Efficiency Unleashed: Harnessing Barcode Scanners with Odoo Integration

Efficiency Unleashed: Harnessing Barcode Scanners with Odoo Integration

Odoo Barcode Scaner
Odoo Barcode Scanner

Boosting Efficiency with Barcodes: Integrating Scanners into Your Odoo System

In today’s fast-paced business environment, efficiency is key. Whether you’re managing inventory in a warehouse, processing orders in a retail store, or tracking assets in an office, manual data entry can slow you down and introduce errors. This is where barcode scanners come in, paired with the powerful Odoo platform, they can unlock a new level of productivity and accuracy.

Why Use a Barcode Scanner with Odoo?

Eliminate manual data entry mistakes that can lead to incorrect inventory levels, misplaced shipments, and inaccurate tracking.
Scan barcodes instantly, significantly speeding up operations like product receiving, picking, packing, and shipping.
Gain real-time insights into your inventory levels and asset locations, ensuring better decision-making.
Streamline processes like stock adjustments, cycle counts, and sales orders with quick and easy scanning.
In retail environments, provide faster checkout and product verification for a smoother experience.

Why Use a Barcode Scanner with Odoo?

Eliminate manual data entry mistakes that can lead to incorrect inventory levels, misplaced shipments, and inaccurate tracking.
Scan barcodes instantly, significantly speeding up operations like product receiving, picking, packing, and shipping.
Gain real-time insights into your inventory levels and asset locations, ensuring better decision-making.
Streamline processes like stock adjustments, cycle counts, and sales orders with quick and easy scanning.
In retail environments, provide faster checkout and product verification for a smoother experience.

Choosing the Right Scanner for Your Needs

Odoo supports various types of barcode scanners:

1. USB Scanners:

USB Scanners are ideal for stationary workstations like reception desks or cashier counters. They have reliable wired connection for consistent data transfer. Also they often are the most budget-friendly option and they have compact and space-saving designs.
But USB Scanners have a restricted scanning range. Some scanners` cables can be cumbersome and prone to wear and tear. And they are not suitable for dynamic environments like warehouses.

2. Bluetooth Scanners:

Bluetooth scanners can be useful in warehouses, retail stores, or asset tracking across large areas, because they are mobile. Their wireless freedom allows for movement and flexibility.
They are more durable than USB scanners for demanding environments.
But they often come with rechargeable batteries, so it can be troublesome if it is recharged. Also their cost is slightly higher compared to USB scanners.

3. Mobile Computer Scanners:

Mobile Computer Scanners are ideal for complex workflows in demanding environments like logistics, delivery services, or field service applications. Pros:
  1. Combine a rugged computer with a built-in scanner for all-in-one functionality.
  2. Often have advanced features like long-range scanning, data capture beyond barcodes (e.g., RFID), and odolity to harsh conditions.
  3. Can run applications directly on the device for real-time data processing.
Cons:
  1. Most expensive option due to integrated computing power.
  2. May require additional training for users unfamiliar with the device.
  3. Bulkier and heavier compared to handheld scanners.

Unfortunately, Odoo doesn’t officially endorse or guarantee specific scanner models due to the vast variety available. However, the platform is designed to be compatible with most standard USB and Bluetooth scanners that follow common protocols. This means that while Odoo doesn’t offer direct support for every individual scanner, most of them should work seamlessly as long as they adhere to these standards:
  • USB HID: Most USB scanners utilize the Human Interface Device (HID) protocol, making them readily recognized by Odoo like a keyboard or mouse.
  • SPP (Serial Port Profile) Bluetooth: This is the standard Bluetooth protocol used for communication between devices, and most Bluetooth scanners should use it for connecting to Odoo.

Example Scanner Models:

  • Honeywell Voyager 1200g: A popular USB scanner supported through HID protocol.
  • Zebra DS2208: A Bluetooth scanner known for its reliability and long-range scanning.
  • Datalogic Gryphon IGM 4200: A rugged mobile computer scanner with an integrated scanner, suitable for demanding environments.

