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5 Ideas on How To Organize Spices || 14 Spices Health Benefits Information | Food HashTag Life - Duration: 10:37.

namaste welcome to for hashtag life and in today's video I am going to share the

two few ideas on spice organization and a little information about your spices

specially the spices which we Indians use in our regular day-to-day kitchen so

this video has two parts one is spice organization and another one is

information regarding spices before starting this video I want to quickly

remind you one thing please subscribe to my channel and hit that death

notification it's very important so whenever I upload a new video you will

get notified so let's get started let's start with spice drawer this is actually

how I have organized spices in my home it is an inbuilt spice drawer which is

very useful for daily access now here is a quick look of behind the scene some

serious painting is going on okay so let's start with the organization

process on the top shelf in this red containers I keep turmeric coriander

powder and garam masala at the bottom I have spread newspaper and anti-skid mat

then in front I am keeping holes IRA or cumin mustard seeds patch foreign red

chili kara garam masala black salt hing Zira powder etc I used everything on

daily basis if you notice I have used all glass jars for spices specially for

spices to retain their aroma and benefits always use glass jar or steel

it is an old shoe box which I have repurposed from my daughter's cabinet

just because it fits with the space perfectly on the third shelf I used to

keep all extra spices to be refilled in this mug I used to store extra sauce

packets on the second shelf I used to store spices which I do not

use on regular basis but twice or thrice in a week

like as wine calozero basically the whole spices

I always keep salt and pepper on kitchen countertop as every day multiple times I

use them so this way it comes very handy now if you see this spice drawer is in a

perfect place just near the gas stove within my reach whenever I look for them

perfectly organized spice drawer according to my need rest of the Sheldon

reused spices I used to keep them in freezer to increase their shelf life

which I have mentioned in my fridge organization video if you wish to check

them then find the link in the description box or in the I button if

you do not have this type of a pullout drawer then simply use cabinet or

cupboard space the real challenge with the small space

is to keep only daily or frequently accessed items do not over clutter as

the cabinet will not be functional as you want it to maximize the space use

this type of a shelf riser to extract extra space for the functionality always

remember to keep daily or frequently used items in this cabinet use turntable

or lazy susan for better access of your spices it is so easy to just spin around

and find what you want and I have to mention about our very

famous Indian masala dhaba here you can see I keep only daily used spices and

here you can also keep bay leaf and dried whole chilli - because of the

shelf riser it is so helpful to just slide in and out the masala dhaba

overall this cabinet is very functional and neatly organized and for the extra

spices keep them in a single storage container again if you notice I chose

this cabinet because it is near the gas stove and this is very convenient for

the daily access idea number three is to use theta spice rack just place them

inside the cabinet or cupboard and organize spices according to their size

big bottles you keep back off the shelf and smaller containers should be kept in

front

if you have cupboard space then this three tower shelf is a very good

organizer for you and if you do not have cabinet space then you can place them on

kitchen counter to here you can see I have placed them just right beside the

gas stove very easily accessible and looking very clean and organized in this

way now move on to the idea number four if you do not have cabinet space you can

utilize your wall space mount any kind of a wall shelf to keep your spices

there I am just giving you some idea if possible you use the similar type of a

glass or steel container to store your spices it will look very nice on the

shelf and I completely forgot to shoot in this to blow canister I used to store

bay leaf and dried red chili there are plenty of options to help you out I will

try to put the links down below in the description box if you are interested to

purchase it online you can find the link in the description box below idea number

five counter top shelf you can use this type of a counter top shelf system too

if you are renting and you have issues with nailing the wall then definitely

you can go with this type of counter shelf in this way you can use the

vertical space to solve the small space problem you can hang it to on your wall

as this shelf has dual functionality

so I have given five organization ideas to organize your spices do let me know

in the comment section below which idea you liked the most or already you are

using now I am going to share medicinal properties of few spices specially which

we use in our daily Indian cooking recipes if you are interested then keep

watching as per your request I thought I should cover this important topic a

little disclaimer here all this information I have gathered after

reading different articles or from family members so do a little research

or consult your doctor before using anything if you have any health issues

always keep in mind that use spice in limited quantity overdose of anything is

not at all a good idea I will highlight only few medicinal goodness which can be

remembered easily let's start with most commonly and every single day used spice

turmeric it has a great anti-inflammatory property which helps

to reduce pain its curcumin substance helps to reduce swelling and turmeric

use widely to make medicines

spice number two coriander seeds or coriander powder it helps to decrease

blood sugar blood pressure improve cholesterol levels helps to prevent

urinary tract infection spice number three cumin mostly used to enhance the

taste of the recipe it helps to maintain healthy skin most immunity remove toxin

from our body spice number four red chilli in spite of its heat and flavor

it is a great source of vitamin C and carotene which helps to boost immunity

or prevent spreading prostate cancer spice number five muster seeds it is an

excellent source of vitamin b-complex rich source of minerals helps to

lowering cholesterol relieve muscle pain helps reducing constipation to spice

number six punch foreign which is a combination of Kalonji fennel seeds

fenugreek seeds coriander seeds and cumin seeds nagare seeds or Kalonji

fight with dental issues fennel also overcome in digestion and gas a

controlled stomach pain fenugreek seeds it is the most beneficial spice among

Indian spices it helps to control diabetic reduce inflammation it is said

that it helps to increase milk flow for breastfeeding mothers spice number nine

pepper another spice which has enormous health benefits it aids weight loss it

helps to get rid of gas helps to get relief from asthma and nasal congestion

spice number ten and 11 is cardamom and cloves cardamom has digestive properties

fight with gas constipation etc clove it has antioxidant properties

anti-inflammatory like clove oil used for relived dental pains

spice number 12 cinnamon it can fight against fungal and bacterial infection

and it is high source of antioxidant spice number 13 hink or asafoetida it

helps to fight stomach pain helps to relieve gas and also helpful for

menstrual problem last but not the least our very own spice number 14 garam

masala this spice is a combination of black pepper clove cinnamon cardamom

mace bay leaf cumin fennel caraway seeds dry ginger etc already I have

covered few of them in spite of those medicinal properties our indian kitchen

is incomplete without this spice so these spices are full of health benefits

and full of flavor

this ideas how you can organize your spices and you got little information

about your spices - if you liked it give it a big thumbs up and share it with

your loved ones don't forget to subscribe to my channel for more videos

and if you interested see this two videos right over here I see you on the

next one till then take care bye bye

For more infomation >> 5 Ideas on How To Organize Spices || 14 Spices Health Benefits Information | Food HashTag Life - Duration: 10:37.

