This project aims to integrate Eve Online functionalities with Odoo to manage an Eve Online corporation effectively. The integration will cover inventory management, manufacturing, market data analysis, member management, and in-game communication. The goal is to streamline operations, provide real-time data synchronization, and enhance the user experience for managing complex tasks within the Eve Online universe.

The project will involve:

• User Authentication and Basic Integration: Setting up user authentication using Eve Online's OAuth system and integrating basic user data with Odoo.
• Inventory and Manufacturing Management: Synchronizing inventory data, managing Bill of Materials (BOMs), and integrating manufacturing processes between Eve Online and Odoo.
• Market and Financial Management: Fetching and analyzing market data, tracking expenses and revenues, and generating financial reports.
• Recruitment and Member Management: Setting up a CRM for recruitment, automating communications, developing an onboarding module, and tracking member progress.
• In-Game Messaging and Communication: Implementing in-game messaging capabilities to communicate directly with Eve Online players from within Odoo.

• Streamline Operations: Improve the efficiency of managing Eve Online corporation tasks within Odoo.
• Automate Data Synchronization: Ensure real-time data synchronization between Eve Online and Odoo to keep information up-to-date.
• Provide Comprehensive Tools: Develop comprehensive tools for inventory management, manufacturing, market analysis, and member management.
• Enhance User Experience: Design user-friendly interfaces and workflows to make managing complex tasks easier and more intuitive.

• Description: Create a server using Flask (Python) or Express (Node.js) to handle the OAuth flow for Eve Online. This server will request user data (e.g., email, CharacterID, CharacterName) and send it to Odoo via an API.
  • Subtasks:
    • Set up a basic server.
    • Implement OAuth authentication.
    • Create endpoints to collect user data.
    • Implement communication with Odoo.
  • Assignment:
    • You: Set up the server infrastructure and handle the OAuth flow.
    • Friend: Design the web interface for user interactions (e.g., additional data collection like email).
  • Module Type: Custom Module

This project aims to integrate Eve Online functionalities with Odoo to manage an Eve Online corporation effectively. The integration will cover inventory management, manufacturing, market data analysis, member management, and in-game communication. The goal is to streamline operations, provide real-time data synchronization, and enhance the user experience for managing complex tasks within the Eve Online universe.

The project will involve:

• User Authentication and Basic Integration: Setting up user authentication using Eve Online's OAuth system and integrating basic user data with Odoo.
• Inventory and Manufacturing Management: Synchronizing inventory data, managing Bill of Materials (BOMs), and integrating manufacturing processes between Eve Online and Odoo.
• Market and Financial Management: Fetching and analyzing market data, tracking expenses and revenues, and generating financial reports.
• Recruitment and Member Management: Setting up a CRM for recruitment, automating communications, developing an onboarding module, and tracking member progress.
• In-Game Messaging and Communication: Implementing in-game messaging capabilities to communicate directly with Eve Online players from within Odoo.

• Streamline Operations: Improve the efficiency of managing Eve Online corporation tasks within Odoo.
• Automate Data Synchronization: Ensure real-time data synchronization between Eve Online and Odoo to keep information up-to-date.
• Provide Comprehensive Tools: Develop comprehensive tools for inventory management, manufacturing, market analysis, and member management.
• Enhance User Experience: Design user-friendly interfaces and workflows to make managing complex tasks easier and more intuitive.

• Description: Create a server using Flask (Python) or Express (Node.js) to handle the OAuth flow for Eve Online. This server will request user data (e.g., email, CharacterID, CharacterName) and send it to Odoo via an API.
  • Subtasks:
    • Set up a basic server.
    • Implement OAuth authentication.
    • Create endpoints to collect user data.
    • Implement communication with Odoo.
  • Assignment:
    • You: Set up the server infrastructure and handle the OAuth flow.
    • Friend: Design the web interface for user interactions (e.g., additional data collection like email).
  • Module Type: Custom Module

• Description: Develop an Odoo module to manage OAuth tokens and user data received from the intermediary server. This module will handle user authentication and session management.
  • Subtasks:
    • Implement endpoints to receive data from the intermediary server.
    • Store and manage OAuth tokens.
    • Authenticate users and manage sessions.
  • Assignment:
    • You: Implement endpoints to receive data, manage OAuth tokens, and authenticate users.
    • Friend: Design the Odoo login page layout and user interface elements.
  • Module Type: Custom Module

• Description: Extend the Odoo user model to include additional fields for Eve Online-specific details such as CharacterID, CharacterName, and more.
  • Subtasks:
    • Add fields to store Eve Online-specific data.
    • Update the user model and database schema.
    • Ensure data is correctly stored and retrieved.
  • Assignment:
    • You: Add fields for CharacterID, CharacterName, etc., and update the user model.
    • Friend: Design the profile page interface to display Eve Online details.
  • Module Type: Custom Module

• Description: Develop a user profile page in Odoo to display Eve Online information such as CharacterID, CharacterName, and other relevant details.
  • Subtasks:
    • Design the user profile page layout.
    • Fetch and display Eve Online data.
    • Ensure data is updated in real-time.
  • Assignment:
    • You: Fetch and display Eve Online data.
    • Friend: Design the profile page layout.
  • Module Type: Custom Module

