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Introduction to Typescript class

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Working of classes in typescript with examples

In this article, we will discuss the class concept in typescript. The class concept is defined as an object-oriented concept that is used for providing techniques like abstraction and encapsulation by creating objects which is a logical entity and will be used to encapsulate an object’s data and create components that can be reused by using the keyword “class” with the class name. In typescript, classes are the fundamental concepts of OOPS for the creation of objects and for reusing the components that are created. The compiler compiles the class in typescript to plain JavaScript functions to help it work across the different platforms and browsers that were not supported in JavaScript ES6 and above versions, where typescript provides built-in support for using OOPS concepts. In general, we can say a class is where we are creating objects or a set of objects that have the same properties, and a class can have methods, constructors, interfaces, other classes such as nested classes, etc. Typescript also supports other object-oriented features that are implemented, such as classes, polymorphism, interfaces, abstraction, encapsulation, etc.

In typescript, the class is declared using the “class” keyword followed by the class name. The syntax for declaring class is as shown below.

Syntax:

class class_name { Class scopes such as fields, methods, properties, etc. }

The above syntax is used when declaring the class, and when we use this class keyword followed by the name given to the class is used for creating the identifiers such as one a typescript interface that holds methods, properties, or any other class scopes also known as data members of the class, second JavaScript variable with different constructor function type where the typescript code with above syntax gets converted to JavaScript.

Now we will see a simple example of how to declare a class in typescript, which will demonstrate how to declare a class in typescript in the below section.

class Institute { course_id: number; course_name:string; display():void { console.log("Course ID is : "); console.log(this.course_id); console.log("Course name is : "); console.log(this.course_name); } } console.log("Demonstration of classes in typescript"); let obj = new Institute(); obj.course_id = 23; obj.course_name = "Python"; obj.display();

Output:

In the above program, we can see we are declaring a class with keyword class and naming it as “Institute,” and then we are creating fields named with their types such as “course_id” and “course_name” where we are displaying the values when these field values are accessed which are known as accessing of the attributes using. “” notation is known as a period which is used for accessing the data members of the class and to print the values of these attributes we are using chúng tôi command, which is declared within the display() function which is created within the class, and the class method is also accessed using this period or. “” notation, where the “this” keyword in the display() function is used to refer to the current instance of the current class and “this” keyword is used to avoid the ambiguity if the parameter of the class and field name within the class are same.

Now we will see another example of a demonstration of class where we will also see how the object is created in the below section.

class Educba_Inst { Inst_place:string; Inst_emp_name:string; constructor(Inst_place:string, Inst_emp_name:string) { this.Inst_place = Inst_place; this.Inst_emp_name = Inst_emp_name; } display():void { console.log("The Institute Educba located at place: "); console.log(this.Inst_place); console.log("The employee name in that place is: "); console.log(this.Inst_emp_name); } } console.log(" Demonstration of classes to create onjects in typescript"); var obj = new Educba_Inst("Delhi","Snehal") console.log(" The values are accessed as below: "); console.log(" The place value assigned is: ") console.log(obj.Inst_place); console.log(" The employee name value assigned is:" ) console.log(obj.Inst_emp_name); obj.display()

Output:

In the above program, we are declaring a class with class name as “Educba_Inst” in which it holds fields, constructor and method such as fields are declared as “Inst_place” and “Inst_emp_name” and then we are defining the constructors which are special function in the class for initializing the field variables of the class ad this is declared using “constructor” keyword in typescript ad as it is a function it can hold arguments and can be accessed by passing the values to the given parameters. Then we have defined a display() method for printing the values of the fields declared. Then to create an object of this class, we are using the keyword “new,” which is used for instantiation, and the object name is declared using “var.” Therefore we can see in the above code var obj is the left-hand-side for declaring object. The right-hand side are used for invoking the constructor, which is declared. We have to pass the values as the parameters passed to the constructor when it was defined within the class, so in the above code, the object is created using the class name, and the output of the above program can be seen in the above screenshot.

