Using Power BI for Transformative Insights in the E-commerce Industry.

In today’s fast-changing digital world, e-commerce businesses face many challenges and opportunities. To stay competitive, they must make data-driven decisions. This requires real-time insights into customer behavior, sales trends, inventory, and marketing. Power BI helps e-commerce businesses by turning their data into easy-to-read charts and graphs. This makes it simple to see important information, like which products are selling the best or which marketing efforts are working. With Power BI, business owners can quickly understand their sales trends and customer behaviors, helping them make smarter decisions to grow their business.

Basics of Power BI:

Power BI, a business analytics tool from Microsoft, helps by turning raw data into clear, actionable reports and dashboards. E-commerce companies can track key performance indicators (KPIs) like conversion rates, average order value, and customer acquisition costs in real-time. They can also monitor sales performance across products, categories, and time periods to spot trends and irregularities. Furthermore, Power BI provides customer insights by analyzing demographics, purchasing behavior, and preferences through detailed segmentation.

Let’s Deep Dive into Key Performance Parameters:

This blog explores how Power BI can revolutionize the e-commerce industry by delving into crucial performance parameters such as website performance, financial metrics, marketing effectiveness, customer metrics, sales performance, and operational efficiency.

1. Website Performance:

Website performance is crucial for e-commerce. A slow or unresponsive site can lead to lost clients and sales. Power BI integrates with tools like Google Analytics to provide a comprehensive view of website performance. By visualizing metrics such as page load times, bounce rates, and user engagement, businesses can identify and address bottlenecks. Interactive dashboards allow stakeholders to resolve issues quickly.

2. Financial Metrics:

Financial health is crucial for the long-term success of any e-commerce organization. Power BI allows organizations to track critical financial data like sales, profit margins, and cash flow. Power BI can automate financial data gathering and visualization by linking to financial databases and accounting software. This saves time and guarantees accuracy. Customizable dashboards and reports enable organizations to track their financial performance in real-time, resulting in better decision-making and strategic planning.

3. Marketing Effectiveness:

Understanding the impact of marketing initiatives is critical to optimizing ROI. Power BI can combine data from several marketing channels, including social media, email campaigns, and paid advertising. This allows e-commerce enterprises to measure the success of their marketing campaigns. Metrics such as conversion rates, cost per acquisition, and customer lifetime value can be used to determine the performance of marketing initiatives. Businesses that identify the most effective channels and campaigns may deploy their marketing money more efficiently and get greater results.

4. Customer Metrics:

Customer satisfaction and loyalty are paramount in the e-commerce industry. Power BI can help businesses understand their customers better by analyzing metrics such as customer satisfaction scores, Net Promoter Scores (NPS), and customer feedback. By integrating with customer relationship management (CRM) systems, Power BI provides a comprehensive view of customer behavior and preferences. This insight allows businesses to tailor their offerings and improve customer experiences, leading to increased satisfaction and retention.

5. Sales Performance:

Sales performance is a clear measure of corporate success. Power BI has powerful features for measuring sales KPIs including total sales, average order value, and sales by product category. Power BI delivers real-time sales performance updates by linking to sales databases and e-commerce systems. Businesses use visualizations and trend analysis to uncover top-selling items, seasonal trends, and sales possibilities. This provides more precise forecasting and inventory management, allowing firms to satisfy client demand without overstocking.

6. Operational Efficiency:

Operational efficiency has a substantial influence on profitability. Power BI can assist businesses improve operational workflows by offering insights into KPIs like order processing time, inventory levels, and supply chain performance. Power BI integrates with enterprise resource planning (ERP) systems to provide a unified picture of operations while emphasizing opportunities for improvement. Dashboards may be tailored to measure important operational KPIs, assisting organizations in optimizing their operations, lowering costs, and increasing overall efficiency.

Power BI can greatly improve the e-commerce sector by optimizing average delivery time and return rate. For average delivery time, Power BI offers real-time data visualization and tracking, allowing organizations to discover bottlenecks in their delivery process and simplify processes for faster deliveries. Addressing return percentage, Power BI provides precise information on return patterns, assisting businesses in identifying common issues like as product quality or delivery faults and implementing methods to decrease returns and increase customer happiness.

Conclusion:

In conclusion, Power BI is a crucial tool for the e-commerce industry, providing insights into performance metrics. E-commerce businesses can use Power BI to improve website performance, financial health, marketing, customer satisfaction, sales, and operations. In a data-driven industry, employing expert Power BI consulting services offers the analytics needed to stay competitive and achieve sustainable growth.

