Agile Development with Java EE

Conceptualizing and Setting Cloud Infrastructure 4 lectures 14:27 The Course Overview This video will give you an overview about the course. Establishing the Minimum Viable Product (MVP) This video deals with the need to specify the product/application properly. The solution is to establish a Minimum Viable Product (MVP) which has just enough features to satisfy early customers, and to provide feedback for future product development.

• Understand MVP and why it is important to have one
• Work with Hypotheses instead of Requirements and build a hypothesis
• Build an MVP to test the hypothesis

Setting Up the Cloud Infrastructure Traditional (non-cloud) provisioning of hardware infrastructure and software tools are slow and expensive. Cloud allows to get projects up and running quickly and less costly.

• Sign up and Log-in into the IBM Cloud
• Provision our Java EE runtime
• Test the baseline infrastructure

NoSQL Database, Toolchain, and Code Reuse Need of a database to store our application data and an integrated toolchain to enable continuous delivery. Provision them on the Cloud.

• Provision a NoSQL database to store our application data
• Create an Integrated toolchain which will enable continuous delivery
• Leverage code reuse by cloning a GitHub project

Conceptualizing and Setting Cloud Infrastructure - Quiz Conceptualizing and Setting Cloud Infrastructure 4 lectures 14:27 The Course Overview This video will give you an overview about the course. Establishing the Minimum Viable Product (MVP) This video deals with the need to specify the product/application properly. The solution is to establish a Minimum Viable Product (MVP) which has just enough features to satisfy early customers, and to provide feedback for future product development.

• Understand MVP and why it is important to have one
• Work with Hypotheses instead of Requirements and build a hypothesis
• Build an MVP to test the hypothesis

Setting Up the Cloud Infrastructure Traditional (non-cloud) provisioning of hardware infrastructure and software tools are slow and expensive. Cloud allows to get projects up and running quickly and less costly.

• Sign up and Log-in into the IBM Cloud
• Provision our Java EE runtime
• Test the baseline infrastructure

NoSQL Database, Toolchain, and Code Reuse Need of a database to store our application data and an integrated toolchain to enable continuous delivery. Provision them on the Cloud.

• Provision a NoSQL database to store our application data
• Create an Integrated toolchain which will enable continuous delivery
• Leverage code reuse by cloning a GitHub project

Conceptualizing and Setting Cloud Infrastructure - Quiz The Course Overview This video will give you an overview about the course. The Course Overview This video will give you an overview about the course. The Course Overview This video will give you an overview about the course. The Course Overview This video will give you an overview about the course. This video will give you an overview about the course. This video will give you an overview about the course. Establishing the Minimum Viable Product (MVP) This video deals with the need to specify the product/application properly. The solution is to establish a Minimum Viable Product (MVP) which has just enough features to satisfy early customers, and to provide feedback for future product development.

• Understand MVP and why it is important to have one
• Work with Hypotheses instead of Requirements and build a hypothesis
• Build an MVP to test the hypothesis

Establishing the Minimum Viable Product (MVP) This video deals with the need to specify the product/application properly. The solution is to establish a Minimum Viable Product (MVP) which has just enough features to satisfy early customers, and to provide feedback for future product development.

• Understand MVP and why it is important to have one
• Work with Hypotheses instead of Requirements and build a hypothesis
• Build an MVP to test the hypothesis

Establishing the Minimum Viable Product (MVP) This video deals with the need to specify the product/application properly. The solution is to establish a Minimum Viable Product (MVP) which has just enough features to satisfy early customers, and to provide feedback for future product development.

• Understand MVP and why it is important to have one
• Work with Hypotheses instead of Requirements and build a hypothesis
• Build an MVP to test the hypothesis

Establishing the Minimum Viable Product (MVP) This video deals with the need to specify the product/application properly. The solution is to establish a Minimum Viable Product (MVP) which has just enough features to satisfy early customers, and to provide feedback for future product development.

