I have got an Application/octet-stream file and want to read into memory encoded as utf-8. How can I do that with Python ?what is actually Application/octet-stream?
I have tried
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1 Answer
Application/octet-stream
means that the sender of the data (probably an HTTP server) had no idea what the data is. It's just an arbitrary data dump. The example output you give confirms that it's not UTF-8 since there shouldn't be any 0 bytes. It might be UTF-16-be
but then, it must be an even number of input bytes and you have 5.That means the input data isn't valid in some way. Maybe if you speak with the person who gave it to you or which wrote the producer, that would help to find out what the data is supposed to be. Chances are it's not text at all.
Aaron DigullaAaron Digulla
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Many Content-Types which could usefullybe transported via email are represented,in their 'natural' format, as 8-bitcharacter or binary data. Such datacannot be transmitted over some transport protocols. For example, RFC 821 restricts mailmessages to 7-bit US-ASCII data with 1000 character lines.It is necessary, therefore, to definea standard mechanism for re-encodingsuch data into a 7-bit short-lineformat. This document specifiesthat such encodings will be indicated by a new 'Content-Transfer-Encoding'header field. The Content-Transfer-Encodingfield is used to indicate the type of transformation that hasbeen used in order to representthe body in an acceptable mannerfor transport.
Unlike Content-Types, a proliferationof Content-Transfer- Encodingvalues is undesirable and unnecessary.However, establishing only a single Content-Transfer-Encoding mechanism does not seem possible. There is a tradeoff between thedesire for a compact and efficientencoding of largely-binary dataand the desire for a readable encoding of data that is mostly, but notentirely, 7-bit data. For thisreason, at least two encoding mechanismsare necessary: a 'readable' encodingand a 'dense' encoding.
The Content-Transfer-Encoding fieldis designed to specify an invertiblemapping between the 'native' representationof a type of data and a representationthat can be readily exchangedusing 7 bit mail transport protocols,such as those defined by RFC 821(SMTP). This field has not been defined by any previous standard.The field's value is a single tokenspecifying the type of encoding,as enumerated below. Formally: These values are not case sensitive.That is, Base64 and BASE64 and bAsE64 are all equivalent. An encodingtype of 7BIT requires that thebody is already in a seven-bit mail- ready representation. This isthe default value -- that is, 'Content-Transfer-Encoding: 7BIT' is assumed if the Content-Transfer-Encoding headerfield is not present.
The values '8bit', '7bit', and 'binary'all imply that NO encoding has been performed. However, they arepotentially useful as indicationsof the kind of data contained inthe object, and therefore ofthe kind of encoding that might need to be performed for transmissionin a given transport system. '7bit' means that the data isall represented as short linesof US-ASCII data. '8bit' means thatthe lines are short, but theremay be non-ASCII characters (octets with the high-order bit set). 'Binary'means that not only may non-ASCIIcharacters be present, but also thatthe lines are not necessarily shortenough for SMTP transport.
The difference between '8bit' (orany other conceivable bit-widthtoken) and the 'binary' tokenis that 'binary' does not requireadherence to any limits on line length or to the SMTP CRLF semantics,while the bit-width tokens do requiresuch adherence. If the body contains data in any bit-width other than 7-bit, the appropriate bit-width Content-Transfer-Encoding tokenmust be used (e.g., '8bit' forunencoded 8 bit wide data). If thebody contains binary data, the'binary' Content-Transfer-Encodingtoken must be used.
NOTE:
The distinction between the Content-Transfer-Encoding values of 'binary,' '8bit,'etc. may seem unimportant, in thatall of them really mean 'none' --that is, there has been noencoding of the data for transport.However, clear labeling will beof enormous value to gatewaysbetween future mail transport systemswith differing capabilities in transporting data that do not meetthe restrictions of RFC 821 transport.As of the publication of thisdocument, there are no standardizedInternet transports for which itis legitimate to include unencoded8-bit or binary data in mail bodies. Thus there are no circumstancesin which the '8bit' or 'binary'Content-Transfer-Encoding is actuallylegal on the Internet. However,in the event that 8-bit or binarymail transport becomes a realityin Internet mail, or when this document is used in conjunctionwith any other 8-bit or binary-capabletransport mechanism, 8-bit or binarybodies should be labeled as suchusing this mechanism.
