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Copy file name to clipboardExpand all lines: articles/stream-analytics/cicd-tools.md
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@@ -39,7 +39,7 @@ The *build* command does a keyword syntax check and generates Azure Resource Man
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| Argument | Description |
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|`--project`| Specify the **asaproj.json** file using absolute or relative path. |
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|`--outputPath`| Specify the output folder for storing ARM Templates using absolute or relative path. If `outputPath`is not specified, the templates will be placed in the current directory. |
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|`--outputPath`| Specify the output folder for storing ARM Templates using absolute or relative path. If `outputPath`isn't specified, the templates are placed in the current directory. |
If the project is built successfully, you see 2 JSON files created under the output folder:
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If the project is built successfully, you see two JSON files created under the output folder:
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* ARM template file: `[ProjectName].JobTemplate.json`
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* ARM parameter file: `[ProjectName].JobTemplate.parameters.json`
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The default values for **parameters.json** file come from your project settings. If you want to deploy to another environment, replace the values accordingly.
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The default values for all credentials are **null**. You are required to set the values before you deploy to Azure.
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The default values for all credentials are **null**. You're required to set the values before you deploy to Azure.
|`--project`| Specify the **asaproj.json** file using absolute or relative path. |
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|`--outputPath`| Specify the output folder for storing ARM Templates using absolute or relative path. If `outputPath`is not specified, the templates will be placed in the current directory. |
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|`--customCodeZipFilePath`| The path of the zip file for C# custom code, such as a UDF or deserializer, if they are used. Package the DLLs into a zip file and specify this path. |
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|`--outputPath`| Specify the output folder for storing ARM Templates using absolute or relative path. If `outputPath`isn't specified, the templates are placed in the current directory. |
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|`--customCodeZipFilePath`| The path of the zip file for C# custom code, such as a UDF or deserializer, if they're used. Package the DLLs into a zip file and specify this path. |
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**Example**:
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| Argument | Description |
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|`--project`| Specify the **asaproj.json** file using absolute or relative path. |
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|`--testConfigPath`| The path of the test configuration file. If it is not specified, the file will be searched in **\test** under the current directory of the **asaproj.json** file, with default file name **testConfig.json**. A new file will be created if not existed. |
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|`--testConfigPath`| The path of the test configuration file. If it isn't specified, the file is searched in **\test** under the current directory of the **asaproj.json** file, with default file name **testConfig.json**. A new file is created if not existed. |
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**Example**:
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@@ -164,9 +164,9 @@ azure-streamanalytics-cicd test --project <projectFullPath> [--testConfigPath <t
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| Argument | Description |
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|`--project`| The path of the **asaproj.json** file. |
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| `--testConfigPath` | The path to the test configuration file. If it is not specified, the file will be searched in **\test** under the current directory of the **asaproj.json** file, with default file name **testConfig.json**.
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|`--outputPath`| The path of the test result output folder. If it is not specified, the output result files will be placed in the current directory. |
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|`--customCodeZipFilePath`| The path of the zip file for custom code such as a UDF or deserializer, if they are used. You need to package the DLLs to zip file and specify the path. |
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| `--testConfigPath` | The path to the test configuration file. If it isn't specified, the file is searched in **\test** under the current directory of the **asaproj.json** file, with default file name **testConfig.json**.
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|`--outputPath`| The path of the test result output folder. If it isn't specified, the output result files are placed in the current directory. |
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|`--customCodeZipFilePath`| The path of the zip file for custom code such as a UDF or deserializer, if they're used. You need to package the DLLs to zip file and specify the path. |
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If test cases are executed, you can find a **testResultSummary.json** file generated in the output folder.
Copy file name to clipboardExpand all lines: articles/stream-analytics/quick-start-build-application.md
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@@ -12,9 +12,9 @@ ms.topic: quickstart
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Analyzing clickstream data is an effective way for businesses to optimize website traffic and gain insights into user behavior. This quickstart outlines how you can build a streaming application for analyzing website clickstream data.
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The method outlined in this guide uses a PowerShell script to deploy Azure resources with auto-generated sample data streams. The auto-generated data enables exploring various stream analytic scenarios and helps you deploy Azure resources effortlessly.
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The method outlined in this guide uses a PowerShell script to deploy Azure resources with autogenerated sample data streams. The autogenerated data enables exploring various stream analytic scenarios and helps you deploy Azure resources effortlessly.
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Here're the typical scenarios for processing and analyzing clickstream:
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Here are the typical scenarios for processing and analyzing clickstream:
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- Filter clickstream requests
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- Join clickstream with a file
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}
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```
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We will be using the scripts available in the [GitHub repository](https://github.com/Azure/azure-stream-analytics) for deploying our required resources:
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We'll be using the scripts available in the [GitHub repository](https://github.com/Azure/azure-stream-analytics) for deploying our required resources:
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1. Open **PowerShell** from the Start menu, clone this GitHub repository to your working directory.
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