Answer:
Step 1: harvest. First, you need to select the leaves for harvest. ...
Step 2: steaming. The next step is to heat the leaves by steaming them. ...
Step 3: shaping. ...
Step 4: oxidation. ...
Step 5: drying. ...
Step 6: enjoy your cup of home grown tea. ...
Step 7: storing leftover tea leaves.
The four standard layers of a layered architecture are:
- presentation,
- business,
- persistence,
- database.
<h3>What is a Layered Architecture?</h3>
This refers to the architectural style that is used to show components with similar functions in horizontal layers that have specific roles.
Hence, we can see that no generic info system architecture was attached to the answer, so it would be impossible to create a layered architecture, so a general overview was given about layered architecture.
Read more about layered architecture here:
brainly.com/question/2563702
#SPJ1
The answer is Anticipate the action. <span>In order to get a great sports photograph, you need to anticipate the action. </span><span>A big part of </span>sports photography<span> is </span>anticipating action. <span>The photographer will be able to anticipate the action so that the camera will be pointed in the right direction to capture the decisive moments on film</span>
Question:
Which of the following statements is not a true statement about software architecture?
Answer:
b.) Software architecture dictates the process used by a team to develop use cases for a software system.
Explanation:
A software development life cycle (SDLC) can be defined as a strategic process or methodology that defines the key steps or stages for creating and implementing high quality software applications. There are six (6) main stages in the creation of a software and these are;
1. Planning.
2. Analysis.
3. Design.
4. Development (coding).
5. Deployment.
6. Maintenance.
One of the most important steps in the software development life cycle (SDLC) is design. It is the third step of SDLC and comes immediately after the analysis stage.
Basically, method design is the stage where the software developer describes the features, architecture and functions of the proposed solution in accordance with a standard.
Software architecture can be defined as the software blueprint or infrastructure in which the components (elements) of the software providing user functionality and their relationships are defined, deployed and executed. Thus, it is a structured framework used by software developers to model software components (elements), properties and relationships in order to have a good understanding of how the program would behave.
In conclusion, software architecture doesn't dictate the process used by a team to develop use cases for a software system.