Setting Up Your Scanner with Odoo

The good news is, integrating a barcode scanner with Odoo is relatively straightforward. Odoo offers comprehensive documentation and guides to help you configure your chosen scanner and connect it to the platform. Remember to check for specific instructions based on your Odoo version and scanner model.

Here’s a General Example How to Setup a USB Scanner:

  1. Enable Barcode Scanner in Odoo: Go to Inventory > Configuration > Settings, check “Barcode Scanner,” and save.
  2. Connect the Scanner: Plug the USB scanner into your computer.
  3. Configure Scanner Settings (if needed): Most scanners should work with default settings, but refer to the scanner’s manual for adjustments like keyboard layout or trigger mode.
  4. Test Scanning: Open the desired Odoo app (e.g., Inventory, Point of Sale) and scan a barcode. It should automatically register in the relevant field.

Going Beyond the Basics:

Use community modules like “Barcode Scanner Actions” to trigger specific actions upon scanning, like adding products to orders or updating stock levels. Develop custom integrations for unique needs, like automatically generating shipping labels when scanning product barcodes.

Also you can trigger Automated Workflows by integrating Odoo with workflow automation tools like Zapier or Integromat. You can configure workflows that automatically launch based on scanned barcodes, like sending notifications or starting production processes.

Or you can display Relevant Product Information by using custom modules or Odoo Studio to create pop-up windows displaying product details, inventory levels, or promotional offers when scanning.

Integrating barcode scanners with Odoo can revolutionize your business operations. By automating data entry, boosting speed and accuracy, and streamlining workflows, you can achieve significant gains in efficiency and productivity. So, if you’re looking to optimize your processes and gain a competitive edge, consider embracing the power of barcode scanning with Odoo.

Scaffolding in Odoo 17: Build Your Module Faster & Smarter

Scaffolding in Odoo 17: Build Your Module Faster & Smarter

Odoo Scaffolding
Odoo Scaffolding

Scaffolding in Odoo 17: Building a Strong Foundation

Scaffolding is a powerful method in Odoo 17, designed to expedite the creation of new modules or add-ons with minimal effort. It automatically generates the essential structure for your module, streamlining the initial setup process and allowing you to concentrate on developing the core functionality.

The benefits of utilizing scaffolding are numerous. Firstly, it significantly reduces the time required for initial setup, enabling faster development by eliminating the manual creation of directories, files, and boilerplate code. The resulting modules maintain a consistent structure, adhering to standardized directory and file layouts, facilitating codebase understanding and maintenance.

Scaffolding also minimizes errors by providing pre-populated files with basic configurations, reducing the risk of typos or omitting crucial elements. Additionally, it enhances workflow efficiency by establishing a foundation for common elements like models, views, controllers, and security.

Two Primary Methods For Scaffolding Are Available:

  • CLI Command: The odoo-bin scaffold command allows you to specify the module name and, optionally, a template. The template can either be an existing module in your Odoo instance or a predefined template available through the CLI.

  • Odoo.sh: Within your development environment on Odoo.sh, clicking the “New Module” button and selecting “Default Module Structure” in the wizard automatically generates scaffolding based on Odoo best practices.

Installing the Scaffold Method in Odoo

The scaffold method is a useful tool for Odoo developers who want to create new modules or add-ons quickly and easily. It generates the basic structure and files of a module, such as the manifest file, views, models, and security files. You can then customize the module according to your needs and preferences.
To use the scaffold method, you need to have Odoo installed on your system and run the following command in your terminal:

odoo-bin scaffold <module name> <where to put it>

This will create a subdirectory for your module in the specified location. For example, if you want to create a module named my_module and put it in the addons directory, you can run:

odoo-bin scaffold my_module addons

You can also specify the full path of the location if you want to put the module in a different directory. After running the scaffold command, you will see the following files and directories in your module subdirectory:
  • __init__.py: This file imports the models and controllers of the module.