From Data to Delivery: Power BI for Logistics

In the fast lane of logistics and transportation, every minute and every detail counts. While speed, precision and efficiency are non-negotiables, staying ahead of the curve requires companies to innovate and develop new ways to automate and streamline their operations.

Since it is a crucial aspect of the supply chain which directly affects the customer, the logistics industry requires significant planning and seamless coordination between teams to deliver value.

Furthermore, with the quick post-pandemic recovery of logistics coupled with the current wave of digitization, the industry must adapt to using Business Intelligence tools in its planning and data analytics capacities.

According to a comprehensive study by Gartner, 79% of the supply chain industry leaders have rated Advanced Business Analytics and digitization tools as crucial for their business success.

Power BI, a Business Intelligence tool by Microsoft, can transform data into meaningful insights and visualize the data in a user-friendly, real-time format. These insights can be shared seamlessly across teams and geographies and are used for informed decision-making.

In this blog, we will delve into how Power BI transforms data analysis to drive operational excellence in the logistics industry.

GOALS OF LOGISTICS OPTIMIZATION

The logistics industry strives to achieve these goals to optimize its operations:

Reduce costs of shipping, storage and transportation
Generate higher revenues through optimized operations
Minimize overstocking and wastage of goods
Improved delivery time and customer satisfaction

POWER BI AND ITS ROLE IN LOGISTICS FUNCTIONS – Power BI for Logistics

Typically, the operations in a logistics company encompass several functions. Each of these functions generates unique data. This data can be valuable if the company uses it to extract insights and make timely and informed decisions to save costs and streamline operations.

Power BI has emerged as a game changer for logistics companies worldwide. If implemented correctly, the logistics industry can experience the myriad benefits of Power BI in all stages of its operations- from order to delivery and customer ratings.

PROCUREMENT:
It includes planning, purchasing and managing supplier performance. Using Power BI, companies can analyze supplier performance, track procurement costs, and identify opportunities for cost-saving and efficiency improvements in the procurement process.

INVENTORY MANAGEMENT:
This includes ensuring optimal stock levels to meet demand. Power BI can provide real-time visibility into inventory levels, track inventory turnover rates, and identify slow-moving or overstocked items, thus helping to optimize inventory management and reduce carrying costs.

WAREHOUSING:
Efficiently managing the storage of goods is essential for the supply chain. The storage conditions should be optimal for goods – considering their nature, size or weight, and shelf-life. The warehouse team can leverage Power BI’s analytical capability to optimize warehouse layout and storage capacities, track warehouse utilization, and identify opportunities to improve efficiency in warehousing operations.

DISTRIBUTION:
Distribution begins at the supply chain immediately after the stock is produced. The goods are shipped to the retailers and distribution hubs before reaching the customer. Interactive dashboards from Power BI can help the distribution and delivery team analyze delivery routes, track delivery times, and optimize distribution networks to minimize transportation costs and improve delivery performance.

ORDER FULFILMENT:
It includes picking and packing the goods ordered by the customer, shipping and tracking the status of orders. Power BI can provide insights into order processing times, order accuracy, and fulfilment rates, helping to identify bottlenecks in the order fulfilment process and improve overall efficiency.

TRANSPORTATION:
With data analysis from Power BI, users can track transportation costs, analyze carrier performance, and optimize transportation routes to reduce shipping times and costs.

RISK MANAGEMENT (INCLUDES REVERSE LOGISTICS -RETURN OF GOODS):
Power BI can help to assess and mitigate logistics risks – including tracking and analyzing return rates, identifying the reasons for returns, and implementing strategies to reduce return rates and improve customer satisfaction.

HOW POWER BI HELPS LOGISTICS COMPANIES ACHIEVE OPERATIONAL GOALS

Here is how Power BI for logistics companies can transform data analysis and visualization and maximize operational efficiency in logistics:

COLLECTING AND PROCESSING DATA
The Power BI Desktop feature can be connected to the data source, whether Excel, SQl, or a cloud database like Azure. It then imports the data and loads it.

ASSESSING DATA IN REAL-TIME
With the connectivity of Power BI with databases like Microsoft SharePoint, SAP, Oracle, or any other database, Power BI can consolidate data from various sources and visualize it into an all-accessible dashboard. All the teams can effortlessly access the data and view updates as and when they occur, as the data keeps getting refreshed.

CUSTOMIZED DASHBOARDS AND REPORTS
As a matter of fact, different teams can have requirements for varied categories of data in a logistics company. For example, the strategic team may benefit from a different set of data metrics than the data required for an operational team. With Power BIs drag and drop filters, users can filter data fitting their requirements from the same report instead of generating a separate report each time.

