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  1. Enough political crap and technical bitching for today. My post about Mozilla's most recent stupidity with Firefox looks like it'll be my most-boosted post this week, so let's change it up.

    Do something fun.

    Like eat. Everyone likes eating, right? With cooler weather approaching (or here already) for northern-hemisphere folk like me, warm, filling comfort-food is popping into our heads. In my mind, there are 3 big category leaders - and one of them is chili.

    If you immediately stop here and say it's not for you because of the beans => gas thing, stay with me. If beans give you gas, they're not being prepared correctly. I'll talk about this later.

    Okay, here's how I make #chili. [1] It's easy, using a slow cooker or equivalent. It's not really a recipe, because I don't use, record, or follow recipes. I generally don't measure stuff when cooking (unlike baking). I substitute ingredients liberally, and season by taste. Pretty much nothing I make is made exactly the same way twice.

    This will make enough for a couple of decent-sized meals for 2 or 3 people. Leftover chili is even better than just-cooked.

    1/x

    [1] Real chili. See later in this thread for what I mean by this.

    #chili #RealChili #cooking #EasyCooking #easy #ComfortFood #SlowCooker #meat #beans #gas #flatulence #recipe #technique #filling

  2. Enough political crap and technical bitching for today. My post about Mozilla's most recent stupidity with Firefox looks like it'll be my most-boosted post this week, so let's change it up.

    Do something fun.

    Like eat. Everyone likes eating, right? With cooler weather approaching (or here already) for northern-hemisphere folk like me, warm, filling comfort-food is popping into our heads. In my mind, there are 3 big category leaders - and one of them is chili.

    If you immediately stop here and say it's not for you because of the beans => gas thing, stay with me. If beans give you gas, they're not being prepared correctly. I'll talk about this later.

    Okay, here's how I make #chili. [1] It's easy, using a slow cooker or equivalent. It's not really a recipe, because I don't use, record, or follow recipes. I generally don't measure stuff when cooking (unlike baking). I substitute ingredients liberally, and season by taste. Pretty much nothing I make is made exactly the same way twice.

    This will make enough for a couple of decent-sized meals for 2 or 3 people. Leftover chili is even better than just-cooked.

    1/x

    [1] Real chili. See later in this thread for what I mean by this.

    #chili #RealChili #cooking #EasyCooking #easy #ComfortFood #SlowCooker #meat #beans #gas #flatulence #recipe #technique #filling

  3. Enough political crap and technical bitching for today. My post about Mozilla's most recent stupidity with Firefox looks like it'll be my most-boosted post this week, so let's change it up.

    Do something fun.

    Like eat. Everyone likes eating, right? With cooler weather approaching (or here already) for northern-hemisphere folk like me, warm, filling comfort-food is popping into our heads. In my mind, there are 3 big category leaders - and one of them is chili.

    If you immediately stop here and say it's not for you because of the beans => gas thing, stay with me. If beans give you gas, they're not being prepared correctly. I'll talk about this later.

    Okay, here's how I make #chili. [1] It's easy, using a slow cooker or equivalent. It's not really a recipe, because I don't use, record, or follow recipes. I generally don't measure stuff when cooking (unlike baking). I substitute ingredients liberally, and season by taste. Pretty much nothing I make is made exactly the same way twice.

    This will make enough for a couple of decent-sized meals for 2 or 3 people. Leftover chili is even better than just-cooked.

    1/x

    [1] Real chili. See later in this thread for what I mean by this.

    #chili #RealChili #cooking #EasyCooking #easy #ComfortFood #SlowCooker #meat #beans #gas #flatulence #recipe #technique #filling

  4. Enough political crap and technical bitching for today. My post about Mozilla's most recent stupidity with Firefox looks like it'll be my most-boosted post this week, so let's change it up.

    Do something fun.

    Like eat. Everyone likes eating, right? With cooler weather approaching (or here already) for northern-hemisphere folk like me, warm, filling comfort-food is popping into our heads. In my mind, there are 3 big category leaders - and one of them is chili.

    If you immediately stop here and say it's not for you because of the beans => gas thing, stay with me. If beans give you gas, they're not being prepared correctly. I'll talk about this later.

    Okay, here's how I make #chili. [1] It's easy, using a slow cooker or equivalent. It's not really a recipe, because I don't use, record, or follow recipes. I generally don't measure stuff when cooking (unlike baking). I substitute ingredients liberally, and season by taste. Pretty much nothing I make is made exactly the same way twice.

    This will make enough for a couple of decent-sized meals for 2 or 3 people. Leftover chili is even better than just-cooked.

    1/x

    [1] Real chili. See later in this thread for what I mean by this.

