Kiran Chauhan

Chances are high that the Git is already installed and configured on your computer (or the computer given to you). First two sections in this post confirm the installation and configuration. These two sections also walk you through installation and configuration if you have new computer.

Installation

You can confirm the Git installation by running following command in Terminal or Git Bash.

$ git --version

Note: Every command, here and in the future, starting with the character $ is typed into a Terminal or Git Bash. The character $ is not to be typed out because it represents the prompt.

If you get some version number as output, then that means Git is installed on your computer. If not then you need to install Git from its official download page. If you're Ubuntu user, run the following command in Terminal.

$ sudo apt-get install git

This will install Git on your computer and then you can again type the version command to confirm the installation.

Configuration

Once Git is installed on your computer, you need do some configuration in order to properly use Git. This includes setup the identity and add SSH key.

The identity is required. In this way, your name should display next to commit/changes you do in project. Again, chances are high that identity is already configured on your computer. You can check it by running following command in Terminal or Git Bash.

$ git config --global user.name
Kiran Chauhan

If identity is set on your computer, you'll see the name (such as "Kiran Chauhan" in my case) as output. If not then you can set the identity with your name using following command.

$ git config --global user.name "Kiran Chauhan"

This will set the name identity. You can confirm this setup by running following command.

$ git config --global user.name
Kiran Chauhan

The name identity is now set.

You also need to set email. First let's confirm if the email is set or not by running following command.

$ git config --global user.email
kiran@example.io

In case, if you don't get the email as output, you can set it using following command.

$ git config --global user.email "kiran@example.io"

This will set the email for you. You can confirm this setup by running following command.

$ git config --global user.email
kiran@example.io

SSH Key Configuration

You need SSH key to work with local instance of the project (and this is recommended way, if you ask us). Again, chances are high that SSH key is already generated on your computer (in this case, you can skip the generation step). You can confirm it by going to one of the following path.

1. Windows user - C:/Users/YourUser/.ssh folder - If this .ssh folder exists, then key is already generated.
2. Ubuntu user - Look for hidden .ssh folder in you $HOME folder. If this .ssh folder exists, then key is already generated.

If this folder is not exist at the mentioned location, that means you need to generate SSH key. Please follow these steps to generate SSH key.

1. Open Git Bash or Terminal.
2. Paste this command by replacing with your email.

   $ ssh-keygen -t rsa -b 4096 -C "your_email@example.com"

3. This command will create new SSH key (You need to press 'Enter' couple of times) at the one of the above mentioned location.

Once SSH key is generated, you need to add this key to Git instance. Following are the steps you need to follow.

1. Login with your account.
2. Click on Profile.
3. Choose SSH Keys.
4. Click on Add New.
5. Paste the key from .ssh/id_rsa.pub (be sure about this)
6. Save with some name.

You are now ready to work with SSH Git URL. You can now clone the Git project with SSH URL.

Workflow

You'll always have the project in Git before you start your task (if project is not there, don't work). with some default configuration and few branches. These branches are development, RC, and master. If you're not seeing one of these branches, ask admin to create first.

You'll have tasks in system (if not create one) with unique project task number. The task mainly divided into two parts - enhancements(feature) or bugfix (there are others but those are specific ones and you'll to confirm with your team for different category).

Following are the steps, you need to always follow while working with project task and until task completes and moved to production.