• Description: Use the Eve Online API to fetch inventory data and sync it with Odoo's inventory module. This will ensure that inventory information is up-to-date.
  • Subtasks:
    • Integrate with the Eve Online API to fetch inventory data.
    • Store the fetched data in Odoo's inventory module.
    • Set up scheduled tasks for periodic data sync.
  • Assignment:
    • You: Integrate with the API and fetch inventory data.
    • Friend: Create user interfaces for viewing and managing inventory data within Odoo.
  • Module Type: Custom Module

• Description: Develop a custom Odoo module to handle the synchronization of inventory data from Eve Online. This module will manage the data import and ensure consistency.
  • Subtasks:
    • Implement data import logic.
    • Ensure data consistency and handle discrepancies.
    • Create a user interface for managing sync settings.
  • Assignment:
    • You: Implement data import logic and ensure data consistency.
    • Friend: Design the UI for managing sync settings.
  • Module Type: Custom Module

• Description: Use the Eve Online API to fetch Bill of Materials (BOMs) and store them in Odoo. This will enable the management of BOMs directly within Odoo.
  • Subtasks:
    • Fetch BOM data from the Eve Online API.
    • Store BOMs in Odoo.
    • Ensure BOM data is accurate and up-to-date.
  • Assignment:
    • You: Fetch BOM data from the API.
    • Friend: Design the interface for viewing and managing BOMs.
  • Module Type: Custom Module

• Description: Use Odoo’s BOM management features to handle the creation, modification, and deletion of BOMs. This will streamline the manufacturing process.
  • Subtasks:
    • Implement BOM management features.
    • Create a user interface for managing BOMs.
    • Ensure data integrity and consistency.
  • Assignment:
    • You: Implement BOM management features.
    • Friend: Design user interfaces for BOM management.
  • Module Type: Custom Module

• Description: Integrate Odoo’s manufacturing module to handle production planning and orders based on Eve Online data. This will help in managing the production of items like the Kronos.
  • Subtasks:
    • Set up the manufacturing module.
    • Create production orders based on BOMs.
    • Track production progress and manage resources.
  • Assignment:
    • You: Set up the manufacturing module and create production orders.
    • Friend: Design production tracking and resource management interfaces.
  • Module Type: Configuration of Default Module

• Description: Develop a module to manage Eve Online blueprints within Odoo, including details on blueprint type, product, and material requirements.
  • Subtasks:
    • Create models to store blueprint details, including type (original or copy), product, and material requirements.
    • Develop forms and views for entering and viewing blueprint details.
    • Implement logic for tracking blueprint status and usage.
  • Assignment:
    • You: Develop models and logic for blueprint management.
    • Friend: Design user interfaces for entering and viewing blueprint details.
  • Module Type: Custom Module

• Description: Use the Eve Online API to fetch market data and integrate it into Odoo. This will allow for market analysis and informed trading decisions.
  • Subtasks:
    • Integrate with the Eve Online API to fetch market data.
    • Store market data in Odoo.
    • Ensure data is updated regularly.
  • Assignment:
    • You: Integrate with the API and fetch market data.
    • Friend: Design dashboards and interfaces for visualizing market trends.
  • Module Type: Custom Module

• Description: Create dashboards in Odoo to visualize market trends and analyze market data. This will help in making informed trading decisions.
  • Subtasks:
    • Design and implement market data dashboards.
    • Fetch and display market data.
    • Implement data filters and analysis tools.
  • Assignment:
    • You: Implement data analysis tools and filters.
    • Friend: Enhance dashboard designs and user experience for market analysis.
  • Module Type: Custom Module

• Description: Use Odoo’s accounting module to track expenses and revenues related to Eve Online operations. This will help in monitoring financial performance.
  • Subtasks:
    • Set up the accounting module.
    • Track and categorize expenses and revenues.
    • Generate financial reports.
  • Assignment:
    • You: Set up the accounting module and track financial data.
    • Friend: Design financial tracking and reporting interfaces.
  • Module Type: Configuration of Default Module

• Description: Create custom reports in Odoo to monitor the financial performance of your Eve Online operations. This will help in decision-making and strategy planning.
  • Subtasks:
    • Design and implement custom financial reports.
    • Fetch and display financial data.
    • Ensure reports are accurate and up-to-date.
  • Assignment:
    • You: Create custom financial reports.
    • Friend: Design the layout and presentation of financial reports.
  • Module Type: Configuration of Default Module

• Description: Set up Odoo’s CRM module to manage potential recruits and track their interest in joining your corporation. Automate communications and follow-ups.
  • Subtasks:
    • Set up the CRM module.
    • Track potential recruits and their interactions.
    • Automate follow-up communications.
  • Assignment:
    • You: Set up the CRM module.
    • Friend: Design the CRM interfaces and templates for communication.
  • Module Type: Configuration of Default Module