  • __manifest__.py: This file contains the metadata of the module, such as the name, version, summary, description, dependencies, data files, etc.

  • models: This directory contains the Python files that define the models of the module. You can create your own models or inherit from existing ones.

  • views: This directory contains the XML files that define the views of the module. You can create your own views or inherit from existing ones.

  • controllers: This directory contains the Python files that define the controllers of the module. You can create your own controllers or inherit from existing ones.

  • security: This directory contains the CSV and XML files that define the security rules of the module, such as the access rights, groups, and record rules.

  • static: This directory contains the static files of the module, such as the images, CSS, JS, etc.

  • i18n: This directory contains the translation files of the module, such as the .po and .pot files.

You can edit these files and directories to add your own functionality and features to the module. You can also add more files and directories if you need to. To install the module, you need to restart the Odoo server and update the module list. You can then find the module in the Apps menu and install it.
Tame Your Business Multiverse: Master Efficiency with Odoo Multicompany

Tame Your Business Multiverse: Master Efficiency with Odoo Multicompany

Odoo Multicompany
Odoo Multicompany

Odoo Multicompany: Managing Multiple Businesses Efficiently

Odoo’s multicompany feature allows you to seamlessly manage data and operations for numerous businesses within a single Odoo instance. This is perfect for:

Holding Company Hub: Consolidated Control and Individual Autonomy

Imagine managing multiple subsidiaries, each with its own brand, products, and financial performance. Odoo multicompany lets you consolidate data from all subsidiaries while maintaining their individual identities. You can track overall group performance, compare subsidiaries, and identify areas for improvement.
Optimize costs and economies of scale by managing procurement and resource allocation across all subsidiaries from a single platform.
Generate consolidated financial reports that comply with different accounting regulations and provide a view of the group’s financial health.

Franchise Empowerment: Maintaining Brand Consistency with Operational Freedom

Maintain brand consistency across all franchises while allowing individual franchisees to manage their operations with autonomy. Define franchise-specific policies and procedures within Odoo and ensure compliance through user access control and automated workflows. Monitor key metrics like sales, inventory, and customer satisfaction for each franchise and identify areas for improvement or support. Facilitate communication, knowledge sharing, and resource exchange between franchises on a secure platform.

Key Functionalities of Odoo Multicompany:

  • Company creation and configuration: Define unique details for each company, including logo, currency, fiscal year, and chart of accounts.
You can create separate companies for “Acme Retail” and “Acme Manufacturing,” each with their own logos, currencies, fiscal years, and charts of accounts. “Acme Retail” uses USD and a calendar year, while “Acme Manufacturing” uses EUR and a fiscal year beginning in July.
  • User access control: Restrict data access and functionalities based on users’ assigned companies.,/li>
A salesperson in “Acme Retail” only sees customers and sales orders for that company, while a financial manager has access to all financial data for both companies. This ensures users only see and manage data relevant to their roles and assigned companies.
  • Company-specific data: Maintain separate records for customers, invoices, products, inventory, and other business objects.
“Acme Retail” sells clothing and accessories, whereas “Acme Manufacturing” produces furniture. Each company maintains its own product catalogs, inventory levels, and customer lists. This prevents confusion and ensures accurate data management for each distinct business.
  • Intercompany transactions: Facilitate seamless transfer of goods, services, and invoices between companies.
When “Acme Retail” needs wooden tables for its stores, it can easily create a purchase order within Odoo sent to “Acme Manufacturing.” The manufacturing company processes the order, and the system automatically generates a corresponding sales invoice in the retail company’s records.
  • Consolidated reporting: Generate reports that combine data from all companies for comprehensive analysis.
You can generate a consolidated profit and loss report that combines financial data from both “Acme Retail” and “Acme Manufacturing.” This provides a holistic view of your overall business performance across both companies.
  • Multi-company consistency: Automatically adapt fields, views, and security rules based on the selected company.
When switching between companies in Odoo, the system automatically adjusts the available fields, views, and security rules. This ensures users see the relevant information and functionalities based on the selected company, streamlining workflows and preventing errors.  