1. Check if the assigned ticket is bug or enhancement. If assigned ticket is enhancement, mark it as feature and if assigned ticket is bug then mark it as bugfix.
2. Check out the RC branch and create a new branch with name in following pattern.
   1. If feature then - feature + / + project task # + at max three words description separated by dash. e.g. feature/5603-speed-problem.
   2. If bugfix then - bugfix + / + project task # + at max three words description separated by dash e.g. bugfix/5707-send-mail-log.
   3. All characters used in branch name must be in lowercase.
3. By following step #3, you just created a local branch. This branch is local and you'll not see at Git instance, if you search for it online.
4. You need to register(push) the branch online via push -> origin.
5. You can now check out (or already checked in) the created branch and start working on it.
6. Once your changes are done, you need to commit your changes by following these steps -
   1. Stage your changed files.
   2. Commit the changes by writing an appropriate commit message. Commit messages such as issues fixed or done are not acceptable.
   3. Push the changes to your branch.
7. Now, your changes are up and residing inside your branch (both locally and online). You need to add or merge your branch in development so that you can test your changes in development server.
8. To merge your changes into development, you need to check out the development branch.
9. After checkout the development branch, you can merge your branch into development. This will move your changes into development branch/server.
10. In order to move the changes into RC branch, you need to create a pull request. This require a code review. So, the code review can be also done.
11. After code review confirmed, you can merge your changes into RC from Git instance.
12. Finally, your team leader or senior developer will move changes from RC to master based on your project deployment cycle.

The process is straight forward but might looks difficult for couple of days because you might not used to be with it. Once you get familiar with it, you'll be happy Git user.

Useful Git GUI

1. Sourcetree (for Windows and Mac)
2. GitHub Desktop (for Windows and Mac). For Linux try this.

Labels: git

Rust files are normally identifies via .rs extension. A journey with programming language should always starts with hello, world program and here is the Rust's one in hello.rs.

fn main() {
  println!("hello, world");
}

Being a compiled programming language, we need to invoke a Rust compiler or rustc on this program.

$ rustc hello.rs

Compile will create an executable (if error not found) usually named after the program file without extension that is easily run!

$ ./hello
hello, world

And there you have the hello, world!

1. fn is used to define a function in Rust.
2. main() function is an important one from where the execution starts from.
3. println!() is a macro that will print hello, world in terminal with newline at the end.
4. ! after println!() means it is a macro and not a function.
5. You don't have to worry about the difference between macro and function for now (If you're still insisting, here is one answer from StackOverflow might helpful for you).
6. Semicolon is required to terminate the statement.

Labels: rust

Rust is the system programming language that runs blazingly fast, prevents segfaults, and guarantees thread safety. In other words, Rust is designed for speed, safety, and concurrently. You can use Rust to build the system level software. But, nowadays developers are crazy and use language other than it was intended like JavaScript.

Rustup is the recommended way to install the Rust on the computer. The installation steps are quite easy. Because of that, I do not plan to re-write steps again here. Go ahead and visit Install page to install the Rust on the computer.

After the installation is done, we'll get rustc or Rust compiler, cargo as package manager and build system, and rustup to manage Rust and related toolchain.

$ rustc --version
rustc 1.66.0 (69f9c33d7 2022-12-12)

$ cargo --version
cargo 1.66.0 (d65d197ad 2022-11-15)

$ rustup --version
rustup 1.25.1 (bb60b1e89 2022-07-12)
info: This is the version for the rustup toolchain manager, not the rustc compiler.
info: The currently active `rustc` version is `rustc 1.66.0 (69f9c33d7 2022-12-12)`

Labels: rust

Today, I learn that typedef with struct trick give you a way to use structure tag like normal type. But, it is not suggested like mentioned in Linux kernel coding style document except few scenarios.

You can read more on this from stack overflow question and some of its answers such as this or this.

In general, do NOT write this.

typedef struct point {
    int x;
    int y;
} point;

point p;

Be explicit and write this.

struct point {
    int x;
    int y;
}

struct point p;

Labels: c

Nest is the Node back-end framework. You can build Microservices, REST APIs, GraphQL APIs, real-time apps and more. The official website is https://nestjs.com. The documentation is available at https://docs.nestjs.com. I strongly suggest you to read the documentation as much as possible when learning or searching something in Nest. To initiate the reading, you can start with Philosophy section in documentation. The framework is written in TypeScript and the apps that you're going to be build will also be in TypeScript.

It is expected to have the recent version of Node (>= 16) and npm installed on the computer.

In next article, we'll install the Nest CLI, a required tool to work smoothly with Nest framework.