EXTRACTING ACTIONABLE INSIGHTS WITH POWER BI ANALYTICS
Power BI can help its users gain insights from data for prompt and improved decision-making. For example, what are the benchmarks of a retail store or a warehouse performance? What is the estimated lead time of deliveries? What type of stock is moving fast in the delivery chain? Analytical dashboards from Power BI can help users answer all these questions. These answers help the team make more informed decisions.

TRACKING KPIS
The dashboards from Power BI can accurately track the KPIs (Key Performance Indicators) across different business verticals, delivery units or suppliers. For example, the KPIs could be – expected and actual delivery times, inventory levels and location or storage optimization.

CONSOLIDATING DATA FROM MULTIPLE SOURCES AND VISUALIZING IT
Whether the data source is an Excel, SQL, or CSV file, Power BI centralizes data from all these sources into reports and visualizes them as dashboards with interactive graphs and charts.

CONCLUSION

Many logistics companies are now harnessing the power of data to achieve operational goals of lower costs and higher revenues, with increased customer satisfaction.

Essentially, Power BI has proved to be a valuable tool for the logistics industry to utilize data for analysis and visualization in optimizing their various functions. Its capabilities in collecting and processing real-time data from diverse sources and creating customized reports can help optimize logistics through data-driven decision-making and enhanced performance.

If you are a logistics company looking to explore the benefits of Power BI consulting services for your organization or someone who would like to know more, get in touch with us – we’d be happy to hear from you.

Ready to explore Power BI data analytics solutions but haven’t decided yet to go for the full implementation right away? We understand your concerns. Schedule a call with us and let us help you decide with a free consultation.

Driving Efficiency, Going Green – Power BI for Manufacturing

POWER BI

Driving efficiency, going green - Power BI for Manufacturing

Driving Efficiency, Going Green – Power BI for Manufacturing

“The future belongs to those who prepare for it today” – Malcolm X.

As the manufacturing industry grapples with significant and rapid technological advancements, they face increased pressure to improve performance and stay relevant in the market.

The era of using cumbersome manual processes and prolonged data processing is quickly fading.

The industry dynamics are shifting, and manufacturing companies must evolve to stay afloat in the digital era.

What does digitizing operations mean for manufacturing?

Though operational excellence is a widely used term, its implications are significant for manufacturing companies.

At a broad level, optimizing the operations starts with a shift in the mindset and then comes down to implementing the practices or initiatives to ensure that every employee can see or fix the inconsistencies in the process.

Digitizing the operations and automating repetitive tasks through Power BI for manufacturing, can empower manufacturing employees to work seamlessly and collaborate to produce results more aligned with the business’s strategic goals.

According to a survey from PwC India, manufacturing companies are increasingly adopting digital tools for their operations, and 54 per cent of the companies have already implemented AI (Artificial Intelligence) and Advanced Analytical tools for their business.

When the context is data, how companies implement digitization can range – from going paperless in the production process to extracting value from that data for making informed decisions.

Efficient use of data is one of the key tactics that manufacturing companies can employ to improve their operations and achieve better output and profits.

Why manufacturing companies need to go paperless/Drawbacks of paper-based data collection

Manufacturing companies typically produce more data than is used for decision-making, owing to the complexities of their operations.

However, with the traditional paper-based methods of data reporting and analyzing, there is a risk of falling behind.

1. Relying on manual data entry and processing is time-consuming and risks delays.

2. There is an increased chance of human errors with paper-based reporting, thereby hampering productivity and scalability.

3. Going through piles of data to pinpoint the exact cause of a production issue or a lag can be like finding a needle in a haystack.

4. Besides, in a manufacturing team with various capacities, data is collected from different sources and is prone to inconsistencies, which renders it useless for making crucial business decisions.

Choosing suitable tools for data analysis and reporting and going paperless can be a fruitful investment to achieve growth in the long term.

One such robust Business Intelligence (BI) and analytical tool that enables operational excellence in manufacturing companies is Power BI by Microsoft.

Enter Power BI

Power BI is a data analytical and visualization tool from Microsoft. It analyzes data to provide meaningful insights and presents data in an organized, visually appealing way through graphs, pie-and-bar charts, and images. The data processed and presented using Power BI is accurate, easy to comprehend and can be connected to a wide range of data sources, from spreadsheets to cloud services.

Ways in which Power BI helps manufacturing companies

Streamlining Operations

Operational efficiency is one of the strong pillars of success in manufacturing. With real-time insights from Power BI dashboards, demand forecasting can be accurate, resulting in improved supply chain, production targets and inventory management.

For example, a Power BI dashboard for the supply chain can visualize delivery schedules, equipment downtimes, and product lifecycle from factory to consumer.