• Description: Use Odoo’s marketing automation tools to set up automated communications and follow-ups with potential recruits. This will streamline the recruitment process.
  • Subtasks:
    • Set up marketing automation tools.
    • Create communication templates.
    • Schedule automated follow-ups.
  • Assignment:
    • You: Set up marketing automation tools.
    • Friend: Create communication templates and schedule automation.
  • Module Type: Configuration of Default Module

• Description: Develop a custom module to guide new members through the onboarding process. This will help integrate new recruits smoothly into your corporation.
  • Subtasks:
    • Design the onboarding workflow.
    • Implement onboarding tasks and checklists.
    • Provide resources and tutorials for new members.
  • Assignment:
    • You: Design the onboarding workflow.
    • Friend: Implement onboarding tasks and checklists, provide resources and tutorials.
  • Module Type: Custom Module

• Description: Monitor and track the progress and contributions of members to your corporation. This will help in evaluating performance and managing roles.
  • Subtasks:
    • Create a module to track member progress.
    • Implement performance metrics and evaluations.
    • Generate progress reports.
  • Assignment:
    • You: Create a module to track member progress.
    • Friend: Implement performance metrics and evaluations, generate progress reports.
  • Module Type: Custom Module

• Description: Request additional permissions during the OAuth flow to allow sending in-game messages. This will enable communication with Eve Online players directly from Odoo.
  • Subtasks:
    • Update the OAuth flow to request additional permissions.
    • Ensure users authorize the application with the required permissions.
  • Assignment:
    • You: Update the OAuth flow.
    • Friend: Ensure user interface elements reflect the new permissions.
  • Module Type: Custom Module

• Description: Create a custom Odoo module to compose and send in-game messages to Eve Online players. This will facilitate communication without needing email addresses.
  • Subtasks:
    • Design the messaging interface.
    • Implement message composition and sending logic.
    • Integrate with the Eve Online API to send messages.
  • Assignment:
    • You: Design and implement the messaging interface, compose and send logic, and integrate with the Eve Online API.
    • Friend: Enhance the design and usability of the messaging module.
  • Module Type: Custom Module

• Overview: The system architecture will consist of several key components, including the intermediary server, custom Odoo modules, and API integrations. The architecture is designed to ensure smooth data flow and synchronization between Eve Online and Odoo.
  • Components:
    • Intermediary Server: Handles OAuth authentication and data transfer between Eve Online and Odoo.
    • Odoo Modules: Custom and configured modules to manage various functionalities such as inventory, manufacturing, market data, and member management.
    • API Integrations: Connects to Eve Online APIs to fetch and push data as needed.

• Blueprints Module:
  • Models:
    • eve.blueprint: Stores details about blueprints, including type (original, copy), product, and material requirements.
    • eve.invention: Represents an invention attempt with fields for T1 blueprint copy, datacores, success rate, status, and result blueprint.
  • Fields:
    • name, blueprint_type, product_id, material_requirements, success_rate, status, result_blueprint_id.
• Inventory Module:
  • Models:
    • eve.inventory: Stores inventory data synced from Eve Online.
    • eve.material: Represents materials required for manufacturing.
  • Fields:
    • item_name, quantity, location, last_updated.

• OAuth Integration:
  • Description: Integrate with Eve Online’s OAuth API for user authentication and data access.
  • Endpoints:
    • Authentication: /oauth/authorize, /oauth/token
    • User Data: /oauth/userinfo
• Eve Online API:
  • Description: Fetch data such as inventory, market trends, blueprints, and financial transactions.
  • Endpoints:
    • Inventory: /v1/characters/{character_id}/assets/
    • Market: /v1/markets/{region_id}/orders/
    • Blueprints: /v1/industry/blueprints/
    • Transactions: /v1/characters/{character_id}/wallet/transactions/

• Form Views:

  • Blueprint Details: A form view displaying information about the blueprint, including its type (original or copy), product, and material requirements.
    • Fields: name, blueprint_type, product_id, material_requirements, success_rate, status, result_blueprint_id.
  • Invention Attempt: A form view for recording invention attempts, including the T1 blueprint copy, datacores used, success rate, and resulting blueprint.
    • Fields: t1_blueprint_id, datacores_used, success_rate, status, result_blueprint_id.

• Tree Views:

  • Blueprints List: A tree view displaying a list of all blueprints with basic information for quick reference.
    • Columns: name, blueprint_type, product_id, material_requirements.

• Form Views:

  • Invention Details: A form view for entering details about invention attempts, including the input T1 blueprint, materials used, and results.
    • Fields: t1_blueprint_id, datacores_used, result_blueprint_id, status.

• Tree Views:

  • Invention Attempts List: A tree view displaying a list of all invention attempts with details such as status, success rate, and results.
    • Columns: t1_blueprint_id, datacores_used, result_blueprint_id, status, success_rate.

• Inventory Management:

  • Inventory List View: A tree view displaying all inventory items with details such as item name, quantity, location, and last updated.
    • Columns: item_name, quantity, location, last_updated.
  • Inventory Form View: A form view for detailed information about each inventory item, including its current status and history.
    • Fields: item_name, quantity, location, last_updated.