Labels: nest

Today, I learn that we should use int* x to define a pointer variable than int *x. Why?

Following is the way, we can define a variable in C.

int x = 3;
printf("%d\n", x); // prints "3".

If we prefix this x variable with & as &x, it'll returns the address of given variable. The type of this return address is int* meaning address of integer and * as pointer to that address.

int* address = &x;

To print the address, we can use %p as placeholder.

printf("%p\n", address);

Notice, here I wrote address and not *address. Because, * is not part of address variable name than part of type.

Labels: c

I'd like to meet a woman with varied interests, curious about the world, comfortable expressing her likes and dislikes (I hate struggling to guess), delighting in her ability to fascinate a man and in being loved tenderly, who values joy, truth, beauty and justice more than "success"--so we can share bouts of intense, passionately kind awareness of each other, alternating with tolerant warmth while we're absorbed in other aspects of life.

Richard M. Stallman, My former Personal Ad

Hi! I am Jack and I am nerd. I maintain one irc channel #bmachine where around 200 hackers can talk and share their ideas on machine programming and binary instructions. Nobody except me know all these hackers. So, I decided to make an environment where they know each other and if they like (in case) they can date each others or be a friend (or co-founder of startup if their interests are same). I was thinking about what to do and the I decided to make a cmd-db for them where they can search each other and communicate.

Basically this cmd-db contains basic information about each user and users can find against this basic info. This basic information includes username, first name, last name and interest. But, I don't know anything about database and how to make this cmd-db. So I decided to take help from my friend Joe. He is web developer so I think he know about database.

I met him and talk about this cmd-db environment and he suggest to use SQLite software. Based on my search, I found that SQLite is database management software used by millions of developers and its free. So, I have decided that I will going to use this software to store all information.

In order to follow this post you need to install SQLite. You can download SQLite from Official Website and can use from terminal.

I get one copy of SQLite and install in such a way so that users can access it from specific URL. But, now the main question comes: How can I put all information here and how can other access it? I asked same to Joe:

Hi Joe, I have installed SQLite as per your instruction and make it accessible to all users. But, I don't know how to place the data on it.

You have to create a database in SQLite and then table. Inside of this table you can store your data.

But why?

Because, SQLite is a relational database and it stores all information in form of tables. You can not directly create a table. A table is part of one particular database. So, you first have to create one database and then table and then you have to insert all this information.

Oh! I see. But how?

With the use of SQL language. You need to write query in SQL for each things that you want to do with database. If you need to insert something inside of table you have to write INSERT query, if you need to update something you need to write UPDATE query.

Wait. How many queries are there?

Infinite. But... The fundamentals on which these queries are created is simple, If you know the fundamentals then you can easily work with any databases. I mean with any such as Oracle, MySQL, MS SQL Server.

Oh! That's good news I say...But, things are not done here. I also have to tell users to how they can use this cmd-db.

In that case what you have to do is - publish a little note on how to use cmd-db. I mean it will be the easy for them then you maintaining cmd-db. They just need to write couple of queries in-order to access information.

Okay, I hope this will be easy for them.

Don't worry. It will be easy for them.

Now from where I have to start?

First you need to create one database or db, then one table inside of that newly created db and then you can insert all your information. Basically this information will be stored in format of table, where each row contains information about one particular user and each column contains information about particular entity such as firstname. What information do you want to store?

I want to store - username, first name, last name and interest.

That means four. So you have create one table with four columns. One column for each entity. It will look something like this:

Wait Joe. Why userid here?

To uniquely identify each user over a table. I mean it might possible that two users has same username or first name or last name or interest. So, using something call id will make sure you can identify each user uniquely.

No, each user have unique username.

I know. But, we still need this userid. There are many significant uses of it, which I will tell you later but for now, please use userid.

Okay Joe. I am going home and will do search on how to make database and table. I will call you in case of difficulties.

Sure, Bye.

