Why to Convert
As a C++ developer, you may need to add email conversion features inside your applications. Email conversion is a process of transforming an email file format into another format. This process is useful for archiving emails, creating backups, or for other purposes.
How Aspose.Total Helps for Email to PDF Conversion
Aspose.Total for C++ is a comprehensive suite of APIs that provides developers with the ability to create, manipulate, and convert various file formats. It includes two APIs, Aspose.Email for C++ and Aspose.Words for C++, which can be used to convert an EMAIL file format to HTML and then export HTML to PDF.
Aspose.Email for C++ is a powerful API that enables developers to read, write, and convert email file formats such as MSG, EML, EMLX, MHTML, and MBOX. It also provides features to manipulate email messages, such as adding attachments, setting headers, and adding recipients.
Aspose.Words for C++ is a powerful API that enables developers to create, manipulate, and convert various document formats such as DOC, DOCX, ODT, HTML, and PDF. It also provides features to manipulate documents, such as adding images, text, and tables.
Using Aspose.Total for C++, developers can easily convert an EMAIL file format to HTML and then export HTML to PDF. This makes it easy to add email conversion features to C++ applications.
C++ API to Convert EMAIL to PDF
Get Started with C++ File Format APIs
Install from command line as
nuget install Aspose.Total.Cpp or via Package Manager Console of Visual Studio with
Alternatively, get the offline MSI installer or DLLs in a ZIP file from downloads .
// load the EMAIL file to be converted System::SharedPtr<MailMessage> msg = MailMessage::Load(u"sourceFile.msg"); // save EMAIL as a HTML msg->Save(u"HtmlOutput.html", SaveOptions::get_DefaultHtml()); // load HTML with an instance of Document System::SharedPtr<Document> doc = System::MakeObject<Document>(u"HtmlOutput.html"); // call save method while passing Pdf as save format doc->Save(u"convertedFile.Pdf");
Parse EMAIL File via C++
Not only you can convert your EMAIL to PDF, but you can read, manipulate, and parse EMAIL document. You can get subject, address, body, recipients information of the email by using MapiMessage class of Aspose.Email for C++ API. For example, you can check for a specific sender email for the conversion by using get_SenderEmailAddress() property.
// create an instance of MapiMessage from file System::SharedPtr<MapiMessage> msg = MapiMessage::FromFile(dataDir + L"message.msg"); // get subject System::Console::WriteLine(System::String(L"Subject:") + msg->get_Subject()); // get from address System::Console::WriteLine(System::String(L"From:") + msg->get_SenderEmailAddress()); // get body System::Console::WriteLine(System::String(L"Body") + msg->get_Body()); // get recipients information System::Console::WriteLine(System::String(L"Recipient: ") + msg->get_Recipients());
C++ API to Restrict PDF File Format Editing
You can also add document protection features in your app while exporting the document from EMAIL to PDF. Adding protection to your document is a simple process, as all you need to do is apply the protection method to your document. You can set protection type to ReadOnly to restrict the user to edit the document.
// create a new document and protect it with a password. auto doc = System::MakeObject<Document>(); // apply Document Protection. doc->Protect(ProtectionType::ReadOnly, u"password"); // save the document. doc->Save(u"DocumentProtection.PasswordProtection.Pdf");
Explore EMAIL Conversion Options with C++
What is EMAIL File Format?
An email file adheres to a specific format that is recognized by email programs. It comprises a header section and a body section, separated by a blank line. The header contains essential information such as the sender’s email address, recipient’s email address, subject of the email, and the date and time it was sent. The body of the email contains the actual message being conveyed. Email files can exist in either plain text or HTML format. However, HTML emails have become more prevalent in recent times due to their ability to incorporate images and other formatting elements.
The header of an email file provides crucial metadata that aids in routing and organizing messages. It allows the email program to identify the sender, recipient, subject, and timestamp. The body section contains the content of the email, which may include text, images, hyperlinks, and other media elements. While plain text emails are simple and accessible across various devices and email clients, HTML emails offer more design flexibility and interactivity.
With the widespread usage of HTML emails, senders can create visually appealing and engaging messages. HTML emails allow for the inclusion of branding elements, formatting styles, and multimedia content, thereby enhancing the overall presentation and user experience.
What is PDF File Format?
PDF, or Portable Document Format, is a file format designed for presenting documents in a manner that remains consistent across various software applications, hardware devices, and operating systems. Each PDF file contains a comprehensive description of a fixed-layout document, encompassing text, fonts, graphics, and other necessary information for accurate display. Initially developed by Adobe Systems in the early 1990s, PDF served as a means to share computer documents while preserving text formatting and inline images.
PDF files are typically generated using software like Adobe Acrobat or similar PDF creation tools. Presently, PDF has become an open standard governed by the International Organization for Standardization (ISO). This standardization ensures compatibility and interoperability across different platforms and systems. To view PDF files, users can utilize free software such as Adobe Reader or other PDF viewers available.
One of the significant advantages of PDF is its platform independence, allowing seamless viewing and printing on a wide range of devices and operating systems. Regardless of the hardware or software used, the document’s layout and content will remain intact. This universal accessibility has contributed to the popularity of PDF as a preferred format for sharing and distributing documents across diverse platforms and systems.
PDF’s capability to encapsulate a complete document, including text, fonts, graphics, and formatting, makes it a reliable choice for various applications. Whether it’s sharing important reports, publishing e-books, distributing forms, or delivering professional presentations, PDF ensures consistent document rendering and reliable preservation of content across different environments.