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Now, let's let's call a stop function.

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The first thing that we need to do is initial ICRA communication.

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Kasprzyk portrayed the same portrait and Alduin report.

4
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Then we need to set a time out for the serial communication.

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It will be 500 milliseconds, so half a second is enough.

6
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Then let's call the set up wi fi function, ensure that we have the right name.

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This is it.

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Set up Wi-Fi.

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After that, we need to call the client, the server to past the server parameters and will take them

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Kutty server link and impurity port as input, then we must call the function reconnect.

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Now let's verify our code.

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Great, we don't have any issues now we need to define a new function between the set up and look,

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let's call it publish.

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So we publish.

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Syrian thatta.

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Now, this function will take.

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Serial data as input.

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And after taking Syria, that has been bought at will.

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Make sure that then community server is connected using an if statement.

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No, inside that statement will right if client that connected.

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Now, it's not connected.

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Call that iConnect function to connect it now once it's connected.

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What we need to do is publish the data, so publish

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the publish will take the MQ Titi Serial Publish channel.

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As both and will also take the serial data from here, and this is already defined here.

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See our public channel.

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And you can change it to your own published chart.

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But for now, let's go back.

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OK, now plan to publish darkland will publish this.

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Serial data to this channel after making sure that the computer server is connected.

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Now, this is the removal from this function inside the world.

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We are going to call this function so inside the oilor we will ask.

33
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First, let's call a client that lub function.

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Now we will ask if.

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That cereal that available is more than zero or above zero, it means that we have incoming cereal data

36
00:04:03,670 --> 00:04:09,610
and in that case, if we have incoming cereal, that's what we need to do, is take the cereal that

37
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are installed and a variable.

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So we will define our character.

39
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Let's call it Mafa.

40
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Deathtoll.

41
00:04:20,060 --> 00:04:21,980
And you can make it.

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This will be an array of characters and its size will be 500, then you can change the decide whatever

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fits your needs.

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After doing this.

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We are going to use a function as a function called me, set the Killara function by name, said Koby's,

46
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the character to the first in characters of the string pointed by the array.

47
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Now I will write it down.

48
00:04:57,600 --> 00:04:58,920
Then I will explain to you.

49
00:04:58,920 --> 00:05:08,670
And while you are using it here, the first thing that you need to write here is me set inside it.

50
00:05:08,970 --> 00:05:13,110
It will take the buffer as input.

51
00:05:14,430 --> 00:05:26,910
And zero, then the buffer data of this size, which is 510 now, what this function will do is the

52
00:05:26,910 --> 00:05:27,300
following.

53
00:05:27,600 --> 00:05:29,800
The first thing, that buffer data.

54
00:05:30,300 --> 00:05:33,080
This is the pointer to the block of New Autofill.

55
00:05:33,240 --> 00:05:36,390
So we need to fill this block of limmer with data.

56
00:05:37,080 --> 00:05:42,780
Now, the second parameter, which is this number zero, this is the value to be set.

57
00:05:43,150 --> 00:05:49,500
The value is passed as integer, but the function fills the block of an order using the unsigned char

58
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conversion of the value.

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00:05:52,230 --> 00:05:58,830
Now we come to the last variable or the last element, which is five hundred and ten, this is the number

60
00:05:58,830 --> 00:06:02,400
of bytes to be said to the value, which is basically the size of the early.

61
00:06:04,530 --> 00:06:11,940
And this function will return a pointer to the area where buffer data is told.

62
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Now we need to read the data until we see a new line, which is basically what we did, not our accord,

63
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we say we have sent data and at the end of each block of data, we are adding a new line.

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So.

65
00:06:26,860 --> 00:06:34,770
Right, serial the trade bites until.

66
00:06:37,710 --> 00:06:40,470
And here are going to other conditions.

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00:06:41,460 --> 00:06:49,530
First thing is LaShun, which is a new line and the data that we will read will be stored here in the

68
00:06:49,530 --> 00:06:55,480
Buffalo data and the data size, let's make it 500.

