Category: Case Study

Running an online store involves juggling multiple tasks, from managing orders and inventory to handling accounting and financial records. One way to streamline these tasks is by automating the process of adding WooCommerce orders to your FreshBooks accounting software. With the help of Zapier and the WooCommerce Zapier plugin, you can set up a workflow that automatically creates and marks invoices as paid in FreshBooks whenever a WooCommerce order is marked as complete. Here’s how you can do it.

Why Automate WooCommerce Orders to FreshBooks?

Automating the transfer of WooCommerce orders to FreshBooks offers several benefits:

• Time-Saving: Reduce the manual effort required to create invoices and update payment statuses.
• Accuracy: Minimize errors by automating data entry.
• Efficiency: Streamline your accounting process, allowing you to focus on other aspects of your business.

Getting Started

To begin, you’ll need to have the following:

1. A WooCommerce store with the WooCommerce Zapier plugin installed and activated.
2. A FreshBooks account.
3. A Zapier account.

Step-by-Step Guide

Step 1: Install and Configure the WooCommerce Zapier Plugin

1. Purchase and Download: Get the WooCommerce Zapier plugin from the WooCommerce Marketplace.
2. Install and Activate: Follow the instructions to install and activate the plugin on your WooCommerce site.
3. Generate API Keys: Navigate to WooCommerce > Settings > Zapier and generate a new API key. Copy the Consumer Key and Consumer Secret.

Step 2: Create a Zap in Zapier

1. Log In to Zapier: Log in to your Zapier account or sign up for a new account.
2. Make a Zap: Click on the “Make a Zap” button to start creating a new Zap.
3. Set Up the Trigger:
   • App: Choose WooCommerce.
   • Trigger Event: Select “Order Status Updated”.
   • Connect Account: Enter the Consumer Key and Consumer Secret to connect your WooCommerce account.
   • Set Trigger Conditions: Configure the trigger to fire when an order status is updated to “Completed”.

Step 3: Set Up the Action

1. Choose Action App: Select FreshBooks as the action app.
2. Action Event: Choose “Create Invoice”.
3. Connect Account: Link your FreshBooks account to Zapier.
4. Map Fields: Map the necessary WooCommerce order fields to the FreshBooks invoice fields. Ensure to include details such as customer information, order items, and total amount.
5. Additional Action:
   • Add another action to update the invoice status to “Paid” in FreshBooks once it’s created.

Step 4: Test and Activate Your Zap

1. Test the Zap: Run a test to ensure the workflow works correctly. Zapier will use sample data to create an invoice in FreshBooks.
2. Activate the Zap: Once the test is successful, name your Zap and turn it on.

Example Workflow

Here’s a practical example of how the Zap works:

1. A customer places an order on your WooCommerce store.
2. You mark the order as “Completed” in WooCommerce.
3. The Zap triggers, and the order details are sent to FreshBooks.
4. An invoice is created in FreshBooks with all the relevant information.
5. The invoice is automatically marked as “Paid” in FreshBooks.

Conclusion

Integrating WooCommerce with FreshBooks via Zapier simplifies your accounting process, ensuring that your financial records are always up-to-date without manual intervention. By following the steps outlined in this post, you can set up an efficient workflow that saves you time and reduces errors.

For more information on the WooCommerce Zapier plugin, visit the WooCommerce Marketplace. To learn more about Zapier and its capabilities, check out the Zapier Help Center.

Automate your WooCommerce to FreshBooks workflow today and experience a seamless accounting process!

In modern web development, the seamless integration of client-side JavaScript with server-side PHP opens up a plethora of possibilities for creating dynamic and interactive web applications. One common scenario involves capturing geolocation data using JavaScript and passing it to PHP for further processing or storage. In this blog post, we’ll explore various methods and techniques for achieving this integration, allowing developers to harness the power of both languages to enhance their web applications.

Understanding the Workflow

Before diving into the implementation details, let’s outline the general workflow of passing JavaScript geolocation data into a PHP variable:

1. Capture Geolocation: Use JavaScript to obtain the user’s geolocation data, such as latitude and longitude coordinates.
2. Send Data to Server: Transfer the geolocation data from JavaScript to PHP, typically via an HTTP request.
3. Process Data in PHP: Receive the geolocation data on the server-side using PHP and perform any necessary operations, such as storing it in a database or utilizing it in server-side logic.