NOTE:
The five values defined for theContent-Transfer- Encoding fieldimply nothing about the Content-Typeother than the algorithm by whichit was encoded or the transport system requirements if unencoded.Implementors may, if necessary, define new Content- Transfer-Encodingvalues, but must use an x-token,which is a name prefixed by 'X-'to indicate its non-standard status, e.g., 'Content-Transfer-Encoding: x-my-new-encoding'. However,unlike Content-Types and subtypes,the creation of new Content-Transfer-Encodingvalues is explicitly and stronglydiscouraged, as it seems likely to hinder interoperability with little potential benefit. Theiruse is allowed only as the result of an agreement between cooperatinguser agents.
If a Content-Transfer-Encoding headerfield appears as part of a messageheader, it applies to the entirebody of that message. If a Content-Transfer-Encoding header field appears as partof a body part's headers, it appliesonly to the body of that body part. If an entity is of type 'multipart' or 'message', theContent-Transfer-Encoding is notpermitted to have any value other than a bit width (e.g., '7bit','8bit', etc.) or 'binary'.
It should be noted that email ischaracter-oriented, so that themechanisms described here are mechanismsfor encoding arbitrary byte streams,not bit streams. If a bit streamis to be encoded via one of thesemechanisms, it must first be convertedto an 8-bit byte stream using thenetwork standard bit order ('big-endian'), in which the earlier bits in a stream become the higher-order bitsin a byte. A bit stream not endingat an 8-bit boundary must be paddedwith zeroes. This document providesa mechanism for noting the addition of such padding in the case ofthe application Content-Type, whichhas a 'padding' parameter.
The encoding mechanisms defined hereexplicitly encode all data inASCII. Thus, for example, supposean entity has header fields suchas: This should be interpreted to meanthat the body is a base64 ASCIIencoding of data that was originallyin ISO-8859-1, and will be in thatcharacter set again after decoding.
The following sections will definethe two standard encoding mechanisms. The definition of new content-transfer- encodings is explicitly discouragedand should only occur when absolutely necessary. All content-transfer-encoding namespace except that beginningwith 'X-' is explicitly reservedto the IANA for future use. Privateagreements about content-transfer-encodings are also explicitly discouraged.
Certain Content-Transfer-Encodingvalues may only be used on certainContent-Types. In particular,it is expressly forbidden touse any encodings other than '7bit','8bit', or 'binary' with anyContent-Type that recursively includes other Content-Type fields, notablythe 'multipart' and 'message'Content-Types. All encodings thatare desired for bodies of typemultipart or message must be doneat the innermost level, by encodingthe actual body that needs to beencoded.
