsa: Fix crash on early domain free Gerd Hoffmann (1): udmabuf: set read/write flag when exporting Greathouse, Joseph (1): drm/amd/pp: handle negative values when reading OD Greg Kroah-Hartman (1): MAINTAINERS: Add Sasha as a stable branch maintainer Gustavo A. R. Silva (1): drivers/misc/sgi-gru: fix Spectre v1 vulnerability Hangbin Liu (2): net/ipv6: re-do dad when interface has IFF_NOARP flag change team: no need to do team_notify_peers or team_mcast_rejoin when disabling port Hans Verkuil (3): media: vicodec: lower minimum height to 360 media: cec: check for non-OK/NACK conditions while claiming a LA media: cec: increase debug level for 'queue full' Hans Wippel (2): net/smc: abort CLC connection in smc_release net/smc: add SMC-D shutdown signal Hans de Goede (1): ACPI / platform: Add SMB0001 HID to forbidden_id_list Heiner Kallweit (2): MAINTAINERS: Add myself as third phylib maintainer MAINTAINERS: add myself as co-maintainer for r8169 Huacai Chen (1): MIPS: Let early memblock_alloc*() allocate memories bottom-up Ilya Dryomov (1): libceph: fall back to sendmsg for slab pages Jack Morgenstein (1): net/mlx4_core: Zero out lkey field in SW2HW_MPT fw command James Smart (1): nvme-fc: resolve io failures during connect Jason Wang (2): virtio-net: disable guest csum during XDP set virtio-net: fail XDP set if guest csum is negotiated Jimmy Assarsson (2): can: kvaser_usb: Fix potential uninitialized variable use can: kvaser_usb: Fix accessing freed memory in kvaser_usb_start_xmit() Jiri Olsa (2): tools cpupower debug: Allow to use outside build flags tools cpupower: Override CFLAGS assignments Johan Hovold (3): gnss: serial: fix synchronous write timeout gnss: sirf: fix synchronous write timeout mtd: rawnand: atmel: fix OF child-node lookup John Stultz (1): wlcore: Fixup "Add support for optional wakeirq" Jon Maloy (2): tipc: fix lockdep warning when reinitilaizing sockets tipc: don't assume linear buffer when reading ancillary data Juliet Kim (1): net/ibmnvic: Fix deadlock problem in reset Kai-Heng Feng (4): USB: Wait for extra delay time after USB_PORT_FEAT_RESET for quirky hub USB: quirks: Add no-lpm quirk for Raydium touchscreens HID: multitouch: Add pointstick support for Cirque Touchpad HID: i2c-hid: Disable runtime PM for LG touchscreen Karsten Graul (1): net/smc: use queue pair number when matching link group Keerthy (2): opp: ti-opp-supply: Dynamically update u_volt_min opp: ti-opp-supply: Correct the supply in _get_optimal_vdd_voltage call Kenneth Feng (1): drm/amdgpu: Enable HDP memory light sleep Konstantin Khlebnikov (1): tools/power/cpupower: fix compilation with STATIC=true Kuppuswamy Sathyanarayanan (1): usb: dwc3: Fix NULL pointer exception in dwc3_pci_remove() Linus Torvalds (1): Linux 4.20-rc4 Lorenzo Bianconi (3): mt76: fix uninitialized mutex access setting rts threshold net: thunderx: set xdp_prog to NULL if bpf_prog_add fails net: thunderx: set tso_hdrs pointer to NULL in nicvf_free_snd_queue Lu Baolu (1): iommu/vt-d: Fix NULL pointer dereference in prq_event_thread() Luc Van Oostenryck (1): MAINTAINERS: change Sparse's maintainer Luca Coelho (1): iwlwifi: mvm: don't use SAR Geo if basic SAR is not used Lucas Bates (1): tc-testing: ignore errors when decoding stdout/stderr Lukas Wunner (1): can: hi311x: Use level-triggered interrupt Maarten Jacobs (1): usb: cdc-acm: add entry for Hiro (Conexant) modem Marc Kleine-Budde (5): can: flexcan: remove not needed struct flexcan_priv::tx_mb and struct flexcan_priv::tx_mb_idx can: dev: can_get_echo_skb(): factor out non sending code to __can_get_echo_skb() can: dev: __can_get_echo_skb(): replace struct can_frame by canfd_frame to access frame length can: dev: __can_get_echo_skb(): Don't crash the kernel if can_priv::echo_skb is accessed out of bounds can: dev: __can_get_echo_skb(): print error message, if trying to echo non existing skb Martin Schiller (2): net: phy: mdio-gpio: Fix working over slow can_sleep GPIOs net: phy: mdio-gpio: Fix working over slow can_sleep GPIOs Mathias Nyman (3): xhci: Fix leaking USB3 shared_hcd at xhci removal xhci: handle port status events for removed USB3 hcd usb: xhci: Prevent bus suspend if a port connect change or polling state is detected Matt Chen (1): iwlwifi: fix wrong WGDS_WIFI_DATA_SIZE Matthew Cover (1): tuntap: fix multiqueue