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## Uses of Class
javax.mail.MessagingException

Packages that use MessagingException
com.sun.mail.dsn | Support for creating and parsing Delivery Status Notifications.
com.sun.mail.imap | An IMAP protocol provider for the JavaMail API that provides access to an IMAP message store.
com.sun.mail.pop3 | A POP3 protocol provider for the JavaMail API that provides access to a POP3 message store.
com.sun.mail.smtp | An SMTP protocol provider for the JavaMail API that provides access to an SMTP server.
javax.mail | The JavaMailTM API provides classes that model a mail system.
javax.mail.internet | Classes specific to Internet mail systems.
javax.mail.search | Message search terms for the JavaMail API.

Uses of MessagingException in com.sun.mail.dsn

Methods in com.sun.mail.dsn that throw MessagingException
`void` | `MultipartReport.addBodyPart(BodyPart part)` Adds a Part to the multipart.
`void` | `MultipartReport.addBodyPart(BodyPart part, int index)` Adds a BodyPart at position `index`.
`DeliveryStatus` | `MultipartReport.getDeliveryStatus()` Get the delivery status associated with this multipart/report.
`MimeMessage` | `MultipartReport.getReturnedMessage()` Get the original message that is being returned along with this multipart/report.
`java.lang.String` | `MultipartReport.getText()` Get the plain text to be presented to the user, if there is any.
`MimeBodyPart` | `MultipartReport.getTextBodyPart()` Return the body part containing the message to be presented to the user, usually just a text/plain part.
`boolean` | `MultipartReport.removeBodyPart(BodyPart part)` Remove the specified part from the multipart message.
`void` | `MultipartReport.removeBodyPart(int index)` Remove the part at specified location (starting from 0).
`void` | `MessageHeaders.setDataHandler(javax.activation.DataHandler dh)` Can't set any content for a MessageHeaders object.
`void` | `MultipartReport.setDeliveryStatus(DeliveryStatus status)` Set the delivery status associated with this multipart/report.
`void` | `MultipartReport.setReturnedMessage(MimeMessage msg)` Set the original message to be returned as part of the multipart/report.
`void` | `MultipartReport.setSubType(java.lang.String subtype)` Set the subtype.
`void` | `MultipartReport.setText(java.lang.String text)` Set the message to be presented to the user as just a text/plain part containing the specified text.
`void` | `MultipartReport.setTextBodyPart(MimeBodyPart mbp)` Set the body part containing the text to be presented to the user.
`void` | `DeliveryStatus.writeTo(java.io.OutputStream os)`

Constructors in com.sun.mail.dsn that throw MessagingException
`DeliveryStatus()` Construct a delivery status notification with no content.
`DeliveryStatus(java.io.InputStream is)` Construct a delivery status notification by parsing the supplied input stream.
`MessageHeaders()` Construct a MessageHeaders object.
`MessageHeaders(java.io.InputStream is)` Constructs a MessageHeaders object from the given InputStream.
`MessageHeaders(InternetHeaders headers)` Constructs a MessageHeaders object using the given InternetHeaders.
`MultipartReport()` Construct a multipart/report object with no content.
`MultipartReport(javax.activation.DataSource ds)` Constructs a MultipartReport object and its bodyparts from the given DataSource.
`MultipartReport(java.lang.String text, DeliveryStatus status)` Construct a multipart/report object with the specified plain text and delivery status to be returned to the user.
`MultipartReport(java.lang.String text, DeliveryStatus status, InternetHeaders hdr)` Construct a multipart/report object with the specified plain text, delivery status, and headers from the original message to be returned to the user.
`MultipartReport(java.lang.String text, DeliveryStatus status, MimeMessage msg)` Construct a multipart/report object with the specified plain text, delivery status, and original message to be returned to the user.