Now, let’s explore each step in more detail.

Step 1: Capture Geolocation with JavaScript

JavaScript provides the Geolocation API, which allows web applications to access the user’s geographical location. Here’s a basic example demonstrating how to retrieve the user’s coordinates using JavaScript:

if (navigator.geolocation) {
    navigator.geolocation.getCurrentPosition(function(position) {
        const latitude = position.coords.latitude;
        const longitude = position.coords.longitude;

        // Call function to send data to server
        sendDataToServer(latitude, longitude);
    });
} else {
    console.error("Geolocation is not supported by this browser.");
}

In this code snippet, we use getCurrentPosition() to obtain the user’s current position. Once we have the latitude and longitude coordinates, we call a function (sendDataToServer()) to send this data to the server.

Step 2: Send Data to Server

To send the geolocation data from JavaScript to PHP, we typically use an asynchronous HTTP request, such as AJAX. Here’s how you can send the data using jQuery’s AJAX method:

function sendDataToServer(latitude, longitude) {
    $.ajax({
        type: "POST",
        url: "process.php",
        data: { latitude: latitude, longitude: longitude },
        success: function(response) {
            console.log("Data sent successfully: " + response);
        },
        error: function(xhr, status, error) {
            console.error("Error sending data to server: " + error);
        }
    });
}

In this example, we use a POST request to send the latitude and longitude coordinates to a PHP script called process.php. Adjust the URL (url: "process.php") to match the path to your PHP script.

Step 3: Process Data in PHP

On the server-side, you can access the geolocation data sent from JavaScript using PHP’s $_POST superglobal. Here’s how you can retrieve the latitude and longitude coordinates in your PHP script (process.php):

<?php
if ($_SERVER["REQUEST_METHOD"] == "POST") {
    $latitude = $_POST["latitude"];
    $longitude = $_POST["longitude"];

    // Process the geolocation data (e.g., store in database)
    // Example: Insert data into a MySQL database
    // $mysqli = new mysqli("localhost", "username", "password", "database");
    // $mysqli->query("INSERT INTO locations (latitude, longitude) VALUES ('$latitude', '$longitude')");

    echo "Data received successfully: Latitude - $latitude, Longitude - $longitude";
} else {
    echo "Invalid request method.";
}
?>

In this PHP script, we retrieve the latitude and longitude coordinates from the $_POST superglobal. You can then perform any necessary operations with the geolocation data, such as storing it in a database or using it in server-side logic.

Conclusion

By following the outlined steps, developers can seamlessly pass JavaScript geolocation data into PHP variables, enabling the creation of dynamic and location-aware web applications. Whether it’s for location-based services, personalized content delivery, or data analysis, integrating client-side JavaScript with server-side PHP empowers developers to leverage the strengths of both languages and create compelling web experiences. With this knowledge in hand, you’re well-equipped to incorporate geolocation functionality into your PHP-powered web applications and unlock new possibilities for engaging user experiences.

Photo by Jannes Glas on Unsplash

In the age of smartphones and constant connectivity, geolocation plays a pivotal role in enhancing user experiences across various applications and services. Whether it’s for navigation, location-based recommendations, or targeted advertising, accurate geolocation data is invaluable. However, relying solely on IP address lookup for geolocation, especially when users are on mobile data networks rather than Wi-Fi, can lead to significant inaccuracies and shortcomings. In this blog post, we delve into the reasons why IP address lookup on mobile phones using mobile data is not optimal for geolocation due to the nature of IP addresses assigned by mobile service providers.

Understanding Geolocation and IP Address Lookup

Geolocation, in its simplest form, involves determining the geographic location of a device, such as a smartphone or computer. One common method used for geolocation is IP address lookup, where the IP address of the device is used to infer its approximate geographical location.

