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Copy file name to clipboardExpand all lines: articles/machine-learning/how-to-troubleshoot-environments.md
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@@ -33,10 +33,10 @@ These pre-created environments also allow for faster deployment time.
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In user-managed environments, you're responsible for setting up your environment and installing every package that your training script needs on the compute target.
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Also be sure to include any dependencies needed for model deployment.
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These types of environments have two subtypes. For the first type, BYOC (bring your own container), you bring an existing Docker image to AzureML. For the second type, Docker build context based environments, Azure Machine Learning materializes the image from the context that you provide.
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These types of environments have two subtypes. For the first type, BYOC (bring your own container), you bring an existing Docker image to Azure Machine Learning. For the second type, Docker build context based environments, Azure Machine Learning materializes the image from the context that you provide.
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When you want conda to manage the Python environment for you, use a system-managed environment.
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AzureML creates a new isolated conda environment by materializing your conda specification on top of a base Docker image. By default, AzureML adds common features to the derived image.
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Azure Machine Learning creates a new isolated conda environment by materializing your conda specification on top of a base Docker image. By default, Azure Machine Learning adds common features to the derived image.
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Any Python packages present in the base image aren't available in the isolated conda environment.
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### Create and manage environments
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Reproducibility is one of the foundations of software development. When you're developing production code, a repeated operation must guarantee the same
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result. Mitigating vulnerabilities can disrupt reproducibility by changing dependencies.
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AzureML's primary focus is to guarantee reproducibility. Environments fall under three categories: curated,
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Azure Machine Learning's primary focus is to guarantee reproducibility. Environments fall under three categories: curated,
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user-managed, and system-managed.
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**Curated environments** are pre-created environments that Azure Machine Learning manages and are available by default in every Azure Machine Learning workspace provisioned.
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Once you install more dependencies on top of a Microsoft-provided image, or bring your own base image, vulnerability
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management becomes your responsibility.
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You use **system-managed environments** when you want conda to manage the Python environment for you. AzureML creates a new isolated conda environment by materializing your conda specification on top of a base Docker image. While Azure Machine Learning patches base images with each release, whether you use the
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You use **system-managed environments** when you want conda to manage the Python environment for you. Azure Machine Learning creates a new isolated conda environment by materializing your conda specification on top of a base Docker image. While Azure Machine Learning patches base images with each release, whether you use the
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latest image may be a tradeoff between reproducibility and vulnerability management. So, it's your responsibility to choose the environment version used
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for your jobs or model deployments while using system-managed environments.
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@@ -160,7 +160,7 @@ To create a new environment, you must use one of the following approaches:
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* The directory should contain a Dockerfile and any other files needed to build the image
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### Missing Dockerfile path
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<!--issueDescription-->
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This issue can happen when AzureML fails to find your Dockerfile. As a default, Azure Machine Learning looks for a Dockerfile named 'Dockerfile' at the root of your build context directory unless you specify a Dockerfile path.
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This issue can happen when Azure Machine Learning fails to find your Dockerfile. As a default, Azure Machine Learning looks for a Dockerfile named 'Dockerfile' at the root of your build context directory unless you specify a Dockerfile path.
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**Potential causes:**
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* Your Dockerfile isn't at the root of your build context directory and/or is named something other than 'Dockerfile,' and you didn't provide its path
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