rx Matthew Wilcox (19): XArray: Fix xa_for_each with a single element at 0 XArray: Export __xa_foo to non-GPL modules nilfs2: Use xa_erase_irq XArray: Regularise xa_reserve XArray: Unify xa_cmpxchg and __xa_cmpxchg XArray: Turn xa_erase into an exported function XArray: Add xa_store_bh() and xa_store_irq() XArray: Unify xa_store and __xa_store XArray: Handle NULL pointers differently for allocation XArray: Fix Documentation XArray: Correct xa_store_range XArray tests: Correct some 64-bit assumptions dax: Remove optimisation from dax_lock_mapping_entry dax: Make sure the unlocking entry isn't locked dax: Reinstate RCU protection of inode dax: Fix dax_unlock_mapping_entry for PMD pages dax: Fix huge page faults dax: Avoid losing wakeup in dax_lock_mapping_entry XArray tests: Add missing locking Mattias Jacobsson (1): USB: misc: appledisplay: add 20" Apple Cinema Display Mauro Carvalho Chehab (2): v4l2-controls: add a missing include media: dm365_ipipeif: better annotate a fall though Maxime Chevallier (1): net: mvneta: Don't advertise 2.5G modes Michael Chan (5): bnxt_en: Fix RSS context allocation. bnxt_en: Fix rx_l4_csum_errors counter on 57500 devices. bnxt_en: Disable RDMA support on the 57500 chips. bnxt_en: Workaround occasional TX timeout on 57500 A0. bnxt_en: Add software "missed_irqs" counter. Michal Kalderon (1): qed: Fix rdma_info structure allocation Moshe Shemesh (1): net/mlx5e: RX, verify received packet size in Linear Striding RQ Nathan Chancellor (2): media: tc358743: Remove unnecessary self assignment misc: atmel-ssc: Fix section annotation on atmel_ssc_get_driver_data Nicholas Kazlauskas (2): drm/amdgpu: Add amdgpu "max bpc" connector property (v2) drm/amd/display: Support amdgpu "max bpc" connector property (v2) Nikolay Aleksandrov (1): net: bridge: fix vlan stats use-after-free on destruction Oleksij Rempel (4): can: rx-offload: introduce can_rx_offload_get_echo_skb() and can_rx_offload_queue_sorted() functions can: flexcan: handle tx-complete CAN frames via rx-offload infrastructure can: rx-offload: rename can_rx_offload_irq_queue_err_skb() to can_rx_offload_queue_tail() can: flexcan: use can_rx_offload_queue_sorted() for flexcan_irq_bus_*() Olga Kornievskaia (1): NFSv4.2 copy do not allocate memory under the lock Oliver Hartkopp (1): can: raw: check for CAN FD capable netdev in raw_sendmsg() Olof Johansson (2): mtd: rawnand: qcom: Namespace prefix some commands RISC-V: Fix raw_copy_{to,from}_user() Or Gerlitz (3): net/mlx5e: Don't match on vlan non-existence if ethertype is wildcarded net/mlx5e: Claim TC hw offloads support only under a proper build config net/mlx5e: Always use the match level enum when parsing TC rule match Pan Bian (1): iommu/vt-d: Use memunmap to free memremap Pankaj Bansal (1): can: flexcan: Unlock the MB unconditionally Paolo Abeni (1): net: don't keep lonely packets forever in the gro hash Patrick Stählin (1): RISC-V: recognize S/U mode bits in print_isa Paul Burton (1): MIPS: Loongson3,SGI-IP27: Simplify max_low_pfn calculation Paul Kocialkowski (1): drm/fb-helper: Blacklist writeback when adding connectors to fbdev Petr Machata (1): net: skb_scrub_packet(): Scrub offload_fwd_mark Quentin Schulz (1): net: phy: mscc: fix deadlock in vsc85xx_default_config Raed Salem (1): net/mlx5: IPSec, Fix the SA context hash key Rafał Miłecki (2): brcmutil: really fix decoding channel info for 160 MHz bandwidth brcmfmac: fix reporting support for 160 MHz channels Rajat Jain (1): mmc: sdhci-pci: Try "cd" for card-detect lookup before using NULL Robert Jarzmik (1): gpio: pxa: fix legacy non pinctrl aware builds again Robin Murphy (2): dma-direct: Make DIRECT_MAPPING_ERROR viable for SWIOTLB swiotlb: Skip cache maintenance on map error Rodrigo Rivas Costa (1): HID: steam: remove input device when a hid client is running. Roi Dayan (1): net/mlx5e: Apply the correct check for supporting TC esw rules split Sabrina Dubroca (1): ip_tunnel: don't force DF when MTU is locked Sakari Ailus (5): media: v4l: event: Add subscription to list before calling "add" operation media: docs: Document metadata format in struct v4l2_format media: omap3isp: Unregister media device as first media: ipu3-cio2: Unregister device nodes first, then release resources media: ipu3-cio2: Use cio2_queues_exit Sandeep Singh (1): xhci: Add