Uses of MessagingException in com.sun.mail.imap

Methods in com.sun.mail.imap that throw MessagingException
`void` | `IMAPFolder.addACL(ACL acl)` Add an access control list entry to the access control list for this folder.
`Message[]` | `IMAPFolder.addMessages(Message[] msgs)` Append the given messages into this folder.
`void` | `IMAPFolder.addRights(ACL acl)` Add the rights specified in the ACL to the entry for the identifier specified in the ACL.
`void` | `IMAPFolder.appendMessages(Message[] msgs)` Append the given messages into this folder.
`com.sun.mail.imap.AppendUID[]` | `IMAPFolder.appendUIDMessages(Message[] msgs)` Append the given messages into this folder.
`void` | `IMAPStore.close()` Close this Store.
`void` | `IMAPFolder.close(boolean expunge)` Close this folder.
`void` | `IMAPFolder.copyMessages(Message[] msgs, Folder folder)` Copy the specified messages from this folder, to the specified destination.
`boolean` | `IMAPFolder.create(int type)` Create this folder, with the specified type.
`boolean` | `IMAPFolder.delete(boolean recurse)` Delete this folder.
`java.lang.Object` | `IMAPFolder.doCommand(IMAPFolder.ProtocolCommand cmd)` Execute a user-supplied IMAP command.
`java.lang.Object` | `IMAPFolder.doCommandIgnoreFailure(IMAPFolder.ProtocolCommand cmd)`
`java.lang.Object` | `IMAPFolder.doOptionalCommand(java.lang.String err, IMAPFolder.ProtocolCommand cmd)`
`boolean` | `IMAPFolder.exists()` Check whether this folder really exists on the server.
`Message[]` | `IMAPFolder.expunge()` Expunge all messages marked as DELETED.
`Message[]` | `IMAPFolder.expunge(Message[] msgs)` Expunge the indicated messages, which must have been marked as DELETED.
`void` | `IMAPFolder.fetch(Message[] msgs, FetchProfile fp)` Prefetch attributes, based on the given FetchProfile.
`void` | `IMAPFolder.forceClose()` Close this folder without waiting for the server.
`ACL[]` | `IMAPFolder.getACL()` Get the access control list entries for this folder.
`java.lang.String[]` | `IMAPFolder.getAttributes()` Get the attributes that the IMAP server returns with the LIST response.
`Folder` | `IMAPStore.getDefaultFolder()` Get the default folder, representing the root of this user's namespace.
`int` | `IMAPFolder.getDeletedMessageCount()` Get the deleted message count.
`Folder` | `IMAPStore.getFolder(java.lang.String name)` Get named folder.
`Folder` | `IMAPFolder.getFolder(java.lang.String name)` Get the named subfolder.
`Folder` | `IMAPStore.getFolder(URLName url)` Get named folder.
`Message` | `IMAPFolder.getMessage(int msgnum)` Get the specified message.
`Message` | `IMAPFolder.getMessageByUID(long uid)` Get the Message corresponding to the given UID.
`int` | `IMAPFolder.getMessageCount()` Get the total message count.
`Message[]` | `IMAPFolder.getMessagesByUID(long[] uids)` Get the Messages specified by the given array.
`Message[]` | `IMAPFolder.getMessagesByUID(long start, long end)` Get the Messages specified by the given range.
`int` | `IMAPFolder.getNewMessageCount()` Get the new message count.
`Folder` | `IMAPFolder.getParent()` Get this folder's parent.
`Folder[]` | `IMAPStore.getPersonalNamespaces()` Using the IMAP NAMESPACE command (RFC 2342), return a set of folders representing the Personal namespaces.
`Quota[]` | `IMAPFolder.getQuota()` Get the quotas for the quotaroot associated with this folder.
`Quota[]` | `IMAPStore.getQuota(java.lang.String root)` Get the quotas for the named quota root.
`char` | `IMAPFolder.getSeparator()` Get the separator character.
`Folder[]` | `IMAPStore.getSharedNamespaces()` Using the IMAP NAMESPACE command (RFC 2342), return a set of folders representing the Shared namespaces.
`int` | `IMAPFolder.getType()` Get the type of this folder.
`long` | `IMAPFolder.getUID(Message message)` Get the UID for the specified message.
`long` | `IMAPFolder.getUIDNext()` Returns the predicted UID that will be assigned to the next message that is appended to this folder.
`long` | `IMAPFolder.getUIDValidity()` Returns the UIDValidity for this folder.
`int` | `IMAPFolder.getUnreadMessageCount()` Get the unread message count.
`Folder[]` | `IMAPStore.getUserNamespaces(java.lang.String user)` Using the IMAP NAMESPACE command (RFC 2342), return a set of folders representing the User's namespaces.
`boolean` | `IMAPStore.hasCapability(java.lang.String capability)` Return true if the specified capability string is in the list of capabilities the server announced.
`boolean` | `IMAPFolder.hasNewMessages()` Check whether this folder has new messages.
`void` | `IMAPStore.idle()` Use the IMAP IDLE command (see RFC 2177), if supported by the server, to enter idle mode so that the server can send unsolicited notifications without the need for the client to constantly poll the server.
`void` | `IMAPFolder.idle()` Use the IMAP IDLE command (see RFC 2177), if supported by the server, to enter idle mode so that the server can send unsolicited notifications of new messages arriving, etc.
`Folder[]` | `IMAPFolder.list(java.lang.String pattern)` List all subfolders matching the specified pattern.
`Rights[]` | `IMAPFolder.listRights(java.lang.String name)` Get all the rights that may be allowed to the given identifier.
`Folder[]` | `IMAPFolder.listSubscribed(java.lang.String pattern)` List all subscribed subfolders matching the specified pattern.
`Rights` | `IMAPFolder.myRights()` Get the rights allowed to the currently authenticated user.
`void` | `IMAPFolder.open(int mode)` Open this folder in the given mode.
`protected boolean` | `IMAPStore.protocolConnect(java.lang.String host, int pport, java.lang.String user, java.lang.String password)` Implementation of protocolConnect().
`void` | `IMAPFolder.removeACL(java.lang.String name)` Remove any access control list entry for the given identifier from the access control list for this folder.
`void` | `IMAPFolder.removeRights(ACL acl)` Remove the rights specified in the ACL from the entry for the identifier specified in the ACL.
`boolean` | `IMAPFolder.renameTo(Folder f)` Rename this folder.
`Message[]` | `IMAPFolder.search(SearchTerm term)` Search whole folder for messages matching the given term.
`Message[]` | `IMAPFolder.search(SearchTerm term, Message[] msgs)` Search the folder for messages matching the given term.
`void` | `IMAPFolder.setFlags(Message[] msgs, Flags flag, boolean value)` Set the specified flags for the given array of messages.
`void` | `IMAPStore.setQuota(Quota quota)` Set the quotas for the quota root specified in the quota argument.
`void` | `IMAPFolder.setQuota(Quota quota)` Set the quotas for the quotaroot specified in the quota argument.
`void` | `IMAPFolder.setSubscribed(boolean subscribe)` Subscribe/Unsubscribe this folder.

Uses of MessagingException in com.sun.mail.pop3

Methods in com.sun.mail.pop3 that throw MessagingException
`void` | `POP3Message.addHeader(java.lang.String name, java.lang.String value)` Add this value to the existing values for this header_name.
`void` | `POP3Message.addHeaderLine(java.lang.String line)` Add a raw RFC822 header-line.
`void` | `POP3Folder.appendMessages(Message[] msgs)` Always throws `MethodNotSupportedException` because the POP3 protocol doesn't support appending messages.
`void` | `POP3Store.close()`
`void` | `POP3Folder.close(boolean expunge)`
`boolean` | `POP3Folder.create(int type)` Always returns `false`; the POP3 protocol doesn't support creating folders.
`protected POP3Message` | `POP3Folder.createMessage(Folder f, int msgno)`
`boolean` | `POP3Folder.delete(boolean recurse)` Always throws `MethodNotSupportedException` because the POP3 protocol doesn't allow the INBOX to be deleted.
`Message[]` | `POP3Folder.expunge()` Always throws `MethodNotSupportedException` because the POP3 protocol doesn't support expunging messages without closing the folder; call the `close` method with the `expunge` argument set to `true` instead.
`void` | `POP3Folder.fetch(Message[] msgs, FetchProfile fp)` Prefetch information about POP3 messages.
`java.util.Enumeration` | `POP3Message.getAllHeaderLines()` Get all header lines as an Enumeration of Strings.
`java.util.Enumeration` | `POP3Message.getAllHeaders()` Return all the headers from this Message as an enumeration of Header objects.
`protected java.io.InputStream` | `POP3Message.getContentStream()` Produce the raw bytes of the content.
`Folder` | `POP3Store.getDefaultFolder()`
`Folder` | `POP3Folder.getFolder(java.lang.String name)` Always throws `MessagingException` because no POP3 folders can contain subfolders.
`Folder` | `POP3Store.getFolder(java.lang.String name)` Only the name "INBOX" is supported.
`Folder` | `POP3Store.getFolder(URLName url)`
`java.lang.String[]` | `POP3Message.getHeader(java.lang.String name)` Get all the headers for this header_name.
`java.lang.String` | `POP3Message.getHeader(java.lang.String name, java.lang.String delimiter)` Get all the headers for this header name, returned as a single String, with headers separated by the delimiter.
`java.util.Enumeration` | `POP3Message.getMatchingHeaderLines(java.lang.String[] names)` Get matching header lines as an Enumeration of Strings.
`java.util.Enumeration` | `POP3Message.getMatchingHeaders(java.lang.String[] names)` Return matching headers from this Message as an Enumeration of Header objects.
`Message` | `POP3Folder.getMessage(int msgno)`
`int` | `POP3Folder.getMessageCount()` Will not change while the folder is open because the POP3 protocol doesn't support notification of new messages arriving in open folders.
`java.util.Enumeration` | `POP3Message.getNonMatchingHeaderLines(java.lang.String[] names)` Get non-matching header lines as an Enumeration of Strings.
`java.util.Enumeration` | `POP3Message.getNonMatchingHeaders(java.lang.String[] names)` Return non-matching headers from this Message as an Enumeration of Header objects.
`int` | `POP3Message.getSize()` Return the size of the content of this message in bytes.
`int` | `POP3Folder.getSize()` Return the size of this folder, as was returned by the POP3 STAT command when this folder was opened.
`int[]` | `POP3Folder.getSizes()` Return the sizes of all messages in this folder, as returned by the POP3 LIST command.
`java.lang.String` | `POP3Folder.getUID(Message msg)` Return the unique ID string for this message, or null if not available.
`boolean` | `POP3Folder.hasNewMessages()` Always returns `false`; the POP3 protocol provides no way to determine when a new message arrives.
`Folder[]` | `POP3Folder.list(java.lang.String pattern)` Always throws `MessagingException` because no POP3 folders can contain subfolders.
`java.io.InputStream` | `POP3Folder.listCommand()` Return the raw results of the POP3 LIST command with no arguments.
`void` | `POP3Folder.open(int mode)` Throws `FolderNotFoundException` unless this folder is named "INBOX".
`protected boolean` | `POP3Store.protocolConnect(java.lang.String host, int portNum, java.lang.String user, java.lang.String passwd)`
`void` | `POP3Message.removeHeader(java.lang.String name)` Remove all headers with this name.
`boolean` | `POP3Folder.renameTo(Folder f)` Always throws `MethodNotSupportedException` because the POP3 protocol doesn't support multiple folders.
`void` | `POP3Message.saveChanges()` POP3 message can't be changed.
`void` | `POP3Message.setFlags(Flags newFlags, boolean set)` Set the specified flags on this message to the specified value.
`void` | `POP3Message.setHeader(java.lang.String name, java.lang.String value)` Set the value for this header_name.
`java.io.InputStream` | `POP3Message.top(int n)` Fetch the header of the message and the first `n` lines of the raw content of the message.