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5 Ideas on How To Organize Spices || 14 Spices Health Benefits Information | Food HashTag Life - Duration: 10:37.

namaste welcome to for hashtag life and in today's video I am going to share the

two few ideas on spice organization and a little information about your spices

specially the spices which we Indians use in our regular day-to-day kitchen so

this video has two parts one is spice organization and another one is

information regarding spices before starting this video I want to quickly

remind you one thing please subscribe to my channel and hit that death

notification it's very important so whenever I upload a new video you will

get notified so let's get started let's start with spice drawer this is actually

how I have organized spices in my home it is an inbuilt spice drawer which is

very useful for daily access now here is a quick look of behind the scene some

serious painting is going on okay so let's start with the organization

process on the top shelf in this red containers I keep turmeric coriander

powder and garam masala at the bottom I have spread newspaper and anti-skid mat

then in front I am keeping holes IRA or cumin mustard seeds patch foreign red

chili kara garam masala black salt hing Zira powder etc I used everything on

daily basis if you notice I have used all glass jars for spices specially for

spices to retain their aroma and benefits always use glass jar or steel

it is an old shoe box which I have repurposed from my daughter's cabinet

just because it fits with the space perfectly on the third shelf I used to

keep all extra spices to be refilled in this mug I used to store extra sauce

packets on the second shelf I used to store spices which I do not

use on regular basis but twice or thrice in a week

like as wine calozero basically the whole spices

I always keep salt and pepper on kitchen countertop as every day multiple times I

use them so this way it comes very handy now if you see this spice drawer is in a

perfect place just near the gas stove within my reach whenever I look for them

perfectly organized spice drawer according to my need rest of the Sheldon

reused spices I used to keep them in freezer to increase their shelf life

which I have mentioned in my fridge organization video if you wish to check

them then find the link in the description box or in the I button if

you do not have this type of a pullout drawer then simply use cabinet or

cupboard space the real challenge with the small space

is to keep only daily or frequently accessed items do not over clutter as

the cabinet will not be functional as you want it to maximize the space use

this type of a shelf riser to extract extra space for the functionality always

remember to keep daily or frequently used items in this cabinet use turntable

or lazy susan for better access of your spices it is so easy to just spin around

and find what you want and I have to mention about our very

famous Indian masala dhaba here you can see I keep only daily used spices and

here you can also keep bay leaf and dried whole chilli - because of the

shelf riser it is so helpful to just slide in and out the masala dhaba

overall this cabinet is very functional and neatly organized and for the extra

spices keep them in a single storage container again if you notice I chose

this cabinet because it is near the gas stove and this is very convenient for

the daily access idea number three is to use theta spice rack just place them

inside the cabinet or cupboard and organize spices according to their size

big bottles you keep back off the shelf and smaller containers should be kept in

front

if you have cupboard space then this three tower shelf is a very good

organizer for you and if you do not have cabinet space then you can place them on

kitchen counter to here you can see I have placed them just right beside the

gas stove very easily accessible and looking very clean and organized in this

way now move on to the idea number four if you do not have cabinet space you can

utilize your wall space mount any kind of a wall shelf to keep your spices

there I am just giving you some idea if possible you use the similar type of a

glass or steel container to store your spices it will look very nice on the

shelf and I completely forgot to shoot in this to blow canister I used to store

bay leaf and dried red chili there are plenty of options to help you out I will

try to put the links down below in the description box if you are interested to

purchase it online you can find the link in the description box below idea number