check for invalid byte size error when UAS devices are connected. Sebastian Parschauer (2): HID: Add quirk for Microsoft PIXART OEM mouse HID: Add quirk for Primax PIXART OEM mice Sergey Matyukevich (1): arm64: sysreg: fix sparse warnings Shahar S Matityahu (1): iwlwifi: fix D3 debug data buffer memory leak Shay Agroskin (4): net/mlx5e: Fix a bug in turning off FEC policy in unsupported speeds net/mlx5e: Fix wrong field name in FEC related functions net/mlx5e: Removed unnecessary warnings in FEC caps query net/mlx5e: Fix failing ethtool query on FEC query error Shen Jing (1): Revert "usb: gadget: ffs: Fix BUG when userland exits with submitted AIO transfers" Siva Reddy Kallam (1): tg3: Add PHY reset for 5717/5719/5720 in change ring and flow control paths Slavomir Kaslev (1): socket: do a generic_file_splice_read when proto_ops has no splice_read Srinivas Kandagatla (2): slimbus: ngd: remove unnecessary check nvmem: core: fix regression in of_nvmem_cell_get() Stephen Mallon (1): tcp: Fix SOF_TIMESTAMPING_RX_HARDWARE to use the latest timestamp during TCP coalescing Sudarsana Reddy Kalluru (1): bnx2x: Assign unique DMAE channel number for FW DMAE transactions. Sven Eckelmann (2): batman-adv: Use explicit tvlv padding for ELP packets batman-adv: Expand merged fragment buffer for full packet Takashi Iwai (4): ALSA: oss: Use kvzalloc() for local buffer allocations ALSA: hda/realtek - Add quirk entry for HP Pavilion 15 ALSA: hda/ca0132 - Call pci_iounmap() instead of iounmap() drm/amdgpu: Add missing firmware entry for HAINAN Tal Gilboa (1): net/dim: Update DIM start sample after each DIM iteration Tariq Toukan (1): net/mlx4_core: Fix uninitialized variable compilation warning Thinh Nguyen (1): usb: dwc3: gadget: Properly check last unaligned/zero chain TRB Thomas Falcon (2): ibmvnic: Fix RX queue buffer cleanup ibmvnic: Update driver queues after change in ring size support Thomas Zimmermann (1): drm/ast: Remove existing framebuffers before loading driver Thor Thayer (2): MAINTAINERS: Replace Vince Bridgers as Altera TSE maintainer mtd: spi-nor: Fix Cadence QSPI page fault kernel panic Tigran Mkrtchyan (1): flexfiles: use per-mirror specified stateid for IO Toke Høiland-Jørgensen (1): MAINTAINERS: Add entry for CAKE qdisc Trond Myklebust (1): NFSv4: Fix a NFSv4 state manager deadlock (5): mtd: spi-nor: don't drop sfdp data if optional parsers fail mtd: spi-nor: fix iteration over smpt array mtd: spi-nor: don't overwrite errno in spi_nor_get_map_in_use() mtd: spi_nor: pass DMA-able buffer to spi_nor_read_raw() mtd: spi-nor: fix selection of uniform erase type in flexible conf Ursula Braun (3): s390/ism: clear dmbe_mask bit before SMC IRQ handling net/smc: atomic SMCD cursor handling net/smc: use after free fix in smc_wr_tx_put_slot() Valentine Fatiev (1): net/mlx5e: Fix selftest for small MTUs Vasundhara Volam (1): bnxt_en: Fix filling time in bnxt_fill_coredump_record() Ville Syrjälä (3): drm/i915: Disable LP3 watermarks on all SNB machines drm/i915: Force a LUT update in intel_initial_commit() drm/i915: Add rotation readout for plane initial config Vincent Chen (1): net: faraday: ftmac100: remove netif_running(netdev) check before disabling interrupts Vladimir Zapolskiy (1): gpio: don't free unallocated ida on gpiochip_add_data_with_key() error path Wei Li (1): scsi: ufs: Fix hynix ufs bug with quirk on hi36xx SoC Will Deacon (2): Documentation/security-bugs: Postpone fix publication in exceptional cases arm64: cpufeature: Fix mismerge of CONFIG_ARM64_SSBD block Willem de Bruijn (1): packet: copy user buffers before orphan or clone Xin Long (6): l2tp: fix a sock refcnt leak in l2tp_tunnel_register ipv6: fix a dst leak when removing its exception sctp: count sk_wmem_alloc by skb truesize in sctp_packet_transmit sctp: not allow to set asoc prsctp_enable by sockopt Revert "sctp: remove sctp_transport_pmtu_check" sctp: not increase stream's incnt before sending addstrm_in request Y.C. Chen (2): drm/ast: change resolution may cause screen blurred drm/ast: fixed cursor may disappear sometimes Yangtao Li (1): net: amd: add missing of_node_put() YueHaibing (2): can: ucan: remove set but not used variable 'udev' can: ucan: remove duplicated include from ucan.c Yuval Avnery (1): net/mlx5e: Adjust to max number of channles when re-attaching