• Manufacturing Orders:

  • Production Order Form: A form view for creating and managing production orders based on BOMs and available inventory.
    • Fields: order_id, product_id, quantity, status, start_date, end_date.
  • Production Order List: A tree view displaying all production orders with key details for tracking progress.
    • Columns: order_id, product_id, quantity, status, start_date, end_date.

• Overview: This workflow outlines the steps involved in the production of T2 ships using Odoo and Eve Online data.
• Steps:
  1. Blueprint Preparation:
     • Import the necessary T1 blueprints and materials from Eve Online into Odoo.
     • Use the invention module to attempt the creation of T2 blueprints.
  2. Material Acquisition:
     • Fetch and sync inventory data from Eve Online to ensure all required materials are available.
     • Update Odoo's inventory with the fetched data.
  3. Production Order Creation:
     • Create production orders in Odoo based on the T2 blueprints and available materials.
     • Schedule production tasks and assign them to relevant team members.
  4. Production Execution:
     • Track the progress of production tasks in Odoo.
     • Update the status of production orders and ensure timely completion.
  5. Quality Control:
     • Implement quality control checks to ensure the final products meet standards.
     • Record and manage any defects or rework required.
  6. Final Delivery:
     • Complete the production order and update inventory with the newly manufactured T2 ships.
     • Sync the updated inventory back to Eve Online.

• Overview: This workflow outlines the steps involved in the invention process for creating T2 blueprints from T1 blueprints.
• Steps:
  1. T1 Blueprint Selection:
     • Select the desired T1 blueprint copy from Odoo's inventory.
     • Ensure all required datacores and materials are available.
  2. Invention Attempt:
     • Use the invention module to start an invention attempt.
     • Input details such as T1 blueprint ID, datacores used, and expected success rate.
  3. Invention Progress Tracking:
     • Monitor the status of the invention attempt in Odoo.
     • Track progress and update the status as required.
  4. Invention Result:
     • Record the result of the invention attempt (success or failure).
     • If successful, generate the T2 blueprint and update the inventory.
     • If failed, update the status and analyze for improvements.

1. Install Necessary Packages:

   • For Flask (Python):

     pip install Flask requests

   • For Express (Node.js):

     npm install express request

2. Create the Server:

   • Flask (Python):

     from flask import Flask, request, redirect
     import requests
     
     app = Flask(__name__)
     
     @app.route('/login')
     def login():
         return redirect('https://login.eveonline.com/v2/oauth/authorize/')
     
     @app.route('/callback')
     def callback():
         # Handle the callback from Eve Online and request user data
         code = request.args.get('code')
         response = requests.post('https://login.eveonline.com/v2/oauth/token', data={
             'code': code
         })
         user_data = response.json()
         # Send user_data to Odoo
         return 'Login successful'
     
     if __name__ == '__main__':
         app.run(debug=True)

   • Express (Node.js):

     const express = require('express');
     const request = require('request');
     const app = express();
     
     app.get('/login', (req, res) => {
         res.redirect('https://login.eveonline.com/v2/oauth/authorize/');
     });
     
     app.get('/callback', (req, res) => {
         const code = req.query.code;
         request.post('https://login.eveonline.com/v2/oauth/token', { form: { code: code } }, (error, response, body) => {
             const userData = JSON.parse(body);
             // Send user_data to Odoo
             res.send('Login successful');
         });
     });
     
     app.listen(3000, () => {
         console.log('Server started on port 3000');
     });

3. Set Up OAuth Authentication:

   • Register your application with Eve Online to get client ID and secret.
   • Configure your OAuth settings (redirect URI, scopes, etc.).

4. Create Endpoints to Collect User Data:

   • Implement the necessary endpoints to handle the OAuth flow and collect user data (e.g., CharacterID, CharacterName).

5. Implement Communication with Odoo:

   • Set up a mechanism to send collected user data to Odoo via an API.

1. Set Up the Odoo Development Environment:

   • Follow Odoo’s developer documentation to set up your development environment.
   • Create a new custom module.

2. Implement Endpoints to Receive Data from Intermediary Server:

   • Create a controller in your Odoo module to handle incoming data from the intermediary server.

     from odoo import http
     from odoo.http import request
     
     class EveController(http.Controller):
         @http.route('/eve/auth', type='json', auth='public', methods=['POST'])
         def eve_auth(self, **kwargs):
             # Process the received data and create or update user records
             return {'status': 'success'}

3. Store and Manage OAuth Tokens:

   • Create models to store OAuth tokens and user data.

     from odoo import models, fields
     
     class EveUser(models.Model):
         _name = 'eve.user'
     
         character_id = fields.Char('Character ID')
         character_name = fields.Char('Character Name')
         oauth_token = fields.Char('OAuth Token')

4. Authenticate Users and Manage Sessions:

   • Integrate the authentication mechanism with Odoo’s user management to manage user sessions.

