To append data to an Access database using OfficeScripts, you can utilize the Office.context.document.url property to get the URL of the current Excel workbook. You can then construct an SQL INSERT statement and execute it using the execute method. Here’s an example of an OfficeScript that demonstrates the concept: function main() { // Get the URL of the current workbook var workbookUrl = Office.context.document.url; // Construct the connection string var connectionString = "Provider=Microsoft.ACE.OLEDB.12.0;Data Source=" + workbookUrl; // Create a new ADODB.Connection object var connection = new ActiveXObject("ADODB.Connection"); // Open the connection to the Access database connection.Open(connectionString); // Construct the INSERT statement var sql = "INSERT INTO TableName (Column1, Column2) VALUES ('Value1', 'Value2')"; // Execute the INSERT statement connection.execute(sql); // Close the connection connection.Close(); console.log("Data appended successfully."); } In this example, replace “TableName” with the name of the table in your Access database, and “Column1” and “Column2” with the actual column names in your table. Similarly, replace “‘Value1′” and “‘Value2′” with the actual values you want to append to the database. Please note that OfficeScripts are currently only supported in Excel for the web and Excel Online. They are not available in the desktop version of Excel. Additionally, the example assumes that you have the necessary permissions and appropriate driver installed to access the Access database. It’s worth mentioning that OfficeScripts are primarily designed for automating tasks within Excel and are not intended for extensive database operations. If you require more complex data interactions with an Access database, it is recommended to use a server-side technology or a dedicated database tool.

To read data from a SQL Server database using OfficeScripts, you can make use of a server-side endpoint that exposes the data through an API. You can then use the fetch function to send a GET request to the endpoint and retrieve the data. Here’s an example of an OfficeScript that demonstrates the concept: function main() { // Send a GET request to the server endpoint fetch('http://your-server-endpoint') .then(response => response.json()) .then(data => { // Process the retrieved data console.log(data); // Do something with the data }) .catch(error => { console.log("Error occurred: " + error.message); }); } Please note that this code assumes you have a server-side endpoint (http://your-server-endpoint) that exposes the SQL Server data through an API. You need to replace http://your-server-endpoint with the appropriate URL for your server-side endpoint. The example uses the fetch() function to send a GET request to the server endpoint. The response is then converted to JSON using the response.json() method. You can then process the retrieved data as needed. In this example, the data is logged to the console using console.log(), but you can perform any desired actions or operations with the data. Remember to implement the server-side logic to handle the GET request and retrieve the data from the SQL Server database using SQL Server-specific libraries or frameworks. Please note that OfficeScripts are currently only supported in Excel for the web and Excel Online. They are not available in the desktop version of Excel.

To update data in a SQL Server database using OfficeScripts, you can utilize a similar approach as for appending and deleting data. You would make a PUT or PATCH request to the server-side endpoint that handles the database operations. Here’s an example of an OfficeScript that demonstrates the concept: function main() { // Define the updated data let data = { id: 12345, name: "John Doe", age: 35, email: "[email protected]" }; // Send a PUT or PATCH request to the server endpoint fetch('http://your-server-endpoint', { method: 'PUT', // or 'PATCH' headers: { 'Content-Type': 'application/json' }, body: JSON.stringify(data) }) .then(response => { if (response.ok) { console.log("Data updated successfully."); } else { console.log("Failed to update data."); } }) .catch(error => { console.log("Error occurred: " + error.message); }); } Please note that this code assumes you have a server-side endpoint (http://your-server-endpoint) that accepts the PUT or PATCH request and handles the database update operation. You need to replace http://your-server-endpoint with the appropriate URL for your server-side endpoint. The example uses the fetch() function to send a PUT or PATCH request to the server endpoint, depending on your specific requirements. It includes the appropriate headers and the JSON payload containing the updated data. The response from the server is then checked to determine the success or failure of the operation, and the corresponding message is logged to the console. Remember to implement the server-side logic to handle the PUT or PATCH request and perform the necessary database update operation using SQL Server-specific libraries or frameworks. Please note that OfficeScripts are currently only supported in Excel for the web and Excel Online. They are not available in the desktop version of Excel.