Conclusion

In this article, we conclude that class in typescript is defined as the object-oriented concept, which is more supported in typescript as it is not supported in JavaScript ES6, and the class is defined as an OOPS concept that is used for creating objects which are instances of classes. In this article, we saw how a simple class is declared using the “class” keyword with a class name which is demonstrated in the example above. Furthermore, in the above article, we also saw how to create objects using the “new” keyword, which is used for the instantiation of objects, and this also is demonstrated in the example above.

Example And Types Of Leveraged Loans With Its Uses

Introduction to Leveraged Loans

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These are simple loans; their distribution and arrangement are the only difference. They are arranged for the companies already having debts and are set by the syndicate banks. These are managed by private equity firms, hedge funds, and other players.

Example of Leveraged Loans Types of Leverage Loans

There are three types :

Underwritten Deals: In this type, the arranger guarantees the entire loan amount by entering into the underwriting deal. The arranger must bear any left-out loan if the investors do not subscribe to the loan amount. He can try to sell the remaining loan in the market later on. Even if the market conditions are down in the future, the arranger is the only one who bears losses by selling the loan even at a discounted rate.

Best- Efforts: Contrary to the above, instead of committing the entire amount of underwriting of the loan, the arranger group commits to underwrite less than the whole amount. Any undersubscribed amount can be adjusted per the market variations, or it can be left as a credit. If, after the changes also, the loan continues to be unsubscribed, the lower amount of the loan has to be accepted by the borrower to close the deal.

Club Deal: This type of deal is usually for private equity players. The private equity players can acquire targets previously held by more prominent strategic players anytime in the past while distributing the exposure risk. These are larger-sized loans than own funding by the lenders and are used for M&A activity.

Leveraged Loans Index Uses of Leveraged Loans

There are many M&A deals where leveraged buyout (LBO) is used. Leveraged loans form an essential and significant portion of LBO. Hence, these are used in many M& A deals.

The Loans are used to better prepare the company’s balance sheet in case of its stock repurchase.

Debts of the companies can be refinanced with the help of these.

The company can use it for its day-to-day operations and acquiring various long-term assets.

Leveraged Loans vs High Yield

Leveraged Loans are secured loans guaranteed by the company’s assets, whereas high-yield bonds are not secured.

As the Leveraged Loans are secured, they prioritize getting paid in case of the company’s insolvency, whereas the High Yield bonds are paid after the Leveraged Loans.

Advantages

The loan amount obtained through these loans can push the company’s capital, and if that amount is used correctly, it can make the company achieve its dream heights.

When the business has objectives of acquisition, management buyout, shares buy-back, or a one-time dividend, leveraged loans suit the best because there are additional costs and risks of bulking up on debt.

The company takes these Loans in addition to other debts, i.e., short-term and long-term debts. It brings the company to a higher than average debt level, and in the long run, it possesses an increased leverage risk.

The interest rates paid in these loans are higher; hence, this type of funding proves costly for the company.

The process of taking, dealing with, and managing leveraged loans is much more complex; thus, the management must invest much time.

Conclusion Recommended Articles

Wildcard Selectors ( And ) In Css For Classes

In CSS, selectors are used to selecting the elements by class name, id, tag, etc. There are also some wildcard selectors available in CSS, which we can use to define the queries to select the HTML elements.

Wildcard selectors allow us to select an HTML element containing the particular substring in the value of the particular attribute, such as class or id. In this tutorial, we will learn to use the *,^, and $ wildcard selectors for classes and id.

Contains (*=) wildcard selector in CSS

The contains (*=) wildcard selector allows developers to find all HTML elements whose attribute value contains the ‘string’ as a substring. For example, using the ‘*’ wildcard selector with the class finds all HTML elements whose class name contains the string.

Syntax

Users can follow the syntax below to use the contains (*) wildcard selector for classes.

[class*="string"] { }

The above syntax selects all HTML elements containing the ‘string’ as a substring in the class name.