IP addresses, unique identifiers assigned to devices connected to the internet, are typically associated with specific geographic regions. When a device connects to the internet, its IP address is assigned based on its network connection, whether it’s through Wi-Fi or mobile data.

Challenges with Mobile Data IP Address Lookup

While IP address lookup works reasonably well for geolocation on desktop computers and devices connected to Wi-Fi networks, it presents several challenges when it comes to mobile phones using mobile data connections. Here’s why:

1. Dynamic IP Address Assignment: Mobile service providers often use dynamic IP address assignment for mobile data connections. This means that a user’s IP address can change frequently as they move between different cellular towers or as network conditions fluctuate. Consequently, relying solely on the IP address for geolocation can lead to inaccuracies, as the assigned IP address may not accurately reflect the user’s actual location.
2. Carrier-Level IP Address Allocation: Mobile service providers typically allocate IP addresses from a pool of addresses owned by the carrier. These IP addresses may not necessarily correspond to the user’s physical location. For example, a user in New York City might be assigned an IP address that belongs to the carrier’s network infrastructure located in a different state. As a result, geolocating based on the IP address alone can lead to incorrect assumptions about the user’s whereabouts.
3. Proxy Servers and VPNs: Many mobile users employ proxy servers or virtual private networks (VPNs) to enhance privacy and security while browsing the internet. These tools route internet traffic through servers located in different geographic locations, masking the true IP address of the device. Consequently, geolocating based on the IP address may point to the location of the proxy server or VPN endpoint rather than the user’s actual location.

Alternative Geolocation Techniques for Mobile Devices

Given the limitations of IP address lookup for geolocation on mobile devices using mobile data, developers should explore alternative techniques for obtaining accurate location data. These may include:

• GPS: Leveraging the device’s built-in GPS capabilities provides highly accurate location data, especially outdoors.
• Cellular Tower Triangulation: Utilizing information from nearby cellular towers can approximate the device’s location, albeit with lower accuracy compared to GPS.
• Wi-Fi Access Point Trilateration: When Wi-Fi is available, triangulating the device’s position based on nearby Wi-Fi access points can provide relatively accurate location data.

Conclusion

While IP address lookup serves as a convenient method for geolocation on desktops and Wi-Fi-connected devices, its effectiveness diminishes when applied to mobile phones using mobile data connections. Dynamic IP address assignment, carrier-level allocation, and the prevalence of proxy servers and VPNs contribute to inaccuracies and inconsistencies in geolocation data. Developers and service providers must recognize these limitations and explore alternative techniques for obtaining accurate location data on mobile devices. By employing a combination of GPS, cellular tower triangulation, and Wi-Fi access point trilateration, developers can deliver enhanced location-based experiences that cater to the dynamic nature of mobile usage.

Do you have a gelocation project you need help with, please reach out to me.

Photo by Anne Nygård on Unsplash

Introduction

In WordPress, redirecting users to specific pages based on their geographical location can enhance user experience and provide targeted content. Leveraging JavaScript’s Geolocation API allows developers to obtain user location data and dynamically redirect them to relevant pages within a WordPress website. This technical document outlines the steps to implement geolocation-based redirection using JavaScript in a WordPress environment.

Prerequisites

1. Basic understanding of JavaScript programming.
2. Access to the WordPress website’s theme files or ability to edit WordPress templates.
3. Understanding of WordPress hooks and actions.

Steps to Implement Geolocation-based Redirection

Step 1: Enqueue JavaScript File

First, enqueue a custom JavaScript file in your WordPress theme to handle geolocation and redirection logic. You can add the following code snippet to your theme’s functions.php file or create a custom plugin:

function enqueue_custom_script() {
    wp_enqueue_script( 'custom-script', get_template_directory_uri() . '/js/custom-script.js', array(), '1.0', true );
}
add_action( 'wp_enqueue_scripts', 'enqueue_custom_script' );

Ensure that the path to your custom JavaScript file is correct (/js/custom-script.js in this example).

