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Malaysia’s Leading One Stop Luxury Buy, Sell, Trade In, Consignment, Bag Spa Repair & Watch Repair Service. VVMH provide variety brands of swiss watches, handbags, jewelry, gold and diamond. At VVMH LUXURY, we serve as the gateway to the insider’s world of grandeur – offering a one of a kind platform for buying and selling that is unlike any other. The process of taking a rare, exotic or vintage piece and giving it a renewed life creates a cycle built on preserving style moments. We eschew fashion trends and invest only in standout products from throughout time, empowering us to retain the history and legacy of iconic fashion for all.

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Fashion photography is an enchanting realm where art meets style. It’s not just about capturing clothing and accessories; it’s about creating a mood, telling a story, and showcasing fashion in a way that captivates and inspires. A fashion photographer plays a pivotal role in this creative process, bringing to life the visions of designers and stylists. Their lens becomes a gateway to a world of elegance, innovation, and beauty, making fashion photography a critical element in the fashion industry.

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We believe in a world where luxury fashion and sustainability go hand in hand. Our philosophy is rooted in the conviction that high-end fashion should not come at the expense of our planet.

Our Mission

We are dedicated to providing a unique platform that merges the allure of luxury with eco-conscious practices, enabling our customers to enjoy the finest designer garments while making mindful choices.

Our Vision

By championing the principles of reuse and responsible consumption, we aim to set new standards for the fashion industry in Malaysia. Together with our partners, our ambition is to catalyze a significant shift towards sustainable fashion, one elegant piece at a time.

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Microsoft Copilot is changing the way we search for information.

In the following video, you learn how Microsoft Copilot transforms the traditional search experience by combining a large language model with internet knowledge to provide context-aware and tailored results. The video demonstrates various use cases, from planning a trip to generating code, to highlight the ability of Copilot to enhance productivity and creativity.

https://go.microsoft.com/fwlink/?linkid=2294508

 Note

The Microsoft Copilot interface was recently updated. These video tutorials are still applicable with the new design, although some features might no longer be available.

With Microsoft Copilot, you can achieve more with less effort. Let’s review its benefits:

• Instead of relying on keywords, it enables natural conversation.
• It uses advanced AI to comprehend queries and provide relevant results.
• It helps streamline workflows, so you can focus on your strengths.
• It offers deep insights and recommendations beyond simple search results.

These advancements make searching more dynamic and efficient. Whether you’re looking for the latest research or summarizing a document, Copilot is there to assist. It’s not just a search tool but an intelligent assistant that adapts to your needs and enhances your daily tasks.

Effective use of Copilot requires prompt engineering skills and critical thinking, which the next units explore.

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With recent advancements in AI, search technology made a leap forward. It evolved into reasoning engines that can understand and process complex queries in a more humanlike manner. Reasoning engines can provide more accurate and contextually relevant answers to make search experiences more intuitive and efficient.

In this video, you explore how these advancements transformed search engines into powerful tools that not only find information but also understand and reason with it:

https://go.microsoft.com/fwlink/?linkid=2294511

It’s no longer just about finding an answer; it’s about creating responses that are informative, relevant, and engaging. Reasoning engines don’t just provide answers. They understand the context and nuances of your queries to deliver more personalized responses.

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We all use search engines in our daily routines to find information swiftly, whether it’s for writing a research paper or locating a restaurant in town. A complex web of technology works behind the scenes to make this ability possible.

In this video, you explore how search engines work by diving into the three fundamental tasks of crawling, indexing, and ranking:

https://go.microsoft.com/fwlink/?linkid=2294510

Search engines evolved to help you receive the most accurate and updated information. They begin by crawling and indexing websites. That is, they scan the web and record the content that they discover. They then use this extensive database to rank and fetch the results for your queries.

The algorithms that drive these activities are highly advanced. They’re crafted to comprehend the context and purpose behind your searches.

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The way we search for information has evolved over time. Initially, we relied on physical books and libraries to find the information that we needed, guided by the Dewey decimal system. With the creation of the internet, keyword searches became the norm and helped us quickly find relevant information with just a few clicks.