React Multiple Select - Metronic Theme and React Hooks

Improved decision-making

With real-time access to data across all departments and geographies through Power BI dashboards, everyone in the organization, from shopfloor executives to leaders, can communicate more effectively. Also, consistency in reporting data from various sources can result in better and faster decision-making.

For example, a Power BI dashboard for management reporting can visualize and represent graphs for overall production, safety parameters, KPIs (Key Performance Indicators), and business unit performance.

React Multiple Select - Metronic Theme and React Hooks

Increased productivity & cost-savings

With accurate data visualized in an easy-to-understand format using Power BI, employees can save time exhausted on manual tracking and data entry and focus on more productive tasks. Further, operating in real-time with accurate data means reduced operational costs.

Improved communication & collaboration

When all departments and geographies receive consistent and updated information, it enables them to share and access reports across all teams and operate with a higher level of transparency.

Cutting-down carbon footprint

By reducing paper-based processes and providing digital insights from data, Power BI helps manufacturing organizations balance output and margins with reduced carbon emissions and achieve sustainable growth.

Conclusion

We can see how, in times defined by technological disruptions and environmental consciousness, manufacturing companies must adapt to digitizing their operations to thrive in the long term. One of the efficient ways to do that is Power BI.

Harnessing the benefits of Power BI using expert consulting services can help achieve operational excellence using the power of data for manufacturing companies. The interactive, easy-to-understand and analyze reports generated by Power BI dashboards can not only streamline operations and increase productivity – all while enhancing communication and facilitating faster decision-making with a reduced carbon footprint.

Achieving operational excellence in today’s era marked by digitalization and sustainability isn’t just a strategic milestone; it’s a commitment towards continuous improvements and efficiency. By going paperless and adopting Business Intelligence, manufacturing companies can achieve this goal while ensuring greener growth.

If you’re a manufacturer looking to use your data to achieve your operational and strategic goals, schedule a call with us to explore using our Power BI consulting services for your organization.

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CodePlateau Technology Solutions

Mobile App Development Company in Pune

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React Multiple Select – Metronic Theme and React Hooks

This article introduces the React Multiple Select using React Hooks.

I have vendors in various cities who are providing service to their customers. The situation is I need to assign societies to vendors as per their preference. A vendor may provide service to multiple societies in an area.

For this, I used Metronic theme and React hooks – useEffect.

There is a list of vendors and now I want to assign societies to a particular vendor.

To do so I redirected to details of the vendor.

First, select a city, then an area and then I want a filtered list of societies from that area of the city.

 

React Multiple Select - Metronic Theme and React Hooks

Step 1 :
Fetched a list of cities using async-await with useEffect hook.

/* Get list of all Cities */

const apiUrl = API_ENDPOINT + “city_list/”;

useEffect(() => {

const fetchData = async () => {

const result = await axios(apiUrl).then(response => response.data)

.then((data) => {

setData(data.data);

let count = Object.keys(data.data).length;

setcount(count);

})

};

fetchData();

}, []);

/* End Get list of all Cities */

 

Step 2 :

Fetched a list of areas from the selected city using async-await with useEffect as —>

/* Get area list by City */

const apiUrlArea = API_ENDPOINT + “area_list/”;

useEffect(() => {

let postAreaData=”;

if(formdata.city_id && formdata.city_id !==”){

postAreaData = {city_id:formdata.city_id}

const fetchData = async () => {

const result = await axios.post(apiUrlArea,postAreaData).then(response => response.data)

.then((data) => {

setareadata(data.data);

})

};

fetchData();

}

},[formdata.city_id]);

/* End Get area list by City */

 

Here formdata contains details of the vendor to edit.

 

This code will get executed as we change City and we are able to get a list of all areas from the selected city.

 

Step 3 :

Now I have a city and area , I can get a list of all societies in that area.

/* Get Societies by City & Area */

const apiUrlGetSociety = API_ENDPOINT + “society_list”;

useEffect(() => {

let postCityAreaData = {

area_id:formdata.area_id,

city_id:formdata.city_id,

}

const temp_slist = [];

if(formdata.area_id && formdata.area_id!== ” && formdata.city_id && formdata.city_id!== ” ){

const fetchData = async () => {

const result = await axios.post(apiUrlGetSociety,postCityAreaData).then(response => response.data)

.then((data) => {

data.data.forEach(element => {

const obj_temp = {‘id’:element.id, ‘name’:element.name};

temp_slist.push(obj_temp);

});

 

setAllSocieties(temp_slist);

setShowLoading(false);

console.log(“allSocieties”);

console.log(temp_slist);

 

})

};

fetchData();

 

}

},[formdata.area_id,formdata.city_id]);

/* End Get Societies of Area */

 

Here I get a list of societies as an array of object – {id,name}

 

let  allSocieties = [ {“id”: 6,”name”: “Abhiruchi”}, {“id”: 2,”name”: “Sahara Society”}, {“id”: 3,”name”: “Satyam Society”},]

Now we have a filtered list of societies with respect to the area from the city.

