static void Main(string[] args)
{
// Resizing an image
Cloudmersive.APIClient.NETCore.ImageRecognition.Client.Configuration.Default.AddApiKey("Apikey", "YOUR-API-KEY");
var apiInstance1 = new ResizeApi();
var maxWidth = 56; // int? | Maximum width of the output image - final image will be as large as possible while less than or equial to this width
var maxHeight = 56; // int? | Maximum height of the output image - final image will be as large as possible while less than or equial to this height
var imageFile = new System.IO.FileStream("C:\\temp\\input.jpg", System.IO.FileMode.Open); // System.IO.Stream | Image file to perform the operation on. Common file formats such as PNG, JPEG are supported.
try
{
// Resize an image with parameters
byte[] result = apiInstance1.ResizePost(maxWidth, maxHeight, imageFile);
Debug.WriteLine("Completed 1");
File.WriteAllBytes("C:\\temp\\output.png", result);
}
catch (Exception e)
{
Debug.Print("Exception when calling ResizeApi.ResizePost: " + e.Message);
}
// Converting a Word Document (DOCX) to PDF
Cloudmersive.APIClient.NETCore.DocumentAndDataConvert.Client.Configuration.Default.AddApiKey("Apikey", "YOUR-API-KEY");
var apiInstance2 = new ConvertDocumentApi();
var inputFile = new System.IO.FileStream("C:\\temp\\input.docx", System.IO.FileMode.Open); // System.IO.Stream | Input file to perform the operation on.
try
{
// Word DOCX to PDF
byte[] result = apiInstance2.ConvertDocumentDocxToPdf(inputFile);
Debug.WriteLine("Completed 2");
File.WriteAllBytes("C:\\temp\\output.pdf", result);
}
catch (Exception e)
{
Debug.Print("Exception when calling ConvertDocumentApi.ConvertDocumentDocxToPdf: " + e.Message);
}
}
public FileResult ViewPdf(int?id)
{
var archivo = db.planillascontratos.Where(dp => dp.PC_Id == id).FirstOrDefault();
// Configure API key authorization: Apikey
Configuration.Default.AddApiKey("Apikey", "768fa287-07a9-41f9-962d-d1b9356a6b04");
ConvertDocumentApi apiInstance = new ConvertDocumentApi();
//convertir un binario a system.io.stream
MemoryStream stream = new MemoryStream(archivo.PC_Binario);
// convertir
byte[] result = apiInstance.ConvertDocumentDocxToPdf(stream);
//return File(result, "document/pdf", archivo.PC_Nom + ".pdf");
ViewBag.nombre = archivo.PC_Nom + "" + archivo.PC_Ext;
return(File(result, "application/pdf"));
}
public ActionResult DescargarPdf(int?id)
{
var archivo = db.planillascontratos.Where(dp => dp.PC_Id == id).FirstOrDefault();
// Configure API key authorization: Apikey
Configuration.Default.AddApiKey("Apikey", "768fa287-07a9-41f9-962d-d1b9356a6b04");
ConvertDocumentApi apiInstance = new ConvertDocumentApi();
//convertir un binario a system.io.stream
MemoryStream stream = new MemoryStream(archivo.PC_Binario);
try
{
// convertir
byte[] result = apiInstance.ConvertDocumentDocxToPdf(stream);
return(File(result, "document/pdf", archivo.PC_Nom + ".pdf"));
}
catch (Exception e)
{
Debug.Print("Error al convertir : " + e.Message);
}
return(View());
}
protected void btnUpload_Click(object sender, EventArgs e)
{
// Configure API key authorization: Apikey
Configuration.Default.AddApiKey("Apikey", "71b067cf-1d07-474d-9403-1d0e53ca3da4");
var apiInstance = new EditDocumentApi();
var inputFile = new MemoryStream(fileDocumentEditing.FileBytes); // System.IO.Stream | Input file to perform the operation on.