five counter top shelf you can use this type of a counter top shelf system too

if you are renting and you have issues with nailing the wall then definitely

you can go with this type of counter shelf in this way you can use the

vertical space to solve the small space problem you can hang it to on your wall

as this shelf has dual functionality

so I have given five organization ideas to organize your spices do let me know

in the comment section below which idea you liked the most or already you are

using now I am going to share medicinal properties of few spices specially which

we use in our daily Indian cooking recipes if you are interested then keep

watching as per your request I thought I should cover this important topic a

little disclaimer here all this information I have gathered after

reading different articles or from family members so do a little research

or consult your doctor before using anything if you have any health issues

always keep in mind that use spice in limited quantity overdose of anything is

not at all a good idea I will highlight only few medicinal goodness which can be

remembered easily let's start with most commonly and every single day used spice

turmeric it has a great anti-inflammatory property which helps

to reduce pain its curcumin substance helps to reduce swelling and turmeric

use widely to make medicines

spice number two coriander seeds or coriander powder it helps to decrease

blood sugar blood pressure improve cholesterol levels helps to prevent

urinary tract infection spice number three cumin mostly used to enhance the

taste of the recipe it helps to maintain healthy skin most immunity remove toxin

from our body spice number four red chilli in spite of its heat and flavor

it is a great source of vitamin C and carotene which helps to boost immunity

or prevent spreading prostate cancer spice number five muster seeds it is an

excellent source of vitamin b-complex rich source of minerals helps to

lowering cholesterol relieve muscle pain helps reducing constipation to spice

number six punch foreign which is a combination of Kalonji fennel seeds

fenugreek seeds coriander seeds and cumin seeds nagare seeds or Kalonji

fight with dental issues fennel also overcome in digestion and gas a

controlled stomach pain fenugreek seeds it is the most beneficial spice among

Indian spices it helps to control diabetic reduce inflammation it is said

that it helps to increase milk flow for breastfeeding mothers spice number nine

pepper another spice which has enormous health benefits it aids weight loss it

helps to get rid of gas helps to get relief from asthma and nasal congestion

spice number ten and 11 is cardamom and cloves cardamom has digestive properties

fight with gas constipation etc clove it has antioxidant properties

anti-inflammatory like clove oil used for relived dental pains

spice number 12 cinnamon it can fight against fungal and bacterial infection

and it is high source of antioxidant spice number 13 hink or asafoetida it

helps to fight stomach pain helps to relieve gas and also helpful for

menstrual problem last but not the least our very own spice number 14 garam

masala this spice is a combination of black pepper clove cinnamon cardamom

mace bay leaf cumin fennel caraway seeds dry ginger etc already I have

covered few of them in spite of those medicinal properties our indian kitchen

is incomplete without this spice so these spices are full of health benefits

and full of flavor

this ideas how you can organize your spices and you got little information

about your spices - if you liked it give it a big thumbs up and share it with

your loved ones don't forget to subscribe to my channel for more videos

and if you interested see this two videos right over here I see you on the

next one till then take care bye bye

For more infomation >> 5 Ideas on How To Organize Spices || 14 Spices Health Benefits Information | Food HashTag Life - Duration: 10:37.

-------------------------------------------

Webinar On-Demand: First steps with Heterogeneous Multicore Processing on the NXP i.MX 7 - Duration: 1:03:03.

Welcome to this webinar hosted by Toradex

entitled 'First steps with Heterogeneous Multicore Processing on the NXP i.MX 7'.

My name is Raul Munoz, I'm a Field Application Engineer at Toradex Brazil.

I will present the webinar today showing the basic steps to start the development with Heterogeneous Multicore systems.

The webinar will be the part 1 of 2, for

the second one, we invite Stefano, Product Manager, from ARM team to show the ARM DS-MDK

and we will much more focus on "How to advanced debug on Heterogeneous Multicore"

I want to thank you everyone for joining us today. A

little bit about the agenda: I will quickly introduce the Colibri iMX7 and the

Multicore Heterogeneous Architecture and after that, I will show you how to

configure the Cortex-M and using just the console and the terminal we're going

to build this and and I will run it using U-boot and I will take the

advantage that I will be in the U-boot and I will show you how to how to

automatically start the Cortex-M. So, after that I will also show you how to

configure the Eclipse to build and debug it and also how to avoid some

peripheral conflicts, and by the end of this webinar, if we have

time I will show you a very quick example of how we do internal communication

between the both cores. So I'm not going to show you the code until the Eclipse

because I really would like to show you how we compile and do

everything here and so keep calm and I will show you the firmware and the

code when I import everything to the Eclipse. For those of you unfamiliar with

Toradex, we specialize in embedded computing solution, in particular, ARM-based

system or module or SoMs. We have two families of SoMs,

Colibri and Apalis, within which the modules are

pin-compatible and interchangeable. We perform hardware and software

development in-house and generally we guarantee 10 years product lifecycle

support. We also offer free technical support directly from our developers

and sales are also handled directly by Toradex. Our products can be ordered right

from our website and finally, we have offices throughout the world allowing us

to serve the needs of regional markets with a local warehouse, local sales, and

technical support. Before I start the practical examples, I would like to

emphasize two other things. First, first one is about our Toradex carrier boards

we have some options for development like the evaluation board and the Aster board,

but we also have couple of them we sell in volumes, so you can really

use that in your production. I'm emphasizing this because new customers

that do not want to create their own base board can start to test them MVP -

Minimum Viable Products using our boards and if necessary in the future they can

create their own. Another important thing is about our carrier board is that all

of them are open projects, so if you want to create your own, I really

recommend you to check our website and find our reference designs you can just

copy our reference design and create your own. The second remark I would like to

comment on is about our developer website. Like I told you

before Toradex has free engineering support,

therefore we try to document as many technical aspects of the product as

possible in order to reduce support time for the recurrence questions. During our

our history we have generated a very good amount of documents and articles in

our developer page. I really recommend everyone to have a

look in there so just go to developer.toradex.com and you will see all our

documents. All the examples I will present today can be very easily

reproduced by yourself if you search for FreeRTOS in our developer website.

Now let's talk a little bit about the computer on module we are going to use today.

The Toradex Colibri iMX7 is based on the NXP i.MX 7 processor. We have two

versions - one single core with a Cortex-A7 with 800 Mhz. In another core

another version dual core with a Cortex-A7 with one Ghz each. All the

modules comes with RAM and Flash and the Colibri iMX7 single core comes with

256 MB of RAM and the dual core comes with 512 MB. Both versions

have NAND Flash memory with 512 MB. For those unfamiliar with

heterogeneous multicore, this System-on-chip have the Cortex-A7 like I

mentioned before and in addition another Cortex-M4 with

200 MHz. In the webinar today I will show you how to start development for

this additional core using Toradex SoMs with iMX7 and by the end of the

session, you will be able to understand how to compile, debug, and create a

simple communication between both cores.

Talking a little bit about the advantage of this architecture,

the first one is and I consider the most important one is that Heterogeneous Multicore

is a hardware solution for real-time systems. In the i.MX 7, you will see a

dual core processor composed of a Cortex-A7 side-by-side with a Cortex-M4

The basic idea is that you can really run an abstract operating system

like Linux in the Cortex-A and independently and in parallel you

can execute a real-time OS like FreeRTOS with the Cortex-M. The second

consideration is about the peripherals. The Cortex-M4 core lives side by side

the Cortex-A7 and other peripherals, like UART, I2C, SPI, GPIO and

others can be accessed equally by increasing the flexibility of choosing

which peripheral we will handle by each core. Since it's just a software

configuration, it allows you to decide future changes without changing your hardware.

Another important thing is about the memory. iMX7 Cortex-M is not

like a traditional microcontroller, because there is no NOR

flash where the firmware is stored and executed from.

