Exemplo n.º 1
0
def unicode_hdr(hdr, fallback=None):
    more_encs = [fallback] if fallback else []
    try:
        return u"".join(
            fuzzydecode(hdr, [encoding] + more_encs) if encoding else hdr for (hdr, encoding) in decode_header(hdr)
        )
    except UnicodeErrors:
        # a unicode string with extended ascii characters gets into this function, this is what happens
        # because the stdlib's decode_header function calls str() on its argument.
        return fuzzydecode(hdr, more_encs + ["utf-8"])
    except Exception:
        # an example header that raises ValueError (because of an int() call in email.header.decode_headers)
        # 'You=?UTF8?Q?=E2=80=99?=re HOT, [email protected] =?UTF8?Q?=E2=80=93?= See if Someone Searched for You'
        log.warning("decoding an email header failed: %r", hdr)
        return fuzzydecode(hdr, more_encs + ["utf-8"])
Exemplo n.º 2
0
def utf16_encode(str):
    try:
        return unicode(str, 'utf-16')
    except TypeError:
        if isinstance(str, unicode):
            return str.encode('utf-16')
        else:
            return fuzzydecode(s, 'utf-8').encode('utf-16')
Exemplo n.º 3
0
def unicode_hdr(hdr, fallback=None):
    more_encs = [fallback] if fallback else []
    try:
        return u''.join(
            fuzzydecode(hdr, [
                encoding,
            ] + more_encs) if encoding else hdr
            for (hdr, encoding) in decode_header(hdr))
    except UnicodeErrors:
        # a unicode string with extended ascii characters gets into this function, this is what happens
        # because the stdlib's decode_header function calls str() on its argument.
        return fuzzydecode(hdr, more_encs + ['utf-8'])
    except Exception:
        # an example header that raises ValueError (because of an int() call in email.header.decode_headers)
        # 'You=?UTF8?Q?=E2=80=99?=re HOT, [email protected] =?UTF8?Q?=E2=80=93?= See if Someone Searched for You'
        log.warning('decoding an email header failed: %r', hdr)
        return fuzzydecode(hdr, more_encs + ['utf-8'])
Exemplo n.º 4
0
def utf16_encode(str):
    try:
        return unicode(str, 'utf-16')
    except TypeError:
        if isinstance(str, unicode):
            return str.encode('utf-16')
        else:
            return fuzzydecode(s, 'utf-8').encode('utf-16')
Exemplo n.º 5
0
    def __init__(self, acct, m_tag):
        '''
        http://msnpiki.msnfanatic.com/index.php/MSNP13:Offline_IM

        * T: Unknown, but has so far only been set to 11.
        * S: Unknown, but has so far only been set to 6.
        * RT: The date/time stamp for when the message was received by the server.
                This stamp can be used to sort the message in the proper order,
                although you are recommended to use a different method instead
                which will be explained later.
        * RS: Unknown, but most likely is set to 1 if the message has been read
                before ("Read Set").
        * SZ: The size of the message, including headers
        * E: The e-mail address of the sender
        * I: This is the ID of the message, which should be used later on to retrieve
                the message. Note that the ID is a GUID in the form
                XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX. It was previously (the change
                was first noticed in March 2007) in the format of
                "MSGunix-timestamp.millseconds" (for example MSG1132093467.11) and
                the Message ID format could change again anytime.
        * F: Unknown, but has so far only been observed as either a GUID with a
                single 9 at the end, or as ".!!OIM" (in case you are already online
                when receiving the notification).
        * N: This field contains the friendlyname of the person, wrapped in a special
                encoding. This encoding is defined in RFC 2047, but to get you started
                there is a quick overview of the format below (see #Field_encoding).
                You are recommended however to implement a fully able e-mail parser to
                handle OIMs!
              o Note! When this field is found in a non-initial notification it will
                  contain a space in the data field. You must filter this space (trim
                  the string) in order to correctly decode this field!
        * SU: Unknown, has only been observed to contain one space.

        Example:
          <M>
            <T>11</T>
            <S>6</S>
            <RT>2007-05-14T15:52:53.377Z</RT>
            <RS>0</RS>
            <SZ>950</SZ>
            <E>[email protected]</E>
            <I>08CBD8BE-9972-433C-A9DA-84A0A725ABFA</I>
            <F>00000000-0000-0000-0000-000000000009</F>
            <N>=?utf-8?B?QWFyb24=?=</N>
          </M>
        '''

        self.acct = acct
        self.size = int(str(m_tag.SZ))
        self.email = str(m_tag.E)

        self.name = u''

        for val, encoding in decode_header(m_tag.N.text.strip()):
            self.name += fuzzydecode(val, encoding)

        try:
            self.time = self.parse_time(str(m_tag.RT))
        except Exception:
            self.time = None
        self.id = UUID(str(m_tag.I))
        self.msg = ''
        self.deleted = False
        self._had_error = False
        self.received = False

        self.runid = None
        self.seqnum = 0

        log.info_s('%r created', self)
Exemplo n.º 6
0
    def __init__(self, acct, m_tag):
        '''
        http://msnpiki.msnfanatic.com/index.php/MSNP13:Offline_IM

        * T: Unknown, but has so far only been set to 11.
        * S: Unknown, but has so far only been set to 6.
        * RT: The date/time stamp for when the message was received by the server.
                This stamp can be used to sort the message in the proper order,
                although you are recommended to use a different method instead
                which will be explained later.
        * RS: Unknown, but most likely is set to 1 if the message has been read
                before ("Read Set").
        * SZ: The size of the message, including headers
        * E: The e-mail address of the sender
        * I: This is the ID of the message, which should be used later on to retrieve
                the message. Note that the ID is a GUID in the form
                XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX. It was previously (the change
                was first noticed in March 2007) in the format of
                "MSGunix-timestamp.millseconds" (for example MSG1132093467.11) and
                the Message ID format could change again anytime.
        * F: Unknown, but has so far only been observed as either a GUID with a
                single 9 at the end, or as ".!!OIM" (in case you are already online
                when receiving the notification).
        * N: This field contains the friendlyname of the person, wrapped in a special
                encoding. This encoding is defined in RFC 2047, but to get you started
                there is a quick overview of the format below (see #Field_encoding).
                You are recommended however to implement a fully able e-mail parser to
                handle OIMs!
              o Note! When this field is found in a non-initial notification it will
                  contain a space in the data field. You must filter this space (trim
                  the string) in order to correctly decode this field!
        * SU: Unknown, has only been observed to contain one space.

        Example:
          <M>
            <T>11</T>
            <S>6</S>
            <RT>2007-05-14T15:52:53.377Z</RT>
            <RS>0</RS>
            <SZ>950</SZ>
            <E>[email protected]</E>
            <I>08CBD8BE-9972-433C-A9DA-84A0A725ABFA</I>
            <F>00000000-0000-0000-0000-000000000009</F>
            <N>=?utf-8?B?QWFyb24=?=</N>
          </M>
        '''

        self.acct = acct
        self.size = int(str(m_tag.SZ))
        self.email = str(m_tag.E)

        self.name = u''

        for val, encoding in decode_header(m_tag.N.text.strip()):
            self.name += fuzzydecode(val, encoding)

        try:
            self.time = self.parse_time(str(m_tag.RT))
        except Exception:
            self.time = None
        self.id = UUID(str(m_tag.I))
        self.msg = ''
        self.deleted = False
        self._had_error = False
        self.received = False

        self.runid = None
        self.seqnum = 0

        log.info_s('%r created', self)