I wants to create template and generate template ID through Rest API call and send the documents with template to Docusign.
How to created template through java code in docusign.
You do not need a Template to send a PDF for signature. A DocuSign Template is a design-time object you can create in your account that is used to streamline the sending process when you send the same or similar documents frequently.
However, if you do not know the document ahead of time or you want to let the user select a document in real-time then Templates won't work, you can just send a signature request from a local PDF or document in that case.
The Request Signature on Document Quickstart in the DocuSign Developer Center shows you how to accomplish this in numerous languages (including Java) so I recommend you take a look.
Related
I want to replicate the core functionality of an e-signature software such as DocuSign, HelloSign or SignRequest.
Everything is clear to me, but I have a hard time understanding how does the software works itself. How does it render the boxes over the PDF, how does it place the signature over the PDF when I am done writing, how does that JS signature create a PDF on the server side?
How does these types of software work?
There is an abundance of technologies & tools available to develop such e-signature software. Let's take one example which is somewhat similar to the software you mentioned. The use-case to build such software can be realised using the front-end and back-end (server-side) technologies.
On the Client-side, you can use front end frameworks like Angular and React to develop an interface for the end-users using which they can upload the documents to the server-side. You can create signature block layouts and display them alongside the document.
Users can drop those blocks on specific locations and send the request for signing to the recipients. During the signing process, user details will be populated into the signature block and sent to the server for performing the signing process.
On the server side, the responsibility would be to take the appropriate information from the request and print/add those signature blocks to the document at the appropriate positions. On the server side, you need some library to process the documents for adding the signature blocks and signing the documents. If you're using java alongside the spring framework you can use pdfbox for doing such operations.
On server side the responisbility would be to take the appropriate information from the request and print/add those signature blocks to the document at the appropriate positions. On server side you needs some library to process the documents for adding the signature blocks and signing the documents. If you're using java alongside spring framework you can use pdfbox for doing such operations.
How does it render the boxes over the PDF, how does it place the
signature over the PDF when I am done writing, how does that JS
signature create a PDF on the server side?
The contract between client and server for the signature blocks could be a JSON object having the information about the coordinates where the request creator drops those blocks for recipients for signing. On the server side, you can manipulate the document to add those signature blocks at the mentioned coordinates in the request.
I want to implement the following use case and I'm not sure how to do this with the Hubspot API and I don't find any solution within the documentation.
I created a custom request flow which is creating contacts and deals within Hubspot programmatically via the API in the next step the user should upload documents related to his case and I would like to upload and associate these documents with the related deal. Could someone help me or point me to the right spot in the documentation on how such a scenario can be established with the API.
I got the following answer on the community board of Hubspot which worked for me:
You can upload a File (and set the permissions) using the CMS Files
API.
Once you've upload the file you can the associate the file to your
deal (using the File ID returned from the CMS Files API) with the
Create Engagement API.
Link: https://community.hubspot.com/t5/APIs-Integrations/Upload-File-to-a-contact/m-p/398156#M39358
I would like to store some additional metadata with documents that I am uploading to OneDrive (Business) using the OneDrive API, for example type of document, some additional information to search on , ...
Does anyone know if this is possible at this time? I noticed the following URL
https://github.com/OneDrive/onedrive-api-docs/blob/master/misc/custom-metadata.md
But only support for OneDrive Personal??
To create a new facet, the OneDrive team needs to be informed via mail ?
Before a new custom facet can be used, you need to define its schema and register it with OneDrive. To register your custom facet, contact OneDrive Facet Registration and provide your client_id and schema definition JSON.
Best regards,
Jens
Reviving a post a bit later because my search found this question. I am going through custom facet registration at present. It is necessary to email the OneDrive team, and as part of that I needed to confirm in my reply that this was indeed only for OneDrive personal, not business / Sharepoint.
The e-mail link is shown in the OneDrive dev docs:
https://dev.onedrive.com/misc/custom-metadata.htm
The main goal of my project is to read Autocad(DWG) drawings from my local server to output them in a web browser (Chrome).
I managed to do it with the View and Data API in JAVA from Autocad with buckets, Key, etc. but when it comes to read offline files with this sample code from https://github.com/Developer-Autodesk/view-and-data-offline-sample, the DWG format did not work.
Do you have suggestion or have a clue to use the offline API with DWG files?
The Autodesk View & Data API (developer.autodesk.com) allows you to display a DWG on your website using a zero-client (WebGL) viewer. You need to upload the DWG to the Autodesk server, translate it, and either then download the translation to store on your local server (as demonstrated on extract.autodesk.io) or keep it on the Autodesk server. You might consider downloading it to be advantageous because then you don't need to implement the OAuth code on your server.
Buckets on the Autodesk server can only be accessed using the accesstoken created from your API keys, so it is secure in that only someone with your accesstoken and who knows the URN can access your translated file. However, for the viewer on your client-page to access the file, you need to provide it with your accesstoken. This does mean that someone could separately access your translated file by grabbing the accesstoken and URN from your webpage. But if you're serving up the model on a public page, then you presumably don't care about that.
There is a 'list' API available, but this is white-listed (available on request), so getting your accesstoken and urn for one file doesn't automatically give access to your other files - unless someone can guess the other filenames (or iterate to find them).
If you use a non-permanent bucket, then your original (untranslated file) becomes unavailable when the bucket expires, or you can explicitly delete the untranslated file (using the delete API).
Files translated via the View & Data API are not accessible via A360. They are stored in a separate area. (But I wouldn't be at all surprised if an A360 file access API became available in the near future :-).
Finally, unless you want to interact with the displayed file via the viewer's JavaScript API, you may prefer just to upload your files to A360, share the translated model, and then iframe embed them in your webpage.
In a reporting application we use, we were using BI 3.x API to produce Web reports. While doing the migration activity to 4.x version, we thought it is fine to go with open doc url rather than doing the report generation through API.
Many of the samples I have seen uses sIDType and iDocID parameters along with Token value to retrieve the document by constructing a URL like below http://server:port/BOE/OpenDocument/opendoc/openDocument.jsp?token=[LogonToken]&iDocID=[XXXX]&sIDType=CUID
But all those URLs get HTML page as response from BI 4.x SAP webservice, the java script in that HTML page does the task of retrieving the pdf file.
I am just wondering if there is any way I could retrieve the pdf report as response from the BI Webservice directly ? Please assist me on this. Thanks
You can if you use the REST SDK to retrieve the document, refresh it and then export it to PDF.
In short, these are the steps:
Logon: POST /biprws/logon/long
Get the doc's prompts (if any) GET /biprws/raylight/v1/documents/5690743/parameters
Pass the correct values for the prompts (if any) and refresh the document: PUT /biprws/raylight/v1/documents/5690743/parameters
Export as PDF GET /biprws/raylight/v1/documents/5690743
That last step requires you to pass Accept: application/pdf in your HTTP headers to get the PDF version.
Detailed information on the REST SDK and the different steps listed above is available on help.sap.com (look for the manual SAP BusinessObjects RESTful Web Service SDK User Guide for Web Intelligence and the BI Semantic Layer).
Use sOutputFormat=P to always retrieve the PDF of the report using open doc