Step 4 :

To show listing on form I used form-components from Metronics.

( https://keenthemes.com/metronic/preview/react/demo2/google-material/inputs/selects )

 

The Select component can handle multiple selections. It’s enabled with multiple property.

<FormControl className='form-control'>

<Select

multiple

name = “societies”

id = “societies”

value = { selectedSocieties }

onChange = { handleChange_multiple }

input = { <Input id=”select-multiple-chip” /> }

renderValue = { selected => (

<div className = {classes.chips}>

{ selected.map( s => {

const chipname = allSocieties.find(soc => soc.id === s);

return (chipname

?   <Chip

key={s}

label={chipname.name}

className={classes.chip}

data-aaa={JSON.stringify(allSocieties)}

/>

: ”)

})}

</div>

)}

MenuProps={MenuProps}

>

{ allSocieties.map((itemsociety) => (

<MenuItem

key={itemsociety.id}

value={itemsociety}

>

<Checkbox checked={selectedSocieties.includes(itemsociety.id) } />

<ListItemText primary={itemsociety.name} />

</MenuItem>

))}

</Select>

</FormControl>

 

In the above select component, we have passed selectedSocieties to value attribute.
selectedSocieties is an array of ids of societies which are already assigned to vendor.
I can get list of assigned societies to vendor as –>

 

useEffect(() => {

setShowLoading(true)

setformdata(props.data)

if(props.data.vendorSociety && props.data.vendorSociety !== ” && props.data.vendorSociety !== ‘undefined’ ){

props.data.vendorSociety.forEach(el => {

const obj = {‘id’:el.id, ‘name’:el.name};

temp_selected_slist.push(el.id);

})

setSelectedSocieties(temp_selected_slist);

 

}

}, [props.data]);

react multiple selection

After selecting one/more societies, handleChange_multiple event bind selected societies data to selectedSocieties . See the following code:

 

const handleChange_multiple = event =>{

 

let newitems = event.target.value.filter(t => typeof t !== ‘number’);

let changed = newitems[0].id;

let cleanthis = event.target.value.filter(t => typeof t === ‘number’);

newitems.forEach(i => cleanthis.push(i.id));

const newSelectedItems = selectedSocieties.includes(changed)

? selectedSocieties.filter(v => v !== changed)

: […selectedSocieties, changed];

setSelectedSocieties(newSelectedItems);

 

}

 

In the example given in Metronic , handleChange event deals with an array of the name only. In above we are dealing with an array of objects.
In the above code, in handleChange_multiple event, we get newly selected items as an object – newitems {id,name}. Then extract id from it and saved to changed. 

Now I can check with changed whether it exist in  selectedSocieties.

 

const newSelectedItems = selectedSocieties.includes(changed)

? selectedSocieties.filter(v => v !== changed)

: […selectedSocieties, changed];

setSelectedSocieties(newSelectedItems);

 

In above article , we learned how to use multiple select in combination with array of objects and obtain required results.

 

 

React JS Environment Setup and Component Creation

This article introduces the environment setup and how to create React component.

Overview of React JS

React is a JavaScript library for building interactive User Interfaces (UI’s) & it’s developed by Facebook in 2011. It follows the component-based approach which helps in building complex and reusable UI components.

Environment Setup
Tools required for ReactJS environment
1. Node.js
2. Visual Studio Code(Editor) / you can use any editor

Steps to Setup ReactJS Environment

To run the React application, NodeJS should be installed on our PC.
Then follow the below steps:

Step 1: Install NodeJS. You need to visit the official download link of NodeJS to download and install the latest version. Once we have set up NodeJS on our PC, the next thing we need to do is to set up React Boilerplate.

Step 2: Create a directory for React.js App:
using command –
mkdir ReactWorkspace

picture1

Step 3: Go to newly created ReactWorkspace directory location using command – see screenshot:

cd ReactWorkspace

Step 4: Setting up React Boilerplate.

We will install the boilerplate globally.

npm install –g create-react-app

Create a React Boilerplate using the above command – see screenshot.

-g represents the global installation type.