Constructors in com.sun.mail.pop3 that throw MessagingException
`POP3Message(Folder folder, int msgno)`

Uses of MessagingException in com.sun.mail.smtp

Subclasses of MessagingException in com.sun.mail.smtp
`class` | `SMTPAddressFailedException` This exception is thrown when the message cannot be sent.
`class` | `SMTPAddressSucceededException` This exception is chained off a SendFailedException when the `mail.smtp.reportsuccess` property is true.
`class` | `SMTPSendFailedException` This exception is thrown when the message cannot be sent.

Methods in com.sun.mail.smtp that throw MessagingException
`void` | `SMTPTransport.close()` Close the Transport and terminate the connection to the server.
`void` | `SMTPTransport.connect(java.net.Socket socket)` Start the SMTP protocol on the given socket, which was already connected by the caller.
`protected java.io.OutputStream` | `SMTPTransport.data()` Send the `DATA` command to the SMTP host and return an OutputStream to which the data is to be written.
`protected boolean` | `SMTPTransport.ehlo(java.lang.String domain)` Issue the `EHLO` command.
`protected void` | `SMTPTransport.finishData()` Terminate the sent data.
`protected void` | `SMTPTransport.helo(java.lang.String domain)` Issue the `HELO` command.
`void` | `SMTPTransport.issueCommand(java.lang.String cmd, int expect)` Send the command to the server.
`protected void` | `SMTPTransport.mailFrom()` Issue the `MAIL FROM:` command to start sending a message.
`protected boolean` | `SMTPTransport.protocolConnect(java.lang.String host, int port, java.lang.String user, java.lang.String passwd)` Performs the actual protocol-specific connection attempt.
`protected void` | `SMTPTransport.rcptTo()` Sends each address to the SMTP host using the `RCPT TO:` command and copies the address either into the validSentAddr or invalidAddr arrays.
`protected int` | `SMTPTransport.readServerResponse()` Reads server reponse returning the `returnCode` as the number.
`protected void` | `SMTPTransport.sendCommand(java.lang.String cmd)` Sends command `cmd` to the server terminating it with `CRLF`.
`void` | `SMTPTransport.sendMessage(Message message, Address[] addresses)` Send the Message to the specified list of addresses.
`protected int` | `SMTPTransport.simpleCommand(byte[] cmd)` Send the command to the server and return the response code from the server.
`int` | `SMTPTransport.simpleCommand(java.lang.String cmd)` Send the command to the server and return the response code from the server.
`protected void` | `SMTPTransport.startTLS()` Issue the `STARTTLS` command and switch the socket to TLS mode if it succeeds.

Constructors in com.sun.mail.smtp that throw MessagingException
`SMTPMessage(MimeMessage source)` Constructs a new SMTPMessage with content initialized from the `source` MimeMessage.
`SMTPMessage(Session session, java.io.InputStream is)` Constructs an SMTPMessage by reading and parsing the data from the specified MIME InputStream.

Uses of MessagingException in javax.mail

Subclasses of MessagingException in javax.mail
`class` | `AuthenticationFailedException` This exception is thrown when the connect method on a Store or Transport object fails due to an authentication failure (e.g., bad user name or password).
`class` | `FolderClosedException` This exception is thrown when a method is invoked on a Messaging object and the Folder that owns that object has died due to some reason.
`class` | `FolderNotFoundException` This exception is thrown by Folder methods, when those methods are invoked on a non existent folder.
`class` | `IllegalWriteException` The exception thrown when a write is attempted on a read-only attribute of any Messaging object.
`class` | `MessageRemovedException` The exception thrown when an invalid method is invoked on an expunged Message.
`class` | `MethodNotSupportedException` The exception thrown when a method is not supported by the implementation
`class` | `NoSuchProviderException` This exception is thrown when Session attempts to instantiate a Provider that doesn't exist.
`class` | `ReadOnlyFolderException` This exception is thrown when an attempt is made to open a folder read-write access when the folder is marked read-only.
`class` | `SendFailedException` This exception is thrown when the message cannot be sent.
`class` | `StoreClosedException` This exception is thrown when a method is invoked on a Messaging object and the Store that owns that object has died due to some reason.

