1
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Excellent work.

2
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Now let's deal with our calculations.

3
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So what I don't want to do, instead of iterating one more time over these repos, using the reduce

4
00:00:10,830 --> 00:00:18,490
or map or whatever, I would want to get of those stars for each and every item in the iteration where

5
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I'm getting the language.

6
00:00:19,990 --> 00:00:21,420
And there are two things to it.

7
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First, we need to check what is the property that is responsible for those stars.

8
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So that tells me how many stars the repo has.

9
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That's number one.

10
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And number two, we need to decide how we're gonna set up that object.

11
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Now, the property we're looking for is star gazers count.

12
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So that just tells me how many stars that particular report got.

13
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So if we take a look at the repos, I can see that I'm destruction the language, but I also could the

14
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structure stargazers count.

15
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Correct.

16
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So star gazers, gazers and land count PAGAD.

17
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So once we'd structured this particular property, what are we doing next?

18
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Well, remembered at first instance when we're setting up when we're saying if the language is not there,

19
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then we're creating one.

20
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Now, not only I could set up value as one, I could get that initial count because this is going to

21
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be the first time as we're setting up the language.

22
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So I'm just saying, yeah, get me how many stars this repoll has as well.

23
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And I'm going to set this up as a start property.

24
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So when I say stars and then star gazers count, that is my property.

25
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And then now when the language is already on object, what I would want to do.

26
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Well, now, not only I would want add Pelosse want to add the value.

27
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I also would want to update the stars.

28
00:01:50,460 --> 00:01:50,850
Correct.

29
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Because, of course, that new report does have some kind of stars, even if it's zero.

30
00:01:56,050 --> 00:01:59,370
So in here, we'll say total one language.

31
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So that stays the same.

32
00:02:00,810 --> 00:02:05,610
Then I'm looking for stars property, since that's the one that I'm looking for.

33
00:02:05,630 --> 00:02:06,930
I'm not looking for the value anymore.

34
00:02:07,320 --> 00:02:08,430
I'm looking for the stars.

35
00:02:08,770 --> 00:02:13,260
And this is going to be equal to plus whatever is in this iteration.

36
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So, again, same stargazers.

37
00:02:16,650 --> 00:02:17,340
Let's save that.

38
00:02:17,630 --> 00:02:22,030
And now, of course, we can just take a look before we change anything around in languages.

39
00:02:22,470 --> 00:02:23,940
So we're going to go with log on.

40
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That is going to be equal to eight languages.

41
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And you'll see that the only thing that has changed is the fact that we added that stars property in

42
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there.

43
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So we still have our object.

44
00:02:35,190 --> 00:02:42,000
Now, instead of just a label and the value the ones that the chart requires, we also have the stars.

45
00:02:42,360 --> 00:02:43,610
So we have four on 12.

46
00:02:43,910 --> 00:02:44,940
Forty six s.

47
00:02:45,090 --> 00:02:50,430
And then, for example, for JavaScript, we have three hundred and seventy six.

48
00:02:50,940 --> 00:02:58,080
And once we know that of course we can head back to a repost and change some stuff around where instead

49
00:02:58,080 --> 00:03:02,940
of overriding the languages, what I'm gonna do right now is I'm going to rename it.

50
00:03:03,420 --> 00:03:05,220
It's not going to be languages anymore.

51
00:03:05,670 --> 00:03:11,730
It is going to be cast and we'll call this most years, which of course, is going to signal that that

52
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is most use language.

53
00:03:13,530 --> 00:03:17,250
So instead of languages, instead of overriding languages like we did before.

54
00:03:17,730 --> 00:03:22,650
And also maybe used Konsta, we're here and we're still using the object values and all that.

55
00:03:23,010 --> 00:03:25,500
We're still passing in the languages object.

56
00:03:25,950 --> 00:03:28,400
And in this case, however, we're getting back most years.

57
00:03:28,770 --> 00:03:31,860
So, of course, in our chart, we would also need to change that.

58
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I'm going to say most used.

59
00:03:34,950 --> 00:03:38,600
So as far as the values, this shouldn't change for a first year.

60
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Ha.

61
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This allows us to set up a new variable where we're also gonna use the same language as object.

62
00:03:46,620 --> 00:03:50,580
We need to keep in mind that if we would have left the previous setup, then of course I would just

63
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be just using the languages that I'm getting back after these calculations.

64
00:03:55,440 --> 00:04:00,840
So let's add a common here and say most stars per language.

65
00:04:02,010 --> 00:04:03,630
Let's say most popular.

66
00:04:03,660 --> 00:04:04,470
So concept.

67
00:04:06,950 --> 00:04:10,690
Popular and that is equal to, again, object that values.

68
00:04:10,740 --> 00:04:12,170
So we're doing the same thing.

69
00:04:12,500 --> 00:04:15,320
Object that values and we're passing in the languages.

70
00:04:15,590 --> 00:04:18,350
So we're still getting the same object.

71
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And as always, we can SLOGGETT, just so we know that we're all are on the same page.

72
00:04:23,510 --> 00:04:29,960
So let's say most poor people are, shall we say that?