Step 5: After successfully installing a global react environment. Create react demo app using the following command:

create-react-app demoapp

The above statement will create a new directory named demoapp inside your current directory with a bunch of files needed to successfully run a React app.

Let’s have the look at the directory created by the above command:

In the following directory, you will see a number of files. The main files we will be working on within the basic course are index.html and index.js. The index.html file will have a div element with id = “root”, inside which everything will be rendered and all of our React code will be inside the index.js file.

Now, that we have successfully set up the development environment for React Js.

The last thing is to start the development server.

 

Step 6: To start the development server, go inside your current directory “demoapp” and execute the below command:

npm start

After successfully running the above command your compiler will show the below message on your screen:

And after starting our first React application, we will see the default screen on the browser.

Component creation in React Js:


            Components are the reusable peace of code for building blocks of any React application. It’s like JavaScript functions. They accept arbitrary inputs (called “props”) and return React elements describing what should display on the screen.

We have seen the default structure of the ReactJS application in step 5 second screenshot.

Create a new component file in /src folder-
I have created Welcome.js and add component code in that file-


import React from 'react';
class Welcome extends React.Component {
render() {
return (

Welcome to React Js

)
}
}
export default Welcome;

see the following screenshot:

And we need to add our newly created Welcome.js file into index.js to see it on the browser screen:

Now we can see the output on browser screen:

In the above article, we learned how to setup React JS Environment and create simple components.

Process of Understanding and Adapting to React Js

When I got to know that our company will be focusing on new technologies, I was excited and nervous at the same time. JavaScript is the language that is currently trending, so it was an obvious preference. We were using JavaScript but only in limited projects that are making the pages dynamic. There are many frameworks built-in JavaScript for both frontend and backend. Initially, it was finalized API will be built in Nodejs as it is widely used and very easy to understand and as it is widely used it is easy to develop and debug code. I found some useful tutorials for Express Js (Node Js framework) and it felt very easy to understand as we had experience in Laravel Framework (PHP framework). API for me was a straightforward task but the real fun began when we started with the frontend part. Initially, it was finalized to go with AngularJs (framework) as it is a widely used JavaScript framework but it was not straightforward to understand and many people had issues adapting the angular Js. And then we were introduced to React Js (we got tutorials from an expert as well).

So, after working on React Js for the last 4 months, I will put forward the blockers we had and also the interesting bits of React Js. many people confuse it as an Alternative framework to AngularJs but it is not. It is an open-source Library created and managed by Facebook. React Js can be integrated with any framework as it is the V of MVC that is, it just renders the code in the browser with the help of JSX. So, let’s start with the Advantage we felt of the React Js.

1) Easy to Use

Documentation is the key to any framework/library and the documentation for reacting is maintained very well and it’s easy to understand and move forward with. There are also many courses and tutorials available online which helps further.

2) Reusable Components

Components are used for managing the Html code which will be further rendered in the browser. A component has its own set of control and logic. Components can be nested with each other that further helps for reusability.

3) Virtual Dom

React Js uses a virtual DOM-based mechanism to fill data in HTML DOM. The virtual DOM works fast as it only changes individual DOM elements instead of reloading complete DOM every time

4) Benefit of JavaScript Library

React Js is used by most of the Developers thanks to its flexible nature, there are no specific parameters. Developers get a free license to manage the code as per their feasibility

Now every coin has two sides and React Js is no different. Adapting to React Js was not a tricky task but there were some blockers that we can consider as a disadvantage. The following are the Disadvantages listed below.

1) JSX is a barrier

React Js uses JSX which has a syntax similar to Html, but therein lies the problem. Any developer who has used Html finds it hard to adapt to the JSX due to its complexity.

2) V of MVC

React Js cannot be used as a stand-alone platform as it is wholly dependent on the other technology to manage the data. They are only the UI layers of the app and nothing else.

3) Hard to Adapt the Pace of its Development

React Js introduced hooks which help in reducing code Complexity and Reusability but for a newbie, it becomes hard to debug the code as all the previous code is not built around hooks. So in general developers have to always adapt to the changes being done in the library.

4) Documentation can be Maintained Better

As I mentioned above React Js is a very rapidly growing library but if we look at the documentation it does not provide adequate information on the new things introduced and the developers are left with trial and error for adapting to new things.

5) Not SEO Friendly

There are tools available to Render our Meta tags on the page but unfortunately, Facebook does not crawl through them and we are left with managing the Tags with some other Platform for the Particular Page.

Overall if we consider, React Js is the Present and the Future of JavaScript web development. It has its sets of Pros and Cons but to be honest it makes the process of Dynamic web development fun and easy thanks to its flexibility.

What are React Hooks?

