1
00:00:00,120 --> 00:00:06,860
Debugging techniques are often very useful when we do not get the unexpected, is it now from the beginning,

2
00:00:06,870 --> 00:00:11,340
we are utilizing and seeded Dominion to understand where they would drive.

3
00:00:11,340 --> 00:00:13,380
Their initialization is successful or not.

4
00:00:13,740 --> 00:00:20,250
We'll also be able to understand the values of the variable utilising the debugging technique rate.

5
00:00:20,460 --> 00:00:26,100
So debugging techniques are used in multitude of an application rate or one of the common scenario that

6
00:00:26,100 --> 00:00:30,510
we'll be finding is to check whether certain Bovril is correctly operating or not.

7
00:00:30,930 --> 00:00:32,130
There will be a quiz.

8
00:00:32,130 --> 00:00:34,670
You are getting something that you are not expecting.

9
00:00:34,680 --> 00:00:39,380
Then they help us to understand what is going wrong in our application, right?

10
00:00:39,630 --> 00:00:44,210
So we will be considering a few debugging technique, which are very common when we consider adding

11
00:00:44,220 --> 00:00:50,580
processing system right to the simplest debugging technique that we have is utilizing is determined,

12
00:00:50,610 --> 00:00:50,820
right?

13
00:00:51,090 --> 00:00:57,300
So we will be understanding how we use in a sticky terminal and the second debugging technique where

14
00:00:57,300 --> 00:01:03,990
we will again be utilizing the same block design that consist of four fundamental zinc processing systems

15
00:01:03,990 --> 00:01:05,520
to understand a weak point, right?

16
00:01:05,940 --> 00:01:12,060
What you need to do is you just need to create a new project where you have your zinc processing system

17
00:01:12,060 --> 00:01:13,560
idea right to be enabled.

18
00:01:13,560 --> 00:01:17,130
And you know this is the seam block design that we have created.

19
00:01:17,130 --> 00:01:21,210
Utilizing that, you see a script that we develop at the beginning of the course, right?

20
00:01:21,420 --> 00:01:26,910
So we will proceed to generate an external wrapper so we won't be adding any IP.

21
00:01:27,120 --> 00:01:32,690
In fact, we do not required any IP for this first technique that is utilizing in this Typekit terminal.

22
00:01:32,700 --> 00:01:36,810
And the second one is understanding how we use a breakpoint, right?

23
00:01:37,110 --> 00:01:42,660
So once our effort is ready, will proceed for generation of what bits to will again be exporting in

24
00:01:42,780 --> 00:01:46,350
hardware fight or in high specification and to assume territory.

25
00:01:46,590 --> 00:01:51,020
And then we will be launching at high level tablet in like this idea?