Example

In the example below, we have created the four different div elements and added the texts inside that according to its class name. In CSS, we have used the ‘contains’ wildcard selector to select all div elements whose class name contains the ‘test’ as a substring.

In the output, users can observe the colour of the first two div element’s texts is red as it contains the class name with the ‘test’ substring.

[class*=”test”] { color: red; font-size: 2rem; }

Starts with (^=) wildcard selector in CSS

The starts with (^=) wildcard selector allows us to select all HTML elements whose attribute value starts with the particular substring.

Syntax

Users can follow the syntax below to use the starts with wildcard selector for classes.

[class^="string"] { }

The above syntax selects all HTML elements whose class name starts with the ‘string’.

Example

In the example below, we have used the starts with (^=) wildcard CSS selector with the class to select elements based on the class name.

In the output, users can observe that the first and third div element’s text turns blue as it contains the ‘test’ string at the start. The second div element contains the ‘test’ in the class name, but it is at the end of the class name, so it is not selected by the starts with (^=) wildcard selector.

[class^=”test”] { color: blue; font-weight: bold; }

Ends with ($=) wildcard selector in CSS

The ends with ($=) wildcard selector selects all HTML elements if a particular attribute value contains the substring at the end. For example, if the class names of two different elements are ‘onestart’ and ‘lastone’, and the substring is ‘one’, it will select an HTML element with only the ‘lastone’ class name as it contains the one substring at the end.

Syntax

Users can follow the syntax below to use the ends with ($=) wildcard CSS selector for classes.

[class$="string"] { }

The above syntax selects all HTML elements whose class name ends with the ‘string’ substring.

Example

In the example below, 2nd and fourth div elements contain the ‘test’ substring at the end in the class name value. We have used the ends with ($=) wildcard CSS selector to select both div elements and applied border, margin, and padding to them.

[class$=”test”] { border: 2px solid pink; padding: 5px 10px; margin: 5px; }

Example

In the example below, we use id with the ends with CSS selector rather than using the class as an attribute. It demonstrates how to use other attributes with the wildcard CSS selector to select HTML elements.

Here, we select all HTML elements whose id contains the ‘name’ at the end of its value and change font style and colour.

[id$=”name”] { color: lightskyblue; font-style: italic; font-size: 1.5rem; }

Users learned to use the wildcard CSS selectors for classes. Users can use the contains (*=) CSS selector to get elements whose attribute value contains a substring in the middle, starts with (^=) CSS selector to get elements whose attribute value contains a substring in the start, and ends with ($=) for the end.

Also, users learned how to use wildcard CSS selector with other attributes such as an id in the last example.

Correlation In Loadrunner With Web_Reg_Save_Param Example

What is Correlation?

Correlation, as the name suggests, is a mechanism of defining a relationship between two variables or entities. A Dictionary defines it as “statistical relation between two or more variables such that systematic changes in the other accompany systematic changes in the value of one variable”.

In this tutorial, we will learn about

Why do we need Correlation?

Let’s understand co-relation with the following scenario.

Consider you are recording a script using LoadRunner.

Client-Server Communication

During Record,the client sends a request to the server to start a session

A Server receives the request and allocates a new session ID ABC

Client stores the session id ABC in the script.

Client start the session with ID ABC and send a request to a server to allow it to record

The Server recognizes the ID ABC and allows the client to record the script

Now, let’s study the client-server communication during replay

During Replay, a client sends a request to the server to start a session

A Server receives the request and allocates a new session ID XYZ

A Client start the session with previously recorded session ID ABC and send request to server to allow it to record

A Server is unable to identify the ID ABC as it was expecting ID XYZ that it has allocated and session fails.

We need a solution, which to capture parse the dynamic value sent at run-time and return this value back to server. Here is how the client-server communication will look like with this solution

During Replay, a client sends a request to the server to start a session

A Server receives the request, and allocates a new session ID ZZZ

A Client parses this new session id ZZZ from the request.

A Client sends a request to start session with id ZZZ

A Server recognizes the ID ZZZ and allows client to replay the script

This is nothing but correlation.

