Concepts
In Microsoft Power Automate, parsing text is a common requirement when working with different data formats such as JSON, XML, and CSV. Power Automate provides various actions and expressions to facilitate parsing these formats in cloud flows. In this article, we will explore the common processes for parsing text using Power Automate, focusing on JSON, XML, and CSV.
1. Parsing JSON:
JSON (JavaScript Object Notation) is a lightweight data format commonly used for data interchange. Power Automate provides a dedicated action called “Parse JSON” to parse JSON data.
To parse JSON, follow these steps:
- Add the “Parse JSON” action in your flow.
- In the “Content” field, specify the JSON content you want to parse. You can provide the JSON directly or use dynamic content from previous steps.
- In the “Schema” field, define the JSON schema. You can either manually define the schema or use sample JSON data to automatically generate the schema.
- Once the JSON is parsed, you can access its properties using dynamic content in subsequent actions or expressions.
Here’s an example of parsing JSON in a cloud flow:
{
"name": "John Doe",
"age": 35,
"email": "[email protected]"
}
2. Parsing XML:
XML (eXtensible Markup Language) is a markup language used for structuring and storing data. Power Automate provides built-in expressions to extract data from XML content.
To parse XML, follow these steps:
- Use the “xpath” expression to query XML elements and extract data. The xpath expression follows the XML Path Language (XPath) syntax.
- Apply the “xpath” expression to the XML content you want to parse. You can use dynamic content from previous steps or provide the XML directly.
Here’s an example of parsing XML using the “xpath” expression:
To extract the book title using the “xpath” expression, specify “/bookstore/book/title” as the expression. This will return the value “Harry Potter”.
3. Parsing CSV:
CSV (Comma-Separated Values) is a simple file format used for storing tabular data. Power Automate provides actions to parse CSV data, enabling you to work with the individual fields.
To parse CSV, follow these steps:
- Use the “Parse CSV” action in your flow.
- In the “Content” field, specify the CSV content you want to parse. You can provide the CSV directly or use dynamic content from previous steps.
- Configure additional options such as delimiter, quote style, and header visibility based on your CSV structure.
- The “Parse CSV” action outputs an array of objects, with each object representing a row of data. You can access the individual fields using dynamic content or apply further transformations as needed.
Here’s an example of parsing CSV in a cloud flow:
Name,Email,Phone
John Doe,[email protected],1234567890
Jane Smith,[email protected],9876543210
After parsing the CSV, you can access the field values like “Name”, “Email”, and “Phone” using dynamic content.
In conclusion, Power Automate offers convenient features for parsing text in various formats such as JSON, XML, and CSV. By leveraging actions and expressions specific to each format, you can easily extract and manipulate data within your cloud flows.
Answer the Questions in Comment Section
Which of the following processes can be used to parse text in Microsoft Power Automate Cloud Flows?
a) JSON parsing
b) XML parsing
c) CSV parsing
d) All of the above
Correct answer: d) All of the above
What is the purpose of parsing text in cloud flows?
a) To extract and manipulate data from structured text formats
b) To convert text into HTML format
c) To compress the size of text files
d) None of the above
Correct answer: a) To extract and manipulate data from structured text formats
Which process is commonly used to parse JSON in Microsoft Power Automate?
a) JSON Deserialization
b) JSON Streaming
c) JSON Normalization
d) JSON Encoding
Correct answer: a) JSON Deserialization
In Power Automate, how can you parse XML data?
a) By using the Parse XML action
b) By converting XML to JSON format
c) By using regular expressions
d) By splitting the XML string into smaller parts
Correct answer: a) By using the Parse XML action
What is the advantage of using JSON as a structured text format for parsing?
a) JSON supports complex data types such as arrays and objects
b) JSON has a simple and intuitive syntax
c) JSON is widely used and supported by various programming languages
d) All of the above
Correct answer: d) All of the above
How can you parse CSV data in Power Automate?
a) By using the Parse CSV action
b) By converting CSV to XML format
c) By using regular expressions
d) By splitting the CSV string into rows and columns
Correct answer: a) By using the Parse CSV action
Which process can be used to handle hierarchical data structures in JSON?
a) XML parsing
b) CSV parsing
c) JSON deserialization
d) Regular expression matching
Correct answer: c) JSON deserialization
What does CSV stand for?
a) Comma Separated Values
b) Common Structured Values
c) Controlled Separation Variables
d) Comprehensive Source Versioning
Correct answer: a) Comma Separated Values
Which action in Power Automate can be used to convert JSON data to XML format?
a) JSON to XML conversion action
b) XML generation action
c) There is no built-in action for converting JSON to XML
d) Convert Action
Correct answer: c) There is no built-in action for converting JSON to XML
Which statement is true about parsing text in cloud flows?
a) Parsing text is only applicable to structured text formats.
b) Parsing text can only be done by using regular expressions.
c) Parsing text allows extraction of data from unstructured text.
d) Parsing text requires the use of a third-party plugin.
Correct answer: c) Parsing text allows extraction of data from unstructured text.
Parsing JSON in cloud flows is pretty straightforward with the built-in Parse JSON action. Just supply the schema and off you go!
For XML parsing, I find XPath very useful in Power Automate. What do you guys think?
CSV parsing seems limited in Power Automate. Are there any workarounds?
Is there any difference in parsing XML vs JSON in terms of performance?
Using Power Automate for text parsing has saved me hours of manual work! Thanks for this blog post!
XPath and Parse JSON are great, but have you tried using the Data Operations actions? They can simplify a lot of tasks.
How does error handling work in Power Automate when a parsing action fails?
Excellent post! Found it very useful for my preparation!