VSD TCL programming From novice to expert Part 1

VSD – TCL programming – From novice to expert – Part 1, available at $44.99, has an average rating of 4.35, with 29 lectures, based on 625 reviews, and has 3596 subscribers.

You will learn about Build TCL scripts on their own from scratch Build their own UI (user-interface) Build their own procs and commands This course is ideal for individuals who are Anyone who wants to do TCL programming or Anyone who wants to learn basic programming algorithm and data flow or Anyone who wants to code It is particularly useful for Anyone who wants to do TCL programming or Anyone who wants to learn basic programming algorithm and data flow or Anyone who wants to code.

Enroll now: VSD – TCL programming – From novice to expert – Part 1

Summary

Title: VSD – TCL programming – From novice to expert – Part 1

Price: $44.99

Average Rating: 4.35

Number of Lectures: 29

Number of Published Lectures: 29

Number of Curriculum Items: 29

Number of Published Curriculum Objects: 29

Original Price: $84.99

Quality Status: approved

Status: Live

What You Will Learn

Build TCL scripts on their own from scratch

Build their own UI (user-interface)

Build their own procs and commands

Who Should Attend

Anyone who wants to do TCL programming

Anyone who wants to learn basic programming algorithm and data flow

Anyone who wants to code

Target Audiences

Anyone who wants to do TCL programming

Anyone who wants to learn basic programming algorithm and data flow

Anyone who wants to code

And I really believe in that

I was a novice in TCL programming 10 years back. One thing that led from novice to an expert is “Practice”

Be it learning scripting language or an EDA tool, nothing beats ‘concepts’. I have been proving this in my courses, how learning a tool is the last 5% task of entire learning flow.

My students, who have been working with on several projects and also learning through my courses, have not only learned semiconductors, but lived the journey. And I promise, the same will happen with my this course on TCL scripting as well.

I have been using the same approach in last 10 years for solving problems, be it a TCL script issue or an issue with STA timing violation or an issue with DRC or an issue with floor planning or an issue with routing congestion, you name it..

You will witness the same in all my courses and in this one as well. Let’s unveil the concepts of data flow and manipulation using TCL scripts

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to TCL task

Lecture 2: Introduction to sub-task

Chapter 2: Sub-Task One : VSDSYNTH Toolbox usage scenarios

Lecture 1: Scenario 1 – User doesnt provides input csv file

Lecture 2: Scenario 2 & 3 – User providing incorrect csv OR typing -help

Chapter 3: Sub-Task Two – From CSV to format[1] and SDC – Variable Creation

Lecture 1: Various tasks involved in format conversion

Lecture 2: openMSP430_design_details.csv

Lecture 3: Auto-Create variables using matrix and arrays

Lecture 4: Initialize variables for auto-creation variables task

Lecture 5: Auto creation of first variable – DesignName

Lecture 6: Auto creation of variables complete

Lecture 7: Variable Creation DEMO using TCL

Chapter 4: Sub-Task Two – From CSV to format[1] and SDC – Processing constraints,csv

Lecture 1: Checking existence of files and folders mentioned in design_details.csv

Lecture 2: Convert constraints.csv file to a matrix object

Lecture 3: Compute row number using complex matrix proccessing

Lecture 4: DEMO for computing row numbers

Chapter 5: Sub-Task Two – From CSV to format[1] and SDC – Processing clock constraints

Lecture 1: Algorithm to identify column number for clock latency constraints

Lecture 2: Start writing clock latency constraints in SDC file

Lecture 3: Complete clock latency constraints and clock slew constraints in SDC file

Lecture 4: Code to create clock constraints with clock period and duty cycle

Lecture 5: DEMO for creating complete clock constraints

Chapter 6: Sub-Task Two – From CSV to format[1] and SDC – Processing input constraints

Lecture 1: Introduction to task of differentiating between bits and bus

Lecture 2: Algorithm to categorize input ports as bits and bussed

Lecture 3: File access and pattern creation steps

Lecture 4: Regular expression and regular substitute to get fixed space strings

Lecture 5: Demo for grepping input ports from all verilogs and reformatting for fixed space

Lecture 6: Read, split, uniquify, sort and join input ports to remove duplication

Lecture 7: Evaluate length of string and Demo of bits/bussed differentiation script

Lecture 8: Demo for input constraints generation and bits/bussed differentiation

Chapter 7: Full script for download and Conclusion

Lecture 1: Constraints generation logic for output port and Conclusion!!

Instructors

Kunal Ghosh
Digital and Sign-off expert at VLSI System Design(VSD)

Rating Distribution

1 stars: 32 votes

2 stars: 33 votes

3 stars: 91 votes

4 stars: 221 votes

5 stars: 248 votes

Frequently Asked Questions

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