How to Setup Multi-Company in Odoo 17

Here’s a step-by-step guide on setting up multi-company in Odoo:
  1. Enable Multi-Company Feature:
    • Access the Settings menu.
    • Navigate to General Settings.
    • Check the box labeled Allow multi-companies.
  2. Create Companies:
    • Go to Settings > Companies.
    • Click the Create button.
    • Fill in essential details:
      • Name
      • Email
      • Address
      • Phone
      • Website
      • Logo (optional)
      • Chart of Accounts
      • Fiscal Year
      • Taxes
      • Currency
    3. Configure User Access:
    • Go to Settings > Users.
    • Select a user or create a new one.
    • Under Allowed Companies, choose which companies the user can access.
    4. Manage Company Data:
    • Most Odoo modules (Sales, Purchase, Inventory, Accounting, etc.) have a Company field or dropdown menu.
    • Select the relevant company for each document, record, or transaction you create.
    5. Consolidated Reports:
    • Access the Reporting section of relevant modules.
    • Choose options to generate reports across multiple companies or for specific companies.
Mastering DevOps: Zero Downtime Deployment Strategies Unveiled

Mastering DevOps: Zero Downtime Deployment Strategies Unveiled

Zero downtime deployment
Zero downtime deployment

Zero Downtime Deployment Strategy in DevOps

In this write-up, we shall discuss what is zero downtime deployment and how it differs from the concept of a zero downtime migration; some examples together with benefits associated with 0DTD along with its challenges as well as drawbacks. We will then describe how no DT deployment can be achieved to give further understanding followed by blue-green deployment scenarios where application ownership for parts.

Zero Downtime Deployment: What Is It?

Zero down time deployment is a kind of DevOps deployment strategy that aims to reduce the deployment time during app or service installation. Downtime refers to the time period in which an application or service is offline due to maintenance, updates, upgrades and/or failures. Downtimes have many negative effects, for example, loss in the form of revenue or even customer dissatisfaction reputation damages and competitive disadvantage.

Zerodowntime deployment is realized through the simultaneous running of both new and old versions when deploying an application or service, with a gradual shifting point (or instant diving) between the two that does not hamper either availability or function. Zero downtime deployment is also known as continuous deployment, rolling release or seamless deployments and hot release.

One of the DevOps deployment strategies is a 0 downtime, which refers to an approach that provides improved collaboration and communication between development and operations as well as frequent delivery software products faster more reliably. Other elements of DevOps include automation, integration, testing, monitoring as well as feedback.

Zero Down Time Deployment vs. Comp Low Duration Migration

Zero down time deployment and zero downtime migration are two related but not identical concepts. Zero duration migration is an application and service deployment strategy in DevOps intended to ensure little or no downtime during the transfer procedure.

Migration refers to the relocation of an application or a service from one environment to another, including on-premise migration over cloud computing; choosing between different providers within cloud technology as well as across servers and databases. Migration is caused by other factors which include scalability, performance, security cost, or compliance.

The difference between no downtime deployment and 0 downtime migration

Zero Downtime Deployment

Rolling out a new version of an application or service

The application or the service is written with a different version number.

Transitioning traffic from the old version to new version

With methods such as load balancing, canary release, feature flags, and so on blue-green deployment

Zero Downtime Migration

Transferring services or apps from one environment to another

Modifying the underlying infrastructure or application platform.

Transition of the data or configuration from one environment to another

Replication, synchronization, backup and restore or cut-over would be carried out by using various techniques

Examples of Zero Downtime Deployment

No down time deployment can be applied to Web applications, mobile apps, microservices, APIs and databases. Here are some examples of zerodowntime deployment:

Online Application

A web application is an online software program that operates on a host server and can be used by the end-users via their Web browsers. To do it, the developer can use a load balancer that divides traffic between an old version of a web application and its new version; slowly increasing the proportion that goes to the new one until all connections reach this last target.