Sorry about the noise. In the iMX7 SoC case, always boots using the Cortex-A7

core, the core is equal to the internal boot which loads the boot loader such as

U-boot and the boot loader will load the firmware from the mass storage like SD card,

NAND, or even TFTP into the memory, and trigger the Cortex-M4 to start

executing the firmware. The good point is that to upgrade or replace your firmware

you just need to replace the binary in your mass storage device. Talking a

little bit about available memories, the Cortex-M can access different types of

memory regions. So, couple of them is a little

bit smaller and couple of them is larger. The current slide show the region

options, size, and the linker file that you can use to compile each region and

you can see, you can easily find this linkers file in the folder,

platform/devices/MCIMX7D/linker/GCC. I will clone the repository after this, little

bit further, and you we were able to get these files as well. Now let's talk a

little bit about environment. For the example I will show here today, I have

the development environment exactly like in this slide. So I have an evaluation board

with the Colibri iMX7, this board will be connected to my computer through two

different USB to Serial cables. One will be connected to the UART A, this will be

the UART used to communicate with the Cortex-A7. Basically, it's the interface

we're going to use to interact with the Embedded Linux. The other UART,

the UART B, will be the one configured to communicate with the Cortex-M

therefore, in the second terminal you will be able to see the firmware login

message, all the print file messages I add to my firmware. I also have a

JTAG from SEGGER connected to the JTAG connector. And this will be the tool that

will allow me to debug the Cortex-M. I also have an Ethernet cable that will

just help me to load the TFTP binary just once, just for development. Now

let me explain the next step, because I will start to play around the terminal

and so I need to remark what I'm going to do, to make it a little bit

clearer. So first of all, I need to configure a toolchain

I'm not going to download here but I will show you how you can do that I will

download examples as well, and as well I will not show you how, I'm not going

to download with you, but I will show here exactly the

commands you need to do to clone our your with our repository. So then I will

play around and I will compile and run through the Linux terminal, after that

I will take the advantage that I will be playing on U-boot and I will show you

how to autorun using the U-boot so I will show how we can turn on the board

and automatically load the firmware to the M-4, then I will add in this example

into the Eclipse and configure how how to debug inside the Eclipse

just in that point I will show what my firmware is doing and a little bit about

code, it's a very simple code but then during debug I will show the

code and in the end of this section, I will show another example doing boot core

communication...

So I'm asking my friend here to share all the links that I have in my screen

with you by the chat window, so keep your eyes open in the chat window and all

these commands will pop up in your chat. So about the tool chain I already have

mine so we suggest you to download the Linaro 4.9 and just track this, so if you are using Ubuntu or any other

you have to have these prior requirements very similar like we

have here in the image. So I would like to take one minute to show you our

developer webpage so what I want to show you is we have developer page

developer.toradex.com and if you just search for FreeRTOS, the first

link we have here will be a very nice guide for you to follow me here today, so

about the toolchain, you can just come here in GNU Makefiles and Cmake

with GCC and here you have the link for the toolchain and the explanation how to

configure that. So also about the repository that's my

next slide, I already have it my board, I don't want to clone it here because it will

take a while so you can just git clone minus B, the branch, and our URL and then

we will also have the same repository I have here, so let's come back here to my

PPT so here, OK, so once you clone the repository you will be able to see these

folders: docs, examples, middleware platforms and also our TOS, the two

folders I want to emphasize is the docs, if you take a look in the docs you will see

couple of documents and the RPMsg_RTOS_Layer_User's guide is one I

really suggest you to have a look if you are going to use communication between

two cores. Then we have the examples, inside examples we have the iMX7_colibri_m4

this will be the folder I will really

play around today so that will be the folder with all the

examples supported to our module. OK good, so let me just open here my Linux

machine. So like I explained before, the right side I have a terminal connected

to UART B and that will be the UART used to communicate with the Cortex-M and in

the left side I have my UART A connected to my Cortex-A7 and here is

where the Linux will come up. And then I have another terminal here, just a

second, this one, this is my computer. So let me go to the repository

just like you home/project/Colibri iMX7, that's in my case of course and then I have

Cortex-M4 and new repo final, that's exactly what you have when you clone our

repository. So, like I told you, I have the docs and here I have a couple of nice

documents. I really recommend you to clone and take

a look and also I have the example with the platform

iMX7_Colibri_M4. OK, here we have couple of files

used by our module and also we have two folders: driver example and manual apps

I'm going to use the first example is inside driver examples and the second one we

have demo apps, so inside demo apps I have also RPMsg and that will be the

second example I'm going to show you so let's go here in driver examples and

let's see what we have here. We have examples for ADC, SPI, Flexscan, GPIO

Gtimers, I2C, UART, and Watchdog, so I really recommend you to have a

look in each example once you start development with Multicore Heterogenous. The example I'm going to compile for now is the GPIO_bank2

_iMX7, so we have here the main, a couple of other configuration

file, and the RMGC folder. Let's quickly have a look in the main so what we have

here is a very simple firmware with a main function with hardware initialization, some

print files, initialization for GPIO, and I will read a push button and

according to the push button level I will pass this value to LED so

then I will keep my my while true here and once I change the GPIO status I will

update the LED, my LED OK, so I'm not going to show you much

more about the firmware now, so let's go here in ARM GCC and here is where I

need to show you, again my PPT, so here we go every time you want

to compile example you have to export the ARMGCC_DIR, that will

make the terminal know where your toolchain is placed it so you have to export

every time you close your terminal and you want to compile again using the

console, the terminal, so let me do this command here export ARMGCC_

DIR and gcc-arm-none-4_9-2015 So let's

export it and now let's show what we have here, let me clean this project and

we have two script build - we have one for build and one for clean, and we have the