• Understand MVP and why it is important to have one
• Work with Hypotheses instead of Requirements and build a hypothesis
• Build an MVP to test the hypothesis

This video deals with the need to specify the product/application properly. The solution is to establish a Minimum Viable Product (MVP) which has just enough features to satisfy early customers, and to provide feedback for future product development.

• Understand MVP and why it is important to have one
• Work with Hypotheses instead of Requirements and build a hypothesis
• Build an MVP to test the hypothesis

This video deals with the need to specify the product/application properly. The solution is to establish a Minimum Viable Product (MVP) which has just enough features to satisfy early customers, and to provide feedback for future product development.

• Understand MVP and why it is important to have one
• Work with Hypotheses instead of Requirements and build a hypothesis
• Build an MVP to test the hypothesis

Setting Up the Cloud Infrastructure Traditional (non-cloud) provisioning of hardware infrastructure and software tools are slow and expensive. Cloud allows to get projects up and running quickly and less costly.

• Sign up and Log-in into the IBM Cloud
• Provision our Java EE runtime
• Test the baseline infrastructure

Setting Up the Cloud Infrastructure Traditional (non-cloud) provisioning of hardware infrastructure and software tools are slow and expensive. Cloud allows to get projects up and running quickly and less costly.

• Sign up and Log-in into the IBM Cloud
• Provision our Java EE runtime
• Test the baseline infrastructure

Setting Up the Cloud Infrastructure Traditional (non-cloud) provisioning of hardware infrastructure and software tools are slow and expensive. Cloud allows to get projects up and running quickly and less costly.

• Sign up and Log-in into the IBM Cloud
• Provision our Java EE runtime
• Test the baseline infrastructure

Setting Up the Cloud Infrastructure Traditional (non-cloud) provisioning of hardware infrastructure and software tools are slow and expensive. Cloud allows to get projects up and running quickly and less costly.

• Sign up and Log-in into the IBM Cloud
• Provision our Java EE runtime
• Test the baseline infrastructure

Traditional (non-cloud) provisioning of hardware infrastructure and software tools are slow and expensive. Cloud allows to get projects up and running quickly and less costly.

• Sign up and Log-in into the IBM Cloud
• Provision our Java EE runtime
• Test the baseline infrastructure

Traditional (non-cloud) provisioning of hardware infrastructure and software tools are slow and expensive. Cloud allows to get projects up and running quickly and less costly.

• Sign up and Log-in into the IBM Cloud
• Provision our Java EE runtime
• Test the baseline infrastructure

NoSQL Database, Toolchain, and Code Reuse Need of a database to store our application data and an integrated toolchain to enable continuous delivery. Provision them on the Cloud.

• Provision a NoSQL database to store our application data
• Create an Integrated toolchain which will enable continuous delivery
• Leverage code reuse by cloning a GitHub project

NoSQL Database, Toolchain, and Code Reuse Need of a database to store our application data and an integrated toolchain to enable continuous delivery. Provision them on the Cloud.

• Provision a NoSQL database to store our application data
• Create an Integrated toolchain which will enable continuous delivery
• Leverage code reuse by cloning a GitHub project

NoSQL Database, Toolchain, and Code Reuse Need of a database to store our application data and an integrated toolchain to enable continuous delivery. Provision them on the Cloud.

• Provision a NoSQL database to store our application data
• Create an Integrated toolchain which will enable continuous delivery
• Leverage code reuse by cloning a GitHub project

NoSQL Database, Toolchain, and Code Reuse Need of a database to store our application data and an integrated toolchain to enable continuous delivery. Provision them on the Cloud.

• Provision a NoSQL database to store our application data
• Create an Integrated toolchain which will enable continuous delivery
• Leverage code reuse by cloning a GitHub project

Need of a database to store our application data and an integrated toolchain to enable continuous delivery. Provision them on the Cloud.