To delete data from a SQL Server database using OfficeScripts, you would typically follow a similar approach as appending data. However, instead of making a POST request, you would make a DELETE request to the server-side endpoint that handles the database operations. Here’s an example of an OfficeScript that demonstrates the concept: function main() { // Define the data to be deleted let data = { id: 12345 }; // Send a DELETE request to the server endpoint fetch('http://your-server-endpoint', { method: 'DELETE', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify(data) }) .then(response => { if (response.ok) { console.log("Data deleted successfully."); } else { console.log("Failed to delete data."); } }) .catch(error => { console.log("Error occurred: " + error.message); }); } Please note that this code assumes you have a server-side endpoint (http://your-server-endpoint) that accepts the DELETE request and handles the database delete operation. You need to replace http://your-server-endpoint with the appropriate URL for your server-side endpoint. The example uses the fetch() function to send a DELETE request to the server endpoint. It includes the appropriate headers and the JSON payload containing the data to be deleted. The response from the server is then checked to determine the success or failure of the operation, and the corresponding message is logged to the console. Remember to implement the server-side logic to handle the DELETE request and perform the necessary database delete operation using SQL Server-specific libraries or frameworks. Please note that OfficeScripts are currently only supported in Excel for the web and Excel Online. They are not available in the desktop version of Excel.

To append data to a SQL Server database using OfficeScripts, you can make use of the ‘node-fetch’ library to send HTTP requests to a server-side endpoint that handles the database operations. However, please note that OfficeScripts are primarily designed for automating tasks within Excel and are not intended for direct integration with external databases. Here’s an example of an OfficeScript that demonstrates the concept: function main() { // Define the data to be appended let data = { name: "John Doe", age: 30, email: "[email protected]" }; // Send a POST request to the server endpoint fetch('http://your-server-endpoint', { method: 'POST', headers: { 'Content-Type': 'application/json' }, body: JSON.stringify(data) }) .then(response => { if (response.ok) { console.log("Data appended successfully."); } else { console.log("Failed to append data."); } }) .catch(error => { console.log("Error occurred: " + error.message); }); } Please note that this code assumes you have a server-side endpoint (http://your-server-endpoint) that accepts the POST request and handles the database append operation. You need to replace http://your-server-endpoint with the appropriate URL for your server-side endpoint. The example uses the fetch() function to send a POST request to the server endpoint. It includes the appropriate headers and the JSON payload containing the data to be appended. The response from the server is then checked to determine the success or failure of the operation, and the corresponding message is logged to the console. Remember to implement the server-side logic to handle the POST request and perform the necessary database append operation using SQL Server-specific libraries or frameworks. Please note that OfficeScripts are currently only supported in Excel for the web and Excel Online. They are not available in the desktop version of Excel.

To send an email using an Outlook account in OfficeScripts, you can utilize the Office.context.mailbox.item object. Here’s an example of an OfficeScript that sends an email using an Outlook account: function main() { // Create the email message var email = Office.context.mailbox.item; email.subject = "Test Email"; email.body.setHtmlBody("<b>This is a test email.</b>"); // Set the recipients email.to.addEmailAddress("[email protected]"); email.to.addEmailAddress("[email protected]"); // Send the email email.send(); } To use this OfficeScript, follow these steps: Open Outlook Online or Outlook for the web. Create a new email or reply to an existing email. Click on the “Automate” tab in the ribbon. Click on the “Script Lab” button. In the Script Lab pane, create a new script or open an existing one. Replace the default code in the script editor with the code provided above. Click the “Run” button to execute the script. This script uses the Office.context.mailbox.item object to access the current email message. It sets the subject and body of the email using the subject and body properties. You can customize the subject and body content as needed. The recipients are added using the to.addEmailAddress() method, where you can specify one or more email addresses. Finally, the send() method is called to send the email. Please note that OfficeScripts are currently only supported in Outlook for the web. They are not available in the desktop version of Outlook. Additionally, you need to have an active Outlook account configured in your Office 365 or Exchange Online environment to send emails.

