public void mime_with_whitespace_before_boundary_works_properly()
{
var mm = new Core.Mime.Mime(TestDataHelper.Instance.PathToTestFile("Case16992.mim"));
Assert.IsTrue(mm.Boundary == "__=_Part_Boundary_928390645_338731487", "Boundary can be parsed");
Assert.IsTrue(mm.HasParts, "The mime has parts");
Assert.IsTrue(mm.NumParts == 1, "There is exactly one part");
Assert.IsTrue(mm.GetPart(0).GetText().StartsWith("<?xml version=\"1.0\" encoding=\"UTF-8\"?>"), "Part starts with correct text");
var tree = XDocument.Parse(mm.GetPart(0).GetText());
tree.Root.Name.LocalName.Should().Be("JMF");
}
public void BinaryMultiPartChilkatMime()
{
Core.Mime.Mime mime = new Core.Mime.Mime(binaryChilkatMimePath);
AssertionHelper.IsTrue("There are 2 header fields", mime.Headers.Count == 2);
AssertionHelper.IsTrue("There are 3 parameter in the second header field", mime.Headers[1].Parameters.Count == 3);
AssertionHelper.IsTrue("The content type is multipart/related", mime.GetHeaderField("content-type").CompareTo("multipart/related") == 0);
AssertionHelper.IsTrue("There are 4 parts", mime.NumParts == 4);
AssertionHelper.IsTrue("the main mime contains content-type header.", mime.Headers.Contains("content-type"));
AssertionHelper.IsTrue("Content-type header contains type parameter", mime.Headers["content-type"].Parameters.Contains("type"));
AssertionHelper.IsTrue("Content-type header contains charset parameter", mime.Headers["content-type"].Parameters.Contains("charset"));
if (mime.HasParts)
{
var p1 = mime.GetPart(0);
AssertionHelper.IsTrue("The first body part contains content-type header with the same value as the parameter 'type' of the main mime.",
p1.Headers.Contains("content-type") &&
mime.Headers["content-type"].Parameters["type"].Value.ToLower().Equals(p1.Headers["content-type"].Value.ToLower()));
}
//Change the content-transfer-encoding from base64 to binary
for (int i = 0; i < mime.NumParts; i++)
{
if (mime.GetPart(i).Headers.Contains("content-transfer-encoding"))
{
mime.GetPart(i).EncodingType = Core.Mime.Mime.MimeEncoding.Binary;
}
}
mime.Write(File.Open(Path.Combine(Path.GetTempPath(), "TestBinaryChilkatMime.mim"), FileMode.Create, FileAccess.Write, FileShare.None));
Core.Mime.Mime outputMime = new Core.Mime.Mime(Path.Combine(Path.GetTempPath(), "TestBinaryChilkatMime.mim"));
try
{
AssertionHelper.IsTrue("There are 3 parameter in the second header field", outputMime.Headers[1].Parameters.Count == 3);
AssertionHelper.IsTrue("The content type is multipart/related", outputMime.GetHeaderField("content-type").CompareTo("multipart/related") == 0);
AssertionHelper.IsTrue("There are 4 parts", outputMime.NumParts == 4);
string dir = Path.Combine(Path.GetTempPath(), "FluentJdfBinary");
for (int i = 0; i < outputMime.NumParts; i++)
{
SaveToFile(dir, outputMime.GetPart(i), false);
}
}
finally
{
mime.Dispose();
}
}
public void NestedMultiPartMime()
{
Core.Mime.Mime mm = new Core.Mime.Mime(mimeNestedMultipartTextPath);
AssertionHelper.IsTrue("There are 3 header fields", mm.Headers.Count == 3);
AssertionHelper.IsTrue("There are 3 parameter in the secound header field", mm.Headers[1].Parameters.Count == 3);
AssertionHelper.IsTrue("The content type is multipart/related", mm.GetHeaderField("content-type").CompareTo("multipart/related") == 0);
AssertionHelper.IsTrue("There are 2 parts", mm.NumParts == 2);
//First part
var mm1 = mm.GetPart(0);
AssertionHelper.IsTrue("There are 2 header fields in the first part", mm1.Headers.Count == 2);
AssertionHelper.IsTrue("There are 1 parameter in the first header field in the first part", mm1.Headers[0].Parameters.Count == 1);
AssertionHelper.IsTrue("There are 3 parts in the first part", mm1.NumParts == 3);
var mm11 = mm1.GetPart(0);
AssertionHelper.IsTrue("There are 1 header field and 1 parameter in the first message of the first part.",
mm11.Headers.Count == 1 && mm11.Headers[0].Parameters.Count == 1);
var mm12 = mm1.GetPart(1);
AssertionHelper.IsTrue("There are 1 header field and 1 parameter in the second message of the first part.",
mm12.Headers.Count == 1 && mm12.Headers[0].Parameters.Count == 1);
var mm13 = mm1.GetPart(2);
AssertionHelper.IsTrue("There are 4 header fields in the third message of the first part.",
mm13.Headers.Count == 4);
//Second part
var mm2 = mm.GetPart(1);
AssertionHelper.IsTrue("There are 2 header fields in the second part", mm2.Headers.Count == 2);
AssertionHelper.IsTrue("There are 1 parameter in the first header field in the second part", mm2.Headers[0].Parameters.Count == 1);