1. Add Fields to Store Eve Online-Specific Data:

   • Extend the existing user model to include additional fields for Eve Online data.

     from odoo import models, fields
     
     class ResUsers(models.Model):
         _inherit = 'res.users'
     
         character_id = fields.Char('Character ID')
         character_name = fields.Char('Character Name')

2. Update the User Model and Database Schema:

   • Apply the necessary changes to update the database schema with the new fields.

3. Ensure Data is Correctly Stored and Retrieved:

   • Implement logic to store and retrieve Eve Online data within the extended user model.

1. Design the User Profile Page Layout:

   • Use Odoo’s view architecture to design the layout of the user profile page.

     <record id="view_users_form_eve" model="ir.ui.view">
         <field name="name">res.users.form.inherit</field>
         <field name="model">res.users</field>
         <field name="inherit_id" ref="base.view_users_form"/>
         <field name="arch" type="xml">
             <xpath expr="//field[@name='login']" position="after">
                 <field name="character_id"/>
                 <field name="character_name"/>
             </xpath>
         </field>
     </record>

2. Fetch and Display Eve Online Data:

   • Integrate the user profile page to fetch and display Eve Online data from the extended user model.

3. Ensure Data is Updated in Real-Time:

   • Implement logic to ensure that Eve Online data is kept up-to-date on the user profile page.

1. Install Necessary Packages:

   • For Python:

     pip install requests

   • For Node.js:

     npm install request

2. Integrate with Eve Online API:

   • Use the Eve Online API to fetch inventory data.
   • Python Example:

     import requests
     
     def fetch_inventory(character_id, token):
         headers = {'Authorization': f'Bearer {token}'}
         response = requests.get(f'https://esi.evetech.net/v1/characters/{character_id}/assets/', headers=headers)
         inventory_data = response.json()
         return inventory_data

   • Node.js Example:

     const request = require('request');
     
     function fetchInventory(characterId, token, callback) {
         const options = {
             url: `https://esi.evetech.net/v1/characters/${characterId}/assets/`,
             headers: {
                 'Authorization': `Bearer ${token}`
             }
         };
         request.get(options, (error, response, body) => {
             if (!error && response.statusCode === 200) {
                 const inventoryData = JSON.parse(body);
                 callback(inventoryData);
             }
         });
     }

3. Store Fetched Data in Odoo:

   • Create a model in Odoo to store inventory data.

     from odoo import models, fields
     
     class EveInventory(models.Model):
         _name = 'eve.inventory'
     
         item_name = fields.Char('Item Name')
         quantity = fields.Integer('Quantity')
         location = fields.Char('Location')
         last_updated = fields.Datetime('Last Updated')

4. Set Up Scheduled Tasks for Data Sync:

   • Implement scheduled tasks in Odoo to periodically sync inventory data.

     from odoo import models, fields, api
     
     class EveInventorySync(models.Model):
         _name = 'eve.inventory.sync'
     
         def _sync_inventory(self):
             # Logic to fetch and update inventory data
             pass
     
         @api.model
         def schedule_inventory_sync(self):
             self.env['ir.cron'].create({
                 'name': 'Eve Inventory Sync',
                 'model_id': self.env.ref('module_name.eve_inventory_sync').id,
                 'state': 'code',
                 'code': 'model._sync_inventory()',
                 'interval_type': 'hours',
                 'interval_number': 1,
                 'numbercall': -1
             })

1. Develop Data Import Logic:

   • Implement logic to import inventory data from Eve Online into Odoo.
   • Ensure data consistency and handle any discrepancies.

2. Design User Interface for Managing Sync Settings:

   • Create user interfaces in Odoo to manage sync settings, such as frequency and scope.

     <record id="view_inventory_sync_form" model="ir.ui.view">
         <field name="name">eve.inventory.sync.form</field>
         <field name="model">eve.inventory.sync</field>
         <field name="arch" type="xml">
             <form string="Inventory Sync">
                 <group>
                     <field name="sync_frequency"/>
                     <field name="last_sync"/>
                 </group>
             </form>
         </field>
     </record>

1. Fetch BOM Data from Eve Online API:

   • Use the Eve Online API to fetch Bill of Materials (BOMs).
   • Store the fetched BOM data in Odoo.

2. Store BOMs in Odoo:

   • Create models in Odoo to represent BOMs and their components.

     from odoo import models, fields
     
     class EveBOM(models.Model):
         _name = 'eve.bom'
     
         name = fields.Char('BOM Name')
         product_id = fields.Many2one('product.product', 'Product')
         materials = fields.One2many('eve.bom.material', 'bom_id', 'Materials')
     
     class EveBOMMaterial(models.Model):
         _name = 'eve.bom.material'
     
         bom_id = fields.Many2one('eve.bom', 'BOM')
         material_id = fields.Many2one('product.product', 'Material')
         quantity = fields.Float('Quantity')

3. Ensure BOM Data is Accurate and Up-to-Date:

   • Implement logic to validate and update BOM data regularly.

1. Implement BOM Management Features:

   • Use Odoo’s BOM management features to handle the creation, modification, and deletion of BOMs.
   • Ensure data integrity and consistency in BOM management.

2. Create User Interface for Managing BOMs:

   • Design interfaces in Odoo for viewing and managing BOMs.