NOTE ON ENCODING RESTRICTIONS:
Though the prohibition againstusing content-transfer-encodingson data of type multipart or messagemay seem overly restrictive, it is necessary to prevent nested encodings, in which data are passedthrough an encoding algorithm multiple times, and must be decoded multiple times in order to beproperly viewed. Nested encodings add considerable complexity to user agents: aside from theobvious efficiency problems withsuch multiple encodings, they can obscure the basic structure of a message. In particular, theycan imply that several decodingoperations are necessary simply tofind out what types of objectsa message contains. Banning nested encodings may complicate the jobof certain mail gateways, butthis seems less of a problem thanthe effect of nested encodingson user agents.NOTE ON THE RELATIONSHIP BETWEENCONTENT-TYPE AND CONTENT- TRANSFER-ENCODING
It may seem that the Content-Transfer-Encodingcould be inferred from the characteristicsof the Content-Type that isto be encoded, or, at the very least, that certain Content-Transfer-Encodingscould be mandated for use with specific Content-Types. Thereare several reasons why this isnot the case. First, given the varying types of transports used formail, some encodings may be appropriatefor some Content-Type/transport combinationsand not for others. (For example,in an 8-bit transport, no encodingwould be required for text in certain character sets, while such encodingsare clearly required for 7-bit SMTP.) Second, certain Content-Typesmay require different types of transfer encoding under differentcircumstances. For example, manyPostScript bodies might consist entirely of short lines of 7-bitdata and hence require little orno encoding. Other PostScript bodies (especially those using Level 2 PostScript's binary encoding mechanism)may only be reasonably representedusing a binary transport encoding. Finally, since Content-Type isintended to be an open-ended specification mechanism, strict specification of an association between Content-Typesand encodings effectively couplesthe specification of an applicationprotocol with a specific lower-leveltransport. This is not desirablesince the developers of a Content-Typeshould not have to be aware ofall the transports in use and whattheir limitations are.NOTE ON TRANSLATING ENCODINGS
The quoted-printable and base64encodings are designed so thatconversion between them is possible.The only issue that arises insuch a conversion is the handlingof line breaks. When converting from quoted-printable to base64a line break must be convertedinto a CRLF sequence. Similarly,a CRLF sequence in base64 datashould be converted to a quoted-printable line break, but ONLY when convertingtext data.NOTE ON CANONICAL ENCODING MODEL:
There was some confusion, in earlier drafts of this memo, regardingthe model for when email data wasto be converted to canonical form and encoded, and in particularhow this process would affect thetreatment of CRLFs, given that therepresentation of newlines variesgreatly from system to system. Forthis reason, a canonical modelfor encoding is presented as Appendix H.5.1 Quoted-Printable Content-Transfer-Encoding
The Quoted-Printable encoding isintended to represent data thatlargely consists of octets that correspondto printable characters in theASCII character set. It encodesthe data in such a way thatthe resulting octets are unlikelyto be modified by mail transport.If the data being encoded are mostly ASCII text, the encodedform of the data remains largelyrecognizable by humans. A body which is entirely ASCII may also beencoded in Quoted-Printable to ensurethe integrity of the data should the message pass through a character-translating, and/or line-wrappinggateway.In this encoding, octets are to berepresented as determined by thefollowing rules:
Rule #1: (General 8-bit representation)
Any octet, except those indicatinga line break according to the newlineconvention of the canonical formof the data being encoded, maybe represented by an '=' followedby a two digit hexadecimal representationof the octet's value. The digitsof the hexadecimal alphabet, forthis purpose, are '0123456789ABCDEF'.Uppercase letters must be usedwhen sending hexadecimal data, though a robust implementation may choose to recognize lowercase letters on receipt. Thus, for example,the value 12 (ASCII form feed)can be represented by '=0C', andthe value 61 (ASCII EQUAL SIGN)can be represented by '=3D'. Except when the following rulesallow an alternative encoding,this rule is mandatory.Rule #2: (Literal representation)Octets with decimal values of33 through 60 inclusive, and 62 through126, inclusive, MAY be representedas the ASCII characters whichcorrespond to those octets (EXCLAMATIONPOINT through LESS THAN, and GREATERTHAN through TILDE, respectively).
Rule #3: (White Space)
Octets with values of 9 and 32 MAY be represented as ASCII TAB(HT) and SPACE characters, respectively, but MUST NOT be so representedat the end of an encoded line. AnyTAB (HT) or SPACE characters onan encoded line MUST thus be followed on that line by a printablecharacter. In particular, an '='at the end of an encoded line, indicating a soft line break (seerule #5) may follow one or moreTAB (HT) or SPACE characters. Itfollows that an octet with value9 or 32 appearing at the end ofan encoded line must be representedaccording to Rule #1. This rule is necessary because some MTAs (Message Transport Agents, programs which transport messages fromone user to another, or perform apart of such transfers) are knownto pad lines of text with SPACEs,and others are known to remove'white space' characters from theend of a line. Therefore, when decoding a Quoted-Printable body,any trailing white space on a linemust be deleted, as it will necessarily have been added by intermediatetransport agents.Rule #4 (Line Breaks)
Php Application Octet Stream
A line break in a text body part, independent of what its representation is following the canonical representation of the data being encoded, must be representedby a (RFC 822) line break, which is a CRLF sequence, in the Quoted- Printable encoding. Ifisolated CRs and LFs, or LF CR andCR LF sequences are allowed to appear in binary data according to the canonical form, they must be represented using the '=0D','=0A', '=0A=0D' and '=0D=0A' notationsrespectively.Note that many implementation mayelect to encode the local representationof various content types directly. In particular, this may apply toplain text material on systems that use newline conventions other thanCRLF delimiters. Such an implementationis permissible, but the generationof line breaks must be generalizedto account for the case where alternaterepresentations of newline sequencesare used.