73
00:04:30,290 --> 00:04:32,930
Yeah, it is still an array with three items.

74
00:04:33,520 --> 00:04:36,380
And then label Joska value as well as the stars.

75
00:04:37,120 --> 00:04:41,660
Now, I would want to sort them based on the stars.

76
00:04:42,050 --> 00:04:43,210
So not on values.

77
00:04:43,610 --> 00:04:46,670
I would want to sort them based on stars.

78
00:04:47,140 --> 00:04:47,870
What do we do that?

79
00:04:48,380 --> 00:04:52,210
Well, we could again, chain and the same setup.

80
00:04:52,800 --> 00:04:56,210
Well, in this case, we're not looking for a value property.

81
00:04:56,570 --> 00:04:57,680
We're looking for the stars.

82
00:04:58,100 --> 00:05:06,050
So we chain dot sort then that is looking for a callback function on line in that callback function.

83
00:05:06,410 --> 00:05:08,120
We should decide how we would want to sort it.

84
00:05:08,670 --> 00:05:10,460
So again, I'm going to go with a B.

85
00:05:11,390 --> 00:05:12,830
So first line, I'm on the second item.

86
00:05:13,280 --> 00:05:19,590
And then just A return B stars minus a star as a start.

87
00:05:19,970 --> 00:05:25,770
So that's just gonna make sure that we have the values that start from Vegas.

88
00:05:26,150 --> 00:05:28,220
And then end up we the smallest one.

89
00:05:28,980 --> 00:05:33,420
Now, of course, I would just want to iterate and set up a new order.

90
00:05:33,700 --> 00:05:34,030
Why?

91
00:05:34,550 --> 00:05:41,420
Well, because if I'm looking at my most popular, the one thing that is missing that stars should be

92
00:05:41,420 --> 00:05:42,010
in the value.

93
00:05:42,020 --> 00:05:42,350
Correct.

94
00:05:42,800 --> 00:05:45,140
Because that's the one that my chart is looking for.

95
00:05:45,680 --> 00:05:47,150
Chart is not looking for the stars.

96
00:05:47,540 --> 00:05:49,460
Chart is looking for a value property.

97
00:05:50,060 --> 00:05:53,360
So what we could do is we could just flip them.

98
00:05:53,630 --> 00:05:59,300
So whatever values we have for the actual value will assign them to our stars.

99
00:05:59,810 --> 00:06:02,660
And the way we do that is by using the map.

100
00:06:03,870 --> 00:06:10,740
Then on each and every iteration, I can access the item, of course, some will say item here and then

101
00:06:10,920 --> 00:06:14,850
from the iteration, I would still want to return the object.

102
00:06:15,150 --> 00:06:15,810
Same object.

103
00:06:15,870 --> 00:06:17,790
I would want to copy all the values.

104
00:06:17,820 --> 00:06:23,450
However, I will overwrite the value property with item that stars.

105
00:06:24,000 --> 00:06:29,820
So I'm taking the value of this property and just assigning it to a value property.

106
00:06:29,910 --> 00:06:30,270
Why?

107
00:06:30,750 --> 00:06:32,910
Because that's the one that the chart is looking for.

108
00:06:33,360 --> 00:06:35,640
That's why we'll return from the map.

109
00:06:36,240 --> 00:06:42,930
And now, of course, see in a console that we have the values for hand twelve, then three seventy

110
00:06:42,930 --> 00:06:43,320
six.

111
00:06:43,560 --> 00:06:44,580
And then, of course, 34.

112
00:06:45,090 --> 00:06:46,270
Now you might be wondering, OK.

113
00:06:46,440 --> 00:06:48,720
But our value for the language disappeared.

114
00:06:49,150 --> 00:06:49,950
Well, we don't need that.

115
00:06:50,460 --> 00:06:51,700
I only need the stars.

116
00:06:52,260 --> 00:06:59,610
I just added it to a first iteration because I didn't see the point of setting up a new reduced function.

117
00:07:00,090 --> 00:07:03,030
But the one that I'm looking for is the stars.

118
00:07:03,270 --> 00:07:09,030
Now, I cannot really rename the stars because my chart is looking for a value property.

119
00:07:09,680 --> 00:07:14,760
And the last thing that I would want is, again, to make sure that I only have five languages.

120
00:07:14,790 --> 00:07:18,570
So I'm gonna go to slice zero and then five.

121
00:07:19,490 --> 00:07:25,610
And now, of course, we can delete the console, log online instead of chart data.

122
00:07:26,210 --> 00:07:29,780
That's past our most popular Mac show.

123
00:07:30,410 --> 00:07:34,190
And now, of course, I can get her off my inspect and there it is.

124
00:07:34,610 --> 00:07:41,020
Now, not only we show how many reposts are with Joss script or she says, Orridge, the Amelle.

125
00:07:41,510 --> 00:07:46,710
We also show the combined value of the star's photos languages.

126
00:07:47,210 --> 00:07:54,710
So, for example, all the repos that have the language of success have combined total of 400 to outsource

127
00:07:54,860 --> 00:07:57,050
jobs, compressed three hundred seventy six.

128
00:07:57,450 --> 00:07:59,600
And then all has only 34.