Methods in javax.mail that throw MessagingException
`void` | `Multipart.addBodyPart(BodyPart part)` Adds a Part to the multipart.
`void` | `Multipart.addBodyPart(BodyPart part, int index)` Adds a BodyPart at position `index`.
`abstract void` | `Message.addFrom(Address[] addresses)` Add these addresses to the existing "From" attribute
`void` | `Part.addHeader(java.lang.String header_name, java.lang.String header_value)` Add this value to the existing values for this header_name.
`void` | `Message.addRecipient(Message.RecipientType type, Address address)` Add this recipient address to the existing ones of the given type.
`abstract void` | `Message.addRecipients(Message.RecipientType type, Address[] addresses)` Add these recipient addresses to the existing ones of the given type.
`abstract void` | `Folder.appendMessages(Message[] msgs)` Append given Messages to this folder.
`void` | `Service.close()` Close this service and terminate its connection.
`abstract void` | `Folder.close(boolean expunge)` Close this Folder.
`void` | `Service.connect()` A generic connect method that takes no parameters.
`void` | `Service.connect(java.lang.String host, int port, java.lang.String user, java.lang.String password)` Similar to connect(host, user, password) except a specific port can be specified.
`void` | `Service.connect(java.lang.String user, java.lang.String password)` Connect to the current host using the specified username and password.
`void` | `Service.connect(java.lang.String host, java.lang.String user, java.lang.String password)` Connect to the specified address.
`void` | `Folder.copyMessages(Message[] msgs, Folder folder)` Copy the specified Messages from this Folder into another Folder.
`abstract boolean` | `Folder.create(int type)` Create this folder on the Store.
`abstract boolean` | `Folder.delete(boolean recurse)` Delete this Folder.
`abstract boolean` | `Folder.exists()` Tests if this folder physically exists on the Store.
`abstract Message[]` | `Folder.expunge()` Expunge (permanently remove) messages marked DELETED.
`void` | `Folder.fetch(Message[] msgs, FetchProfile fp)` Prefetch the items specified in the FetchProfile for the given Messages.
`java.util.Enumeration` | `Part.getAllHeaders()` Return all the headers from this part as an Enumeration of Header objects.
`Address[]` | `Message.getAllRecipients()` Get all the recipient addresses for the message.
`BodyPart` | `MultipartDataSource.getBodyPart(int index)` Get the specified Part.
`BodyPart` | `Multipart.getBodyPart(int index)` Get the specified Part.
`java.lang.Object` | `Part.getContent()` Return the content as a Java object.
`java.lang.String` | `Part.getContentType()` Returns the Content-Type of the content of this part.
`int` | `Multipart.getCount()` Return the number of enclosed BodyPart objects.
`javax.activation.DataHandler` | `Part.getDataHandler()` Return a DataHandler for the content within this part.
`abstract Folder` | `Store.getDefaultFolder()` Returns a Folder object that represents the 'root' of the default namespace presented to the user by the Store.
`int` | `Folder.getDeletedMessageCount()` Get the number of deleted messages in this Folder.
`java.lang.String` | `Part.getDescription()` Return a description String for this part.
`java.lang.String` | `Part.getDisposition()` Return the disposition of this part.
`java.lang.String` | `Part.getFileName()` Get the filename associated with this part, if possible.
`abstract Flags` | `Message.getFlags()` Returns a `Flags` object containing the flags for this message.
`abstract Folder` | `Store.getFolder(java.lang.String name)` Return the Folder object corresponding to the given name.
`abstract Folder` | `Folder.getFolder(java.lang.String name)` Return the Folder object corresponding to the given name.
`Folder` | `Session.getFolder(URLName url)` Get a closed Folder object for the given URLName.
`abstract Folder` | `Store.getFolder(URLName url)` Return a closed Folder object, corresponding to the given URLName.
`abstract Address[]` | `Message.getFrom()` Returns the "From" attribute.
`java.lang.String[]` | `Part.getHeader(java.lang.String header_name)` Get all the headers for this header name.
`java.io.InputStream` | `Part.getInputStream()` Return an input stream for this part's "content".
`int` | `Part.getLineCount()` Return the number of lines in the content of this part.
`java.util.Enumeration` | `Part.getMatchingHeaders(java.lang.String[] header_names)` Return matching headers from this part as an Enumeration of Header objects.
`abstract Message` | `Folder.getMessage(int msgnum)` Get the Message object corresponding to the given message number.
`Message` | `UIDFolder.getMessageByUID(long uid)` Get the Message corresponding to the given UID.
`abstract int` | `Folder.getMessageCount()` Get total number of messages in this Folder.
`Message[]` | `Folder.getMessages()` Get all Message objects from this Folder.
`Message[]` | `Folder.getMessages(int[] msgnums)` Get the Message objects for message numbers specified in the array.
`Message[]` | `Folder.getMessages(int start, int end)` Get the Message objects for message numbers ranging from start through end, both start and end inclusive.
`Message[]` | `UIDFolder.getMessagesByUID(long[] uids)` Get the Messages specified by the given array of UIDs.
`Message[]` | `UIDFolder.getMessagesByUID(long start, long end)` Get the Messages specified by the given range.
`int` | `Folder.getNewMessageCount()` Get the number of new messages in this Folder.
`java.util.Enumeration` | `Part.getNonMatchingHeaders(java.lang.String[] header_names)` Return non-matching headers from this envelope as an Enumeration of Header objects.
`abstract Folder` | `Folder.getParent()` Returns the parent folder of this folder.
`Folder[]` | `Store.getPersonalNamespaces()` Return a set of folders representing the personal namespaces for the current user.
`Quota[]` | `QuotaAwareStore.getQuota(java.lang.String root)` Get the quotas for the named quota root.
`abstract java.util.Date` | `Message.getReceivedDate()` Get the date this message was received.
`abstract Address[]` | `Message.getRecipients(Message.RecipientType type)` Get all the recipient addresses of the given type.
`Address[]` | `Message.getReplyTo()` Get the addresses to which replies should be directed.
`abstract java.util.Date` | `Message.getSentDate()` Get the date this message was sent.
`abstract char` | `Folder.getSeparator()` Return the delimiter character that separates this Folder's pathname from the names of immediate subfolders.
`Folder[]` | `Store.getSharedNamespaces()` Return a set of folders representing the shared namespaces.
`int` | `Part.getSize()` Return the size of the content of this part in bytes.
`abstract java.lang.String` | `Message.getSubject()` Get the subject of this message.
`abstract int` | `Folder.getType()` Returns the type of this Folder, that is, whether this folder can hold messages or subfolders or both.
`long` | `UIDFolder.getUID(Message message)` Get the UID for the specified message.
`long` | `UIDFolder.getUIDValidity()` Returns the UIDValidity value associated with this folder.
`int` | `Folder.getUnreadMessageCount()` Get the total number of unread messages in this Folder.
`URLName` | `Folder.getURLName()` Return a URLName representing this folder.
`Folder[]` | `Store.getUserNamespaces(java.lang.String user)` Return a set of folders representing the namespaces for `user`.
`abstract boolean` | `Folder.hasNewMessages()` Returns true if this Folder has new messages since the last time this indication was reset.
`boolean` | `Part.isMimeType(java.lang.String mimeType)` Is this Part of the specified MIME type? This method compares only the `primaryType` and `subType`.
`boolean` | `Message.isSet(Flags.Flag flag)` Check whether the flag specified in the `flag` argument is set in this message.
`Folder[]` | `Folder.list()` Convenience method that returns the list of folders under this Folder.
`abstract Folder[]` | `Folder.list(java.lang.String pattern)` Returns a list of Folders belonging to this Folder's namespace that match the specified pattern.
`Folder[]` | `Folder.listSubscribed()` Convenience method that returns the list of subscribed folders under this Folder.
`Folder[]` | `Folder.listSubscribed(java.lang.String pattern)` Returns a list of subscribed Folders belonging to this Folder's namespace that match the specified pattern.
`boolean` | `Message.match(SearchTerm term)` Apply the specified Search criterion to this message.
`abstract void` | `Folder.open(int mode)` Open this Folder.
`protected boolean` | `Service.protocolConnect(java.lang.String host, int port, java.lang.String user, java.lang.String password)` The service implementation should override this method to perform the actual protocol-specific connection attempt.
`boolean` | `Multipart.removeBodyPart(BodyPart part)` Remove the specified part from the multipart message.
`void` | `Multipart.removeBodyPart(int index)` Remove the part at specified location (starting from 0).
`void` | `Part.removeHeader(java.lang.String header_name)` Remove all headers with this name.
`abstract boolean` | `Folder.renameTo(Folder f)` Rename this Folder.
`abstract Message` | `Message.reply(boolean replyToAll)` Get a new Message suitable for a reply to this message.
`abstract void` | `Message.saveChanges()` Save any changes made to this message into the message-store when the containing folder is closed, if the message is contained in a folder.
`Message[]` | `Folder.search(SearchTerm term)` Search this Folder for messages matching the specified search criterion.
`Message[]` | `Folder.search(SearchTerm term, Message[] msgs)` Search the given array of messages for those that match the specified search criterion.
`static void` | `Transport.send(Message msg)` Send a message.
`static void` | `Transport.send(Message msg, Address[] addresses)` Send the message to the specified addresses, ignoring any recipients specified in the message itself.
`abstract void` | `Transport.sendMessage(Message msg, Address[] addresses)` Send the Message to the specified list of addresses.
`void` | `Part.setContent(Multipart mp)` This method sets the given Multipart object as this message's content.
`void` | `Part.setContent(java.lang.Object obj, java.lang.String type)` A convenience method for setting this part's content.
`void` | `Part.setDataHandler(javax.activation.DataHandler dh)` This method provides the mechanism to set this part's content.
`void` | `Part.setDescription(java.lang.String description)` Set a description String for this part.
`void` | `Part.setDisposition(java.lang.String disposition)` Set the disposition of this part.
`void` | `Part.setFileName(java.lang.String filename)` Set the filename associated with this part, if possible.
`void` | `Message.setFlag(Flags.Flag flag, boolean set)` Set the specified flag on this message to the specified value.
`abstract void` | `Message.setFlags(Flags flag, boolean set)` Set the specified flags on this message to the specified value.
`void` | `Folder.setFlags(int[] msgnums, Flags flag, boolean value)` Set the specified flags on the messages whose message numbers are in the array.
`void` | `Folder.setFlags(int start, int end, Flags flag, boolean value)` Set the specified flags on the messages numbered from start through end, both start and end inclusive.
`void` | `Folder.setFlags(Message[] msgs, Flags flag, boolean value)` Set the specified flags on the messages specified in the array.
`abstract void` | `Message.setFrom()` Set the "From" attribute in this Message.
`abstract void` | `Message.setFrom(Address address)` Set the "From" attribute in this Message.
`void` | `Part.setHeader(java.lang.String header_name, java.lang.String header_value)` Set the value for this header_name.
`protected void` | `Multipart.setMultipartDataSource(MultipartDataSource mp)` Setup this Multipart object from the given MultipartDataSource.
`void` | `QuotaAwareStore.setQuota(Quota quota)` Set the quotas for the quota root specified in the quota argument.
`void` | `Message.setRecipient(Message.RecipientType type, Address address)` Set the recipient address.
`abstract void` | `Message.setRecipients(Message.RecipientType type, Address[] addresses)` Set the recipient addresses.
`void` | `Message.setReplyTo(Address[] addresses)` Set the addresses to which replies should be directed.
`abstract void` | `Message.setSentDate(java.util.Date date)` Set the sent date of this message.
`abstract void` | `Message.setSubject(java.lang.String subject)` Set the subject of this message.
`void` | `Folder.setSubscribed(boolean subscribe)` Subscribe or unsubscribe this Folder.
`void` | `Part.setText(java.lang.String text)` A convenience method that sets the given String as this part's content with a MIME type of "text/plain".
`abstract void` | `Multipart.writeTo(java.io.OutputStream os)` Output an appropriately encoded bytestream to the given OutputStream.
`void` | `Part.writeTo(java.io.OutputStream os)` Output a bytestream for this Part.