React Hooks were introduced at React Conf October 2018, where two major functional
components were highlighted – useState and useEffect. Function compontents were initially known as functional stateless components (FSC), where they are finally able to
useState with React Hooks. Therefore, many people refer them as function
components.

Hooks let you “hook into” the underlying lifecycle and state changes of a component
within a functional component. More than that, they often also improve readability and
organization of your components. We can check 2 hooks that are used regularly while
using React Js.

1) useState:
import React from 'react';
function App() {
return (
<div>
<h1>0</h1>
<button>Change!</button>
</div>
);
}

In this above example, this is a simple functional component in which we can import our
first hooks useState for Handel state data.

import React, { useState } from 'react';
function App() {
const value = useState();
console.log(value);
return (
<div>
<h1>0</h1>
<button>Change!</button>
</div>
);}

If we run this code and console the data then we can get a response as below
> [null, ƒ()]
And if we add an argument into use state
const value = useState(true);
we can get a response as below
> [true, ƒ()]
Now we can access state value and render it in <h1> in our component such as


import React, { useState } from 'react';
function App() {
const value = useState(0);
console.log(value); // [0, ƒ()]
return (
<div>
<h1>{value[0]}</h1>
<button>Change!</button>
</div>
);
}

There are 2 types of functionality that store data into use state

1) Object destructuring
2) Array destructuring

Array destructing is almost the same, but uses square brackets [ ] instead of curly
braces { }.
Using array destructuring, we can get the initial value of state from the useState() hook.

import React, { useState } from 'react';
function App() {
// remember, there's a second item from the array that's missing here, but we'll come
right back to use it soon
const [count] = useState(0);
return (
<div>
<h1>{count}</h1>
<button>Change!</button>
</div>
);
}

Right now we can get initial state value but how we can change the value in hooks that
are described in the below example


function App() {
const [count, setCount] = useState(0);
function change() {
setCount(prevCount => prevCount + 1);
}
return (
<div>
<h1>{count}</h1>
<button onClick={change}>Change!</button>
</div>
);
}

Here we first set initial count to use state is 0 then for an update that
counts we can use onclick event listener on button click.
Remember that useState() hook returns an array with 2 members. The second
member is a function that updates the state!

2)useEffect

In class-based components, we needed to know the basics of lifecycle methods and which
method is perfect for different situations. useEffect hook simplified this situation. If you wish to
perform side effects, network request, manual DOM manipulation, event listeners or timeouts
and intervals.
useEffect hook can be imported just like useState.

import React, { useState, useEffect } from 'react';

To make useEffect work, we pass it an anonymous function as an argument. Whenever React
re-renders this component, it will run the function we pass to useEffect

useEffect will run every time the component re-renders, and the component will re-render every
time the state is changed.
So if we write the following code, it will get us stuck in an infinite loop! This is a very common
gotcha with useEffect

If you want to call useEffect on some call function that also possible in react hooks.

Top Benefits Of Cross-Platform Mobile App Development

Frameworks like React have made it easier for top mobile app development companies in Pune, like CodePlateau, to develop cross-platform mobile applications that work on iOS, Android, and as a website. While there are, as you can imagine, innumerable benefits of cross-platform mobile app development for app development companies in India, as a client there are plenty of advantages for you as well. In this blog, we’ll take a look at why most cross-platform mobile app development companies are succeeding.

Advantages Of Cross-Platform Mobile App Development

1. Lower Costs: Before the advent of development frameworks like React, mobile app development companies needed to hire specialists in Android and iOS platforms who would then code for their respective platforms. These costs would pass on to the client who would have to pay more for similar work. Cross-platform mobile app development companies hire a coding specialist familiar with both iOS and Android and frameworks like React make it possible to use the same code with a few modifications on both platforms.

2. Codes Can Be Reused: Another excellent benefit for cross-platform mobile app development is that code from one platform can be reused for the next. Instead of having to write code from scratch for every platform, cross-platform mobile app development companies share code across platforms reducing redundancies and a lot of unnecessary manual coding.

3. Easier Prototype Builds: Before building a full-fledged app if a company would like to test out their product and the reaction to their idea in the market the most convenient solution is to build a prototype of the application. Cross-platform app development companies can use the tricks up their sleeve to build the prototype from zero to complete in just a matter of weeks thanks to the use of multiple feature libraries that are easily accessible for cross-platform mobile application development especially with react. The same code used on the prototype can be modified, if needed, to use on the main application when it comes time to go to the market.