CMake list file, this is a very important file, because I will show you here if you

are not familiar with CMake, this is the file

based to create that the CMake will base to create all the makefiles. So, this is

an easier way to create makefiles, so the two important points I would

like to show you is all the Linkers I mentioned before you can select the

Linker, just changing this Linker here and you have the included directories

you will use here so once you want to add more files or more folders, you have

to come here, add more paths and recompile it again and also you

the .C files and .A files must be here, for example, in this example I'm not

using FreeRTOS so I don't have any code of FreeRTOS, once you wanna

use FreeRTOS, you can base it in a project that already used FreeRTOS

or you can just come here and include the paths needed. So let's build it

and I will show you a couple of other things. First, in White here, is about the

CMake generating the makefiles and in Green, we have the make

executed and create the debug file and now for release the same, now let's

take a look at the debug folder, so here we have another build debug script

and a GPIO.iMX elf file, that's the binary we are going to load

in our M4 using U-boot. But now I would like to show you build debug script

Here what we have, the CMake common and the Make

common, so one important thing here is we are selecting debug in that

configuration and I'm also adding Eclipse CDT4, this Eclipse CDT4

will generate also the .C project and .Projects used by

Eclipse to import all the projects. So let me close it and let me show you

also the .C project and the .projects. So if you don't

have this, your Eclipse, you will not be able to find the project, so you must

come here again and generate it using the CMake, so now let's come back here

to the PPT and I will explain you two things. Now we have the binary, let me

take the mark here, now we have that we the build elf and we have the elf

file there is two ways to take this elf and execute in U-boot, you can just use

your SD card or you can use a TFTP folder, so in my case I already have the

TFTP configured so I don't need SD card and I will make my life easy in that

point, so in the U-boot there is two columns, one for a SD card and another

one for TFTP, basically they are the same, they just load the binary into the

load address and then they boot the load address. Let me do this here

sorry, here we go, just a second, here we go

let me copy the GPIO elf file to SRV TFTP and I will change the name

to M4.elf, just to make my life easier in the U-boot. Now, I will

switch to the other two terminals here, one for U-boot and the other for

the Cortex-M and that will be the first time I will turn all my system here

let's do it one two three here we go I have the U-boot

in the left side and I had the M4 in the right side so let's do

the command to load this file TFTP $

loadaddress and m4.elf. Okay, cool, I got just got the binary

and that's in the loading address now and and if I want to run it I just need to

bootout and the same address, load address, so I will just select here for

you to see the right side bringing up so I will press enter in the Cortex-A

and here we go, we see the Cortex-M coming up. Let me quickly configure it and one thing in my

terminal here, preference, profiles...Okay, cool, not that much

that's better, Okay, so you can see in the right side, the GPIO coming up in a Hello

message, and as I know, I can just push the button and we will see the LED

turning on and the LED turning off so I can keep doing that and that's my M-4

running my firmware. So that's a very basic example, but I just want to show

you how we start the M4, and now taking the advantage of here

in the U-boot, I will show you how I can automatically boot the M4 just

after I boot my Linux, sorry just after I boot my U-boot, and before my Linux so

let me show you this another PPT here, what you have here is, okay we have

after 2.7 Beta 2 we provided a UBI volume to store the firmware, we call

it M4-firmware. So, what we can do here is just

ubi part ubi, we can load using TFTP or SD card again and we can

write this binary into M4 firmware filesize, so once we do that we have the

firmware in our NAND flash, and then after you reboot you can just ubi read

load address M4-firmware and boot the M4. So you can do that just by your

hand and then you can also set this M4-boot environment and this is

M4 boot environment will be called every time we turn on the system, it's

so once you set this environment you

don't need to do anything, the U-boot will do everything automatically so

let's do this and let me, just a second, yeah here we go

let me find my command file, here we go, so I will restart my board

here, I will do TFTP again, so let me find where again, here we go, TFTP again

load address M4 elf, now I have the binary in load address I will ubi

part and I will write this into the load address area in the M4 firmware area

oh yeah, here we go, ubi write M4, and filesize is just

security valued to make sure you don't write more than M4 firmware have. Okay

cool, now the firmware is in my NAND, so I can just reboot, I can ubi again

ubi part ubi and I can read this from my

NAND flash, so now I'm not using TFTP I'm taking from my NAND and I will also

I'm not I will not boot that yet, oh sorry, let me just do it again

I will before we load that and then I will bootaux load address

Now we're going to see here in the right side the boots coming up, okay now it works, and

now I want that every time I restart my system this firmware

starts so I will set in it exactly the same command I just did now

so I will set in M4 ubi read and I will boot every time, just do that

and save. So, now, I

will select here just for you to see and I will restart my

system. So, I will leave the Linux coming up and I will see the right

side what's going on here here we go my firmware is on, I can

switch during the kernel, firmware is running, and Linux is coming up. Okay cool, so

let's just remove this for now because I don't want this M4 boot

happening every time because I will debug and i will show other things

here so I will clean this environment again and we'll save it again and I will

restart to make sure the firmware is not working. Okay, cool, the firmware is not working

just a second, yeah here we go, now let's start talking about the Eclipse

I will import this project to the Eclipse

for you to see, here we go, Cortex M4, Eclipse, let me open

my Eclipse here, Okay, once I did this webinar today I will just remove this

process from here and this one I will delete and I will show how to import it

again, so let's just, to import this process into Eclipse, you can just use

right clicking the project's plotter, import an existing project into the

workspace browser and then you have to find your project, so mine is in

the new repo final, examples, iMX7 Colibri driver gpio bank2 so then I

can okay here and this project here just appeared, because I have the .C

project and the .project so you have to keep your

eyes if you did everything right to have this project automatically

appearing here. Let me finish and I will open the most important folder, target

gpio iMX source files and I want to open the main now so like I show you

before I have this main instructions and our while just taking the key and pass the value

through the LED. Okay, now I want to show you about the debugging

how to configure the debugging using eclipse

so I will show you, here we go, okay so for you using this Segger JTAG, you have

to install this plugin, this Eclipse plug-in, so you can

just go to help - install new software add the URL and install the GDB Segger J-Link Debugging