Uses of MessagingException in javax.mail.internet

Subclasses of MessagingException in javax.mail.internet
`class` | `AddressException` The exception thrown when a wrongly formatted address is encountered.
`class` | `ParseException` The exception thrown due to an error in parsing RFC822 or MIME headers

Methods in javax.mail.internet that throw MessagingException
`void` | `MimeMultipart.addBodyPart(BodyPart part)` Adds a Part to the multipart.
`void` | `MimeMultipart.addBodyPart(BodyPart part, int index)` Adds a BodyPart at position `index`.
`void` | `MimeMessage.addFrom(Address[] addresses)` Add the specified addresses to the existing "From" field.
`void` | `MimeMessage.addHeader(java.lang.String name, java.lang.String value)` Add this value to the existing values for this header_name.
`void` | `MimeBodyPart.addHeader(java.lang.String name, java.lang.String value)` Add this value to the existing values for this header_name.
`void` | `MimeMessage.addHeaderLine(java.lang.String line)` Add a raw RFC 822 header-line.
`void` | `MimePart.addHeaderLine(java.lang.String line)` Add a raw RFC822 header-line.
`void` | `MimeBodyPart.addHeaderLine(java.lang.String line)` Add a header line to this body part
`void` | `MimeMessage.addRecipients(Message.RecipientType type, Address[] addresses)` Add the given addresses to the specified recipient type.
`void` | `MimeMessage.addRecipients(Message.RecipientType type, java.lang.String addresses)` Add the given addresses to the specified recipient type.
`void` | `MimeBodyPart.attachFile(java.io.File file)` Use the specified file to provide the data for this part.
`void` | `MimeBodyPart.attachFile(java.lang.String file)` Use the specified file to provide the data for this part.
`protected InternetHeaders` | `MimeMultipart.createInternetHeaders(java.io.InputStream is)` Create and return an InternetHeaders object that loads the headers from the given InputStream.
`protected InternetHeaders` | `MimeMessage.createInternetHeaders(java.io.InputStream is)` Create and return an InternetHeaders object that loads the headers from the given InputStream.
`protected MimeBodyPart` | `MimeMultipart.createMimeBodyPart(java.io.InputStream is)` Create and return a MimeBodyPart object to represent a body part parsed from the InputStream.
`protected MimeBodyPart` | `MimeMultipart.createMimeBodyPart(InternetHeaders headers, byte[] content)` Create and return a MimeBodyPart object to represent a body part parsed from the InputStream.
`protected MimeMessage` | `MimeMessage.createMimeMessage(Session session)` Create and return a MimeMessage object.
`static java.io.InputStream` | `MimeUtility.decode(java.io.InputStream is, java.lang.String encoding)` Decode the given input stream.
`static java.io.OutputStream` | `MimeUtility.encode(java.io.OutputStream os, java.lang.String encoding)` Wrap an encoder around the given output stream.
`static java.io.OutputStream` | `MimeUtility.encode(java.io.OutputStream os, java.lang.String encoding, java.lang.String filename)` Wrap an encoder around the given output stream.
`java.util.Enumeration` | `MimeMessage.getAllHeaderLines()` Get all header lines as an Enumeration of Strings.
`java.util.Enumeration` | `MimePart.getAllHeaderLines()` Get all header lines as an Enumeration of Strings.
`java.util.Enumeration` | `MimeBodyPart.getAllHeaderLines()` Get all header lines as an Enumeration of Strings.
`java.util.Enumeration` | `MimeMessage.getAllHeaders()` Return all the headers from this Message as an enumeration of Header objects.
`java.util.Enumeration` | `MimeBodyPart.getAllHeaders()` Return all the headers from this Message as an Enumeration of Header objects.
`Address[]` | `MimeMessage.getAllRecipients()` Get all the recipient addresses for the message.
`BodyPart` | `MimeMultipart.getBodyPart(int index)` Get the specified BodyPart.
`BodyPart` | `MimeMultipart.getBodyPart(java.lang.String CID)` Get the MimeBodyPart referred to by the given ContentID (CID).
`java.lang.Object` | `MimeMessage.getContent()` Return the content as a Java object.
`java.lang.Object` | `MimeBodyPart.getContent()` Return the content as a Java object.
`java.lang.String` | `MimeMessage.getContentID()` Returns the value of the "Content-ID" header field.
`java.lang.String` | `MimePart.getContentID()` Get the Content-ID of this part.
`java.lang.String` | `MimeBodyPart.getContentID()` Returns the value of the "Content-ID" header field.
`java.lang.String[]` | `MimeMessage.getContentLanguage()` Get the languages specified in the "Content-Language" header field of this message.
`java.lang.String[]` | `MimePart.getContentLanguage()` Get the language tags specified in the Content-Language header of this MimePart.
`java.lang.String[]` | `MimeBodyPart.getContentLanguage()` Get the languages specified in the Content-Language header of this MimePart.
`java.lang.String` | `MimeMessage.getContentMD5()` Return the value of the "Content-MD5" header field.
`java.lang.String` | `MimePart.getContentMD5()` Get the Content-MD5 digest of this part.
`java.lang.String` | `MimeBodyPart.getContentMD5()` Return the value of the "Content-MD5" header field.
`protected java.io.InputStream` | `MimeMessage.getContentStream()` Produce the raw bytes of the content.
`protected java.io.InputStream` | `MimeBodyPart.getContentStream()` Produce the raw bytes of the content.
`java.lang.String` | `MimeMessage.getContentType()` Returns the value of the RFC 822 "Content-Type" header field.
`java.lang.String` | `MimeBodyPart.getContentType()` Returns the value of the RFC 822 "Content-Type" header field.
`int` | `MimeMultipart.getCount()` Return the number of enclosed BodyPart objects.
`javax.activation.DataHandler` | `MimeMessage.getDataHandler()` Return a DataHandler for this Message's content.
`javax.activation.DataHandler` | `MimeBodyPart.getDataHandler()` Return a DataHandler for this body part's content.
`java.lang.String` | `MimeMessage.getDescription()` Returns the "Content-Description" header field of this Message.
`java.lang.String` | `MimeBodyPart.getDescription()` Returns the "Content-Description" header field of this body part.
`java.lang.String` | `MimeMessage.getDisposition()` Returns the value of the "Content-Disposition" header field.
`java.lang.String` | `MimeBodyPart.getDisposition()` Returns the value of the "Content-Disposition" header field.
`java.lang.String` | `PreencodedMimeBodyPart.getEncoding()` Returns the content transfer encoding specified when this object was created.
`java.lang.String` | `MimeMessage.getEncoding()` Returns the content transfer encoding from the "Content-Transfer-Encoding" header field.
`java.lang.String` | `MimePart.getEncoding()` Get the transfer encoding of this part.
`java.lang.String` | `MimeBodyPart.getEncoding()` Returns the content transfer encoding from the "Content-Transfer-Encoding" header field.