     <record id="view_bom_form" model="ir.ui.view">
         <field name="name">eve.bom.form</field>
         <field name="model">eve.bom</field>
         <field name="arch" type="xml">
             <form string="BOM">
                 <group>
                     <field name="name"/>
                     <field name="product_id"/>
                     <field name="materials"/>
                 </group>
             </form>
         </field>
     </record>

1. Set Up Manufacturing Module:

   • Configure Odoo’s manufacturing module to handle production planning and orders based on Eve Online data.

2. Create Production Orders Based on BOMs:

   • Implement logic to create production orders in Odoo using the BOMs imported from Eve Online.

     from odoo import models, fields, api
     
     class ManufacturingOrder(models.Model):
         _inherit = 'mrp.production'
     
         def _create_production_order(self, bom_id):
             # Logic to create a manufacturing order based on the BOM
             pass

3. Track Production Progress and Manage Resources:

   • Develop interfaces in Odoo to track production progress and manage resources efficiently.

     <record id="view_mrp_production_form_inherit" model="ir.ui.view">
         <field name="name">mrp.production.form.inherit</field>
         <field name="model">mrp.production</field>
         <field name="inherit_id" ref="mrp.view_production_form"/>
         <field name="arch" type="xml">
             <xpath expr="//field[@name='product_id']" position="after">
                 <field name="bom_id"/>
                 <field name="production_progress"/>
             </xpath>
         </field>
     </record>

1. Install Necessary Packages:

   • For Python:

     pip install requests

   • For Node.js:

     npm install request

2. Integrate with Eve Online API:

   • Use the Eve Online API to fetch market data.
   • Python Example:

     import requests
     
     def fetch_market_data(region_id, token):
         headers = {'Authorization': f'Bearer {token}'}
         response = requests.get(f'https://esi.evetech.net/v1/markets/{region_id}/orders/', headers=headers)
         market_data = response.json()
         return market_data

   • Node.js Example:

     const request = require('request');
     
     function fetchMarketData(regionId, token, callback) {
         const options = {
             url: `https://esi.evetech.net/v1/markets/${regionId}/orders/`,
             headers: {
                 'Authorization': `Bearer ${token}`
             }
         };
         request.get(options, (error, response, body) => {
             if (!error && response.statusCode === 200) {
                 const marketData = JSON.parse(body);
                 callback(marketData);
             }
         });
     }

3. Store Market Data in Odoo:

   • Create a model in Odoo to store market data.

     from odoo import models, fields
     
     class EveMarketData(models.Model):
         _name = 'eve.market.data'
     
         item_name = fields.Char('Item Name')
         price = fields.Float('Price')
         volume = fields.Integer('Volume')
         region = fields.Char('Region')
         last_updated = fields.Datetime('Last Updated')

4. Set Up Scheduled Tasks for Data Sync:

   • Implement scheduled tasks in Odoo to periodically sync market data.

     from odoo import models, fields, api
     
     class EveMarketDataSync(models.Model):
         _name = 'eve.market.data.sync'
     
         def _sync_market_data(self):
             # Logic to fetch and update market data
             pass
     
         @api.model
         def schedule_market_data_sync(self):
             self.env['ir.cron'].create({
                 'name': 'Eve Market Data Sync',
                 'model_id': self.env.ref('module_name.eve_market_data_sync').id,
                 'state': 'code',
                 'code': 'model._sync_market_data()',
                 'interval_type': 'hours',
                 'interval_number': 1,
                 'numbercall': -1
             })

1. Design and Implement Market Data Dashboards:

   • Use Odoo’s dashboard tools to create visualizations for market trends.

   • Example:

     from odoo import models, fields
     
     class MarketDashboard(models.Model):
         _name = 'market.dashboard'
     
         item_name = fields.Char('Item Name')
         avg_price = fields.Float('Average Price')
         total_volume = fields.Integer('Total Volume')

   • XML View:

     <record id="view_market_dashboard" model="ir.ui.view">
         <field name="name">market.dashboard.view</field>
         <field name="model">market.dashboard</field>
         <field name="arch" type="xml">
             <kanban string="Market Dashboard">
                 <templates>
                     <t t-name="kanban-box">
                         <div t-attf-class="oe_kanban_card oe_kanban_card_{color}">
                             <field name="item_name"/>
                             <field name="avg_price"/>
                             <field name="total_volume"/>
                         </div>
                     </t>
                 </templates>
             </kanban>
         </field>
     </record>

2. Implement Data Filters and Analysis Tools:

   • Add filtering options and analysis tools to the dashboards.
   • Example:

     <record id="view_market_dashboard_filter" model="ir.ui.view">
         <field name="name">market.dashboard.filter</field>
         <field name="model">market.dashboard</field>
         <field name="arch" type="xml">
             <search>
                 <field name="item_name"/>
                 <field name="avg_price"/>
                 <filter string="High Volume" domain="[('total_volume', '>', 1000)]"/>
                 <filter string="Low Price" domain="[('avg_price', '<', 10)]"/>
             </search>
         </field>
     </record>

1. Set Up Accounting Module:

   • Enable and configure Odoo’s accounting module.
   • Go to the Apps menu, search for the Accounting module, and install it.
   • Configure basic settings for chart of accounts, tax rates, and fiscal periods.