4. Quicker Time To Market: Thanks to being able to reuse code, and using a single script across the platforms, cross-platform app development companies are able to deliver projects to their clients in half the time it would take otherwise. You can get from the idea stage of the app to the market in the shortest possible span of time. New features if the thought of by the product or marketing team based on the reaction to the application can be easily implemented into the app with minimal set-backs.

5. Consistency Across Platforms: Another significant advantage that cross-platform mobile applications have over their counterparts is the consistency achieved across platforms. When developing solely from Android and iOS special care needs to be taken to ensure the similarity of the look and feel of the application across the platforms but since cross-platform app development companies use frameworks like React the look and feel, and the experience users can have across the platforms are largely similar.

6. Easy Plug-In Access: There are plenty of extra features available for cross-platform app development companies that make building a fast, cost-effective, and fully functional application a piece of cake. The most common use is the use of plug-ins. Phone-Gap and Appcelerator are two such tools which can be used to implement plug-ins during cross-platform app development which helps in utilizing APIs across platform very efficiently. For instance, writing code in HTML5 and then re-coding them for different platforms can be a breeze when you’re using Appcelerator.

7. Helps Faster Marketing: Mobile Applications are a great way to reach your audience. The ability to build more applications that are useful to your customer can be a great source of marketing for your company and help with brand awareness much quicker than traditional marketing methods.

Conclusion

What cross-platform mobile app development companies are looking for are a lot of clients and the ability to do exciting work in their sphere and companies are looking for a mobile app development company that is able to do all the required work at the least cost and in the least amount of time. This is extremely convenient for cross-platform mobile app development companies but a lot of customers are not yet aware of this fact. If you’re looking for an affordable, cost-effective, functional app for both the android and iOS platforms, please get in touch with an expert at CodePlateau today.

Top 5 React Component Libraries for 2020

In our last blog we covered why, as one of the Top Mobile App Development Companies in India, we love using the React JS Framework to build mobile applications. One of the points we had mentioned was that there are a lot of React Component Libraries available that help builds better functioning applications. Today we’re going to looking at what the Top 5 React Component Libraries are for 2020.

Best React Component Library For 2020

  1. Rebass:

    One of the most important components of a mobile application is its user interface. Rebass is a UNI components library that is based on the Styled Systems Library and provides an excellent base to build powerful customizable UI components. What we love about Rebass is that you don’t have to start from scratch. There is plenty of code already written which you can adapt to your requirements. Another delightful addition about Rebass that the entire React JS Component library fits in 4KB. It’s been designed keeping mobile users in mind and has the design philosophy built into it.

 

  1. React Bootstrap :

    The original Bootstrap component library was a very powerful tool with a heady mix of CSS and JS files which made it easier to build UI components. The React Bootstrap Component Library does a good job of bridging the gap between the old and the new by enabling the power of React to the Bootstrap Library. You can do everything you could with the original Bootstrap, however, you will need to follow the React pattern.

 

  1. Ant-Design Component Library For React:

    While Rebass and React Bootstrap can be considered minimalistic libraries, Ant-Design takes the alternative route. It has over 50 customizable components that can be used to build stunning mobile apps. The tiny limitation you have to work with is that the design language has been set and you have to work within its framework. The design language created by the developers of the components library is just one of the many design philosophies that are available online so if you are okay with working within those limits then Ant-Design Styling React Components Library is everything you could ask for.

 

  1. Material UI:

    Material UI React Component Library is based on Google Material Design philosophy. All the latest Android Applications tend to follow the clean simple lines of the Material Theme which focuses on grids, cards, simple layouts, and responsive animations. You can always customize the design language to make it more to your liking and the documentation that is provided helps you do just that. To make sure you don’t have any problems using any of the multiple features packed in this component library the documentation is detailed and thorough. If you’re having trouble designing you can also pick from some really great free themes and work based on those projects.

 

  1. Grommet:

    If you’re a fan of mixing and matching styles to create the perfect hybrid of what you want then you’ll simply love the styling react components provided by Grommet. Grommet focuses on making design simple and providing a lot of accessibility features such as keyboard navigation and screen reader tags among others. If you’re not a design fiend that’s okay too. You don’t need to be an expert in design because Grommet provides you with a design kit and a complete icon set. It’s easy to install and run even for beginners who have just got into coding.

 

Conclusion

While the React Native Component Library is already pretty massive there are plenty to choose from you can also make use to tonnes of other libraries that can help you build the perfect frontend using the React Frontend Framework. If you’re looking to build an application that has the features you need and at a budget you can afford, please do get in touch with one of the best mobile app development companies in Pune, CodePlateau Technology services. We’ve worked with some of the best companies in the world across industries to help build an app that can help better support their customer-centric company vision. If this sounds like you then do get in touch today!