`java.lang.String` | `MimeMessage.getFileName()` Get the filename associated with this Message.
`java.lang.String` | `MimeBodyPart.getFileName()` Get the filename associated with this body part.
`Flags` | `MimeMessage.getFlags()` Return a `Flags` object containing the flags for this message.
`Address[]` | `MimeMessage.getFrom()` Returns the value of the RFC 822 "From" header fields.
`java.lang.String[]` | `MimeMessage.getHeader(java.lang.String name)` Get all the headers for this header_name.
`java.lang.String[]` | `MimeBodyPart.getHeader(java.lang.String name)` Get all the headers for this header_name.
`java.lang.String` | `MimeMessage.getHeader(java.lang.String name, java.lang.String delimiter)` Get all the headers for this header name, returned as a single String, with headers separated by the delimiter.
`java.lang.String` | `MimePart.getHeader(java.lang.String name, java.lang.String delimiter)` Get the values of all header fields available for this header, returned as a single String, with the values separated by the delimiter.
`java.lang.String` | `MimeBodyPart.getHeader(java.lang.String name, java.lang.String delimiter)` Get all the headers for this header name, returned as a single String, with headers separated by the delimiter.
`java.io.InputStream` | `MimeMessage.getInputStream()` Return a decoded input stream for this Message's "content".
`java.io.InputStream` | `MimeBodyPart.getInputStream()` Return a decoded input stream for this body part's "content".
`int` | `MimeMessage.getLineCount()` Return the number of lines for the content of this message.
`int` | `MimeBodyPart.getLineCount()` Return the number of lines for the content of this Part.
`java.util.Enumeration` | `MimeMessage.getMatchingHeaderLines(java.lang.String[] names)` Get matching header lines as an Enumeration of Strings.
`java.util.Enumeration` | `MimePart.getMatchingHeaderLines(java.lang.String[] names)` Get matching header lines as an Enumeration of Strings.
`java.util.Enumeration` | `MimeBodyPart.getMatchingHeaderLines(java.lang.String[] names)` Get matching header lines as an Enumeration of Strings.
`java.util.Enumeration` | `MimeMessage.getMatchingHeaders(java.lang.String[] names)` Return matching headers from this Message as an Enumeration of Header objects.
`java.util.Enumeration` | `MimeBodyPart.getMatchingHeaders(java.lang.String[] names)` Return matching headers from this Message as an Enumeration of Header objects.
`java.lang.String` | `MimeMessage.getMessageID()` Returns the value of the "Message-ID" header field.
`java.util.Enumeration` | `MimeMessage.getNonMatchingHeaderLines(java.lang.String[] names)` Get non-matching header lines as an Enumeration of Strings.
`java.util.Enumeration` | `MimePart.getNonMatchingHeaderLines(java.lang.String[] names)` Get non-matching header lines as an Enumeration of Strings.
`java.util.Enumeration` | `MimeBodyPart.getNonMatchingHeaderLines(java.lang.String[] names)` Get non-matching header lines as an Enumeration of Strings.
`java.util.Enumeration` | `MimeMessage.getNonMatchingHeaders(java.lang.String[] names)` Return non-matching headers from this Message as an Enumeration of Header objects.
`java.util.Enumeration` | `MimeBodyPart.getNonMatchingHeaders(java.lang.String[] names)` Return non-matching headers from this Message as an Enumeration of Header objects.
`java.lang.String` | `MimeMultipart.getPreamble()` Get the preamble text, if any, that appears before the first body part of this multipart.
`java.io.InputStream` | `MimeMessage.getRawInputStream()` Return an InputStream to the raw data with any Content-Transfer-Encoding intact.
`java.io.InputStream` | `MimeBodyPart.getRawInputStream()` Return an InputStream to the raw data with any Content-Transfer-Encoding intact.
`java.util.Date` | `MimeMessage.getReceivedDate()` Returns the Date on this message was received.
`Address[]` | `MimeMessage.getRecipients(Message.RecipientType type)` Returns the recepients specified by the type.
`Address[]` | `MimeMessage.getReplyTo()` Return the value of the RFC 822 "Reply-To" header field.
`Address` | `MimeMessage.getSender()` Returns the value of the RFC 822 "Sender" header field.
`java.util.Date` | `MimeMessage.getSentDate()` Returns the value of the RFC 822 "Date" field.
`int` | `MimeMessage.getSize()` Return the size of the content of this message in bytes.
`int` | `MimeBodyPart.getSize()` Return the size of the content of this body part in bytes.
`java.lang.String` | `MimeMessage.getSubject()` Returns the value of the "Subject" header field.
`boolean` | `MimeMultipart.isComplete()` Return true if the final boundary line for this multipart was seen.
`boolean` | `MimeMessage.isMimeType(java.lang.String mimeType)` Is this Part of the specified MIME type? This method compares only the `primaryType` and `subType`.
`boolean` | `MimeBodyPart.isMimeType(java.lang.String mimeType)` Is this Part of the specified MIME type? This method compares only the `primaryType` and `subType`.
`boolean` | `MimeMessage.isSet(Flags.Flag flag)` Check whether the flag specified in the `flag` argument is set in this message.
`void` | `InternetHeaders.load(java.io.InputStream is)` Read and parse the given RFC822 message stream till the blank line separating the header from the body.
`protected void` | `MimeMultipart.parse()` Parse the InputStream from our DataSource, constructing the appropriate MimeBodyParts.
`protected void` | `MimeMessage.parse(java.io.InputStream is)` Parse the InputStream setting the `headers` and `content` fields appropriately.
`boolean` | `MimeMultipart.removeBodyPart(BodyPart part)` Remove the specified part from the multipart message.
`void` | `MimeMultipart.removeBodyPart(int index)` Remove the part at specified location (starting from 0).
`void` | `MimeMessage.removeHeader(java.lang.String name)` Remove all headers with this name.
`void` | `MimeBodyPart.removeHeader(java.lang.String name)` Remove all headers with this name.
`Message` | `MimeMessage.reply(boolean replyToAll)` Get a new Message suitable for a reply to this message.
`void` | `MimeMessage.saveChanges()` Updates the appropriate header fields of this message to be consistent with the message's contents.
`void` | `MimeBodyPart.saveFile(java.io.File file)` Save the contents of this part in the specified file.
`void` | `MimeBodyPart.saveFile(java.lang.String file)` Save the contents of this part in the specified file.
`void` | `MimeMessage.setContent(Multipart mp)` This method sets the Message's content to a Multipart object.
`void` | `MimeBodyPart.setContent(Multipart mp)` This method sets the body part's content to a Multipart object.
`void` | `MimeMessage.setContent(java.lang.Object o, java.lang.String type)` A convenience method for setting this Message's content.
`void` | `MimeBodyPart.setContent(java.lang.Object o, java.lang.String type)` A convenience method for setting this body part's content.
