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(JavaScript) OneDrive -- Upload Binary Data from Memory
Demonstrates how to upload binary data directly from memory to the signed-in user's OneDrive. This uses OneDrive's simple upload API to upload in a single API call, which only supports uploads up to 4MB in size. (See the other example(s) for uploading larger files.)Note: This example requires Chilkat v11.0.0 or greater.
var success = false;
// This example requires the Chilkat API to have been previously unlocked.
// See Global Unlock Sample for sample code.
// This example uses the OAuth client credentials flow.
// See How to Create an Azure App Registration for OAuth 2.0 Client Credentials
// Use your client ID, client secret, and tenant ID in the following lines
var json = new CkJsonObject();
json.UpdateString("client_id","2871da2c-8176-4b7f-869b-2311aa82e743");
json.UpdateString("client_secret","2hu9Q~r5QuryUcEkNbg1btLtnfU1VUXzhSCG6brH");
json.UpdateString("scope","https://graph.microsoft.com/.default");
json.UpdateString("token_endpoint","https://login.microsoftonline.com/114d7ed6-71bf-4dbe-a866-748364121bf2/oauth2/v2.0/token");
var http = new CkHttp();
http.AuthToken = json.Emit();
// First, let's download a PDF from the web directly into memory. Then upload the PDF
// to OneDrive.
var pdfBytes = new CkBinData();
success = http.QuickGetBd("https://www.chilkatsoft.com/data/pdf/sample.pdf",pdfBytes);
if (success == false) {
console.log(http.LastErrorText);
return;
}
// Upload the PDF to our OneDrive to /TestDir/sample.pdf
var req = new CkHttpRequest();
req.HttpVerb = "PUT";
// Use your actual user-id instead of "4fe732c3-322e-4a6b-b729-2fd1eb5c6104"
req.Path = "/v1.0/users/4fe732c3-322e-4a6b-b729-2fd1eb5c6104/drive/root:/TestDir/sample.pdf:/content";
req.LoadBodyFromBd(pdfBytes);
// If you're uploading a file and don't know what the Content-Type should be,
// just use "application/octet-stream".
req.ContentType = "application/pdf";
var resp = new CkHttpResponse();
success = http.HttpSReq("graph.microsoft.com",443,true,req,resp);
if (success == false) {
console.log(http.LastErrorText);
return;
}
// If successful, a 201 status code is returned, with the driveItem object in the response body for the newly created file.
json.EmitCompact = false;
json.Load(resp.BodyStr);
if (resp.StatusCode !== 201) {
console.log(json.Emit());
console.log("Response status = " + resp.StatusCode);
return;
}
// Success. Examine the driveItem JSON object:
console.log(json.Emit());
console.log("-- Success --");
// Here is a sample successful response:
// {
// "@odata.context": "https://graph.microsoft.com/v1.0/$metadata#users('me')/drive/root/$entity",
// "@microsoft.graph.downloadUrl": "https://s5ucmg.dm2301.livefilestore.com/y4ppZYP8kjqVleyrDvphxvO8vSRxNRcYn75t5K6gNARH1cDMI3CBH3XvZ7nNHJoKMg7lQo41XLaaYiQDw1EdRg9QNTv_rtDXOnUwaipJfJyTlNXh6WOljIXOm1R2fHDk2tDq_9C9gB-prnN2NxhnXZw08YQyTnpHZXIz1w9xBxqkPn0tzF-aQSldx5e15t93Ftd1AqigReYgpF1gXtIISQs7hk2JRAYhW2d84HxEuqDXdw",
// "createdBy": {
// "application": {
// "displayName": "Chilkat",
// "id": "441c9990"
// },
// "user": {
// "displayName": "Matt Smith",
// "id": "3a33fceb9b74cc15"
// }
// },
// "createdDateTime": "2017-06-03T18:18:17.7Z",
// "cTag": "aYzozQTMzRkNFQjlCNzRDQzE1ITQ4NjcuMjU3",
// "eTag": "aM0EzM0ZDRUI5Qjc0Q0MxNSE0ODY3LjA",
// "id": "3A33FCEB9B74CC15!4867",
// "lastModifiedBy": {
// "application": {
// "displayName": "Chilkat",
// "id": "441c9990"
// },
// "user": {
// "displayName": "Matt Smith",
// "id": "3a33fceb9b74cc15"
// }
// },
// "lastModifiedDateTime": "2017-06-03T18:18:17.7Z",
// "name": "sample.pdf",
// "parentReference": {
// "driveId": "3a33fceb9b74cc15",
// "id": "3A33FCEB9B74CC15!4862",
// "name": "someFolder",
// "path": "/drive/root:/someFolder"
// },
// "size": 178399,
// "webUrl": "https://1drv.ms/b/s!ABXMdJvr_DM6pgM",
// "file": {
// "hashes": {
// "sha1Hash": "1456955C84C2DAC9DA613DC80E3017533BDC368A"
// },
// "mimeType": "application/pdf"
// },
// "fileSystemInfo": {
// "createdDateTime": "2017-06-03T18:18:17.7Z",
// "lastModifiedDateTime": "2017-06-03T18:18:17.7Z"
// }
// }
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