    #chili #RealChili #cooking #EasyCooking #easy #ComfortFood #SlowCooker #meat #beans #gas #flatulence #recipe #technique #filling

  5. Sieg gegen Sensations-Aufsteiger Trier: Vechta gegen Alba in den Play-offs! | Sportmix

    TTS-Player überspringen↵Artikel weiterlesen Noch ein Heimsieg im zweiten Play-In-Spiel der Easycredit Basketball-Bundesliga: Rasta Vechta knallt die Gladiators Trier…
    #Berlin #Deutschland #Deutsch #DE #Schlagzeilen #Headlines #Nachrichten #News #Europe #Europa #EU #ALBABERLIN #Basketball #BBL #DynBasketball #FCBayernMünchenBaskets #Germany #SCRastaVechta
    europesays.com/de/1015479/

  6. Comic Jam Hawaii Drink & Draw did a belated Veteran's Day themed stream by drawing fictional veterans. This is what I drew. It's Louis Kiyahani, better know as Little Sure Shot, the sniper of Easy Company (the group lead by Sgt. Rock).

    #LittleSureShot #EasyCompany

    24x replay:
    youtu.be/w1Dr3ipy_9E

    YT Short:
    youtu.be/h5ohfJJLHGk

    #MastoArt

  7. C-47A, 92nd Troop Carrier Squadron, 493rd Troop Carrier Wing, 9th Air Force took off from #Upottery Airfield, #Devon on D-Day to the #Cotentin Peninsula, #Normandy. They carried Easy Company (to gain fame as the ‘Band of Brothers’), Lt. Dick Winters & other #paratroopers of the 506th Parachute Infantry Regiment, 101st Airborne Division on their very first combat jump. This #aircraft is now owned by #KermitWeeks. #WW2 #EasyCompany #BandofBrothers #France #C47 #Airborne #history #DDay #photography

  8. La tecnología secreta de espionaje dentro de cada tarjeta de crédito

    «¿Qué tan seguras son las tarjetas que usamos?»

    0:00 Disolviendo una tarjeta en acetona
    1:32 El dispositivo soviético sin energía
    6:24 La primera tarjeta de crédito
    8:21 Tarjetas de crédito con banda magnética
    11:51 Cómo clonar una tarjeta de crédito
    13:50 Chip y PIN
    18:03 Operación Easy Chair
    19:58 ¿Cómo funciona una tarjeta sin contacto?
    23:39 Carterismo digital

    Vía: Veritasium en español

    #Divulgacioncientífica #Tecnología #Ciencia #Veritasium #DerekMuller #TarjetaDeCrédito #CHIP #PIN #EasyChair #NFC #contactless

    youtube.com/watch?v=IGSkGV6DSFs

  9. @xavi
    You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.

    #QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
    It may get added in the future, See discussion here, etc:
    github.com/orgs/micropython/di

    You also need a driver for the SH8601 itself (this will use the QSPI bus).

    Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
    github.com/dobodu/Lilygo-Amole

    Personally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.

    Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.

  10. @xavi
    You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.

    #QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
    It may get added in the future, See discussion here, etc:
    github.com/orgs/micropython/di

    You also need a driver for the SH8601 itself (this will use the QSPI bus).

    Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
    github.com/dobodu/Lilygo-Amole

    Personally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.

    Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.

  11. @xavi
    You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.

    #QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
    It may get added in the future, See discussion here, etc:
    github.com/orgs/micropython/di

    You also need a driver for the SH8601 itself (this will use the QSPI bus).

    Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
    github.com/dobodu/Lilygo-Amole

    Personally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.

    Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.

  12. @xavi
    You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.

    #QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
    It may get added in the future, See discussion here, etc:
    github.com/orgs/micropython/di

    You also need a driver for the SH8601 itself (this will use the QSPI bus).

    Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
    github.com/dobodu/Lilygo-Amole

    Personally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.

    Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.

  13. @xavi
    You will always need bus and display drivers for this; either loaded as part of your project, or a #MicroPython firmware with a drivers built-in.

    #QSPI is 'Quad SPI', a very fast display bus. The #ESP32 micropython port does not support this natively, so you need a driver for that.
    It may get added in the future, See discussion here, etc:
    github.com/orgs/micropython/di

    You also need a driver for the SH8601 itself (this will use the QSPI bus).

    Have a look at this page; which has a pre-compiled, non-lvgl firmware supporting your board + display.
    github.com/dobodu/Lilygo-Amole

    Personally; I think you want to go the #LVGL route anyway; It's more of an ecosystem than just a set of display drivers. You get the tools and libraries to use the display effectively, as well as the hardware support.

    Micropython itself does not build in any drivers or features for this sort of display. It has basic framebuffer support but this is intended for tiny OLED's etc. Not large color displays. Indeed, a framebuffer for this display would be 688K in size.. larger than the system RAM.