`void` | `MimeMessage.setContentID(java.lang.String cid)` Set the "Content-ID" header field of this Message.
`void` | `MimeBodyPart.setContentID(java.lang.String cid)` Set the "Content-ID" header field of this body part.
`void` | `MimeMessage.setContentLanguage(java.lang.String[] languages)` Set the "Content-Language" header of this MimePart.
`void` | `MimePart.setContentLanguage(java.lang.String[] languages)` Set the Content-Language header of this MimePart.
`void` | `MimeBodyPart.setContentLanguage(java.lang.String[] languages)` Set the Content-Language header of this MimePart.
`void` | `MimeMessage.setContentMD5(java.lang.String md5)` Set the "Content-MD5" header field of this Message.
`void` | `MimePart.setContentMD5(java.lang.String md5)` Set the Content-MD5 of this part.
`void` | `MimeBodyPart.setContentMD5(java.lang.String md5)` Set the "Content-MD5" header field of this body part.
`void` | `MimeMessage.setDataHandler(javax.activation.DataHandler dh)` This method provides the mechanism to set this part's content.
`void` | `MimeBodyPart.setDataHandler(javax.activation.DataHandler dh)` This method provides the mechanism to set this body part's content.
`void` | `MimeMessage.setDescription(java.lang.String description)` Set the "Content-Description" header field for this Message.
`void` | `MimeBodyPart.setDescription(java.lang.String description)` Set the "Content-Description" header field for this body part.
`void` | `MimeMessage.setDescription(java.lang.String description, java.lang.String charset)` Set the "Content-Description" header field for this Message.
`void` | `MimeBodyPart.setDescription(java.lang.String description, java.lang.String charset)` Set the "Content-Description" header field for this body part.
`void` | `MimeMessage.setDisposition(java.lang.String disposition)` Set the "Content-Disposition" header field of this Message.
`void` | `MimeBodyPart.setDisposition(java.lang.String disposition)` Set the "Content-Disposition" header field of this body part.
`void` | `MimeMessage.setFileName(java.lang.String filename)` Set the filename associated with this part, if possible.
`void` | `MimeBodyPart.setFileName(java.lang.String filename)` Set the filename associated with this body part, if possible.
`void` | `MimeMessage.setFlags(Flags flag, boolean set)` Set the flags for this message.
`void` | `MimeMessage.setFrom()` Set the RFC 822 "From" header field using the value of the `InternetAddress.getLocalAddress` method.
`void` | `MimeMessage.setFrom(Address address)` Set the RFC 822 "From" header field.
`void` | `MimeMessage.setHeader(java.lang.String name, java.lang.String value)` Set the value for this header_name.
`void` | `MimeBodyPart.setHeader(java.lang.String name, java.lang.String value)` Set the value for this header_name.
`void` | `MimeMultipart.setPreamble(java.lang.String preamble)` Set the preamble text to be included before the first body part.
`void` | `MimeMessage.setRecipients(Message.RecipientType type, Address[] addresses)` Set the specified recipient type to the given addresses.
`void` | `MimeMessage.setRecipients(Message.RecipientType type, java.lang.String addresses)` Set the specified recipient type to the given addresses.
`void` | `MimeMessage.setReplyTo(Address[] addresses)` Set the RFC 822 "Reply-To" header field.
`void` | `MimeMessage.setSender(Address address)` Set the RFC 822 "Sender" header field.
`void` | `MimeMessage.setSentDate(java.util.Date d)` Set the RFC 822 "Date" header field.
`void` | `MimeMessage.setSubject(java.lang.String subject)` Set the "Subject" header field.
`void` | `MimeMessage.setSubject(java.lang.String subject, java.lang.String charset)` Set the "Subject" header field.
`void` | `MimeMultipart.setSubType(java.lang.String subtype)` Set the subtype.
`void` | `MimeMessage.setText(java.lang.String text)` Convenience method that sets the given String as this part's content, with a MIME type of "text/plain".
`void` | `MimePart.setText(java.lang.String text)` Convenience method that sets the given String as this part's content, with a MIME type of "text/plain".
`void` | `MimeBodyPart.setText(java.lang.String text)` Convenience method that sets the given String as this part's content, with a MIME type of "text/plain".
`void` | `MimeMessage.setText(java.lang.String text, java.lang.String charset)` Convenience method that sets the given String as this part's content, with a MIME type of "text/plain" and the specified charset.
`void` | `MimePart.setText(java.lang.String text, java.lang.String charset)` Convenience method that sets the given String as this part's content, with a MIME type of "text/plain" and the specified charset.
`void` | `MimeBodyPart.setText(java.lang.String text, java.lang.String charset)` Convenience method that sets the given String as this part's content, with a MIME type of "text/plain" and the specified charset.
`void` | `MimeMessage.setText(java.lang.String text, java.lang.String charset, java.lang.String subtype)` Convenience method that sets the given String as this part's content, with a primary MIME type of "text" and the specified MIME subtype.
`void` | `MimePart.setText(java.lang.String text, java.lang.String charset, java.lang.String subtype)` Convenience method that sets the given String as this part's content, with a primary MIME type of "text" and the specified MIME subtype.
`void` | `MimeBodyPart.setText(java.lang.String text, java.lang.String charset, java.lang.String subtype)` Convenience method that sets the given String as this part's content, with a primary MIME type of "text" and the specified MIME subtype.
`protected void` | `PreencodedMimeBodyPart.updateHeaders()` Force the `Content-Transfer-Encoding` header to use the encoding that was specified when this object was created.
`protected void` | `MimeMultipart.updateHeaders()` Update headers.
`protected void` | `MimeMessage.updateHeaders()` Called by the `saveChanges` method to actually update the MIME headers.
`protected void` | `MimeBodyPart.updateHeaders()` Examine the content of this body part and update the appropriate MIME headers.
`protected void` | `MimeMessage.updateMessageID()` Update the Message-ID header.
`void` | `PreencodedMimeBodyPart.writeTo(java.io.OutputStream os)` Output the body part as an RFC 822 format stream.
`void` | `MimeMultipart.writeTo(java.io.OutputStream os)` Iterates through all the parts and outputs each MIME part separated by a boundary.
`void` | `MimeMessage.writeTo(java.io.OutputStream os)` Output the message as an RFC 822 format stream.
`void` | `MimeBodyPart.writeTo(java.io.OutputStream os)` Output the body part as an RFC 822 format stream.
`void` | `MimeMessage.writeTo(java.io.OutputStream os, java.lang.String[] ignoreList)` Output the message as an RFC 822 format stream, without specified headers.