And then on same day I publish a note on #bmachine:

Hi everybody. I am going to create one database which includes details such as
username, fname, lname and interest of all users of this channel so you can 
better communicate with each other and share thoughts personally (if needed).
Please send your username, fname, lname and interest in personal.  
  
Thanks  
Jack

Labels: sql

Sharing with you some meeting advice that I find useful and learn from others.

1. Don't spam, be genuine: If you want to meet person, don't spam by sending continuous emails or DM on various social platforms. That doesn't work, instead send message with proper details including who you are, why you want to meet and so on.
2. Ask for Introduction: If you want to meet a person and your friend or friend's friend know him, ask for your introduction. Ask your friend or friend's friend that you want to meet him. Again if you are genuine, it will work in most of cases.
3. Be Human: If you setup meeting with person, be human! Don't be selfish and don't talk only about you. Make conversation happen and listen him.
4. Have a couple of topics in mind: If you are meeting with person, have a couple of topics in mind. That will help with those odd silence moments.
5. Do your research: Do a possible research on the person you are going to meet including his general interest, what things he like and what he particularly don't like. For example, instead of talking only about technical aspects, you might take conversation happen on other interested topics including cricket or football or politics or whatever that make person friendly to talk.
6. Make them easy to meet: Finally, make them easy to meet. Don't tell, please meet me at cafe which is 10KM away from your office. Instead, tell him, I know you are working in this area and there is nice cafe which is just walking distance away from your office. Can we meet there?

I found this advice quite helpful. So, I thought why not share?

Labels: communication

Welcome to An Introduction to C Programming Language course. This is a mini yet compulsory course for undergraduate computer science students. In this course, you are going to learn C programming language and do some low-level programming. There are numerous benefits of taking this course but one of them is - this course is a prerequisite of almost all the advance courses you are going to take as undergraduate computer science student.

This is a pass/fail course. You need to pass this course in order to get hacker badge on your student’s profile. If you don't get this badge on your profile then professor will know that you don’t know C programming and it might possible that you don't get enrollment in class where more students has applied than seats available and professor has to choose.

But, don't worry! This course is not challenging course. With more practice, hard work, and patience you can easily pass this course. This course has high passing ratio than any other courses within university!

Prerequisites

As you already have completed your first semester in computer science, you know some programming and that's the prerequisites of this course. You should know the basic concepts of programming such as variables, conditionals, loops, functions, standard libraries, how to write and execute the program and so on. These basic concepts are not going to explain in this course, they are assumed - you know these concepts.

Software

You need two software on your GNU/Linux system - text-editor and compiler. You are free to use any text-editor you like but for the compiler, you must have to use GCC or GNU Compiler Collection. Because, that is the compiler on which the course is depends on.

You can communicate with your seniors for the installation of these software.

Grade

Total grade for this course is 10(+2). You need at least 7 out of 10(+2) to get badge. The grade is divided into three categories.

1. Projects ( 3 in-course projects with weightage of 2 for each ) - 6
2. Capstone ( capstone project, you are going to build at the end of this course ) - 2
3. Contribution ( the contribution you need to do in open source project, will get more information in future email, when needed ) - 2
4. Bonus ( a reserved task that we will release after second in-course project ) - 2

Finally, you will not get grade in terms of numbers. You will only get either pass or fail based on score. But, if you do an incredible job at projects, we have many things for you and that will help to build your career.

Ref. Books

This course does not depend on any book. The course notes are going to serve with each lecture. But, for the reference purpose you should purchase the K&R book. You also need some reference to standards such as C11 and C18. That is available online at devdocs.io and gcc reference manual.

Contact

This is the little introduction of this course. You might have questions regarding - anything. Feel free to ask me in personal or via email at - email. Please don’t ask or send email for installation.

Let’s Get Started

After covering this administriva stuff, we still have half an hour. In this half an hour, I’ll going to quickly cover what is C and why you should consider to use and after that we’ll write hello, world program in C.