2. Track and Categorize Expenses and Revenues:

   • Create models to track expenses and revenues related to Eve Online operations.

     from odoo import models, fields
     
     class EveFinancialRecord(models.Model):
         _name = 'eve.financial.record'
     
         description = fields.Char('Description')
         amount = fields.Float('Amount')
         record_type = fields.Selection([('expense', 'Expense'), ('revenue', 'Revenue')], 'Record Type')
         date = fields.Date('Date')

3. Generate Financial Reports:

   • Use Odoo’s reporting tools to generate custom financial reports.

   • Example:

     from odoo import models
     
     class FinancialReport(models.Model):
         _name = 'financial.report'
     
         def generate_report(self):
             # Logic to generate financial report
             pass

   • XML View:

     <record id="view_financial_report_form" model="ir.ui.view">
         <field name="name">financial.report.form</field>
         <field name="model">financial.report</field>
         <field name="arch" type="xml">
             <form string="Financial Report">
                 <group>
                     <field name="report_data"/>
                 </group>
             </form>
         </field>
     </record>

1. Enable and Configure the CRM Module:

   • Navigate to the Odoo Apps menu.
   • Search for the CRM module and install it.
   • Go to the CRM module settings and configure the basic settings to suit your recruitment process.

2. Track Potential Recruits:

   • Create a new model to represent potential recruits.

     from odoo import models, fields
     
     class Recruit(models.Model):
         _name = 'recruit'
     
         name = fields.Char('Name')
         email = fields.Char('Email')
         status = fields.Selection([('new', 'New'), ('contacted', 'Contacted'), ('interested', 'Interested'), ('joined', 'Joined')], 'Status')
         notes = fields.Text('Notes')

   • Design a form view for entering and updating recruit information.

     <record id="view_recruit_form" model="ir.ui.view">
         <field name="name">recruit.form</field>
         <field name="model">recruit</field>
         <field name="arch" type="xml">
             <form string="Recruit">
                 <group>
                     <field name="name"/>
                     <field name="email"/>
                     <field name="status"/>
                     <field name="notes"/>
                 </group>
             </form>
         </field>
     </record>

3. Automate Follow-Up Communications:

   • Use Odoo’s automation tools to create automated follow-up communications.
     • Go to CRM -> Configuration -> Automated Actions.
     • Create a new automated action for follow-up emails based on recruit status changes.

1. Set Up Marketing Automation Tools:

   • Navigate to the Odoo Apps menu.
   • Search for the Marketing Automation module and install it.

2. Create Communication Templates:

   • Design email templates for different stages of the recruitment process.

     <record id="email_template_recruit_new" model="mail.template">
         <field name="name">New Recruit</field>
         <field name="model_id" ref="module_name.model_recruit"/>
         <field name="subject">Welcome to Our Corporation</field>
         <field name="body_html">
             <![CDATA[
             <p>Dear ${object.name},</p>
             <p>Thank you for your interest in joining our corporation. We look forward to having you with us.</p>
             ]]>
         </field>
     </record>

3. Schedule Automated Follow-Ups:

   • Use the Marketing Automation module to schedule follow-up emails.
     • Go to Marketing -> Automation -> Campaigns.
     • Create a new campaign and add steps for sending emails based on recruit status.

1. Design the Onboarding Workflow:

   • Create a detailed workflow for onboarding new recruits, including tasks, resources, and tutorials.
   • Define key steps such as orientation, training, and integration into the corporation.

2. Implement Onboarding Tasks and Checklists:

   • Create models to represent onboarding tasks and checklists.

     from odoo import models, fields
     
     class OnboardingTask(models.Model):
         _name = 'onboarding.task'
     
         name = fields.Char('Task')
         description = fields.Text('Description')
         recruit_id = fields.Many2one('recruit', 'Recruit')
         status = fields.Selection([('pending', 'Pending'), ('completed', 'Completed')], 'Status')
     
     class OnboardingChecklist(models.Model):
         _name = 'onboarding.checklist'
     
         recruit_id = fields.Many2one('recruit', 'Recruit')
         tasks = fields.One2many('onboarding.task', 'recruit_id', 'Tasks')

3. Provide Resources and Tutorials:

   • Develop resources and tutorials to guide new recruits through the onboarding process.
   • Create user-friendly interfaces in Odoo to access these resources.

     <record id="view_onboarding_task_form" model="ir.ui.view">
         <field name="name">onboarding.task.form</field>
         <field name="model">onboarding.task</field>
         <field name="arch" type="xml">
             <form string="Onboarding Task">
                 <group>
                     <field name="name"/>
                     <field name="description"/>
                     <field name="status"/>
                 </group>
             </form>
         </field>
     </record>

1. Create Module to Track Member Progress:

   • Develop a module to monitor and track the progress and contributions of members.

     from odoo import models, fields
     
     class MemberProgress(models.Model):
         _name = 'member.progress'
     
         member_id = fields.Many2one('res.users', 'Member')
         progress = fields.Float('Progress')
         contributions = fields.Text('Contributions')
         evaluation_date = fields.Date('Evaluation Date')

2. Implement Performance Metrics and Evaluations:

   • Define performance metrics and evaluation criteria.
   • Create interfaces for entering and viewing performance evaluations.