AssertionHelper.IsTrue("There are 3 parts in the second part", mm2.NumParts == 3);
var mm21 = mm2.GetPart(0);
AssertionHelper.IsTrue("There are 1 header field and 1 parameter in the first message of the second part.",
mm21.Headers.Count == 1 && mm21.Headers[0].Parameters.Count == 1);
var mm22 = mm2.GetPart(1);
AssertionHelper.IsTrue("There are 1 header field and 1 parameter in the second message of the second part.",
mm22.Headers.Count == 1 && mm22.Headers[0].Parameters.Count == 1);
var mm23 = mm2.GetPart(2);
AssertionHelper.IsTrue("There are 4 header fields in the third message of the second part.",
mm23.Headers.Count == 4);
//Write to file
mm.Write(File.Open(Path.Combine(Path.GetTempPath(), "TestNestedMultiPartMimeMessage.txt"), FileMode.Create, FileAccess.Write, FileShare.None));
}
public void SimpleWrite()
{
Core.Mime.Mime message = new Core.Mime.Mime();
message.NewMultipartRelated();
Core.Mime.Mime message1 = new Core.Mime.Mime();
message1.SetText("This is the time for all good men to come to the aid of their country");
message.Add(message1);
Core.Mime.Mime message2 = new Core.Mime.Mime();
message2.EncodingType = Core.Mime.Mime.MimeEncoding.Base64;
message2.SetBodyFromFile(signsImagePath);
message.Add(message2);
Core.Mime.Mime message3 = new Core.Mime.Mime();
message3.EncodingType = Core.Mime.Mime.MimeEncoding.Binary;
message3.SetBodyFromFile(signsImagePath);
message.Add(message3);
message.Write(File.Open(Path.Combine(Path.GetTempPath(), "TestSimpleWriteMime.txt"), FileMode.Create, FileAccess.Write, FileShare.None));
Stream stream = File.Open(Path.Combine(Path.GetTempPath(), "TestOutPic.jpg"), FileMode.Create, FileAccess.ReadWrite);
try
{
stream.Write(message2.Buffer, 0, message2.Buffer.Length);
}
finally
{
stream.Close();
}
//Open the graphic
Image i = Image.FromFile(Path.Combine(Path.GetTempPath(), "TestOutPic.jpg"));
try {
AssertionHelper.IsTrue("Image is 242 pixels wide", i.Width == 242);
AssertionHelper.IsTrue("Image is 360 pixels high", i.Height == 360);
AssertionHelper.IsTrue("Horizontal resolution is 72dpi",i.HorizontalResolution == 72);
}
finally
{
i.Dispose();
}
}
public void MultiPartMime()
{
var fileName = mimeMultipartTextPath;
Core.Mime.Mime mm = new Core.Mime.Mime(fileName);
AssertionHelper.IsTrue("There are 3 header fields", mm.Headers.Count == 3);
AssertionHelper.IsTrue("There are 3 parameter in the secound header field", mm.Headers[1].Parameters.Count == 3);
AssertionHelper.IsTrue("File name of the mime message is assigned", mm.Filename.CompareTo(fileName) == 0);
AssertionHelper.IsTrue("The content type is multipart/related", mm.ContentType.CompareTo("multipart/related") == 0);
AssertionHelper.IsTrue("The body of the message is not xml", !mm.IsXml());
AssertionHelper.IsTrue("There are 3 parts", mm.NumParts == 3);
var mm1 = mm.GetPart(0);
AssertionHelper.IsTrue("There are 1 header field and 1 parameter in the first message.",
mm1.Headers.Count == 1 && mm1.Headers[0].Parameters.Count == 1);
AssertionHelper.IsTrue("The body of the first message is xml", mm1.IsXml());
var mm2 = mm.GetPart(1);
AssertionHelper.IsTrue("There are 1 header field and 1 parameter in the second message.",
mm2.Headers.Count == 1 && mm2.Headers[0].Parameters.Count == 1);
AssertionHelper.IsTrue("The body of the second message is xml", mm2.IsXml());
var mm3 = mm.GetPart(2);
AssertionHelper.IsTrue("There are 4 header fields in the third message.", mm3.Headers.Count == 4);
//Write to file
mm.Write(File.Open(Path.Combine(Path.GetTempPath(), "TestMultiPartMimeMessage.txt"), FileMode.Create, FileAccess.Write, FileShare.None));
//Write to file by byte
byte [] bytes = mm.GetMimeBinary();
Stream stream = File.Open(Path.Combine(Path.GetTempPath(), "TestMultiPartMimeMessageFromBinary.txt"), FileMode.Create, FileAccess.Write, FileShare.None);
try
{
stream.Write(bytes, 0, bytes.Length);
}
finally
{
stream.Close();
}
//Write to image file
stream = File.Open(Path.Combine(Path.GetTempPath(), "TestMultipartOutPic.jpg"), FileMode.Create, FileAccess.ReadWrite);
try
{
stream.Write(mm3.Buffer, 0, mm3.Buffer.Length);
}
finally
{
stream.Close();
}
//Open the graphic
Image i = Image.FromFile(Path.Combine(Path.GetTempPath(), "TestMultipartOutPic.jpg"));
try
{
AssertionHelper.IsTrue("Image is 242 pixels wide", i.Width == 242);
AssertionHelper.IsTrue("Image is 360 pixels high", i.Height == 360);
AssertionHelper.IsTrue("Horizontal resolution is 72dpi",i.HorizontalResolution == 72);
}
finally
{
i.Dispose();
}
}