Alternatively, the developer might try a canary release to present it to 10% of clients and observe their feedback. Another possibility is through feature flags which enable or disable certain features of the web application by targeting different users or groups of users and then toggle on/off for later use (deactivate) that new version.

Smartphone Application

The definition of a mobile application is an application that is implemented on a platform known as a small tablet or in fact, it can be expressed like so much more than just smartphones. First, the developer can utilize a service like Firebase Remote Config to remotely configure not only the behavior but also how different parts of UI should look by updating the configuration from which she or he would switch the old version mobile application over to its new.

Instead, the developer may use a service like Firebase App Distribution to disseminate the latest mobile application version to have it tested by testers who will provide them with feedback and analytics priori There is another alternative that involves conducting experiments on the new mobile application version with different user segments through a service such as Firebase A/B Testing and optimizing the latter based upon results obtained.

Microservice

An API performs a specific function and a microservice is an independent, small modular service that communicates with other services through APIs. The developer can utilize a service mesh like Istio to manage the traffic from the old version of the microservice and the new version, as well as segmenting using routing rules.

On the contrary, a service discovery tool like Consul can be used to register both old and new versions of microservice. Health checks are then done on whether availability or readiness of the new version is available after switching traffic from the old version to this one Another alternative is to employ a container orchestration tool, such as Kubernetes, and deploy the latest version of microservice as new pods with rolling strategy replacing old pods with new one at a time.

Zero Deployment Database

A zero deployment database can be deployed without downtime, achieved either by using a DDMS capable of supporting no downtime deployments or via the use of a DM which provides for the additional optionality afforded in the formulation. Here is an example of a 0 downtime database:

In JSON-like documents NoSQL (MongoDB). Zero down time deployment is supported through replica sets, which are groups of MongoDB servers that have the same data set and provide high availability along with fault tolerance.

To deploy database MongoDB without downtime, an administrator can use such strategies as upgrades one member at a time while all other members serve requests. In addition, an administrator can also leverage a feature known as sharding that is used for distributing data over various MongoDB servers to update the database in terms of horizontal scaling without zero outage.

The Benefits of Zero Down Time Deployment

Zero down time deployment has many benefits for both the developers and the users of the applications and the services, such as:
Improved user experience: Zero downtime deployment guarantees that the consumers would have no hindrances in accessing the applications and services under any circumstances. This improves user satisfaction, loyalty, and retention.
  • Increased revenue: Zero down time deployment eliminates loss in income happening when the applications and services are unavailable or not accessible, especially for those which generate revenue out of transactions, subscriptions, and advertisements.
  • Enhanced reputation: The prestige and trust of the applications, services, developers, and providers are safe from the risk that downtime would negatively affect users’ feelings about their feedback or reviews due to 0 downtime deployment.
  • Reduced risk: No downtime deployment deals with some of these risks by using techniques like parallel implementation, incremental rollout and feature toggling that enable verification, monitoring and eventually the possibility to restore equilibrium if such problems arise.
  • Faster delivery: The zero down time deployment facilitates faster delivery of the new features, updates or improvements for applications and services through automatic integration with feedback tools that help to reduce downtime between deployments.
A no down time deployment emerges as an essential strategy that is advantageous to the developers and users alike. It not only provides a nonstop availability of applications and services, reinforcing user satisfaction and loyalty but also protects revenue streams from losses incurred during downtime.