// Begin editing a document
string result = apiInstance.EditDocumentBeginEditing(inputFile);
// Add a header
var reqConfig = new DocxSetFooterRequest(); // DocxSetHeaderRequest |
reqConfig.InputFileUrl = result.Replace("\"", "");
DocxParagraph p = new DocxParagraph();
DocxRun run = new DocxRun();
DocxText text = new DocxText();
text.TextContent = "Hello, World!";
run.TextItems = new List <DocxText> {
text
};
DocxRun run2 = new DocxRun();
DocxText text2 = new DocxText();
text2.TextContent = "- From Cloudmersive";
run2.Bold = true;
run2.TextItems = new List <DocxText> {
text2
};
p.ContentRuns = new List <DocxRun> {
run, run2
};
DocxFooter footer = new DocxFooter();
footer.Paragraphs = new List <DocxParagraph> {
p
};
reqConfig.FooterToApply = footer;
DocxSetFooterResponse footerResult = apiInstance.EditDocumentDocxSetFooter(reqConfig);
// Add a table
var addTable = new InsertDocxTablesRequest(); // InsertDocxTablesRequest |
addTable.InputFileUrl = footerResult.EditedDocumentURL;
DocxTable table = new DocxTable();
table.TopBorderType = "Single";
table.TopBorderSize = 4;
table.TopBorderSpace = 0;
table.TopBorderColor = "000000";
table.LeftBorderType = "Single";
table.LeftBorderSize = 4;
table.LeftBorderColor = "000000";
table.RightBorderType = "Single";
table.RightBorderSize = 4;
table.RightBorderColor = "000000";
table.CellHorizontalBorderType = "Single";
table.CellHorizontalBorderSize = 4;
table.CellHorizontalBorderColor = "000000";
table.CellHorizontalBorderSpace = 0;
table.CellVerticalBorderType = "Single";
table.CellVerticalBorderSize = 4;
table.CellVerticalBorderColor = "000000";
table.CellVerticalBorderSpace = 0;
DocxTableRow headerRow = new DocxTableRow();
DocxTableCell col1 = new DocxTableCell();
col1.CellShadingFill = "FFFFFF";
p = new DocxParagraph();
run = new DocxRun();
text = new DocxText();
text.TextContent = "First Header";
run.TextItems = new List <DocxText>()
{
text
};
run.Bold = true;
p.ContentRuns = new List <DocxRun>()
{
run
};
col1.Paragraphs = new List <DocxParagraph>()
{
p
};
headerRow.RowCells = new List <DocxTableCell>()
{
col1
};
table.TableRows = new List <DocxTableRow> {
headerRow
};
col1 = new DocxTableCell();
col1.CellShadingFill = "FFFFFF";
p = new DocxParagraph();
run = new DocxRun();
text = new DocxText();
text.TextContent = "Second Header";
run.TextItems = new List <DocxText>()
{
text
};
run.Bold = true;
p.ContentRuns = new List <DocxRun>()
{
run
};
col1.Paragraphs = new List <DocxParagraph>()
{
p
};
headerRow.RowCells = new List <DocxTableCell>()
{
col1
};
headerRow.RowCells.Add(col1);
table.TableRows = new List <DocxTableRow> {
headerRow
};
for (int i = 1; i <= 10; i++)
{
// Column 1
DocxTableRow dataRow = new DocxTableRow();
DocxTableCell dataCol1 = new DocxTableCell();
dataCol1.CellShadingFill = "FFFFFF";
p = new DocxParagraph();
run = new DocxRun();
text = new DocxText();
text.TextContent = "Data Row " + i.ToString();
run.TextItems = new List <DocxText>()
{
text
};
run.Bold = false;
p.ContentRuns = new List <DocxRun>()
{
run
};
dataCol1.Paragraphs = new List <DocxParagraph>()
{
p
};
dataRow.RowCells = new List <DocxTableCell>()
{
dataCol1
};
table.TableRows.Add(dataRow);
// Column 2
dataCol1 = new DocxTableCell();
dataCol1.CellShadingFill = "FFFFFF";
p = new DocxParagraph();
run = new DocxRun();
text = new DocxText();
text.TextContent = "Data Row " + i.ToString();
run.TextItems = new List <DocxText>()
{
text
};
run.Bold = false;
p.ContentRuns = new List <DocxRun>()
{
run
};
dataCol1.Paragraphs = new List <DocxParagraph>()
{
p
};
dataRow.RowCells = new List <DocxTableCell>()
{
dataCol1
};
dataRow.RowCells.Add(dataCol1);
table.TableRows.Add(dataRow);
}
addTable.TableToInsert = table;
InsertDocxTablesResponse tableAdded = apiInstance.EditDocumentDocxInsertTable(addTable);
// Finish editing
var finEditing = new FinishEditingRequest(); // FinishEditingRequest |
finEditing.InputFileUrl = tableAdded.EditedDocumentURL;
byte[] finishedDocument = apiInstance.EditDocumentFinishEditing(finEditing);
// Convert to PDF
var convertApi = new ConvertDocumentApi();
var finishedDoc = new MemoryStream(finishedDocument); // System.IO.Stream | Input file to perform the operation on.
byte[] pdf = convertApi.ConvertDocumentDocxToPdf(finishedDoc);
// Display the result
var viewerApi = new ViewerToolsApi();
var finalResult = new MemoryStream(pdf);
ViewerResponse viewerSnippet = viewerApi.ViewerToolsCreateSimple(finalResult);
resultDiv.InnerHtml = viewerSnippet.HtmlEmbed.Replace("iframe", "iframe width='800' height='1000'");
}