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  1. Canada Dry Concord Grape
    Flavor: Grape
    Color: Purple      
    Years available: 1970 - 1978
    Canada Dry Concord Grape was a Grape flavor of soda made by Canada Dry.

    https://the-soda.fandom.com/wiki/Canada_Dry_Concor…

    #drinks #drink #soda #flavor #color #discontinued #history #softdrink #softdrinks #retro #nostalgia

  2. I heard Current AI is going to be raisin' soon. Really grape news.

  3. Özgür Özel spoke from Sarıgöl: Grapes that cost 10 lira at the producer are being sold for 100 lira in Ankara.

    25.10.2026 16:43 New Party General Chair Özgür Özel met with grape producers in Sarıgöl after his party’s Manisa…
    #EuropeSays #Turkiye #Ankara #10 #100 #after #are #at #being #Chair #cost #for #from #General #grape #Grapes #his #in #lira #met #new #Özel #Özgür #Party #producer #producers #Sarıgöl: #sold #spoke #that #the #with
    europesays.com/turkiye/64890/

  4. 2006. okt. 24-én jelent meg a Firefox 2.0: fülek fejlődtek, kiegészítőkezelő és UI modernizálva, jobb frissítések, munkamenet-helyreállítás, gépelés közbeni helyesírás-ellenőrzés és phishing elleni védelem — komoly előrelépés biztonságban és használhatóságban. linuxmint.hu/hir/2026/10/a-web #Firefox #Mozilla #OpenSource #biztonság #történelem

  5. Mandi Robertson: Barolo Week — A little Piedmonte on our Montreal tables | Food

    As we are all aware, by October, Montreal starts cooking differently. The barbecue gets less attention, something is…
    #Canada #Montreal #alba #alcoholicbeverages #Barolo #bottle #fermenteddrinks #grape #grapedrinks #nebbiolo #Piedmont #serralungad #vitis #Wine
    europesays.com/canada/261855/

  6. 📰 "Vines Produce Bigger, Healthier Wine Grapes When Grown Under Solar Panels"

    🗒"The weight of each grape bunch produced by the panel-shaded vines was almost thrice as heavy by harvest time as the sun-grown grapes."

    goodnewsnetwork.org/vines-prod

    #Solar #solarenergy #greenenergy #farming #gardening #agrivoltaics #solarpunk

  7. This family was built on Ezell's artery cloggin' fried chicken, mac n' cheese, and mashed potatoes.

    Fuckers don't have grape Faygo out here in the lily white suburbs.
    I am oppressed. /s

  8. During a pre-install check on a GBase Database(GBase 8a MPP Cluster) environment running Kylin V10, I found a familiar configuration issue: Transparent Huge Pages (THP) was still set to always.

    The services could start, but bulk-load performance was inconsistent. With three machines configured differently, the slowest node became the first place to investigate.

    THP was one potential factor worth checking before spending hours troubleshooting database performance.

    What Is Transparent Huge Pages?


    Linux Transparent Huge Pages allows the kernel to use larger memory pages, commonly 2 MB instead of 4 KB, without requiring applications to manage huge pages explicitly.

    The potential benefit is fewer Translation Lookaside Buffer (TLB) misses. However, THP can also introduce memory compaction, allocation latency, and background activity that affect latency-sensitive workloads.

    For analytical databases such as GBase Database(GBase 8a), large memory allocations may occur during operations such as hash aggregation, sorting, and bulk loading. Depending on the kernel and workload, THP-related activity can contribute to performance variability.

    This does not mean THP always slows down a database. It means the setting should be validated against the database's deployment requirements and workload.

    1. Check the Current THP Configuration


    Inspect the active settings:

    cat /sys/kernel/mm/transparent_hugepage/enabled
    cat /sys/kernel/mm/transparent_hugepage/defrag

    Example output:

    always madvise

    [never]The value inside square brackets is the active setting. In this example, THP is set to never.

    If you see:

    [always] madvise never

    THP is configured to always.

    Check whether huge pages are being used during a workload:

    grep -E 'AnonHugePages|ShmemHugePages|FileHugePages' /proc/meminfo

    Compare the values before and during bulk loading. AnonHugePages can help indicate anonymous memory backed by huge pages, but it does not independently prove that THP caused a performance issue.

    2. Disable THP Temporarily for Validation


    If the GBase Database installation guide for your release recommends disabling THP, you can apply the change at runtime:

    echo never > /sys/kernel/mm/transparent_hugepage/enabled
    echo never > /sys/kernel/mm/transparent_hugepage/defrag

    These commands require root privileges. The settings generally do not survive a reboot.

    After applying the change, verify the active values again:

    cat /sys/kernel/mm/transparent_hugepage/enabled
    cat /sys/kernel/mm/transparent_hugepage/defrag

    Then compare the database's behavior under the same workload and conditions. Check load duration, latency variation, memory utilization, and relevant system logs rather than assuming that a configuration change guarantees a performance improvement.

    3. Make the Configuration Persistent


    For a persistent configuration, use the method supported by your Linux distribution and kernel.

    Some environments support systemd services, boot scripts, kernel command-line parameters, or tuned profiles. Their behavior and syntax vary.

    For example, on a system where /etc/rc.d/rc.local is supported and executed during boot, the following commands may be used:

    # Add to /etc/rc.d/rc.local
    echo never > /sys/kernel/mm/transparent_hugepage/enabled
    echo never > /sys/kernel/mm/transparent_hugepage/defrag

    If necessary, make the script executable:

    chmod +x /etc/rc.d/rc.local

    Do not assume this method works on every distribution. Validate the boot mechanism and check whether another service or tuned profile overrides the setting.

    After rebooting, confirm the active configuration again. Repeat the check after changing system profiles or applying OS updates.

    4. Validate Every Node in the GBase Database Cluster


    A configuration that is correct on one machine may be wrong on another.

    For a multi-node GBase Database deployment, include THP validation in the pre-install checklist and provisioning automation.

    At minimum, check:

    • Active THP settings on every node.
    • Consistency of kernel and OS versions.
    • Whether system profiles override the setting.
    • Memory behavior during representative workloads.
    • Database-specific recommendations for the installed release.

    Explicit Huge Pages are a separate configuration choice. They require appropriate memory reservation and database configuration, so do not enable them without checking the product documentation and operating system requirements.

    Final Takeaway


    Transparent Huge Pages is a small OS setting with potentially significant implications for database performance consistency.

    For GBase Database(GBase 8a MPP Cluster), the practical lesson is to validate THP before installation, keep cluster nodes consistent, and measure the impact under a representative workload.

    A repeatable pre-install check is more reliable than discovering configuration differences during production troubleshooting.

    TIL question: Do you disable THP by default for database servers, or do you benchmark it separately for each workload?

    Keywords: GBase Database, GBase 8a, Transparent Huge Pages, THP Linux, database performance tuning, Kylin V10, Linux pre-install checks#gbase #database #数据库 #todayilearned #software #coding #development #engineering #inclusive #community
    TIL: Why GBase Database Deployment Often Requires Disabling Transparent Huge Pages

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