    What Oregon's Mario Cristobal said before Civil War | real questions and Pass4sure dumps

    EUGENE -- Oregon heads to Corvallis for the Civil War at Reser Stadium on Friday (1 p.m. PT, FS1).

    Ducks coach Mario Cristobal held his weekly press conference this morning to look ahead to the rivalry game, wrap up the win over Arizona State and provide an update on several injuries.

    Below are live updates from Cristobal's press conference. A full transcript will follow.


    Opening statement:"Just got done with practice. Obviously a shorter week, so we have to adjust the schedule. Someone asked last week if we modify practice. You have to on such a short week. You try to keep all of the basic principles that you have throughout the course of the year but you lighten the volume some because you don't want to squeeze in a whole week in six days. And actually for us and for us and for Oregon State it's probably less than that because we had a late game and we have an early game this Friday. You're cutting out almost two days. We had a full practice today. We did our regular plan and we shaved some reps, we shaved a period off, but the intensity was really high and we're coming right back to work tomorrow as well. Our schedule, our players really appreciate the fact that we were mindful of the bodies and the rigors of the season, but at the same time do not let up on the things we must focus on to have success."

    On injuries:

    "CJ took a shot more like to the stomach, rib area, and he is good to go. He practiced today. Steven Jones, he was in protocol, will get clearance or no clearance by some time tomorrow. He looks good, he looks like he's in good shape, so we're very optimistic. I think Penei is going to take, unfortunately it's an extra week is what he needs. He needs the full six weeks. So we will not have him for this game. I mean, he might be available in an emergency but we wouldn't put him at risk where there's any chance he may hinder his progress towards full health. Andrew Johnson is coming along well but he is not cleared yet. He will be cleared for the bowl game. Sampson is good to go. I know he was a little bit dinged up during the game but he is good to go. Kano strained an ab late in the week last week and he's been rehabbing, progressing fairly well. I would put him as probable. I guess we don't use those terms in college football do we. He's got a chance. He did some work out there today and he looked OK. If he progresses we'll have him and if not we'll have to go without him."