In case of VUGen, correlation is a binding relationship between a response and any preceding request.

There are various situations when a request is based on a previously received response from the server, such as, a Session ID, server date/time which is fetched from server. These values are different every time you run an application or record a script. Obviously, if the execution of script depends upon a value returned by the server, it means you need to find a mechanism where you can “catch” the server response and attach to those requests which server expects. This is typically called Correlation in LoadRunner.

In simple words, the solution by using Correlation is:

Capture output value from a step

Use above captured value to serve as input to all subsequent steps

Correlation is classified into 2 categories in VUGen/LoadRunner:

Automatic correlation

Manual correlation

Automatic Correlation

LoadRunner provides a mechanism to easily perform correlation in automatic fashion.

VUGen will require you to run a recorded script at least two times so it can internally compare the varying values in the server response.

Automatic correlation can be classified into 3 categories:

Auto-Detect Correlation

Rule-Based Correlation

Correlating All Statements

Rule Name When to Use

Auto-detect Correlation Detect and correlate dynamic data for application servers supported by HP LoadRunner

Rule-Based Used when working with a non-supported application server for which the context is known.

Correlate All Helps correlate all dynamic data in blind fashion.

To configure automatic correlation at the time of recording, perform below configuration in Record Time Setting after a script has been recorded.

Below window will open:

from menu and VUGen will regenerate script (without having to record) with new configurations. VUGen will automatically add a required piece of code to handle correlation. We will look at the sample in more detail in Manual Correlation.

Please note, if you perform correlation manually or use automatic correlation, the piece of code will contain exactly same syntax and function.

Steps to auto-correlate a script:

Record a script

Replay script

Identify the values to be correlated

Verify the script by running again. A successful run means successful correlation.

Tip:

Correlation helps run your script with different values

Correlation also reduces the size of your script

Manual Correlation

Manual correlation is about writing code directly into your script to cater for ever-changing values. We can split it into below steps:

Determine the value to capture

Find the right and left text boundaries of the value to capture (WEB)

Find which occurrence of the text boundaries should be used

Add a web_reg_save_param function to the script, above the piece of code which requests the page with the value to capture

Add a parameter name, left boundary, the right boundary, and occurrence to the function

Parameterize the dynamic value in the script every time it occurs

Verify correct execution

web_reg_save_param (" OracleAppJSESSIONID3", "LB/IC=JSESSIONID=", "RB/IC=;", "Ord=l", "Search=headers", "RelFrameId=l", LAST); web_reg_save_param("Siebel_Analytic_ViewState2", "LB/IC=ViewState" value="", "RB/IC="", "Ord=1", "Search=Body", "RelFrameId=l", LAST);

Manual correlation can be done by VUser Comparison. Steps in VUser Comparison method of Correlation can be split as below:

Identify Dynamic values that need to be correlated

Find Servers response containing the Dynamic value

Capture the Dynamic value in a parameter

Replace every occurrence of the Dynamic value with the parameter

Verify Changes

Understanding Web_reg_save_param function

VUGen provides multiple functions or APIs to correlate candidates, including:

web_reg_save_param

web_reg_save_param_ex

web_reg_save_param_regexp

web_reg_save_param_xpath

Here we go with the function details:

web_reg_save_param(Parameter Name , Left Boundary , Right Boundary )

List of Attributes

Convert: The possible values are:

HTML_TO_URL: convert HTML-encoded data to a URL-encoded data format

HTML_TO_TEXT: convert HTML-encoded data to plain text format; this attribute is optional.

Ignore Redirections: If “Ignore Redirections=Yes” is specified and the server response is redirection information (HTTP status code 300-303, 307), the response is not searched. Instead, after receiving a redirection response, the GET request is sent to the redirected location, and the search is performed on the response from that location.

This attribute is optional. The default is “Ignore Redirections=No”.

LB: The left boundary of the parameter or the dynamic data. If you do not specify an LB value, it uses all of the characters from the beginning of the data as a boundary. Boundary parameters are case-sensitive. To further customize the search text, use one or more text flags. This attribute is required. See the Boundary Arguments section.