The Downside of Zero Downtime Deployment

Zero down time deployment also has some challenges and drawbacks that need to be considered and addressed, such as:
  • Increased complexity: No down time deployment adds complexity to the deployment process, as it requires more coordination, synchronization, and configuration of the different components, environments, and tools involved in the deployment process, such as the load balancers, the servers, the databases, the APIs, the service meshes, the service discovery tools, the container orchestration tools, etc.
  • Higher cost: No downtime deployment increases the cost of the deployment process, as it requires more resources, such as hardware, software, bandwidth, storage, or personnel, to support the parallel deployment, the gradual rollout, or the feature toggling of the new version of the applications and the services.
  • Potential inconsistency: Zero downtime deployment can cause potential inconsistency or discrepancy between the old version and the new version of the applications and the services, especially if they have different data models, schemas, or APIs, that can affect the compatibility, the interoperability, or the functionality of the applications and the services.
  • Limited applicability: 0 down time deployment may not be applicable or feasible for some types of applications or services, such as those that have strict regulatory, legal, or contractual requirements, that mandate a certain level of downtime, or those that have low usage, demand, or traffic, that do not justify the effort, the time, or the cost.
While zero downtime deployment offers substantial advantages in terms of improved user experience, reduced risk, and faster delivery of updates, it comes with inherent challenges.
Zero down time deployment also has some challenges and drawbacks that need to be considered and addressed, such as:
  • Increased complexity: The complexity of the deployment process increases with no down time deployments since more coordination, synchronization and configuration are needed to make all components involved in such deployments functional including load balancers servers’ etcetera.
  • Higher cost: Non-disruptive deployment adds to the cost of the deployment process since it utilizes more resources, like hardware appliances, software tools, bandwidths and storage capacities or people.
  • Potential inconsistency: The zero downtime deployment may result in potential inconsistency or discord between the two versions of applications and services, which have different data models, schemas, or APIs that can influence compatibility interoperability functions of applications.
  • Limited applicability: Some applications or services which might not be relevant to the use of 0 down time deployment includes those with strict regulatory, legal and contractual terms that require downtime; others may have very little utilization traffic forcing it difficult even justify other variables such as time and cost.
While zero downtime deployment provides many benefits in the way of enhanced user satisfaction, minimized risk and rapid update delivery there are definite challenges imbedded as well.

How to Achieve 0 Downtime Deployment? (Step-By-Step Guide)

Zero downtime deployment requires proper planning and implementation. Follow these steps for successful implementation:

  1. Continuous Integration (CI): Ensure a strong CI pipeline for the automated testing.
  2. Incremental Deployments: Implement changes incrementally.
  3. Rolling Deployments: Update one server at a time as the others pick up the load.
  4. Feature Toggles: Use feature flags to turn features on and off during runtime.
  5. Database Migration Strategies: Apply approaches such as Blue-Green Deployment for databases.

What Is Blue-Green Deployment?

This is the maintenance of two identical environments (blue and green). While deploying the new version in green, current production environment (blue) still caters to users. When the green environment is set up, a switch occurs to redirect traffic towards the latest version.

Application Downtime 0 Deployment

Solving Database Problems with Zero Downtime Deployment

Some deployment strategies in DevOps for managing database changes without downtime include techniques such as database replication, versioned schemas, and data partitioning. These techniques guarantee uptime the database during updates.

Final Thoughts

One of the essential components of DevOps, Zero Downtime Deployment means that companies can bring updates and even new features to users without compromising their experience. With the help of meticulous planning, gradual rollout tactics and utilization to such innovation technologies as Blue-Green Deployment teams get the opportunity for smooth delivery processes.

FAQ

Is 0 downtime deployment essentially continuous development without downtime?

Correct, no downtime deployment is a type of continuous deployment that aims at ensuring application availability in the process.

What are you doing to prevent downtime when releasing updates?

Techniques such as rolling deployments, feature toggles and Blue Green Deployment allow teams to roll out updates gradually with no service interruption.

What is ZTI deployment and what does Kubernetes zero downtime mean?

ZTI deployment refers to Zero Touch Installation. Kubernetes features orchestration for zero downtime deployment, where the application remains available during updates.

What is continuous integration and deployment without any downtime?

