I need to get all existing dataverse Api executable actions and the required parameters for each(list below) in C#, is there Metadata query to run?
https://learn.microsoft.com/en-us/dynamics365/customer-engagement/web-api/actions?view=dynamics-ce-odata-9
That specific Actions can be retrieved from the metadata, you need to download the url located at https://yourinstance.crm.dynamics.com/api/data/v9.0/$metadata and after parse the XML file.
TL;DR: I want to extract an Excel attachment from an Outlook message, automate an Excel script on the unprocessed reports, and then send the output in a new email message.
I have reports from Amazon that I have sent to a specific email on my Outlook folder each month.
I set up Power Automate to trigger whenever an email with an attachment is received in this folder.
I want to take the attachment in this Outlook email and run an Excel script that I build on Excel Desktop (not an Excel application macro) to format the data.
And then I want to send the output/result (scripted email attachment) as the body of an email out to clients.
I've gotten the first and last parts to run, but I can't get the script to process the file, that's the phase that always breaks that automation.
Things that I think might be causing the issue:
Do I need to extract the attachment from the email and save it as a file before I can run the Excel script on it?
Does the attachment need to be saved through Share Point to be later referenced by the Excel script?
Does the script need to be on the same or different cards as previous steps?
I've seen people run the Excel script through a Scope.
I've also looked at every available YouTube video to troubleshoot this: some go over certain steps in the process, but I'm having a hard time threading everything together.
Other Things I've Tried
I also tried to build a macro that does the same thing as my Excel desktop automation, and then wrote VBA code so each time a new sheet is opened the same macro is run, processing the data. But I couldn't get it to run on any new future sheet that I open, even when writing the VBA auto-open code in Module as well as This Worksheet.
I'm open to any method that will make this work.
Get email (V2) - Message ID
#{triggerOutputs()?['body/id']}
Apply to Each - Select an output from previous steps
#{outputs('Get_email_(V2)')?['body/attachments']}
Create File - File Name
#{items('Apply_to_each')?['name']}
Create File - File Content
#{items('Apply_to_each')?['contentBytes']}
Move or rename a file - File (make sure you add .xlsx for Destination File Path)
#outputs('Create_file')?['body/Id']
Run Script - File
#outputs('Move_or_rename_a_file')?['body/Id']
Get file content - File
#outputs('Move_or_rename_a_file')?['body/Id']
Send an email (V2) - Attachments Name-1
#outputs('Move_or_rename_a_file')?['body/DisplayName']
Send an email (V2) - Attachments Content - 1
#body('Get_file_content')?['body']
Is there a way to export Sonarqube reports into Excel - based on major, minor and critical categories?
You can use the REST API, to query the data into JSON text and then export that JSON to a CSV file.
I used the command below to get a JSON response:
http://xxxxx.xx.xxxx.com:9000/api/issues/search?componentRoots=test_xxx_xx&statuses=OPEN,REOPENED&pageSize=500&pageIndex=1
Where componentRoots is the your sonar project name.
It gave all the issues in JSON and then I converted it in to a CSV.
The only way is to use the api/issues/search web service
Yes you can use the REST APIs provided with SonarQube to query. The documentation of APIs is also embedded into every Sonar instance as different versions expose different APIs.
We use Python for similar work as response will be in JSON and it will be easier to manipulate. Once you have arrived extracted issues of your liking, write them into .CSV or excel.
Link to web services will be in footer of Sonar Instance.
PS: Expanded answer to offset short-sighted answering. What is provided here is only abstract and not complete answer with query details.
Not recommended by community
With DB:- If you have been using Sonar for long and if you won't upgrade SQ too often you can choose to study table structure and understand how data is organised. We have done this too, but it gets messier with every passing upgrade (more inner queries). Cost of querying will be saved on bulk process of data as ES is not involved
Please try the following command to get all issues in JSON format. Then you may consider to parse output by using jason parser programs.
Replace "XXX:XXX" with Sonar Key defined in "sonar.projectKey" variable on "sonar-project.properties.txt" file
http://localhost:9000/api/issues/search?componentKeys=XXX:XXX
I used F12 developer tools to create the report. Here is step by step solution:
Before opening Sonar report, press F12 to open developer tools in the browser tab (Refer screenshot). Click on Network tab. Initially it'll be empty:
Open Sonar report in the same browser tab.
Now you have to select a request in URL column (Refer screenshot in point # 4). You've to select that request whose URL is of the format - https://sonar:8443/api/issues/search?. Base URL might be different depending upon the name of the server where you have hosted Sonar website.
Click on Response tab (Refer screenshot):
Copy the entire JSON data to clipboard. First press Ctrl + A and then Ctrl + C to copy the contents.
JSON data that you got is in below format:
Data of all the issues is present inside issues key. It is of array type as it contains a list of issues. Paste the entire JSON data into any notepad editor and get the value of issues node. A sample issues node data is shown below:
[
{
"key":"AYMBNpviy48WWZHdsU1Z"
,"rule":"OWASP:UsingComponentWithKnownVulnerability"
,"severity":"MAJOR"
,"component":"B91661CE-50F8-45CB-8F54-29CD044EF32D"
,"project":"B91661CE-50F8-45CB-8F54-29CD044EF32D"
,"flows":[]
,"status":"OPEN"
,"message":"Filename: jquery-ui-1.10.3.custom.js | Reference: CVE-2021-41184 | CVSS Score: 6.1 | Category: CWE-79 | jQuery-UI is the official jQuery user interface library. Prior to version 1.13.0, accepting the value of the `of` option of the `.position()` util from untrusted sources may execute untrusted code. The issue is fixed in jQuery UI 1.13.0. Any string value passed to the `of` option is now treated as a CSS selector. A workaround is to not accept the value of the `of` option from untrusted sources."