Rule #5 (Soft Line Breaks)
The Quoted-Printable encodingREQUIRES that encoded lines be nomore than 76 characters long. Iflonger lines are to be encoded with the Quoted-Printable encoding,'soft' line breaks must be used.An equal sign as the last characteron a encoded line indicates sucha non-significant ('soft') linebreak in the encoded text. Thus ifthe 'raw' form of the line is asingle unencoded line that says: This can be represented, in the Quoted-Printable encoding, as This provides a mechanism with whichlong lines are encoded in sucha way as to be restored by the user agent. The 76 character limit does not count the trailing CRLF, but counts all othercharacters, including any equalsigns.
Since the hyphen character ('-')is represented as itself in theQuoted-Printable encoding, caremust be taken, when encapsulatinga quoted-printable encoded body ina multipart entity, to ensurethat the encapsulation boundary doesnot appear anywhere in the encodedbody. (A good strategy is to choosea boundary that includes a charactersequence such as '=_' which cannever appear in a quoted-printablebody. See the definition of multipart messages later in this document.)
NOTE: The quoted-printable encodingrepresents something of a compromise between readability and reliabilityin transport. Bodies encoded with the quoted-printable encoding will work reliably overmost mail gateways, but may notwork perfectly over a few gateways,notably those involving translationinto EBCDIC. (In theory, an EBCDIC gateway could decode a quoted-printablebody and re-encode it usingbase64, but such gateways do notyet exist.) A higher level ofconfidence is offered by the base64 Content-Transfer-Encoding.A way to get reasonably reliable transport through EBCDIC gatewaysis to also quote the ASCII characters according to rule #1. See AppendixB for more information.
Because quoted-printable data isgenerally assumed to be line-oriented,it is to be expected that the breaksbetween the lines of quoted printable data may be altered in transport, in the same manner that plaintext mail has always been alteredin Internet mail when passing between systems with differing newline conventions. If such alterations are likely to constitute a corruption of the data, it is probably more sensible to use the base64 encoding ratherthan the quoted-printable encoding.
5.2 Base64 Content-Transfer-Encoding
The Base64 Content-Transfer-Encoding is designed to represent arbitrary sequences of octets in a form thatis not humanly readable. The encodingand decoding algorithms are simple,but the encoded data are consistentlyonly about 33 percent larger thanthe unencoded data. This encodingis based on the one used in PrivacyEnhanced Mail applications, asdefined in RFC 1113. The base64 encoding is adapted from RFC 1113, with one change: base64 eliminatesthe '*' mechanism for embeddedclear text.A 65-character subset of US-ASCIIis used, enabling 6 bits to be represented per printable character.(The extra 65th character, '=',is used to signify a specialprocessing function.)
NOTE: This subset has the importantproperty that it is represented identically in all versionsof ISO 646, including US ASCII,and all characters in the subsetare also represented identicallyin all versions of EBCDIC. Otherpopular encodings, such as the encodingused by the UUENCODE utilityand the base85 encoding specifiedas part of Level 2 PostScript,do not share these properties,and thus do not fulfill theportability requirements a binary transport encoding for mail mustmeet.