C is the programming language that is twice older than you! and yet its been in top programming languages chart since last few decades. How? There are many reasons but some of them are:

1. blazingly fast,
2. provides no/little abstraction to hardware,
3. has huge code base and experts,
4. is small programming language and
5. continuously evolves with backward compatibility!

C is de facto language in terms of speed. Many other languages have claim to achieve the speed near to C but none of them able to replace it! The reason of such a speediness is, an absence of abstraction to the hardware. In C, you are directly talking to hardware! That has numerous benefits when you are doing low-level programming. And that’s the reason why more than 40 operating systems are written in C. Yet the language is so small that it completely explain within 272 pages. Finally, C continuously evolves in terms of standard and make it more modern while maintaining backward compatibility. The current standard is C18.

That’s enough for introduction we will talk a lot about C in future sessions with great open discussion sections and via guest panels. Let’s quickly jump into text-editor and write our very first hello, world program.

Hello, world Program

I’ve opened the text-editor with blank window. Let me quickly save this blank program with name hello.c. C language has .c extension and hello is the name of the program that satisfies the purpose of code, going to written inside of it. After saving this blank program, I have syntax highlighting. Good!

Next, we are going to print hello, world text in terminal. So, we need to write this text within hello.c. Let me do that.

hello, world

But, this hello, world is string, right? In program, you write string inside of double or single quotes. Agree? But in C, you must write string inside of double quotes. So, let me quickly wrap this text with double quotes and make it string.

"hello, world"

Great! This string is not going to print in terminal on its own. We need to invoke a function on it to print and the function is printf(). This is how we use printf() function.

printf("hello, world")

C is one of those languages the required semicolon to complete the statement. In C, semicolon is not optional but required. And that way I need to write,

printf("hello, world");

Semicolon at the end. Great. But you know, compiled languages like C is different than interpreted language in terms of execution. In interpreted languages, the execution start from top and execute each statement or expression that comes in flow. But, in compiled language you need to tell the starting point - a point from where the compilation process starts. This is where the main() function comes in picture. Your program must contain one main() function and this is the function from where your program will going to compile.

In order to run our printf() statement, we need to put it inside of main() function this way.

main() {
  printf("hello, world");
}

This indentation inside of function is not required. It is just for readability purpose. But, it is required for this course. If your program contain confused indentation, you will likely lose the grade even if your project perfectly works!

You are going to use curly braces to define block like I did to define main() function block. Whatever statements we write inside of this curly braces, are considered part of the main() function.

After compilation of this main() function, it returns something. It returns an integer with 0 or greater than 0. Here, 0 means successful compilation and any other value than 0 mean something goes wrong with your program! Let’s add the type signature before the main() function to indicate, what this main() is going to be written and also write return 0 explicitly.

int main() {
  printf("hello, world");

  return 0;
}

Yes, this return statement should be at the end of main() function.

In C, you don’t get a single function by default and printf() is not an exception. You need to include a library in which this function is written. The library or header file is stdio.h and its standard header file that comes with C. You can include this file in our program like -

#include<stdio.h>

int main() {
  printf("hello, world");

  return 0;
}

You need to write the include statement at the top of your program and the blank line after this include statement is optional. But, again it is strongly recommended and required for this course.

That’s it! This is our hello, world program in C. It’s time to execute this program.

Execution

We need a compiler to execute any C program. For this purpose, we are going to use GCC. This is the compiler that comes with most of the GNU/Linux system. A quick --version command will let you know that C is installed on your system or not.

$ gcc --version
gcc (GCC) 8.3.1 20190223 (Red Hat 8.3.1-2)
Copyright (C) 2018 Free Software Foundation, Inc.
This is free software; see the source for copying conditions.  There is NO
warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.

If you get similar output, then you have gcc on your system else you need to install. In my case, I’ve gcc so I can go further and execute this program. The execution of C program done in two steps —

1. Compiles the program,
2. Executes the compiled program.

To compile the program, this command is used.