    On the Civil War and team's motivation:"I learned the intensity of it, like all rivalries. I know it's one of the oldest ones, the longest going rivalry between public universities in the country. I know the previous year that was a pretty intense deal over there in Corvallis and that intensity carried over into last year's game over here. Let's just say I've always loved and been used to great rivalries, and this one did not disappoint. In fact, it exceeded all expectations. We educate our players on the history and the great ones that have played here and played over there and all the games that have gone on in between. It's important for our players to understand how important this game is for everyone in this state. Houses divided, right, families divided. And that goes with the territory in a rivalry game. The motivation for us is extremely high. We didn't do to well the last time we were over there. So we talk about a lot of things that are motivating factors, but our team is motivated."

    On the process of making players familiar with this rivalry:"We talk about the history. The guys that have played here before, some of them come back and share stories with our football players. We've done that to help them understand because sometimes when your team has so many guys from so many parts of the country, you hate for them to never understand how deep-rooted the feelings and the emotions are that go in to this rivalry. And we'll continue to do that all week long."

    On Troy Dye's consistency:"Great football player that's instinctive and obviously extremely productive. In my opinion he's just scratching the surface. He's got the specs, long body type, athletic, explosive, nose for the ball, can knock you back, can run by you, can run around you. Oftentimes he's underrated as a blitzer. He does a great job just finding spaces and open gaps, getting in there and pressuring quarterbacks. He does a great job tackling while blitzing, which is difficult. You've got to hit certain gaps, you're going 100 miles per hour, you have to put a foot in the ground and redirect and get a guy on the ground. He does a great job lining guys up as well. He's so valuable to this football team. It's no surprise that he continues to produce at such a high level."

    On Gus Cumberlander and identifying players like him:"I think you know. You can never tell. My old coach used to say recruiting is the most imperfect science in the world, and he's 100 percent right. You have to be able to project what this guy's going to be when he gets on campus, if he works hard during his offseason in high school, what's he going to be like three years down the road. I think Gus is a great example of the three-year-down-the-road guy, who  you saw the long body type, you saw the athleticism, new at the sport, played multiple sports. And so recognition and reaction was probably something he was getting used to, but as time goes on he continues to work the same techniques and fundamentals that come with that position. The mother of all learning, the repetition, just again and again and again, like peanut butter and jelly, all of a sudden it becomes second nature. Those hips roll, those feet are on the ground, those hips unlock, you get full extension. Now you start using the gifts that you have, your ability. He's really shown it and he's another one that is just now scratching the surface to what he's going to continue to develop into. And you have guys on the opposite end of the spectrum like the Penei's of the world. You get to work with a guy like that in camp and after three reps you're wondering, 'OK, we've got to get this guy, how are we going to get it done?' I've been around both sides of those things and you've been on both sides where it's been disappointing one way or the other. So those things are imperfect but we certainly were thrilled and blessed to have a guy like Gus and the way he's playing now. We certainly look forward to having a guy like Penei back."

    On Oregon State:"You see a lot of explosive play-makers. Obviously the back has garnered a lot of attention, and rightfully so, as a freshman he's widely considered one of the best freshmen in the country. The offensive line has done a tremendous job for him. There's a lot of carryover from what you've seen in coach Smith's history. He does a great job, great football coach, extremely smart. They scheme you up pretty well. They understand where the holes are, they go after it. From game one against Ohio State, coming back like they did against Colorado, they continue to churn out yards and points. They've got a lot of talent, some of it's young and some of it is not young. You've got a very big defensive front, maybe the biggest that we've seen so far, and when they're on point they hurt you, they can make a lot of plays. A tremendous amount of respect for them. They've got a good football team and we know that we'll get their best juts like they're going to get our best."