     <record id="view_member_progress_form" model="ir.ui.view">
         <field name="name">member.progress.form</field>
         <field name="model">member.progress</field>
         <field name="arch" type="xml">
             <form string="Member Progress">
                 <group>
                     <field name="member_id"/>
                     <field name="progress"/>
                     <field name="contributions"/>
                     <field name="evaluation_date"/>
                 </group>
             </form>
         </field>
     </record>

3. Generate Progress Reports:

   • Use Odoo’s reporting tools to generate and share progress reports.
   • Design reports to highlight key performance indicators and achievements.

1. Update the OAuth Flow:

   • Modify the OAuth flow to request additional permissions needed for in-game messaging.
   • Python Example (Flask):

     from flask import Flask, request, redirect
     import requests
     
     app = Flask(__name__)
     
     CLIENT_ID = 'your_client_id'
     CLIENT_SECRET = 'your_client_secret'
     REDIRECT_URI = 'your_redirect_uri'
     SCOPE = 'esi-mail.send_mail.v1'  # Add required scope for sending in-game messages
     
     @app.route('/login')
     def login():
         return redirect(f'https://login.eveonline.com/v2/oauth/authorize/?response_type=code&client_id={CLIENT_ID}&redirect_uri={REDIRECT_URI}&scope={SCOPE}')
     
     @app.route('/callback')
     def callback():
         code = request.args.get('code')
         response = requests.post('https://login.eveonline.com/v2/oauth/token', data={
             'grant_type': 'authorization_code',
             'code': code,
             'client_id': CLIENT_ID,
             'client_secret': CLIENT_SECRET,
             'redirect_uri': REDIRECT_URI
         })
         token_data = response.json()
         access_token = token_data['access_token']
         return 'Login successful'
     if __name__ == '__main__':
         app.run(debug=True)

2. Ensure Users Authorize the Application:

   • Guide users through the updated OAuth flow to authorize the application with the new permissions.
   • Verify that users successfully grant the required permissions during the OAuth process.

1. Design the Messaging Interface:

   • Create models to store message composition details.

     from odoo import models, fields
     
     class EveMessage(models.Model):
         _name = 'eve.message'
     
         subject = fields.Char('Subject')
         body = fields.Text('Message Body')
         recipient_id = fields.Char('Recipient ID')
         status = fields.Selection([('draft', 'Draft'), ('sent', 'Sent'), ('failed', 'Failed')], 'Status')

   • Design form views for composing and sending messages.

     <record id="view_eve_message_form" model="ir.ui.view">
         <field name="name">eve.message.form</field>
         <field name="model">eve.message</field>
         <field name="arch" type="xml">
             <form string="Message">
                 <group>
                     <field name="subject"/>
                     <field name="body"/>
                     <field name="recipient_id"/>
                     <field name="status"/>
                 </group>
             </form>
         </field>
     </record>
     
     <record id="view_eve_message_tree" model="ir.ui.view">
         <field name="name">eve.message.tree</field>
         <field name="model">eve.message</field>
         <field name="arch" type="xml">
             <tree string="Messages">
                 <field name="subject"/>
                 <field name="recipient_id"/>
                 <field name="status"/>
             </tree>
         </field>
     </record>

2. Implement Message Composition and Sending Logic:

   • Develop the logic to compose and send messages using the Eve Online API.

     import requests
     
     def send_message(access_token, subject, body, recipient_id):
         headers = {
             'Authorization': f'Bearer {access_token}',
             'Content-Type': 'application/json'
         }
         data = {
             "subject": subject,
             "body": body,
             "recipients": [{
                 "recipient_id": recipient_id,
                 "recipient_type": "character"
             }]
         }
         response = requests.post('https://esi.evetech.net/v1/characters/{character_id}/mail/', headers=headers, json=data)
         return response.status_code

   • Integrate the sending logic with the Odoo module.

     from odoo import models, fields, api
     
     class EveMessage(models.Model):
         _name = 'eve.message'
     
         subject = fields.Char('Subject')
         body = fields.Text('Message Body')
         recipient_id = fields.Char('Recipient ID')
         status = fields.Selection([('draft', 'Draft'), ('sent', 'Sent'), ('failed', 'Failed')], 'Status')
     
         @api.multi
         def send_message(self):
             for record in self:
                 access_token = 'your_access_token'  # Retrieve the access token
                 status_code = send_message(access_token, record.subject, record.body, record.recipient_id)
                 if status_code == 201:
                     record.status = 'sent'
                 else:
                     record.status = 'failed'

3. Integrate with the Eve Online API:

   • Ensure that the messaging module communicates effectively with the Eve Online API to send messages.
   • Handle any errors or failures in the communication process and update the message status accordingly.