Step 2: Write JavaScript Logic

In your custom JavaScript file (custom-script.js), write the logic to obtain the user’s geolocation and redirect them to the appropriate page. Below is a basic example:

document.addEventListener('DOMContentLoaded', function() {
    if (navigator.geolocation) {
        navigator.geolocation.getCurrentPosition(function(position) {
            // Retrieve latitude and longitude
            const latitude = position.coords.latitude;
            const longitude = position.coords.longitude;

            // Logic to determine redirection based on coordinates
            if (/* Your condition for redirection based on coordinates */) {
                window.location.href = 'https://example.com/page-to-redirect';
            }
        });
    }
});

Replace 'https://example.com/page-to-redirect' with the URL of the page you want to redirect users to based on their location. Additionally, implement your own conditions for determining the redirection based on latitude and longitude.

Step 3: Testing and Refinement

Test the implementation thoroughly on various devices and locations to ensure proper functionality. Refine the redirection logic as needed to provide accurate and relevant redirections based on user location.

Considerations

1. Fallback Mechanism: Provide a fallback mechanism for users whose browsers do not support geolocation or who have denied location access. Consider displaying a message or offering alternative navigation options.
2. Privacy and Consent: Respect user privacy and obtain explicit consent before accessing their location data. Clearly communicate how their data will be used and provide options for opting out of location-based redirection.
3. Performance: Optimize the implementation for performance, considering factors such as asynchronous loading of scripts and minimizing unnecessary redirects.

Conclusion

Implementing geolocation-based redirection in WordPress using JavaScript enhances user experience by delivering targeted content based on their geographical location. By following the outlined steps and considerations, developers can create dynamic and personalized experiences that cater to the diverse needs of users across different regions. This approach not only improves engagement but also adds value to the overall usability of WordPress websites.

If you need help with this type of coding please get in touch.

Photo by Sylwia Bartyzel on Unsplash

In today’s interconnected digital landscape, harnessing the power of geolocation has become integral to providing personalized and location-based services to users. Whether it’s delivering targeted content, facilitating navigation, or offering location-aware recommendations, geolocation adds a layer of contextual relevance that enhances user experience. JavaScript, being the backbone of web development, offers robust tools and APIs for accessing geolocation data, empowering developers to create dynamic and location-aware web applications.

Understanding Geolocation in JavaScript

JavaScript provides the Geolocation API, a powerful toolset that enables web applications to access the user’s geographical location. This API allows developers to retrieve the device’s latitude and longitude coordinates, along with other relevant information such as altitude, accuracy, and heading.

Obtaining Geolocation Data

To fetch the user’s current location using JavaScript, you can utilize the navigator.geolocation object. Here’s a basic example demonstrating how to retrieve the user’s coordinates:

if (navigator.geolocation) {
    navigator.geolocation.getCurrentPosition(showPosition);
} else {
    console.log("Geolocation is not supported by this browser.");
}

function showPosition(position) {
    const latitude = position.coords.latitude;
    const longitude = position.coords.longitude;

    console.log("Latitude: " + latitude + ", Longitude: " + longitude);
}

In this code snippet:

• We first check if the browser supports geolocation.
• If supported, we call getCurrentPosition() method, which triggers a request to obtain the current position of the device.
• Upon successful retrieval, the showPosition() function is invoked, passing a Position object containing the coordinates.

Handling Errors and Options

It’s essential to handle errors gracefully and provide fallback mechanisms in case geolocation retrieval fails or is denied by the user. Additionally, you can specify options such as maximum age, timeout, and desired accuracy level when fetching geolocation data.

const options = {
    enableHighAccuracy: true,
    timeout: 5000,
    maximumAge: 0
};

function error(err) {
    console.warn(`ERROR(${err.code}): ${err.message}`);
}

navigator.geolocation.getCurrentPosition(showPosition, error, options);

Integrating Geolocation into Applications

Once you’ve obtained the user’s geolocation data, the possibilities are endless. You can leverage this information to customize user experiences, tailor content based on location, offer localized services, or enhance navigation functionalities.

For example, you could display nearby points of interest, provide weather updates specific to the user’s location, or optimize route planning in a mapping application.

Privacy and Security Considerations

While geolocation offers tremendous utility, it’s crucial to prioritize user privacy and security. Always seek explicit consent from users before accessing their location data. Provide clear explanations of how and why their data will be used, and offer granular controls for managing location permissions.