The encoding process represents 24-bitgroups of input bits as outputstrings of 4 encoded characters.Proceeding from left to right,a 24-bit input group is formed by concatenating 3 8-bit inputgroups. These 24 bits are then treated as 4 concatenated 6-bit groups,each of which is translatedinto a single digit in the base64alphabet. When encoding a bit streamvia the base64 encoding, thebit stream must be presumedto be ordered with the most- significant-bit first. That is,the first bit in the stream willbe the high-order bit in the firstbyte, and the eighth bit will bethe low-order bit in the first byte,and so on.
Each 6-bit group is used as an indexinto an array of 64 printablecharacters. The character referencedby the index is placed in the outputstring. These characters, identified in Table 1, below, are selectedso as to be universally representable,and the set excludes characters with particular significanceto SMTP (e.g., '.', 'CR', 'LF') and to the encapsulation boundariesdefined in this document (e.g.,'-').
Table 1: The Base64 Alphabet
The output stream (encoded bytes)must be represented in linesof no more than 76 characters each.All line breaks or other charactersnot found in Table 1 must be ignoredby decoding software. In base64data, characters other than thosein Table 1, line breaks, andother white space probably indicate a transmission error, about which a warning message or even a message rejection might be appropriateunder some circumstances.Special processing is performed iffewer than 24 bits are availableat the end of the data beingencoded. A full encoding quantumis always completed at the end ofa body. When fewer than 24input bits are available in an input group, zero bits are added (on the right) to form an integralnumber of 6-bit groups. Output characterpositions which are not requiredto represent actual input data are set to the character '='. Since all base64 input is an integral number of octets, only the following cases can arise: (1) the final quantum of encoding input is an integral multipleof 24 bits; here, the final unit of encoded output will bean integral multiple of 4 characters with no '=' padding, (2) the finalquantum of encoding input is exactly 8 bits; here, the final unit ofencoded output will be two characters followed by two '=' padding characters, or (3) the finalquantum of encoding input is exactly16 bits; here, the final unit ofencoded output will be three charactersfollowed by one '=' padding character.
Care must be taken to use the properoctets for line breaks if base64encoding is applied directly to textmaterial that has not been convertedto canonical form. In particular, text line breaks should beconverted into CRLF sequences priorto base64 encoding. The importantthing to note is that this maybe done directly by the encoder ratherthan in a prior canonicalizationstep in some implementations.
NOTE: There is no need to worryabout quoting apparent encapsulationboundaries within base64-encodedparts of multipart entities becauseno hyphen characters are used in the base64 encoding.
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About 'application/octet-stream' MIME attachments
A MIME attachment with the content type 'application/octet-stream' is a binary file. Typically, it will be an application or a document that must be opened ..
Encoding - Base64 to application/octet-stream - Stack Overflow
This will sound very naive but I need to find a very quick way to decode a base64 encoded file to a binary file specifically the content-type to octet-stream file. A linux command or something similar will do the trick. I have googled and searched internally in Stack Overflow for this but can't seem to find anything concrete.
What is MIME application/octet-stream and How to Fix It?
Any general, binary format that the server doesn't recognize usually uses this MIME type. Upon receiving this type, most browsers prompt the user and give the user an option to save to disk.
Downloaded octet-stream then encoding as pdf; can't get ..
Accept: application/pdf, application/x-pdf, application/x-gzpdf, application/x-bzpdf. The server sent me back an aplication/octet-stream with an attachment Disposition. So to recap: Valid Foo.pdf sitting on my hard drive; HTTP Response with an octet-stream version of same file, in UTF-8 encoding (I assume)
Octet Stream Base64 - crimsonsino
Image/octet-stream Base64. Details of the Base64 encoding Base64 is a generic term for a number of similar encoding schemes that encode binary data by treating it numerically and translating it into a base 64 representation. The Base64 term originates from a specific MIME content transfer encoding.
The body of a message is shown incorrectly as an ..
Fixes an issue in which the body of the message may be shown incorrectly as an attachment when you try to use an application to send a message to an Exchange Server 2007 server or to an Exchange Server 2010 server.