Constructors in javax.mail.internet that throw MessagingException
`InternetHeaders(java.io.InputStream is)` Read and parse the given RFC822 message stream till the blank line separating the header from the body.
`MimeBodyPart(java.io.InputStream is)` Constructs a MimeBodyPart by reading and parsing the data from the specified input stream.
`MimeBodyPart(InternetHeaders headers, byte[] content)` Constructs a MimeBodyPart using the given header and content bytes.
`MimeMessage(Folder folder, java.io.InputStream is, int msgnum)` Constructs a MimeMessage by reading and parsing the data from the specified MIME InputStream.
`MimeMessage(Folder folder, InternetHeaders headers, byte[] content, int msgnum)` Constructs a MimeMessage from the given InternetHeaders object and content.
`MimeMessage(MimeMessage source)` Constructs a new MimeMessage with content initialized from the `source` MimeMessage.
`MimeMessage(Session session, java.io.InputStream is)` Constructs a MimeMessage by reading and parsing the data from the specified MIME InputStream.
`MimeMultipart(javax.activation.DataSource ds)` Constructs a MimeMultipart object and its bodyparts from the given DataSource.

Uses of MessagingException in javax.mail.search

Subclasses of MessagingException in javax.mail.search
`class` | `SearchException` The exception thrown when a Search expression could not be handled.

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