Conclusion

Incorporating geolocation into web applications using JavaScript opens up a world of possibilities for delivering personalized and location-aware experiences to users. By harnessing the Geolocation API and implementing best practices for privacy and security, developers can create immersive and contextually relevant applications that elevate the user experience to new heights. Whether it’s for e-commerce, social networking, travel, or any other domain, geolocation empowers developers to build dynamic and engaging web experiences that resonate with users on a personal level.

If you need help coding up a geolocation solution for your site, please get in touch.

Photo by henry perks on Unsplash

In this case study I’ll walk through how I was able to create a radius search from Google map data for a client.

It’s a bit technical if you just want to see the output, scroll down to the video for a demo of the front end.

My clients requirement was for a user to enter their Zip code and then for the code to search on a custom post type called location and return all locations within a 100 mile radius.

We had attached an ACF google map field to the custom post type so we could save the address data of the location on the post, I created a map and I could output all of the data points on the map, so far so good.

Problem One – Google Maps Latitude and Longitude Data Is Serialised

The data is serialised so it is very hard to search on an ACF google map, so I create two new fields (latitude and longitude) and upon save of the custom post type I grab the ACF field latitude and longitude and save them into their own fields.

function nm_update_lat_long($post_id){
	
	$post_type = get_post_type( $post_id );

    if ( 'location' == $post_type ) {
	
		$xxx_map= get_field('xxx_google_map', $post_id);
	
		$_POST["acf"]["field_65b8c2e984961"]=$xxx_map['lat'];
		$_POST["acf"]["field_65b8c2fb84962"]=$xxx_map['lng'];
	
		return $_POST;
	}
}

add_action('acf/save_post', 'nm_update_lat_long',1);

Convert Zip Code TO Co-Ordinates

Using the Google maps API I can do a search using a zip code and return a set of latitude and longitude co-ordinates I can use to create my search are. The code looks like this.

function nm_get_coords_zip_code($zip){
	
	
	$api_key=get_field('xxx_options_google_map_api_key','options'); 
	$url = "https://maps.googleapis.com/maps/api/geocode/json?address=".$zip."&sensor=false&key=".$api_key;
        $details=file_get_contents($url);
        $result = json_decode($details,true);
        $account_lat=$result['results'][0]['geometry']['location']['lat'];
        $account_long=$result['results'][0]['geometry']['location']['lng'];
	return array($account_lat,$account_long);
	
}

The Search Box

Using maths I’ve not used since school, I was able to return a box which is 100 miles radius of my zip code. Who am I kidding I found it on stack overflow.

function nm_getBoundingBox($lat_degrees,$lon_degrees,$distance_in_miles) {

    $radius = 3963.1; // of earth in miles

    // bearings - FIX   
    $due_north = deg2rad(0);
    $due_south = deg2rad(180);
    $due_east = deg2rad(90);
    $due_west = deg2rad(270);

    // convert latitude and longitude into radians 
    $lat_r = deg2rad($lat_degrees);
    $lon_r = deg2rad($lon_degrees);

    // find the northmost, southmost, eastmost and westmost corners $distance_in_miles away
    // original formula from
    // http://www.movable-type.co.uk/scripts/latlong.html

    $northmost  = asin(sin($lat_r) * cos($distance_in_miles/$radius) + cos($lat_r) * sin ($distance_in_miles/$radius) * cos($due_north));
    $southmost  = asin(sin($lat_r) * cos($distance_in_miles/$radius) + cos($lat_r) * sin ($distance_in_miles/$radius) * cos($due_south));

    $eastmost = $lon_r + atan2(sin($due_east)*sin($distance_in_miles/$radius)*cos($lat_r),cos($distance_in_miles/$radius)-sin($lat_r)*sin($lat_r));
    $westmost = $lon_r + atan2(sin($due_west)*sin($distance_in_miles/$radius)*cos($lat_r),cos($distance_in_miles/$radius)-sin($lat_r)*sin($lat_r));