We’ve now entered the era of AI-driven queries, which have changed the way we access and interact with information. This advanced search technology uses natural language processing and machine learning algorithms to understand the context and intent behind our queries. The goal is to provide more accurate and relevant results. This shift has made searching for information more intuitive and efficient, so we can find what we need faster and with greater precision.

In this video, you explore the evolution of search from the pre-internet era to the present day with advanced search engines like Bing and Microsoft Copilot:

https://go.microsoft.com/fwlink/?linkid=2294308

The way we search for information has undergone another transformation. In the past, we relied on text-based searches: typing out a question and searching through results. Today, we can search through text, voice, or even images. This flexibility has made finding information more accessible.

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Fabric REST APIs allow you to automate Fabric procedures and processes, improving efficiency and productivity. REST API stands for Representational State Transfer Programming Application Interface. Azure REST APIs are used to manage and interact with various Azure services.

Some of the advantages of using the Fabric REST APIs are:

• Automating repeat processes with consistency, making it easier to perform data processing on an ongoing basis.
• Seamless integration with other systems and applications, providing a streamlined and efficient data pipeline.

Fabric CI/CD REST APIs are available for deployment pipelines and Git integration.

• Deployment pipelines REST APIs
• Git REST APIs

Use the Fabric REST APIs for CI/CD to automate processes

You can use the Fabric CI/CD REST APIs to:

• Commit the changes made in the workspace to the connected remote branch.
• Update the workspace with commits pushed to the connected branch.
• See which items have incoming changes and which items have changes that weren’t yet committed to Git with the Git status API.
• List Deployment Pipeline Stage Items: Returns the supported items from the workspace assigned to the specified stage of the specified deployment pipeline.
• Deploy Stage Content: Deploys items from the specified stage of the specified deployment pipeline.

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Pipelines enable a continuous integration/continuous deployment (CI/CD) approach that ensures content is updated, tested, and regularly refreshed. Pipelines are a way to automate the movement of content through the development, test, and production stages of the content development lifecycle.

What are deployment pipelines?

Fabric deployment pipelines help you deploy your Fabric items across different environments like development, test, and production. They let you develop and test content in Fabric before it reaches end users.

Create a deployment pipeline

Deployment pipelines can be created using two different methods:

• Using the Workspaces icon on the left navigation pane in Fabric.
• Using the Create deployment pipeline icon at the top of a workspace

Follow these steps to create a deployment pipeline:

1. Select the Workspaces icon on the left navigation pane, then Deployment pipelines.
2. Select New pipeline. Then name the pipeline and select Next.
3. Define, and name the stages in your pipeline. Then select Create and continue.
4. Assign a workspace to a stage. Then select the green check mark next to the stage. Then you’re ready to deploy content to the pipeline.

Deploy content to a pipeline stage

The deployment process lets you clone content from one stage in the pipeline to another, typically from development to test, and from test to production.

To deploy content between stages, select the stage to deploy to, and then select the stage in the Deploy from drop-down box, and then select the Deploy button. The deployment process copies all of the workspace content into the target stage. In the following image, there’s a data pipeline that only exists in the development stage that will be moved to the test stage when Deploy is selected in the development stage.

Use deployment pipelines with Git

Deployment pipelines can be used with Git branches. This would be used to promote content between development, test, and production environments when content for each environment resides in different Git repositories or branches.

To use deployment pipelines with Git branches:

1. Follow the instructions in the section on this page entitled “Create a deployment pipeline” to create a deployment pipeline and assign each stage to a workspace.
2. Assign each workspace in the deployment pipeline to a Git repository and branch in Git integration in Workspace settings.
3. Promote content between staging environments using the deploy button in the pipeline as described in the Deploy content to a pipeline stage section on this page. This moves content between environments in Fabric but the Git repository won’t be updated until you manually update from the workspace.In the image below, the checkmark in the deployment stage box indicates that a data pipeline item exists in all three staging environments of the deployment pipeline in Fabric and that the Fabric stages are synchronized.When we select Source control from either the Test or Production workspaces that are part of the deployment pipeline, we see that the pipeline hasn’t been synchronized with the Git repository.
4. To synchronize the repository with the Test workspace, select the Commit button in the Source control window shown in the preceding image.