NOTFOUND: The handling option when a boundary is not found, and an empty string is generated.

“Not found=error”, the default value, causes an error to be raised when a boundary is not found.

“Not found=warning” (“Not found=empty” in earlier versions), does not issue an error. If the boundary is not found, it sets the parameter count to 0 and continues executing the script. The “warning” option is ideal if you want to see if the string was found, but you do not want the script to fail.

Note: If Continue on Error is enabled for the script, then even when NOTFOUND is set to “error”, the script continues when the boundary is not found, but an error message is written to the extended log file.

This attribute is optional as well.

ORD: Indicates the ordinal position or instance of the match. The default instance is 1. If you specify “All,” it saves the parameter values in an array. This attribute is optional.

Note: The use of Instance instead of ORD is supported for backward compatibility, but deprecated.

RB: The right boundary of the parameter or the dynamic data. If you do not specify an RB value, it uses all of the characters until the end of the data as a boundary. Boundary parameters are case-sensitive. To further customize the search text, use one or more text flags. This attribute is required. See the Boundary Arguments section.

Note: RelFrameID is not supported in GUI level scripts.

SaveLen: The length of a sub-string of the found value, from the specified offset, to save to the parameter. This attribute is optional. The default is -1, indicating to save to the end of the string.

SaveOffset: The offset of a sub-string of the found value, to save to the parameter. The offset value must be non-negative. The default is 0. This attribute is optional.

Search: The scope of the search-where to search for the delimited data. The possible values are Headers (Search only the headers), Body (search only body data, not headers), No resource (search only the HTML body, excluding all headers and resources), or ALL (search body, headers, and resources). The default value is ALL. This attribute is optional but generally preferred.

Advantages And Working Of C++ Endl With Examples

Introduction to C++ endl

Web development, programming languages, Software testing & others

Syntax:

The syntax of C++ endl is as follows:

cout<< statement to be executed <<endl; Working of C++ endl

Whenever the program is writing the output data to the stream, all the data will not be written to the terminal at once. Instead, it will be written to the buffer until enough data is collected in the buffer to output to the terminal.

But if are using flush in our program, the entire output data will be flushed to the terminal directly without storing anything in the buffer.

Whenever there is a need to insert the new line character to display the output in the next line while flushing the stream, we can make use of endl in C++.

Whenever there is a need to insert the new line character to display the output in the next line, we can make use of endl in ‘n’ character but it does not do the job of flushing the stream. So if we want to insert a new line character along with flushing the stream, we make use of endl in C++.

Examples of C++ endl

Following are the examples of c++ endl:

Example #1

C++ program to demonstrate endl in a program to print the given statements in a new line:

Code:

using namespace std; intmain( ) { cout<< "Welcome to "; cout<< "C#"<<endl; cout<< "Learning is fun"<<endl; }

In the above program, the header file iostream is imported to enable us to use cout in the program. Then a namespace called std is defined. Then the main method is called. Then the cout is used to output the statement. Then again cout is used to output the statement along with endl to start the next statement in the new line and flush the output stream.

Example #2

C++ program to demonstrate endl in a program to prompt the user to enter his or her name while using endl to print each statement in the next new line while flushing the output stream:

using namespace std; intmain( ) { string name; cout<< "Please enter your name: " <<endl; cout<< "My name is: "<< name <<endl; }

Output:

In the above program, the header file iostream is imported to enable us to use cout in the program. Then a namespace called std is defined. Then the main method is called. Then a string variable is used to store the name entered by the user. Then cout is used to output the statement to prompt the user to enter his name withendl used in the statement so that the next statement is printed in the next new line. Then in takes, the name of the user entered by the user. Then cout is used to output the statement along with endl to start the next statement in the new line and flush the output stream.

Advantages

But if are using flush in our program, the entire output data will be flushed to the terminal directly without storing anything in the buffer.

By making use of endl, we can insert the new line character to display the output in the next line while flushing the stream.