    $northmost = rad2deg($northmost);
    $southmost = rad2deg($southmost);
    $eastmost = rad2deg($eastmost);
    $westmost = rad2deg($westmost);

    // sort the lat and long so that we can use them for a between query        
    if ($northmost > $southmost) { 
        $lat1 = $southmost;
        $lat2 = $northmost;

    } else {
        $lat1 = $northmost;
        $lat2 = $southmost;
    }


    if ($eastmost > $westmost) { 
        $lon1 = $westmost;
        $lon2 = $eastmost;

    } else {
        $lon1 = $eastmost;
        $lon2 = $westmost;
    }

    return array($northmost, $southmost, $eastmost, $westmost);
}

The Query

I setup a query to search the data looking for locations within the bounds of the co-ordinates I had grabbed from the search box in the previous step. I saved those co-ordinates in an erray $distance_box. Here are the query arguments I used.

$args = array(
	'post_type'	=> 'location',
	'post_status' => 'publish',	
	
	'meta_query'	=> array(
		 'relation' => 'AND', 
		
		array(
			'key'		=> 'xxx_latitude',
		
			'value'		=> array($distance_box[1]),
			'compare'	=> '>=',
			'type' => 'NUMERIC',
		),
		
				array(
			'key'		=> 'xxx_latitude',
			'value'		=> array($distance_box[0]),
			'compare'	=> '<=',
			'type' => 'NUMERIC',
		),
		
		
		array(
			'key'		=> 'xxx_longitude',
		
			'value'		=> array($distance_box[2]),
			'compare'	=> '<=',
			'type' => 'NUMERIC',
		),
		
				array(
			'key'		=> 'xxx_longitude',
			'value'		=> array($distance_box[3]),
			'compare'	=> '>=',
			'type' => 'NUMERIC',
		),
		
		
	)	
		
	
);

Video Demo

Here’s what it looks like on the front end.

Wrap Up – Radius Search ACF Google Map Field

So here’s my case study on how to search ACF google map fields via a 100 mile radius.

If you need help implementing Google maps on your site please get in touch.

Photo by José Martín Ramírez Carrasco on Unsplash

Inventory management is a critical aspect of running a successful e-commerce store. Keeping a close eye on your product stock levels, knowing when to restock, and preventing overselling are key elements in ensuring customer satisfaction and efficient operations. In this blog post, we’ll explore the importance of managing inventory and stock levels in WooCommerce, along with practical tips to help you streamline this process.

The Significance of Efficient Inventory Management

1. Customer Satisfaction: Accurate stock levels ensure you don’t oversell products that are out of stock, which can lead to customer disappointment and frustration.
2. Cost Efficiency: Efficient inventory management helps you avoid overstocking or understocking, reducing storage costs and financial waste.
3. Improved Cash Flow: By keeping track of your inventory and ordering only what you need when you need it, you can free up capital for other aspects of your business.
4. Timely Reordering: With a clear understanding of stock levels, you can reorder products on time to avoid running out of popular items.

Managing Inventory in WooCommerce

WooCommerce offers built-in inventory management features that make it relatively easy to handle your store’s stock levels effectively. Here’s how to get started:

1. Enable Stock Management:

In your WooCommerce dashboard, navigate to WooCommerce > Settings > Products > Inventory. Check the “Manage stock” option to enable stock management for your products.

2. Set Stock Status:

For each product, you can set the stock status to “In stock,” “Out of stock,” or “On backorder.” This information will be displayed to customers on your product pages.

3. Set Stock Quantity:

For each product, specify the initial stock quantity. WooCommerce will automatically update this number as customers make purchases.

4. Low Stock Threshold:

Define a low stock threshold to receive notifications when a product’s stock level drops below a certain point. This helps you proactively reorder inventory.

5. Backorders:

Decide whether you want to allow backorders for your products, and set specific conditions for doing so.

6. Product Variations:

If your products have variations, you can manage the stock levels for each variation individually.