Downloading a file, mime type application/octet-stream, I ..
A number of us are using a private site where we run an application offline. The application offers a download button so that we can take a snapshot of our offline progress, a sort of backup. When we go back on-line we can either upload the the information from the application or we can upload the backup files.
Decompressing an octet-stream encoded in a MIME file ..
I have a device that is pushing data to my 'server' application. The device connects and sends a multipart MIME file/stream/string. I can receive this as a stream and convert it to a string, stream, or bytearray, I can parse it to split the data at the MIME boundaries, but I cannot seem to convert the octet stream into anything useful.
18.1.4. email.mime: Creating email and MIME objects from ..
Module: email.mime.application. A subclass of MIMENonMultipart, the MIMEApplication class is used to represent MIME message objects of major type application. _data is a string containing the raw byte data. Optional _subtype specifies the MIME subtype and defaults to octet-stream.
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TopI don't believe you can.
http://kb.iu.edu/data/agtj.html
As a test, I just send a Word file as an attachment with no message text - the attachment only with no text or signature using with RTF selected for message composition. I do have send Windows Friendly Attachments selected for all sent messages.
The Raw Source for the sent message reveals the following:
--Apple-Mail-5--378340134
Content-Transfer-Encoding: base64
Content-Type: application/octet-stream;
x-mac-type=5738424E;
x-unix-mode=0600;
x-mac-creator=4D535744;
name=DGC.doc
Content-Disposition: attachment;
filename=DGC.doc
Does the Content-Disposition indicate attachment with the file name?
Are you including the file extension with the file - .doc?
Are you using RTF or Plain Text for message composition?
Are you using the Attach feature with a message or do you drag and drop the attachment within the message body?
Are you using a Signature that includes an image?
Are you adding attachments below all message text including a signature if one is used?
Are you using send Windows Friendly Attachments which is designed to remove the Apple resource fork from attached files only which is invisible to fellow Mac users?
http://kb.iu.edu/data/agtj.html
As a test, I just send a Word file as an attachment with no message text - the attachment only with no text or signature using with RTF selected for message composition. I do have send Windows Friendly Attachments selected for all sent messages.
The Raw Source for the sent message reveals the following:
--Apple-Mail-5--378340134
Content-Transfer-Encoding: base64
Content-Type: application/octet-stream;
x-mac-type=5738424E;
x-unix-mode=0600;
x-mac-creator=4D535744;
name=DGC.doc
Content-Disposition: attachment;
filename=DGC.doc
Does the Content-Disposition indicate attachment with the file name?
Are you including the file extension with the file - .doc?
Are you using RTF or Plain Text for message composition?
Are you using the Attach feature with a message or do you drag and drop the attachment within the message body?
Are you using a Signature that includes an image?
Are you adding attachments below all message text including a signature if one is used?
Are you using send Windows Friendly Attachments which is designed to remove the Apple resource fork from attached files only which is invisible to fellow Mac users?
Parameters
header
The header string.
There are two special-case header calls. The first is a header that starts with the string 'HTTP/' (case is not significant), which will be used to figure out the HTTP status code to send. For example, if you have configured Apache to use a PHP script to handle requests for missing files (using the ErrorDocument directive), you may want to make sure that your script generates the proper status code.
The second special case is the 'Location:' header. Not only does it send this header back to the browser, but it also returns a REDIRECT (302) status code to the browser unless the 201 or a 3xx status code has already been set.
<?php
header('Location: http://www.example.com/'); /* Redirect browser */
/* Make sure that code below does not get executed when we redirect. */
exit;
?>
replace
The optional
replace
parameter indicates whether the header should replace a previous similar header, or add a second header of the same type. By default it will replace, but if you pass in FALSE
as the second argument you can force multiple headers of the same type. For example: <?php
header('WWW-Authenticate: Negotiate');
header('WWW-Authenticate: NTLM', false);
?>
http_response_code
Forces the HTTP response code to the specified value. Note that this parameter only has an effect if the
header
is not empty.