My friend is sharing with you all these links, so don;t worry,

keep your eyes open to the to the chat

window and you will be able to see other links i'm showing you today and also you

have to install JTAG tools, so if you go to this link segger.downloads.jlink, you will be

able to find the "J link software and documentation package" so

make sure you have both packages before debugging with Eclipse, so

let me show you the debugging configuration here, once you have this

plug-in, you can see the GDB SEGGER J-link debugging here, and you can

create a new one then you have something similar to this, in my case I just selected

the project here I sometimes automatically I can see the

GPIO iMX elf file here and in my case I like to disable the autobuild,

I don't like every time before debugging, I do it again, I prefer to build that by

myself so switching to the second type debugger you have to find your user link

being J-link GDB SEGGER, this is the one you will

have after installing the SEGGER packages and tools so once you install the previews

package I just showed you, you will be able to find this server and

then in the device machine you have to complete exactly like mine, the one I

just shared with you in the chat, this configuration and in my case I as far as

I remember I just changed the JTAG here and also I change the other flags

to that, to that command here and I also added my Toradex iMX7D Connect Cortex J Link

script and this script

I can also I just share with you using my using the chat window so if you want

to want to download this just click the link I shared with you, then finally you

have the gdb client setup and you have to select also the arm none avi gdb

from your tool chain so in my case it was in the directory and i just

selected the gdb here then if you switch to the second that the other tabs start

up as far as I remember I just changed here to Auto and I add monitor reset

zero and the other stuff, I just left exactly like I have here and I didn't

change much more I think but you can follow my my configuration and just use

my configuration. So once I have it I want to tell you that the debugger

configuration from Eclipses with SEGGER like this setup I did doesn't work

hundred percent well so I found the way that works better if you execute the

firmware before so I will just execute any firmware here, so I just execute my M4

here and then you can download the new app here and it will work much much

better so let me debug here, ok cool, now we have

debug and then I will show you hiring initialization we have clock

initialization , RDC initialization and the debug UART

the UART 2 we are using today and also I have the RDC to the GPIO Bank2

just to protect conflicts between the Cortex-A7 and the Cortex-M

but I will not explain too much more about here and I will show you the log

messages coming up in the right side here so next step next step

next step next step and here, I will initialize the GPIO I will be using

today so I have here the GPIO in its for the switch one pin and here I have

the GPIO we need for this board GPIO 61 configured and let me show you what we

have here and this is just a link for undefined for this other structure so

here is the first important point in my webinar so just a second

sorry let me see here and go here we go the main message for you about this

first example, is about how you use GPIO or every resource, every peripheral in our board,

so in our case, we are using Toradex boards then we cannot change our

hardware, so what I did here is I just saw my device tree and I found the less used

bank used by my Cortex-A used by my Linux, what I did then I choose the

bank2o and then I remove everything from the device tree and I left that

exclusively to the M4, if you are doing your own carrier board I

recommend you to choose the banks for the Linux and divide it couple of

banks to the M4 so don't mix banks in the Cortex-M and the Cortex-A7 and if

you do your custom carrier board, you can easily change in your device tree

to make sure you didn't have any conflicts. Then this next images will

show you how you how we configure any PINS - I will mark some PINS

once I decide for the GPIO bank to and then I will use this

exclusively to the Cortex M-4, I went to my Colibri datasheet and I found out

the GPIO to PINS and what PINS is it, for example, this one is the GPIO to PIN

22 and I found here what SODIMM is this PIN about, so once you found the

PIN, for example let's say that these are coming for this external

header here once you find it you have to make sure you got the correct ball name

here and if you can double check

if the ball name is really correct and also get more information about mux

for example to use as a GPIO and also couple of other

configuration in pads and other stocks so the most important is his name is PVC

there's far fgm/c a tune I'm going to show you the next image it let me just

clear here and here we go now that's the exactly they stripped it I stopped at my

software so I have too much truth it's about the 107 127 sorry this bounding

and GPIO 222 out mooks 5 so my MOOCs is here my pad configuration is also here

and I changed all the places here to the bounding I want to use and furthermore I