Practical Tips for Effective Inventory Management

1. Regular Audits: Conduct periodic inventory audits to ensure the physical stock matches your digital records.
2. Use Barcode Scanning: Implement barcode scanning technology to streamline the tracking of stock levels.
3. Implement an Inventory Management System: Consider using dedicated inventory management software that can integrate with WooCommerce for more advanced features.
4. Forecast Demand: Use historical data and market trends to forecast product demand and adjust your stock levels accordingly.
5. Leverage Automation: Explore automation tools and plugins that can help you manage inventory more efficiently.
6. Monitor Product Returns: Keep track of returned items and incorporate this data into your stock management strategy.
7. Train Your Team: Ensure that your team is well-trained in inventory management procedures to minimize errors.

In conclusion, efficient inventory management in WooCommerce is crucial for maintaining smooth operations, satisfying customers, and optimizing your business’s financial health. By following these tips and leveraging the built-in features of WooCommerce, you can keep your stock levels in check and run a successful online store. Remember that regular monitoring and adjustments are key to maintaining an effective inventory management system that adapts to the evolving needs of your business.

If you need ongoing WooCommerce maintenance for your store click on the link.

Photo by Paul Teysen on Unsplash

Introduction – WooCommerce vs. Shopify

Choosing the right e-commerce platform is a critical decision for anyone looking to launch an online store. Two of the most popular choices are WooCommerce and Shopify, each offering unique features and capabilities. In this blog post, we’ll compare WooCommerce and Shopify to help you determine which platform is the best fit for your e-commerce business.

Understanding WooCommerce

WooCommerce is an open-source e-commerce plugin for WordPress. It’s a versatile and highly customizable platform that provides online merchants with the tools they need to build a unique and tailored online store. Here are some key aspects to consider:

1. Flexibility: WooCommerce offers great flexibility, making it an excellent choice for businesses of all sizes. It allows you to customize your online store to suit your specific needs.
2. Control: With WooCommerce, you have complete control over your website. You can choose your hosting, design, and customize your site as you see fit.
3. Scalability: WooCommerce is ideal for small businesses and can easily grow with you. As your business expands, you can add features and functionality to meet your requirements.
4. Cost: The core WooCommerce plugin is free, but you’ll incur costs for hosting, themes, and premium extensions if needed.
5. Learning Curve: While WooCommerce offers flexibility, it may require some technical knowledge or assistance to set up and maintain.

Exploring Shopify

Shopify is a fully hosted e-commerce platform that provides everything you need to start, run, and grow an online store. It’s known for its user-friendly interface and ease of use. Here are some key points to consider:

1. Ease of Use: Shopify is incredibly user-friendly. It doesn’t require any technical expertise to set up and manage your store.
2. Hosted Solution: Shopify takes care of hosting, security, and maintenance, reducing the technical burden on store owners.
3. Templates and Themes: Shopify offers a range of templates and themes that you can customize to match your brand.
4. App Store: The Shopify App Store provides a vast selection of add-ons and integrations to enhance your store’s functionality.
5. Cost: Shopify offers different pricing plans, including a free trial, with monthly fees ranging from basic to advanced features.
6. Scalability: Shopify is suitable for businesses of all sizes and is designed to scale with your needs.

Choosing the Right Platform

The choice between WooCommerce and Shopify ultimately depends on your specific business requirements:

• If you prefer complete control over your store’s design and functionality, have some technical expertise or access to developers, and want a solution that can scale with your business, WooCommerce is an excellent choice.
• If you’re looking for a user-friendly, hosted solution that’s easy to set up and maintain, Shopify might be the better fit, especially if you’re just starting out or have limited technical experience.

Consider factors such as your budget, design preferences, long-term goals, and the complexity of your product offerings. Both WooCommerce and Shopify have their strengths, and the decision should align with your unique business needs and aspirations.

In conclusion, choosing the right e-commerce platform is a pivotal decision for your online business. Weigh the pros and cons of WooCommerce and Shopify, and select the one that aligns with your specific goals and resources. Whichever platform you choose, remember that success in e-commerce depends on more than just the platform—it’s also about product quality, marketing, and excellent customer service.

Wrap Up – WooCommerce vs. Shopify

I think you can see which platform I go for, If you need ongoing WooCommerce maintenance for your store click on the link.

