Looking at these three lines, why bother with the Mime-version when I can't >find anyone who doesn't use Mime version 1.0 (is there another version)?
What's the difference between the Content-Transfer-Encoding: of 7bit, 8bit
& quoted-printable? (and please don't say 1 bit as that's not funny)
Is there a good reason to use a character set that isn't ISO-8859-1?
(Most seem to use "us-ascii", "UTF-*" & "ISO-8859-1".)
Looking at these three lines, why bother with the Mime-version when I can't find anyone who doesn't use Mime version 1.0 (is there another version)?
Looking at these three lines, why bother with the Mime-version when I can't find anyone who doesn't use Mime version 1.0 (is there another version)?
What's the difference between the Content-Transfer-Encoding: of 7bit, 8bit
& quoted-printable? (and please don't say 1 bit as that's not funny)
Is there a good reason to use a character set that isn't ISO-8859-1?
(Most seem to use "us-ascii", "UTF-*" & "ISO-8859-1".)
Content-Type: text/plain; charset=UTF-8; format=flowed
In news.software.nntp Peter <occassionally-confused@nospam.co.uk>
wrote:
Looking at these three lines, why bother with the Mime-version when I
can't find anyone who doesn't use Mime version 1.0 (is there another
version)?
When I experimented with it (a long time ago), one newsreader (I'm not
sure now, but it might have been alpine) ignored Content-Type when Mime-Version was not specified. It made sense, as presence of
Mime-Version says that the message is MIME-compliant.
What's the difference between the Content-Transfer-Encoding: of 7bit,
8bit & quoted-printable? (and please don't say 1 bit as that's not
funny)
You can encode the content during transfer with various encoding
schemes.
7bit means that there are no 8-bit characters in the content.
8-bit means that there are 8-bit characters and they are passed as is.
It's probably OK for all modern server implementations, as they're
8-bit clean.
Quoted-Printable encoding quotes non-safe characters in printable form
by changing them to three-character representation, where first
character is = (equal sign) and two following characters encode the problematic byte in a hexadecimal form.
You might also encounter base64, which codes groups of three bytes
(8-bit) into groups of four 6-bit codes, represented by uppercase and lowercase letters, digits and some symbols -- basically, printable and
safe stuff.
Is there a good reason to use a character set that isn't ISO-8859-1?
(Most seem to use "us-ascii", "UTF-*" & "ISO-8859-1".)
It might be used for historic reasons. On Polish groups you'll
encounter, apart from utf-8, also iso-8859-2 (and sometimes
windows-1250).
Content-Type: text/plain; charset=UTF-8; format=flowed
...and format=flowed means that the message can be reformatted during display. See: https://joeclark.org/ffaq.html
Adam
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