,"author":""
,"tags":["cve","cwe","cwe-937","owasp-a9","vulnerability"]
,"transitions":["confirm"]
,"actions":["set_tags","comment","assign"]
,"comments":[]
,"creationDate":"2022-08-18T06:35:49+0100"
,"updateDate":"2022-08-18T06:35:49+0100"
,"type":"VULNERABILITY"
,"branch":"sonarqubepr"
,"scope":"MAIN"
,"quickFixAvailable":false
},
{
"key":"AYMBNpviy48WWZHdsU1_"
,"rule":"OWASP:UsingComponentWithKnownVulnerability"
,"severity":"MAJOR"
,"component":"B91661CE-50F8-45CB-8F54-29CD044EF32D"
,"project":"B91661CE-50F8-45CB-8F54-29CD044EF32D"
,"flows":[]
,"status":"OPEN"
,"message":"Filename: jquery.ui.datepicker-ml.min.js | Reference: CVE-2021-41183 | CVSS Score: 6.1 | Category: CWE-79 | jQuery-UI is the official jQuery user interface library. Prior to version 1.13.0, accepting the value of various `*Text` options of the Datepicker widget from untrusted sources may execute untrusted code. The issue is fixed in jQuery UI 1.13.0. The values passed to various `*Text` options are now always treated as pure text, not HTML. A workaround is to not accept the value of the `*Text` options from untrusted sources."
,"author":""
,"tags":["cve","cwe","cwe-937","owasp-a9","vulnerability"]
,"transitions":["confirm"]
,"actions":["set_tags","comment","assign"]
,"comments":[]
,"creationDate":"2022-08-18T06:35:49+0100"
,"updateDate":"2022-08-18T06:35:49+0100"
,"type":"VULNERABILITY"
,"branch":"sonarqubepr"
,"scope":"MAIN"
,"quickFixAvailable":false
}
]
The JSON array data obtained in previous step is of real use. Convert this JSON array data into an EXCEL file using any online converter. I used the following website - https://www.convertcsv.com/json-to-csv.htm
What if my report has more than one page?
Sonar loads 100 records per page. To get the next page you've to click on Show More button at the bottom:
Every time you click on the Show More button, a new request goes to the Sonar server which will show up in the F12 developer tool's Network tab. So for all subsequent pages, repeat same set of steps to create a new Excel sheet per page. Then merge all the Excel sheets manually to create single master report.
Note: While merging the Excel files, remember that every Excel file will have a header row at the top. While merging the files, you'll have to keep the header row from from the first Excel sheet and ignore from the rest.
I was just wondering something and I could not find it.
Is it possible to make a custom file format that is searchable by Windows? Like Word or HTML files are searchable.
I've written a program that has a custom file format (extension) associated. It would be nice if windows could search inside that file.
It looks rather involved. Essentially, you provide an implementation of a COM interface for your file type, which lets the search indexer discover what's in your file.
From MSDN:
You can extend Windows Search to index the contents and properties of new file formats, and data stores using data add-in interfaces. To create Windows Search add-ins, third-party developers must first implement a Shell data store, and then develop a protocol handler so that Windows Search can access the data for indexing. If you have a custom file format, you must develop a filter handler to index file contents, and a property handler for every file type to index properties.
I have a requirement to read excel file using tibco palettes.Can any body please throw some lights regarding this. I am basically new to this tibco BW. Please tell me what steps should I follow?
I am assuming you are not referring to CSV files, for which you could use the File Read and Parse activities of BW.
If you want to parse or render a multi-worksheet workbook, you can try publicly available API's such as Apache's POI or commercial API's such as from Aspose to cut your own Java based solution. Then you can use the Java Code or general Java activities to embed and use that code.
And then there's another ready-to-use option available from us: an Excel Plugin for TIBCO BusinessWorks, if you wish to leverage all built-in features of BW (XPath mapping, etc) when parsing or rendering your Excel.
Edit 1:
As per your comment, you can also try the following steps, if you are looking for a more homegrown solution.
Based on one of the (public/commercial) libraries above you can write generic Java Code to parse each cell of each row of each sheet of the workbook. Output should be an XML string. Then create an XSD to match your output. It is at your discretion, which information of the cell you want to read from the workbook - you already are aware of the complexity of the API, I am sure.
Create a BW (sub)process that calls your code from a Java activity, use Parse XML to parse your XML string result into you XSD structure. Configure the End activity to use your XSD and map (copy) your Parse XML result into the End activity.
Then wrap this subprocess into a Custom Activity (General Activities Palette). Create a Custom Palette and now you can re-use what you did in many other BW projects. The path to the custom palettes can be found in TIBCO Designer - Edit- Preferences - General - User Directories
If you add Error Output schemas, you will also get typed error outputs from that custom activity.
HTH,
Hendrik