Here’s an example of an OfficeScript that copies data from one sheet to another in the same workbook: function main(workbook: ExcelScript.Workbook, sourceSheetName: string, targetSheetName: string) { // Get the source and target sheets let sourceSheet = workbook.getWorksheet(sourceSheetName); let targetSheet = workbook.getWorksheet(targetSheetName); // Get the used range of the source sheet let sourceRange = sourceSheet.getUsedRange(); // Copy the values from the source range to the target sheet let targetRange = targetSheet.getRange(sourceRange.getAddress()); targetRange.setValues(sourceRange.getValues()); } To use this OfficeScript, follow these steps: Open Excel Online or Excel for the web. Open an existing workbook that contains the source and target sheets. Note down the names of the source sheet and the target sheet. Click on the “Automate” tab in the ribbon. Click on the “Script Lab” button. In the Script Lab pane, create a new script or open an existing one. Replace the default code in the script editor with the code provided above. In the main function call, provide the names of the source sheet and target sheet as arguments. Click the “Run” button to execute the script. This script copies the data from the used range of the source sheet to the corresponding range in the target sheet. The getUsedRange function retrieves the range containing the data in the source sheet, and the getAddress function gets the address of the range. Then, the values are copied from the source range to the target range using the getValues and setValues functions. Please note that OfficeScripts are currently only supported in Excel for the web and Excel Online. They are not available in the desktop version of Excel.

 Here’s an example of an OfficeScript that adds a chart to a worksheet in an existing workbook: function main(worksheet: ExcelScript.Worksheet) { // Define the range of data for the chart let dataRange = worksheet.getRange("A1:B5"); // Add a chart to the worksheet let chart = worksheet.addChart(ExcelScript.ChartType.ColumnClustered, dataRange); // Set the title of the chart chart.setTitle("Sample Chart"); // Set the x-axis and y-axis titles chart.setXAxisTitle("X-Axis"); chart.setYAxisTitle("Y-Axis"); } To use this OfficeScript, follow these steps: Open Excel Online or Excel for the web. Open an existing workbook. Select the worksheet where you want to add the chart. Click on the “Automate” tab in the ribbon. Click on the “Script Lab” button. In the Script Lab pane, create a new script or open an existing one. Replace the default code in the script editor with the code provided above. Click the “Run” button to execute the script. This script adds a column clustered chart to the worksheet, using the data range specified in the getRange function. You can modify the range and chart type according to your needs. Additionally, you can set the title, x-axis title, and y-axis title of the chart using the provided functions. Please note that OfficeScripts are currently only supported in Excel for the web and Excel Online. They are not available in the desktop version of Excel.

Here’s an example of an OfficeScript that adds data to a range in an existing worksheet: function main(worksheet: ExcelScript.Worksheet) { // Define the range where you want to add data let range = worksheet.getRange("A1:C3"); // Define the data to add let data = [ ["Value 1", "Value 2", "Value 3"], ["Value 4", "Value 5", "Value 6"], ["Value 7", "Value 8", "Value 9"] ]; // Set the values in the range range.setValues(data); } To use this OfficeScript, follow these steps: Open Excel Online or Excel for the web. Open an existing workbook. Select the worksheet where you want to add the data. Click on the “Automate” tab in the ribbon. Click on the “Script Lab” button. In the Script Lab pane, create a new script or open an existing one. Replace the default code in the script editor with the code provided above. Click the “Run” button to execute the script. This script adds the data provided in the data variable to the range specified in the getRange function. Modify the range and data values according to your needs. Please note that OfficeScripts are currently only supported in Excel for the web and Excel Online. They are not available in the desktop version of Excel.

Here’s an example of an OfficeScript that creates a copy of the current sheet in an existing workbook: function main(workbook: ExcelScript.Workbook, sheetName: string) { // Get the active sheet let activeSheet = workbook.getWorksheet(sheetName); // Create a copy of the active sheet let newSheet = activeSheet.copy(); // Rename the new sheet newSheet.setName("Copy of " + sheetName); } To use this OfficeScript, follow these steps: Open Excel Online or Excel for the web. Open an existing workbook. Click on the sheet that you want to copy. Click on the “Automate” tab in the ribbon. Click on the “Script Lab” button. In the Script Lab pane, create a new script or open an existing one. Replace the default code in the script editor with the code provided above. Click the “Run” button to execute the script. This script creates a copy of the current active sheet in the workbook and renames it as “Copy of [sheetName]”. You need to provide the name of the sheet you want to copy as an argument when executing the script. Please note that OfficeScripts are currently only supported in Excel for the web and Excel Online. They are not available in the desktop version of Excel.