Important part of the methodology is the defining and using of common language by the product owner and the users delegated to the project. The correct and homogenous usage of concepts, descriptions, titles helps to avoid misunderstanding of logical and functional requirements, and ensures using correct titles in accordance with the real life operation.
One of the main benefits of using the DDD methodology is that instead of the database structure, exclusively the functions related to business events and the connections and dependencies between functions define the business logic.
Graphic examples of employing Domain Driven Design methodology:
• The business processes are implemented in the system by representation of all real business events, for example the sales of a product is an event of the system, and the confirmation mail is sent as a response to the completion of this event. Later further related events can be linked to the completion of this event (for example comission calculation), or the operation of linked events can be altered according to the changing business processes.
• In case great amount of data from diverse business entities must be requested regularly from the system, or data derived from one or more business entities must be reported, than new derived business entities can be defined, those automatic update, synchronization is implemented in the system. As a result for a report with complex dataset the system does not require to query many linked entities (and datatables with multiple links), that can slow down the operation of the system. Thanks to the optimized data handling the system can provide the prepared specific dataset for the complex reports with high number of records.
• The business processes are implemented in the system by representation of all real business events, for example the sales of a product is an event of the system, and the confirmation mail is sent as a response to the completion of this event. Later further related events can be linked to the completion of this event (for example comission calculation), or the operation of linked events can be altered according to the changing business processes.
• In case great amount of data from diverse business entities must be requested regularly from the system, or data derived from one or more business entities must be reported, than new derived business entities can be defined, those automatic update, synchronization is implemented in the system. As a result for a report with complex dataset the system does not require to query many linked entities (and datatables with multiple links), that can slow down the operation of the system. Thanks to the optimized data handling the system can provide the prepared specific dataset for the complex reports with high number of records.
• The business processes are implemented in the system by representation of all real business events, for example the sales of a product is an event of the system, and the confirmation mail is sent as a response to the completion of this event. Later further related events can be linked to the completion of this event (for example comission calculation), or the operation of linked events can be altered according to the changing business processes.
• In case great amount of data from diverse business entities must be requested regularly from the system, or data derived from one or more business entities must be reported, than new derived business entities can be defined, those automatic update, synchronization is implemented in the system. As a result for a report with complex dataset the system does not require to query many linked entities (and datatables with multiple links), that can slow down the operation of the system. Thanks to the optimized data handling the system can provide the prepared specific dataset for the complex reports with high number of records.
Compared to previous methodologies the planning of the system does not focus on the definition of an idealistic database structure and the UI. The aim of the planning is the identification of well defined business entities (domains), and the definition of related business processes, required operation and functionality.
Compared to previous methodologies the planning of the system does not focus on the definition of an idealistic database structure and the UI. The aim of the planning is the identification of well defined business entities (domains), and the definition of related business processes, required operation and functionality.
Compared to previous methodologies the planning of the system does not focus on the definition of an idealistic database structure and the UI. The aim of the planning is the identification of well defined business entities (domains), and the definition of related business processes, required operation and functionality.
Important part of the methodology is the defining and using of common language by the product owner and the users delegated to the project. The correct and homogenous usage of concepts, descriptions, titles helps to avoid misunderstanding of logical and functional requirements, and ensures using correct titles in accordance with the real life operation.
One of the main benefits of using the DDD methodology is that instead of the database structure, exclusively the functions related to business events and the connections and dependencies between functions define the business logic.
Important part of the methodology is the defining and using of common language by the product owner and the users delegated to the project. The correct and homogenous usage of concepts, descriptions, titles helps to avoid misunderstanding of logical and functional requirements, and ensures using correct titles in accordance with the real life operation.
One of the main benefits of using the DDD methodology is that instead of the database structure, exclusively the functions related to business events and the connections and dependencies between functions define the business logic.
Important part of the methodology is the defining and using of common language by the product owner and the users delegated to the project. The correct and homogenous usage of concepts, descriptions, titles helps to avoid misunderstanding of logical and functional requirements, and ensures using correct titles in accordance with the real life operation.
One of the main benefits of using the DDD methodology is that instead of the database structure, exclusively the functions related to business events and the connections and dependencies between functions define the business logic.