There is no necessity to explicitly use flush if we are using endl in the program to flush the output stream.

Change Your Mindset And Your Output With These Five Productivity Apps

The digital economy, the gig economy, the anxiety economy – these are all ways we describe the world we live in today. But when it comes down to it, we’re really living in the productivity economy.

The need to be ever more productive is the crux of why the pace of life seems to be continuously accelerating, why we’re implementing automation to manage that acceleration, and why some people are burning out and taking a new minimalist direction, living untethered from the societal norm of “getting things done” faster and more efficiently.

Table of Contents

But you don’t have to “cut the cord” to live a happier life. If you’re feeling overwhelmed with how much you have to (or want to) accomplish in a day, these five productivity apps could be the solution.

Fabulous – Goal Setting and Habit Tracking

Download: iOS, Android

If you’re looking for a productivity app that wants to understand your current state and guide you to an improved state where you’re more productive, Fabulous is a fabulous choice. This app wants to help you shift your mindset by establishing better daily routines that feed into a more productive, healthier, happier lifestyle.

Backed by Research

To start, Fabulous asks you a series of questions during setup to get to know you–i.e., When do you wake up? Do you get enough sleep? Do you exercise?

These aren’t the arbitrary curiosities of an application developer; Fabulous was “created at the Center for Advanced Hindsight at Duke University, a lab dedicated to studying what makes people happier and healthier with behavioral science,” the app’s makers say.

It’s essentially a channel through which years of research and science are now being leveraged to help everyday people improve their lives.

Take a Journey

Based on what you tell Fabulous, it provides you with a personalized plan to get your mind and body on the right path. Once you subscribe (or sign up for a free trial) to access a space called Sphere, the the app sets your first goal for you. You begin what it calls An Unexpected Journey.

You’ll start with something simple, something easy you can accomplish. Fabulous will challenge you to drink water first thing when you wake up for the next three days to get your mind moving towards a new state.

As you complete challenges like this, you’ll unlock new ones. The idea is that you’ll continue to maintain the habits you’ve formed with previous challenges, and over time you’ll change your routine for the better. You can see what’s up ahead on your Journey Roadmap.

But that’s only one journey. There are others, like A Fabulous Night (learn “how to manufacture a great night’s sleep) or The Art of Stoic Living (learn how to use “Stoicism to uncover new opportunities and succeed in high-stress situations”). There are also Sphere Series, which are six-month collections of journeys intended to help you create better routines, increase energy and cut out bad habits.

Make Yourself Fabulous

With Make Me Fabulous, you can access several activities intended to help you improve your health and happiness. Complete a seven-minute workout, take a 20-minute power nap, or for ultimate productivity, try a Deep Work session where you don’t break for minutes or hours.

When you’re more motivated to change and achieve milestones, you’re more productive. That’s the basis of Fabulous. It does the hard work of coming up with new routines and adjustments for you; all you have to do is execute on them.

Download: iOS,Android

Because changing your mindset being critical through meditative practices and was built around the practices of former monk and renowned mindfulness expert Andy Puddicombe.

Basics Course

As a beginner, using the free Basics Course of the app gets you a 10-session trial with two techniques to leverage. This is to get you familiar with the foundational techniques of meditation and mindfulness.

Meditation Library

There are hundreds of sessions built around improving areas of your life, such as focus, physical activity, and sleep. You also get tips and nuggets of wisdom to help you stay on the right path.

Other one-off features like Mindful Moments and SOS sessions area available for moments when you feel the need to practice mindfulness or squash stress at any point throughout the day. You can track all of this progress to see how much you’re improving.

Maintaining mindfulness of what you’re trying to accomplish and doing it with a clear mind to ensure negative or burdensome thoughts don’t get in the way is critical to improving and maintaining

Productive – To-Do Lists and Goal Planning

Download: iOS

It’s great to get your mind in the right place to ensure you can be as productive as possible. But at a certain point, you may want more of a structure to organize and manage what it is you’re trying to be productive with. An app like Productive can help with reminders and statistics that keep you on track to achieving your goals.