    On Oregon State's wide receivers:"They're very disciplined route-runners, No. 1. They understand their offense really well. They understand coverages. They set you up really well. They're polished route-runners, I should say, and they're explosive, they're guys that have legitimate speed. They can create separation. They find soft spots. They catch the ball with their hands - they're not body-catchers - they get their hands out there, they secure the football. They're good with run after a catch. It's no secret why they're scoring so many points. They've got a really good offense."

    On Justin Collins and Nate Heaukulani's play vs. Arizona State:"Great. A testament to them and their coaches for bringing them along like they did. Those guys work really hard. Those guys do all the right things, all the time. Over here there is no judgment whether you're a fifth-year senior or whether you just walked on if you're producing and you show that you can we trusted out on that football field you're going to get a shot. Opportunity tapped on their shoulder on Saturday and a huge play by Justin, I mean absolutely humungous play to get down there right before the touchdown before the half. Then Nate Heaukulani got himself 14 snaps. You saw the short yardage play and how he fit in there and made a stop on that was an assist on the stop as well as he did a great job lining up, helping other guys line up while they were going tempo. He's a really good football player. Very smart, very instinctive. He's physical. He's a good linebacker. We expect those guys to continue to contribute more and more."

    On whether the postseason implications are part of message to team this week:"I think you always assess yourself, the opponent, you talk about both. We're rebuilding a program too. To me that's the biggest focus of anything else. We got to understand where we are, where we're going and the progress that we've made and we want to continue it so I'd say the bulk of the focus is on that. We recognize the good players that they have and the type of play that they have shown that they're capable of on several instances. When you watch film you really get to see a lot of things that probably doesn't make it out there in the media. There' so many times in a game where they're about to close it out or they're about to take it over and whether it was a fourth down stop or whether it was a miscue, kind of flipped the game the other way. We recognize that this team has a lot of good football players and that's why we have so much respect for them. We're looking forward to playing them."

    On preparing for Oregon State's trick plays:"Play disciplined because if you start telling your players 'watch this, watch that,' they've got to watch their own job and their own responsibilities because we've seen all kinds of stuff on offense and on special teams as well, is discipline is at a premium - it always has been. No. 1, that can never change, that always has to be one of the absolute principles and values of what you do. You show them the tape so that you understand look some other teams might have shown one every now and then maybe not run it. But these guys do, they run it. So don't let your eyes drift. Don't take for granted your responsibility has been taken care of. Make sure you go through the echo of the whistle and beyond to assure that we don't get surprised by one of those plays because you saw the kickoff, you saw the fake punt. Those are things that are game-changers, gaining possessions. We've got to make sure that we're on the road playing a conference game we can't give up any possessions."

    On whether players fully appreciate difficulty in winning despite being minus-three in turnovers:"I think we're educated to the point where we understand it, how difficult that is to overcome. I don't know if many people really truly understand how hard that is, to have four turnovers in a game and still find a way to win and also some opportunities that we let slip through our hands. To let those happen as well, that's a lot to overcome. I think it all points that our guys are understanding more and more that if we are dialed in and if we are locked in to play at the highest level with mental intensity and physicality that we're a tough team to beat. I think that's the biggest lesson that our guys learned. Because if we do that there's a belief in that locker room that there's no bad play, that there's no injury, there's no tough call that we have to deal with that we can't overcome. I think that's probably the biggest lesson that we learned."

    On recruiting plans to travel after Civil War and before early signing day:"Yeah, that'll be natural for everyone in the country all focus is on everyone's last game. All our focus is completely on this game and then we do have our banquet on Saturday since we thought it would be good for us since the families are probably visiting during Thanksgiving or whatnot, we have them here, we can have our banquet and then once that banquet is over yeah we'll be on the road really non-stop until the quiet period comes around, which will be that Sunday before signing day."

    On Thanksgiving dinner plans:"I don't think I'll be home. I think - what pizza place is open where they can deliver something? For us, that's like a Friday before a game. I have the in-laws over in town, I'm sure they'll cook something up. They do a great job. I know Jessica will do a great job. The boys will chip in and help. It'll be something massive. If my mom was here there would be a hole in my backyard and they'd roast a whole pig back there. Neighbors would complain and have a fire hazard on our hands, but because that's not the case I expect a lot of good old traditional stuff and I'll swing by before coming back for some film."

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