Photo by Pablo Rebolledo on Unsplash

Overview – Weird 403 and 500 Errors

I was hired by a client to investigate some wierd 500 and 403 errors in their WooCommmerce store, 500 errors code are an error processing a page and 403 are forbidden warning messages.

It turns out the site had been hacked, and a vulnerability in my clients theme was at the root of this issue.

I removed all malware and hardened security against future attacks on the store.

Fake admin users had been created by the hackers these were deleted and the IP addresses of the hackers banned from the site.

Not what I expected when I took on this site I was thinking this was a back end database issue, but I’ve got a lot of experience recovering hacked sites so it was another day at the office.

Video

Here’s a video explainer of what happened to the site.

Photo by Clint Patterson on Unsplash

Wrap Up

If you need help securing or recovering your WooCommerce store from hackers get in touch.

Overview – Woocommerce subscription products

I worked with a client that wanted to offer their products as a single purchase and as recurring WooCommerce subscription products purchased over 1,2 or 3 months.

Using the WooCommerce subscription plugin and another plugin which make a subscription selectable I was able to build our their products with a recurring income feature.

A customer can buy the single product and then make it into a subscription of they are happy.

The my account page has a feature to cancel a particular re-subscription if the customer has too much of the product on hand at home.

Video

Here’s a video walk through of the resulting subscription products

Wrap Up

If you need help setting up products that can be subscribed to please contact me.

Photo by Sticker Mule on Unsplash

Overview – integrating WOocommerce with a flutter app

I was asked by my client to work closely with the App development team integrating WooCommerce with a flutter app.

App store links to the apps can be seen here Apple and Google.

The app would allow a customer to browse their catalogue of agricultural product and add to cart directly from the app then checkout. The back end processing and payment processing was all done via WooCommerce. The app serves as a front end to the service.

We used the WooCommerce rest API to pull products in real time from the WooCommerce store, and show prices, availability.

I created a custom authentication process so a customer could use single sign on from the app to authenticate to the store via Microsoft Azure. This was one the the main challenges of the project, I setup custom code to create a SSO between the app and WooCommerce including creating a new user if one did not already exist.

The app would use the WooCommerce rest API to push items to the cart once a user was authenticated.

Once they were ready to checkout the app opened a WebView to a custom checkout view which removed all heading and footer data and allowed checkout and the thankyou page to be displayed on the app as if checkout had happened natively.

Video

Here is a video walk through of the app in action. Sorry for the portrait view, it was recorded directly from my iPhone.

Wrap Up – integrating WooCommerce with a flutter app

If you need help integrating your app with WooCommerce or any other integration, please get in touch.

I offer a consultation service where we can discuss how to integrate your Flutter app with the WooCommerce rest API and more importantly how to integrate the WooCommerce checkout with a webview, which is the real challenge of this integration get in touch.

Overview – adding a custom fee to woocommerce checkout

I was hired to add a custom fee to a WooCommerce checkout when certain conditions were met.

The site roofrazor.com sells tools to remove snow from a roof. These innovative products allow customers from northern latitudes in the US and Canada to remove snow from their roof before it becomes a hazard to people walking below the eaves of the roof.

It has a wholesale side to it’s business and as part of that they allow their dealers to drop ship product to their end users.

The dropping shipping process has a custom handling fee of $4.00 to package and send off the products.

I added some custom code that checks the woocommerce_cart_calculate_fees action hook. If the user has the role dealer and they “do you want to drop ship” check box is checked then the fee is added to the cart.

The customer comes to the site, and logs in as a wholesale user, they have been allocated the user role “wcwp_dealer”.

If the user is a wholesale user a new checkbox is presented at the top the checkout page to select if this is a drop shipping order, if that is checked my code kicks in and a custom handling fee of $4.00 is added to the order.

One of the challenges of this code is to ensure the fees are added to the cart if a customer refreshed the checkout page without the correct hook being called the code was disappearing on checkout page reload.

Video

Here’s a walk through vide to show how the process works.

Wrap up

If you need help adding custom fees to your WooCommerce store then why not get in touch by visiting my work with me page.

Photo by Markus Spiske on Unsplash