Choose or Create Better Habits

Habits are the foundation of Productive, and really the foundation of your productivity as a person. The entire point of this app is to make it easier to set and stick to those habits that help you meet daily goals. Productive offers a range of habits to choose from: Hit the Gym, Tidy the House, Talk to a Stranger–the options are seemingly endless. You can also create custom habits.

When you choose a new habit, you also choose an icon to represent it as well as determine the duration of the activity and when/where it will occur. The habit is then added to your list of things to accomplish and will appear when you’ve set it to, whether that’s daily, weekly, monthly, or once. Upon completion, you simply mark it as done.

Habit Stats

You’ll be able to see your progress or lack thereof with Productive’s Life Log feature. This provides a calendar view indicating on which days you’ve completed all or only some of what you set out to, giving you visibility of when you’re most or least productive. Stats include:

Total perfect days

Your current streak

Your best streak

Total habits done

Average per day

Productive is really a simple app, which is actually very appropriate given the nature of its purpose–to enable higher productivity for users through a minimally distracting architecture and interface.

Google Keep – Notes and Lists

Download: iOS,Android

It wasn’t until recently that people began yearning for new digital ways to manage productivity. But some people still prefer notebooks and planners to stay on track.

If this is you, it may be nice to stick with a simple productivity app like Google Keep. Nothing fancy to see here; Google Keep just gives you a modern way to keep track of thoughts, create lists, and organize everything else in your life.

Capture, Organize Thoughts

Capture thoughts, from typed or speech-to-text notes to doodles to images you take or upload. Organize these under labels to group them how you like and make them easy to find.

Or, find them by type, e.g., see all of your images in one place, regardless of label. Either way, considering this app is from Google, it’s really easy to search on whatever notes, images, doodles, or lists you create.

Lists Galore

If you’re a serious list-maker, Google Keep gives you an easy way to create them with checkboxes you can mark off as you go through. In particular, a perk of the app is it actually helps you fill out your grocery list with suggestions. You can also set reminders for lists as well as notes and images to ensure you take care of what needs to be done at the right time.

If you’d prefer to keep things simple but organized with just a touch of help, Google Keep is perfect. It’s a straightforward yet modern variation of the notebook planner, and it’s more advanced than the native notes app you likely have on your smartphone.

Flora – Focus and Habit Tracking with Gamification

Download: iOS, Android

Many of the situations we find ourselves in require multiple individuals to stay focused for a group to collectively be productive–whether it’s a business meeting, study session, or get-together. It’s often our smartphones that distract us.

Flora is a productivity app that makes it a little easier–and more fun–to ensure these sessions are productive by helping everyone to keep their eyes off their phones.

Plant Trees for Productivity

The concept behind Flora is simple. You set a timer to stay focused on the task or activity at hand without going to your smartphone for a break from the interaction. When you begin the session, a virtual tree will being to grow in Flora. Before beginning, you can invite others to join by sending them a unique code.

As the tree grows, you have the option to take a break or give up. Any break time you use will be subtracted from your final focus duration time, whereas giving up will kill the tree. Flora shares your tree-growing and tree-killing record with your community of peers (you can keep it private if you’re too ashamed) so they can see how truly productive or unproductive you are.

To up the stakes, you can also set a real monetary price you’re willing to pay to plant a real tree whenever you fail a Flora tree-planting session. If you complete a session, you won’t be charged and Flora will reward you with a prize.

Map Planting to Goals

Flora enables you to tag sessions, set time-based goals, and set reminders for when things are coming up. This way, you can see how productive you are under different circumstances based on how well you do with planting trees during these sessions.

If you can’t stay focused on your own, incentivizing your productivity could be a useful step to take. Flora not only makes you pay the price for breaking focus, it also turns those shortcomings into something vitally important to our world: trees.

Get Back on Track

Whether you take on too much work, try to be involved in too many activities, or try to make time for too many people, attempting to accomplish more can easily become a burden and lead to the feeling or outcome of being less productive.

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