have this another structure telling what pin what direction which is input or

output and if is innate erupted mode I can change here and to make my life

easier I define it my board dot H and to finish I have to initialize this thing

with this structure and the configuration I want to use once you do

that you will be able to turn on and turn off or reach your GPIO let me clear

here come back and finally I want to show you what I did to my device trees I

removed everything about GPIO - so I delete everything to make sure I'm using

exclusively these bulbs thank you in the end far and I also disabled this Bank -

here now let's come back to the Eclipse and I will show you this so here has

couple of bonus let me switch one for example this is

one example for this switch for the later one also another no name here is

just copy-paste and I had five options here and two finally I will come back

here and I will initialize all my things and I will show you the wire function

here and we here we go we see key press count 0 and once I press the suite here

turns to one and pass this value to my LED and my lady is all and we print the

value of the lady so here we go let this one and I will turn up again

and then and then ok cool so let's show you the second example and is that well

is the most interest interest example I

will close this project for now I will come back to my terminal here to the my

Linux machine and I'm going to the second example

so the second example is in the folder demo app if our PA let me see what we

have in demo apps we have hello world in different areas we have low power

example and we have self semester examples and rpms you see examples let's

go to our PMS eg ok we have here a ping-pong examples bare metal and a

freertos example we have also ah I STR echo bare metal and clear thoughts and

we have my example is a GPIO ciertos

here we have my files can RDC let's go stretch the RDC and let's build this and

impart these to eclipse it's easier to work inside there so I'm going to go

here in the clip see let me delete it let me part it again so import existing

project into the workspace browser demo app RPM a 2g GPIO okay and then I have

the project here let's finish it and open the main file is in target folder

GPIO FreeRTOS source file and mainly so before I show you this example I have

another PTT explaining ok I forgot about one thing

just come back a little bit in the conflict as I show you we have to avoid

conflicts in the bay in the GPIO bank between the cortex a7 and the cortex-m

but we also have to avoid conflict in FFF error so in our case we are using

the USB in the end far so you have to be sure you disable the wire to be by

section this u-boot comment are removing that from device tree so if you are

using a spicy SPI whatever you will want to use you have to be sure you disable

from the line of side now let's come back to the example I want to show you

now I have almost the same example the GPIO example but I add a little just

couple of functionalities to my example so I add here that message in unity

initialization that mess this messaging unit initialization is necessary to

realize to do communication between two cars I also add a very

simple tasks from FreeRTOS call STR echo test and is also read the FreeRTOS

scheduler here and inside this functionality I have far important

functions rpms eg unity initialization rpms eg rtos allocate TX

buffer I have rpms eg rtos send no copy messages and receive Linotype message so

this is very very similar socket communication or every other year about

communication we have so there is nothing much people so I will show you

that in the code and I will try to explain the ring the body okay let me

come back here so let me show you I have the main sample mostly like the preview

one the preview example I have this test kit starting and going to the static

functionality I have it exactly the same a GPIO reading a GPIO status and by

changing the GPIO stops I will update the lady LEDs and once I update the LED

I will also send a message to the Linux call it key 1 and the value as using the

allocate TX buffer and the same sending messages I will send that to the line of

sight and finally I add another functionality that we can receive

messages from the line oxide and once this messages have led I will see if LED

is LED 1 and if I want to change the value to 1 or 0 so I have a message from

the line ups to the m4 that can turn on or turn off my LED so

let's the bug this let me ping and compile it again using here the keeps it

here we go and I will also cop this file true Pio

out to my exp and for else and now let me come back here today okay cool in the

u-boot first of all just to avoid problems I will run my 10 far now I have

this Empire example here and I will start the buggy here we have oh I'm

sorry adjusting the personalized beauty again here we go let me copy the body

configuration that's exactly the same configuration we had before and let the

bug it ok I stopped it in the main function and I will add couple of break

points for make our life easier so I want to see before I start the

communication between cars what's going on here in the RTOS rpms EG

initialization and if I switch my Bush bottle I want to see my messages going

out from here to the Lions and also if I receive any messages with led into the

data I want to stop here and check this function so let's play so I stop it here

in the first big the beginning of the test and once I press one step I will be

closed here until the liner to start the communication so let's go to the line

ups let's boot the line now I have carreƱo coming out and

after the candle I have my district my root filesystem and here to start the

communication I have to modprobe I met underscore R P MSG underscore tu tu I so

multi press ENTER I will see that the body automatically starts the to be

communication so let's press enter here we go now I got the communication I will

just update the switch in the legend level and I will keep here in the Y or

English GPIO so let's just play let's just play here Wow

now coming back to the Linux I need to just okay cool

let me show you one thing before we have now left death qi r pn SG this will be

the device you can just open read and write to me to create a communication

between both cars so i will use here in the shell I will change this to eco mode

and I will get it in the exact tree just to have the file description for the TTY

rpms G and then I will cut I will cut this file and I will keep listen this

tool so let's switch the key here the push bottom let's push the button and

see what's going on here in the m4 sign so the key change the lab is now home

and I will create here my messages so my message now is key well can you guys see

the key one and then I will allocate that and not

transfer buffer I caught that to my transfer buffer and I will send it once

extended it's up here here for the line of sign okay cool let's just play it

again and I will switch again remove the breakpoint play again and I will keep

switching so here we go we can sing the line upside the messages and if I see

the microcontroller is also doing the same that's proof that we have the

microcontroller in the right side in a message inside in the line of side so of

course this message it doesn't appear for the line in a real-time but it helps

you to update our user interface for example to finish in this example I'd

like to show you we can also send the message each other from the line looks

to the end far so I will just echo lead 1 equal 1 to the third to the boss

communication and here we go I got the message the message right here and I did

a very simple software to get this message and I will turn the level

independently of the key so the model acts all I will play it again and I can

for example send another message let's say I want to scan taurah that brazil

here here we go I got the message in here exactly like I

think from the line looks to the end farm okay let me just play again here

without breakpoints here we go now we have line ox and we have I can just

excellent equals zero and I can see my legs

turning y'all out Carter zero and I can also keep listen and read the

communication from the Empire to the line of side okay let me come back here

I think that's all from my side I would like to thank you everyone for joining

me today I really really have to be about this webinar today that's my first

webinar in English I appreciate see everyone here online in keeping heat

with me from the beginning to now and I will open for questions and answers so

if you have any question we have four minutes to keep answering our questions

so send your question to us I will be very happy to help you

okay there is a question here about the it is necessary to race race target

system every time we want to reload this and far so as far as I know I think you

need to restart everything but I'm not sure I think that now like using the G

tag I just restart the big binary to the to

the first vector so I'm not sure I will confirm this question and I will come

back to you

the question here is is possible to share the same Bank GPIO Bank between

the cortex a7 in the cortex in far so as I explained in the example I recommend

you to use exclusively each Bank for each car but I know that sometimes words

but if you for example you are using interrupted I think you're going to have

a problem so I will strongly recommend you to use a specific bank for each

course but - we need to avoid conflicts that you will not see the kernel doing

in a park or you are doing in this line side

there is another question here if you're going to share the PPT file that is like

the images and also if it's possible to see this webinar again in our website so

I would like to show you where we have other web cleaners here just a second

here we go I will open the toradex website

here we go to red X and we have here new and even and we have videos so here you

can just filter for our webinars we have and this webinar will also be available

here in this next couple of days

there is also another question about is the u-boot the same you will use it to

to start the kernel the line of scale yeah this is the u-boot for our iMac 7

we implement and we got the implementation to boot them far from

free scale and also we did some change but yeah it's our our new boots for the

same you boot we do for Kara no we do for Empire and you also can use the file

system to boot in fr is not a problem

there is one question about is possible to the birthday a seven exactly the same

way we do for in farm so in my opinion doesn't make there is two ways to debug

the a seven if you want to debug all the kirino code you yes you can do that

using Seeger and also there is another way

compiling from just debugging a single application but if you want to debug a

single application I recommend you just use Ethernet cable in gdb you probably

will be finding much better than using a jpg and also you can use other carrier

boards we have even without the jtag connector

there is no question here about logging to the flash from the end far so as far

as I know you have to use the tube communication to censor the lineups and

then you can save it into the flash but we have an example here we can easily

play a seven and you can see the Empire buffering couple of information from the

goal throw the HC for example and but that's

all this data is in red so you will not be you lose if you restart the system

for sure but you probably will not escape from send a message it to

so there is another question here does the same is cause ability for in farmers

87 recommend for Jo apply to all peripherals like Ken or SPI yes exactly

so if you use UART V for example in the end part you have to avoid conflicts and

stop use that in the cortex a7 that's the same for Jo for Jo Bank for you art

SPI especially all the Perl Pharaohs

is one person here about the how much data I can transfer between both cards

so I also recommend you to have a look in this page again I have here FreeRTOS

on our developer web page and we have here single parts just talking about the

communication let me find this here here changing our P MSG buffer counts and

buffer size I recommend you to have a look here and probably we will answer

your question about this how many data we can transfer between both cars hello

everyone I'm so sorry but we are out of time we pass more than five minutes from

the folder for the scandal so I really sorry about answer there other questions

but I will do that by mail so you can email us in our support channel here in

our image you can see all the channels so I'm really thank you everyone should

be here and I'm sorry again about my English my Portuguese accent but I'm

really happy everyone is here thank you very much

For more infomation >> Webinar On-Demand: First steps with Heterogeneous Multicore Processing on the NXP i.MX 7 - Duration: 1:03:03.