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To support continuous integration, you frequently merge your code changes into a shared repository. The shared repository is part of a version control system like GitHub or Azure DevOps. Version control is a way of managing changes to code over time. It lets you track code revisions, contribute collaboratively to code development, and revert to prior versions of code if needed.

GitHub and Azure DevOps are the version control systems that are supported in Fabric. These version control systems allow you to create a copy of a code repository that’s called a branch. You can use the branch to work on your own code independently from the main version of your team’s code. When you have changes to submit, you can commit them to the repository and merge your changes with a main code branch.

Integration with version control is at the workspace level in Fabric. You can version items you develop within a workspace.

Connect to a Git Repository

A Fabric workspace is shared environment that accesses live items. Any changes made directly in the workspace overrides and affect all other workspace users. A best practice is for you to develop in an isolated workspace, outside of a shared, live workspace. In your own protected workspace, you can connect to your own branch and sync content from the live workspace into your protected workspace, and then commit your changes back to your branch or the main branch.

1. Set up a git repository: The first step in implementing Git integration is to set up a Git repository in either GitHub or Azure DevOps. The repository is the central location for storing and managing items.
2. Connect a Fabric workspace to a Git repository: Next, within the workspace that you want to connect to your repository, establish a connection to the repository from the Git integration option in workspace settings.When you connect a workspace to Git, you create or select an existing a Git repository branch to sync with. Fabric syncs the content between the workspace and Git so they have the same content.

Commit and update the Fabric workspace and Git repository

After you connect to the repository, the workspace shows a Git status column indicating the sync state of items in the workspace, compared to the items in the remote branch.

The source control icon shows the number of items that are different between the workspace and the repository.

To synchronize the workspace and repository:

• When you make workspace changes, synchronize them with the Git branch using the Changes selection in the Source control window.
• When new commits are made in the Git branch, synchronize them with your workspace using the Updates selection in the Source control window.

Branching scenarios

Changes that you make to a workspace when you’re doing development work affect all other workspace users so it’s a best practice to work in isolation outside of shared workspaces. To keep your development work isolated from shared workspaces, you can develop using:

• A separate, isolated workspace
• Client tools like Power BI Desktop for reports and semantic models or VS Code for Notebooks.

In both scenarios, your feature development work should take place in a dedicated branch instead of the main code branch. This makes it easy for multiple developers to work on a feature without affecting the main branch.

Create a dedicated branch, issue pull requests and sync a workspace with Git

Create a dedicated branch and issue pull requests to pull changes from your branch into the main branch by following these steps:

For development using a separate, isolated workspace:

1. Connect a development workspace to the main branch, following the instructions in the section on this page entitled “Connect to a Git Repository”.
2. If you’re a developer who works in the Fabric web interface, create an isolated branch for your work from the development workspace that’s connected to the main branch by selecting Source control and Branch out to new workspace. Name the branch and associate it with another workspace. The new workspace syncs with the new branch you create and become an isolated work environment for your work.
3. Makes changes in your branch, then commit them to your isolated branch via the Source control interface in Fabric.
4. Then, in Git, create a Pull Request (PR) to pull the changes from your isolated branch into the main branch.
5. The main branch in Git will be updated once the PR is merged to the main branch. When you open the shared development workspace, you’ll be prompted to synchronize the new content from Git with the shared development workspace.

When using client tools for development, the process is similar to that when developing in the Fabric web interface.

1. Connect a development workspace to the main branch, following the instructions in the section on this page entitled “Connect a Fabric workspace to a Git repository”.
2. Clone the repository on your local machine.
3. Push the changes to the remote repository when you’re ready to test in Fabric. Test the changes by connecting your isolated branch to a separate workspace.
4. Issue a PR in Git to merge your changes into the main branch.
5. When you open the shared workspace associated with the main branch, you’ll be prompted to sync the changes from the repository into the workspace.

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