Compared to previous methodologies the planning of the system does not focus on the definition of an idealistic database structure and the UI. The aim of the planning is the identification of well defined business entities (domains), and the definition of related business processes, required operation and functionality.
Compared to previous methodologies the planning of the system does not focus on the definition of an idealistic database structure and the UI. The aim of the planning is the identification of well defined business entities (domains), and the definition of related business processes, required operation and functionality.
Compared to previous methodologies the planning of the system does not focus on the definition of an idealistic database structure and the UI. The aim of the planning is the identification of well defined business entities (domains), and the definition of related business processes, required operation and functionality.
Important part of the methodology is the defining and using of common language by the product owner and the users delegated to the project. The correct and homogenous usage of concepts, descriptions, titles helps to avoid misunderstanding of logical and functional requirements, and ensures using correct titles in accordance with the real life operation.
One of the main benefits of using the DDD methodology is that instead of the database structure, exclusively the functions related to business events and the connections and dependencies between functions define the business logic.
Important part of the methodology is the defining and using of common language by the product owner and the users delegated to the project. The correct and homogenous usage of concepts, descriptions, titles helps to avoid misunderstanding of logical and functional requirements, and ensures using correct titles in accordance with the real life operation.
One of the main benefits of using the DDD methodology is that instead of the database structure, exclusively the functions related to business events and the connections and dependencies between functions define the business logic.
Important part of the methodology is the defining and using of common language by the product owner and the users delegated to the project. The correct and homogenous usage of concepts, descriptions, titles helps to avoid misunderstanding of logical and functional requirements, and ensures using correct titles in accordance with the real life operation.
One of the main benefits of using the DDD methodology is that instead of the database structure, exclusively the functions related to business events and the connections and dependencies between functions define the business logic.
• the operation and management of core hardware and software infrastructure can be centralized or separated
• the required functionality is implemented based on a stable, standard hardware and software infrastructure with high level (24/7, 99,X%) reliability, ensuring that all elements of the software operation can be effectively scaled in response to the changes in level of load
• the operation and management of core hardware and software infrastructure can be centralized or separated
• the required functionality is implemented based on a stable, standard hardware and software infrastructure with high level (24/7, 99,X%) reliability, ensuring that all elements of the software operation can be effectively scaled in response to the changes in level of load
• the operation and management of core hardware and software infrastructure can be centralized or separated
• the required functionality is implemented based on a stable, standard hardware and software infrastructure with high level (24/7, 99,X%) reliability, ensuring that all elements of the software operation can be effectively scaled in response to the changes in level of load
•the smaller, well defined functionality can be thoroughly tested in the following two weeks, and the required functional modifications, fine-tunings are revealed in early stage of development - this way the related development tasks and bugfixes can be completed in planned way in the following sprints.
•the user acceptance tests are completed using the predefined test cases, in compliance with the jointly accepted acceptance criteria according to the test plan - approaching the closing of the project the users of the client and the developers can focus on completion of the tasks required to the going live of the system.
• Green-blue deployment: The software updates and functional extensions, amendments can be deployed without shutting down the system, even in those cases when the changes indicate also database structure modifications.
• the smaller, well defined functionality can be thoroughly tested in the following two weeks, and the required functional modifications, fine-tunings are revealed in early stage of development - this way the related development tasks and bugfixes can be completed in planned way in the following sprints.
• the user acceptance tests are completed using the predefined test cases, in compliance with the jointly accepted acceptance criteria according to the test plan - approaching the closing of the project the users of the client and the developers can focus on completion of the tasks required to the going live of the system.
• Green-blue deployment: The software updates and functional extensions, amendments can be deployed without shutting down the system, even in those cases when the changes indicate also database structure modifications.
• the smaller, well defined functionality can be thoroughly tested in the following two weeks, and the required functional modifications, fine-tunings are revealed in early stage of development - this way the related development tasks and bugfixes can be completed in planned way in the following sprints.
• the user acceptance tests are completed using the predefined test cases, in compliance with the jointly accepted acceptance criteria according to the test plan - approaching the closing of the project the users of the client and the developers can focus on completion of the tasks required to the going live of the system.
• Green-blue deployment: The software updates and functional extensions, amendments can be deployed without shutting down the system, even in those cases when the changes indicate also database structure modifications.
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