Automating the process of software delivery is a goal pursued by Continuous Integration and Continuous Deployment (CI/CD) practices, which also guarantee users’ smooth deployment experience if combined with zero downtime strategies.

What is zero downtime maintenance?

Zero downtime maintenance means that updating or maintaining a system requires no interruptions for end-users.

Unleash Your Business By Installing Odoo 17 On Your Ubuntu System

Unleash Your Business By Installing Odoo 17 On Your Ubuntu System

Odoo Ubuntu Install
Odoo Ubuntu Install

How to Install Odoo 17 On Your Ubuntu System?

Odoo 17 is the latest version of Odoo, an open-source enterprise resource planning (ERP) software. It offers a suite of integrated business applications that manage various aspects of a company’s operations

Installing Odoo 17 on Ubuntu can be done in a few different ways, depending on your needs and preferences.
Here are two common methods:

Method 1: Using the Official Odoo Repository

1. This is the easiest method and is recommended for most users.
Update your system by using this command:

sudo apt update && sudo apt upgrade

2. Add the Odoo repository:

sudo add-apt-repository ppa:odoo/odoo-17

3. Update the package list again:

sudo apt update

4. Install Odoo:

sudo apt install odoo-17

5. Start Odoo:

sudo systemctl start odoo

6. Open your web browser and go to http://localhost:8069

You should now see the Odoo login screen.

Method 2: Using a Virtual Environment and Python

This method is recommended if you want to isolate Odoo from the rest of your system.

1. Install Python 3 and virtualenv:

sudo apt install python3 python3-pip
sudo pip3 install virtualenv

2. Create a virtual environment:

virtualenv odoo-17-venv

3. Activate the virtual environment:

source odoo-17-venv/bin/activate

4. Install Odoo:

pip3 install odoo

5. Create a special system user named “odoo” to run the Odoo application:

sudo adduser --system --no-create-home odoo

adduser: The command to create a new user account.
–system: Specifies that this user is a system user, without a login shell or home directory.
–no-create-home: Prevents the creation of a home directory for this user, as it’s not needed for system users.

 

6. Change the ownership of the Odoo directory (located at /opt/odoo) to the newly created “odoo” user.:

sudo chown -R odoo:odoo /opt/odoo

7. Initialize the Odoo database:

odoo --db-host=localhost --db-user=odoo --db-password=odoo --db-name=odoo17

8. Start Odoo:

odoo

9. Open your web browser and go to http://localhost:8069
The 8069 in the URL http://localhost:8069 is typically the same port number used by Odoo by default.
You should now see the Odoo login screen.
Here are some additional tips for installing Odoo on Ubuntu:

  • Make sure you have at least 2GB of RAM and 10GB of disk space available.
  • You can change the port that Odoo runs on by editing the odoo.conf file.
  • You can install additional Odoo modules by using the odoo addons install command.

Addons in Odoo are extensions or modules that add new features and functionalities to the core Odoo platform. They’re designed to expand Odoo’s capabilities, allowing you to tailor it to your specific business needs.

Commands for Managing Addons:

Installs a specific addon from the Odoo App Store or a local repository:

odoo addons install <addon_name>

Installs an addon from a local file path:

odoo addons install path/to/addon

Updates an installed addon to its latest version.

odoo addons update <addon_name>+

Shows a list of all installed addons.

odoo addons list

Removes an installed addon.

odoo addons uninstall <addon_name>: 

While there’s no direct command, you can enable or disable addons from the Odoo web interface under Apps > Apps.

Updates all installed addons to their latest compatible versions.

odoo -u all

Updates a specific module without upgrading Odoo itself.

odoo -u <module_name>

It’s recommended to create backups of your database before making significant changes to Odoo’s modules.

 

Overall, Odoo 17 offers a robust and versatile ERP solution with significant advancements in functionality, usability, and security. It caters to the needs of various businesses looking to streamline operations, improve efficiency, and gain a competitive edge.