-------------------------------------------

Quiet Desperado - [Are You Sportin' Tho?] (IV. Sweatpants by Childish Gambino parody) - Duration: 3:20.

Watching Tommy wonder why old sport has got the game locked

Drownin in money, all I wanna do is buy stock Got her hair done, new bob, now she drink tap

"Gatsby so provocative", she asking, "Why you say that?!"

I'm chillin', real winner feelin Rich kid, self grown: paint me as a villain

Workin prohibition: Alphonse Capone I got a west egg big mansion, seaplane, no drone

Parties? I run those.

Why though? Cause I said so

Roll deep in the green dough, I got five thousand for closed-toes

I got big shares in Ford Co., you faker than some Sweet'N Low

Yeah, you got some polo gear, but really

are you sportin though?

Are you sportin though?

Player are you sportin though?

tennis, track and polo's for beginners, you ain't even know

Never making graces, why they faces look so p-o-o?

Watch a hater hate me, wanna play me like a piano

My Wolfshiem know back streets, yo' girl, she lost keys

No sweat like dry tees and y'all fall down with weak knees

You fakers ain't shopping these, fakers ain't looking like me

Nah, I ain't checking I.D. but I let 'em in no problem

Tell 'em, Problem (Problem!)

I'm winnin', yeah, yeah, I'm winnin' I'm winnin', yeah, yeah, I'm winnin'

I'm winnin', yeah, yeah, I'm winnin' Rich kid, self grown, paint me as a villain

Don't be mad cause I'm doing me better than you doing you

Don't be mad cause I'm doing me better than you doing you

Don't be mad cause I'm doing me better than you doing you

Different color, my sailboat, telegram my stack load

STOP. that's my fair share and your girl drank my day fare.

And I've made rich, life ain't fair (silver spoon coon, gold)

Ain't nobody sicker and my spinner "vroom, vroom, " gold

Ain't nobody spinners don't make noise when they start

up, just so you know Top of the wall street elite, rich forever,

a million was not the quota My father ain't own the MoMA and failed

it with no diploma Years off, got no rules, cooling out in those

tidepools More green than your rash moods and I'm too

fly, like Babe Ruth Got a mansion in the west egg, that a-k-a

New green, new green, (okay-kay-kay) How did I get here you have no idea

Nice creamy Royce, your blue coupe urea Spending this money, tastes better than chia

Live like a dracula, me and tequila Waking up broke, man, wouldn't wanna be ya

Friends with the fix man, help a player keep up

Bring in your wife, man, trouble when I see her

"Err-err-err-err": onomatopoeia, oh, I got my sport on! (tailormade)

I'm winning so they had to dump the lemonade And I have long since lost my family name

Don't be mad cause I'm doing me better than you doing you

Don't be mad cause I'm doing me better than you doing you

Don't be mad cause I'm doing me better than you doing you

Better than you doing you, lol, what you gon' do?

For more infomation >> Quiet Desperado - [Are You Sportin' Tho?] (IV. Sweatpants by Childish Gambino parody) - Duration: 3:20.

-------------------------------------------

Speed Review - Lego Disney Princess: Olaf's Summertime Fun (30397) - Duration: 0:32.

Hey everyone!

JAYSTEPHER here with some Olaf set.

Let's just open this up real quick.

Let's see what's inside.

Whoa look at all those parts huh.

The bag just doesn't want to open.

Well we'll just have to help it.

All those parts are just raining out.

Let's see what it looks like after it's been built.

Here we have Olaf,

some beach accessories,

and a small lame beach.

Thank you for watching!

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Dermot O'Leary hits the shop floor with his new M&S grooming range - Duration: 1:43.

Girls, how's it going?

Are we all ready for the launch?

Yeah, getting there. Getting there.

Morning!

Morning.

Just pop those on the top there.

Morning.

Morning.

Morning.

Smells gorgeous, doesn't it?

Oh! Hi.

Morning!

How are you?

Morning.

What are you doing here?

I realised, if I'm going to have to sell it I've got to put the hard yards in.

What made you want to go into skincare?

You realise, as you get older - I'm 43, almost 44!

Wow

Yeah I know, thanks!

You realise you've got to properly look after your skin.

This doesn't say trainee, but trust me it should!

So, teach me how to sell my gear.

You have to say: 'This is your day, this is your night, this is your eye.'

Any other tips?

Don't be afraid to try it on their face, as well.

You guys are like the wind beneath my wings.

Right gang.

Come on, bring it in!

[Tannoy: The store is now open.]

I've been working on this for the last couple of years.

Six products: day cream, night cream, eye roller.

It's not going to make you 20 years younger, you don't need that anyway...

10 will do!

Come on handsome...

This is what they call the hero product.

The All in One Day Cream.

Let's give this a go.

How does it feel?

Nice!

Really nice.

It's nice, yeah!

I think you're a face scrub guy!

This will be good for you.

Give me your hand.

This is before shave, yeah?

Go on, give him some more.

This is for when you're really tired.

This is the guy for you.

You've got great cheekbones!

How did I do?

Really good day.

Put the message out there.

When Head Office ask, I need you to put a good word in for me, right?

You know, that's getting awkward.

I'm just going to take it away.

Where's he going with that?

He's crazy!

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Channel Best Hairstyles for Girls

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