69
00:06:55,620 --> 00:07:00,560
We already have an array with a size over 500, 510.

70
00:07:00,930 --> 00:07:04,530
So 500 is the same value to be inserted here.

71
00:07:04,890 --> 00:07:13,620
Usually you have to set a value that's below Baddeley size after this and then you need to publish this

72
00:07:13,620 --> 00:07:14,140
data.

73
00:07:14,580 --> 00:07:21,690
So bubblish serial data, this is the function that we defined here.

74
00:07:25,070 --> 00:07:31,110
And we'll take that that that we did receive as input, which is the above our data.

75
00:07:32,120 --> 00:07:41,210
So this function will read the incoming serial data and saw it here until a new line is, uh, sent

76
00:07:41,210 --> 00:07:42,730
from arguin to E.S.P.

77
00:07:43,220 --> 00:07:51,740
Then it will send the data to the published serial data function, which takes that that has input and

78
00:07:51,740 --> 00:07:55,190
this function and make sure that time Kutty server is connected.

79
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After making sure that it's connected, it will publish the data to the immediately serial channel.

80
00:08:02,990 --> 00:08:10,610
And as you can see it, this is the serial that which is the main function of our coding practice here.

81
00:08:10,780 --> 00:08:15,200
Now, again, what we have done here, let me zoom out.

82
00:08:18,250 --> 00:08:27,220
We have created defined some variables and we have used them Kutty Library, the wildfire library to

83
00:08:27,230 --> 00:08:33,160
set up fire to make sure that we are connecting or we are connected to our Wi-Fi network and we are

84
00:08:33,160 --> 00:08:33,760
online.

85
00:08:34,270 --> 00:08:41,080
That iConnect function is to make sure that we are connected to the computer server and we have the

86
00:08:41,080 --> 00:08:48,370
set up function where we have connect to Wi-Fi and to the computer server.

87
00:08:49,360 --> 00:08:56,020
Then we have the loop, which will make sure that we are all we have incoming serial data.

88
00:08:57,760 --> 00:09:04,030
And it will store the incoming signal that are inside this variable before that, which is basically

89
00:09:04,030 --> 00:09:11,160
an array of character and will send it to the publisher and data function, which is this one first,

90
00:09:11,500 --> 00:09:14,860
we will make sure that we are connected to the computer server.

91
00:09:15,340 --> 00:09:20,480
Then we will publish the data to this channel that we already find here.

92
00:09:21,700 --> 00:09:26,830
So this is our main coding practice for Legazpi 32.

93
00:09:27,530 --> 00:09:32,890
The next lesson, we are going to sort this out and make sure that it's working just fine.

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00:09:33,520 --> 00:09:37,960
If you have any questions regarding any of these lines, please ask exactly what enabled.

95
00:09:38,350 --> 00:09:44,170
Now, just to make sure that we don't have any errors, let's verify our code one more time.

96
00:09:45,390 --> 00:09:51,900
OK, now we have an ear, as you can see, Cyril, that was not declared, it's here.

97
00:09:52,260 --> 00:09:55,770
So we have a spelling error.

98
00:09:56,100 --> 00:09:57,030
Verify again.

99
00:09:59,950 --> 00:10:02,090
Then combining without any errors.

100
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That's it.

101
00:10:03,280 --> 00:10:11,920
Now, we might have to change the values for our Wi-Fi network name and password and for the username

102
00:10:11,920 --> 00:10:18,100
and password and the channel or the server links depending on our needs.

103
00:10:18,160 --> 00:10:26,890
Now, if you are using your own API, you can simply send the serial data to your own API using Jason

104
00:10:26,890 --> 00:10:33,050
coding or any other method that fits your need, your needs.

105
00:10:33,070 --> 00:10:35,630
But for now, I'm using the computer to server.

106
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So this is the coding practice for this server.

107
00:10:39,040 --> 00:10:41,650
It's a very well known and widely used one.

108
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So I will change that Wi-Fi network values and the username and password values with mine.

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Then we will test this code out.

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Thanks for sharing with us on this asharaf from educational engineering team.