$ gcc hello.c -o hello

This will compile your hello.c program and after successful completion it will generate output (-o) with name hello. You will get nothing if compilation happen successfully in terminal. In my case, I don’t get anything, so that means my program execute successfully and has build hello. A quick ls will show you the same.

$ ls
hello.c hello

In order to execute this hello executable, I need to write

$ ./hello
hello, world

And we get the output! But, this is a little clumsy. A \n after the hello, world string will help. Let’s add that.

#include<stdio.h>

int main() {
  printf("hello, world\n");

  return 0;
}

Let’s compile and run the program again.

$ gcc hello.c -o hello && ./hello
hello, world

Here, I’ve combines both commands into single one using && terminal operator. You will going to use so many terminal commands in this course along with C. So, be ready!

Looks like we are running out of time for this lecture. I know you might have many questions on this program and execution process. But, let’s first try from your side at home and then in the next lecture you can ask questions.

Labels: c

JavaScript delenda est — Comment from HN

Long time ago, I gave the workshop on MERN stack with colleagues. Here, I'm publishing the notes based on that workshop with modifications to suit them as blog post.

You're currently reading the circulated pdf that we passed to team who are planning to attend the workshop. The pdf was circulated a week ago before the first session in this workshop to better prepare them.

The workshop is a seven weeks long workshop where we're going to talk/learn the MERN. Here, MERN means MongoDB, Express, React, and Node. Yes, we're going to talk/learn about all these technologies but not in this particular order. This workshop is live workshop where you're going to do the coding with us. That is the reason why you need couple of software on your computer in order to do the mentioned coding challenges. 

Following are the list of essential software need for the first session of the workshop. In future, we'll install more software as needed.

• Node
• NPM or Node Package Manager
• Text Editor

Node & NPM

We're going to install the Node and NPM using Node Version Manager or NVM. With NVM, you can install multiple version of Node on your computer side-by-side without a problem.

Mac or GNU/Linux

If you're Mac or GNU/Linux, open the Installing and Updating and copy either curl or wget URL in terminal.

This will install the NVM on your computer. You need to re-start the terminal and run the following command to confirm the installation of NVM.

$ nvm --version
0.39.3

If you get some version as the output of this command, you've successfully installed the NVM on your computer.

Next we need to install Node and NPM using this NVM. It is quite simple as running following command.

$ nvm install node

This command will install the latest version of Node (with NPM) on your computer. After the installation is done, run following two commands to confirm the installation of Node and NPM.

$ node --version
v19.3.0

$ npm --version
9.2.0

Windows

If you're using Windows system, you need to nvm-windows. You can download the exe from release page and then you can easily install the exe on your Windows computer.

Once the installation is done, open the Command Prompt or PowerShell and run the following command to confirm the installation of NVM.

> nvm --version
1.1.10

Next we need to install Node and NPM using this NVM. It is quite simple as running following command.

> nvm install latest

This command will install the latest version of Node (with NPM) on your computer. After the installation is done, run following two commands to confirm the installation of Node and NPM.

> node --version
v19.3.0

> npm --version
9.2.0

Text Editor

We need text editor to write the code! We've many options including vim and emacs. But, we're going to use Visual Studio Code for this workshop and we suggest you to use even if you already have your favorite text editor.

You can easily download the Visual Studio Code from the official website for your operating system.

Prerequisites

Finally, these are the prerequisites for the works and all sessions.

• You know HTML, CSS and JavaScript.
• You know some server-side programming.
• You know how to write and run terminal commands in Terminal or Command Prompt.
• You know a little git.

You need to attend this and all following sessions, if you are planning to learn React.js, Vue.js or Angular. You are now ready for the workshop.

Labels: mern

ક્યાંક સનમાનમાં ચરણ વંદન કરે, ક્યાંક સનમાનમાં વેદવાણી.

ક્યાંક સનમાનમાં કસુંબા રેડીયા, ક્યાંક સનમાનમાં ચા ને પાણી,
ક્યાંક સનમાનમાં કરે તેલ ફુલેલચોળી, નવરાવે અંગ લઈ તાતાં પાણી.