• Provision a NoSQL database to store our application data
• Create an Integrated toolchain which will enable continuous delivery
• Leverage code reuse by cloning a GitHub project

Need of a database to store our application data and an integrated toolchain to enable continuous delivery. Provision them on the Cloud.

• Provision a NoSQL database to store our application data
• Create an Integrated toolchain which will enable continuous delivery
• Leverage code reuse by cloning a GitHub project

Conceptualizing and Setting Cloud Infrastructure - Quiz Conceptualizing and Setting Cloud Infrastructure - Quiz Conceptualizing and Setting Cloud Infrastructure - Quiz Conceptualizing and Setting Cloud Infrastructure - Quiz Create the Project Planning, Design, and Tracking 3 lectures 19:50 Planning and Prioritization with a Ranked Backlog To plan the work, we need a prioritized list of features waiting to be scheduled and implemented. To accomplish that we create a Ranked backlog, which is continuously updated by the Product Owner.

• Create each feature and save it
• Confirm that the features show up in the backlog
• Prioritize the features in the backlog by dragging them

Design and Estimating with User Stories and Story Points Formal requirement specifications are long and time-consuming to write. User Story is an informal, natural language description of a chunk of functionality that is of value from an end-user perspective.

• Review the User Story template
• Write User Stories using the template
• Estimate the User Stories using Story points

Tracking and Delivering in Timeboxed Iterations Waterfall style of software delivery is too risky since it does not respond to changes quickly. Delivering software incrementally within small, Timeboxed iterations helps to reduce risk and address changes faster.

• Understand why and how to work in Iterations
• Timebox the Iterations
• Track the work being delivered with the help of an Iteration Wall

Create the Project Planning, Design, and Tracking - Quiz Create the Project Planning, Design, and Tracking. 3 lectures 19:50 Planning and Prioritization with a Ranked Backlog To plan the work, we need a prioritized list of features waiting to be scheduled and implemented. To accomplish that we create a Ranked backlog, which is continuously updated by the Product Owner.

• Create each feature and save it
• Confirm that the features show up in the backlog
• Prioritize the features in the backlog by dragging them

Design and Estimating with User Stories and Story Points Formal requirement specifications are long and time-consuming to write. User Story is an informal, natural language description of a chunk of functionality that is of value from an end-user perspective.

• Review the User Story template
• Write User Stories using the template
• Estimate the User Stories using Story points

Tracking and Delivering in Timeboxed Iterations Waterfall style of software delivery is too risky since it does not respond to changes quickly. Delivering software incrementally within small, Timeboxed iterations helps to reduce risk and address changes faster.

• Understand why and how to work in Iterations
• Timebox the Iterations
• Track the work being delivered with the help of an Iteration Wall

Create the Project Planning, Design, and Tracking - Quiz Planning and Prioritization with a Ranked Backlog To plan the work, we need a prioritized list of features waiting to be scheduled and implemented. To accomplish that we create a Ranked backlog, which is continuously updated by the Product Owner.

• Create each feature and save it
• Confirm that the features show up in the backlog
• Prioritize the features in the backlog by dragging them

Planning and Prioritization with a Ranked Backlog To plan the work, we need a prioritized list of features waiting to be scheduled and implemented. To accomplish that we create a Ranked backlog, which is continuously updated by the Product Owner.

• Create each feature and save it
• Confirm that the features show up in the backlog
• Prioritize the features in the backlog by dragging them

Planning and Prioritization with a Ranked Backlog To plan the work, we need a prioritized list of features waiting to be scheduled and implemented. To accomplish that we create a Ranked backlog, which is continuously updated by the Product Owner.

• Create each feature and save it
• Confirm that the features show up in the backlog
• Prioritize the features in the backlog by dragging them

Planning and Prioritization with a Ranked Backlog To plan the work, we need a prioritized list of features waiting to be scheduled and implemented. To accomplish that we create a Ranked backlog, which is continuously updated by the Product Owner the repeatable TDD...