ક્યાંક સનમાનમાં ભોજન વિધવિધનાં, ક્યાંક સનમાનમાં સેકેલી ધાણી,
ક્યાંક સનમાનમાં ગાળો ખાવી પડે, ક્યાંક સનમાનમાં મધુરવાણી.

ક્યાંક સનમાન કરે સિદ્ધ સાચા ગણી, ક્યાંક સનમાન કરે નીચ જાણી,
સવો કહે સર્વનાં કર્મ સૌ ભોગવે, એમાં શું આપણે લાભ કે હાણી.

ગગન ગઢ રમવાને હાલો, નીરાશી પદમાં સદા માલો….ટેક

પડવે ભાળ પડી તારી, મધ્યો મધ્ય નીરખ્યા મોરારી
વાલમ પર જાવું હુ વારી; ગગન – ૧

બીજે બોલે બહુનામી, ઘટોઘટ વ્યાપી રહ્યા સ્વામી
જુગતીથી તમે જોઈલો અંતર જામી; ગગન – ૨

ત્રિજે તુરઈ વાજાં વાગે, સુરતા મારી સનસુખ રહી જાગે
માહ સુને મોરલીયું વાગે; ગગન – ૩

ચોથે ચંદ્ર ભાણ વાળી, જોવે કોઈ આપાપણાને ટાળી
ત્રીવેણી ઉપર નુર લ્યો નીહાળી; ગગન – ૪

પાંચમ પવન થંભ ઠેરી, લાગી મુને પ્રેમ તણી લેરી
સુરતા મારી શબ્દુમાં ઘેરી; ગગન – ૫

છઠે જોવો સનમુખ દ્વારો, ત્રીવેણી ઉપર નાયાનો આરો
ત્યાં તો સદા વરસે અમર ધારો; ગગન – ૬

સાતમે સમરણ જડયું સાચું, આતો કોઈ વીરલા જાણે વાતું
જડયું હવે આદુનું ખાતુ; ગગન – ૭

આઠમે અકળ કળા એની, વાતું હવે ક્યાં જઈ કરુ વ્રેહની
રહું હું તો શબ્દ નીસીમાં ધેની; ગગન – ૮

નુમે મારે નીરભે થયો નાતો, છોડાવ્યો જમપુરીથી જાતો
સતગુરુએ શબ્દ દીધો સાચો; ગગન – ૯

દશમે જડી દોર તણી ટેકી, મધ્યમાં મળ્યા અલખ એકાએકી
સુરતા મારી દંગ પામી દેખી; ગગન – ૧0

એકાદશી અવીધટ ધાટ એવો, શબ્દ લઈને સુરતાને સેવો
સદાય તમે સોહં પુરુષ સેવો; ગગન – ૧૧

દ્વાદસી દૂર નથી વાલો, સમજ વીના બારે ફરતો ઠાલો
સુખમણ સાથે પી લ્યો અમર પ્યાલો; ગગન – ૧૨

તેરસે વાળી ત્રિવેણી ઉપર ઘારા, જપુ નીજનામ તણી માળા
પ્રગટ્યા રવી ઉલટાયા અજવાળાં; ગગન – ૧૩

ચૌદસે કહ્યુ ચીત કરે નહી મારુ, થયું ઓચીંતુ અજવાળું
સતગુરુએ તોડયું વજર તાળું; ગગન – ૧૪

પુનમે દેખી પુરણ પદ પામી, મળ્યા જયારે ફુલગરજી સ્વામી
રહે છે સવો ચરણમાં શીસ નામી; ગગન – ૧૫

બધા ભજનિકો એ આ સરસ ભજન ગાયું છે , એમાં પણ નિરંજન પંડ્યા એ ગાયેલ મને વધુ પસંદ પડ્યું. https://www.youtube.com/watch?v=FKcFix8Y7Wg.

Labels: ભજન