ObjFW  Check-in [82801897d3]

 * @brief Adds a buffer to the cryptographic hash to be calculated.
 *
 * @param buffer The buffer which should be included into the calculation
 * @param length The length of the buffer
 */
- (void)updateWithBuffer: (const void *)buffer length: (size_t)length;

/**
 * @brief Performs the final calculation of the cryptographic hash.
 */
- (void)calculate;

/**
 * @brief Resets all state so that a new hash can be calculated.
 *
 * @warning This invalidates any pointer previously returned by @ref digest. If
 *	    you are still interested in the previous digest, you need to memcpy
 *	    it yourself before calling @ref reset!
 */
- (void)reset;
@end

OF_ASSUME_NONNULL_END

	    [class hashWithAllowsSwappableMemory: true];
	size_t digestSize = [class digestSize];
	const unsigned char *digest;
	char cString[digestSize * 2];

	[hash updateWithBuffer: self->_items
			length: self->_count * self->_itemSize];
	[hash calculate];
	digest = hash.digest;

	for (size_t i = 0; i < digestSize; i++) {
		uint8_t high, low;

		high = digest[i] >> 4;
		low  = digest[i] & 0x0F;

 * @brief Adds a buffer to the HMAC to be calculated.
 *
 * @param buffer The buffer which should be included into the calculation
 * @param length The length of the buffer
 */
- (void)updateWithBuffer: (const void *)buffer length: (size_t)length;

/**
 * @brief Performs the final calculation of the HMAC.
 */
- (void)calculate;

/**
 * @brief Resets the HMAC so that it can be calculated for a new message.
 *
 * @note This does not reset the key so that a new HMAC with the same key can
 *	 be calculated efficiently. If you want to reset both, use
 *	 @ref setKey:length:.
 *

#include "config.h"

#import "OFHMAC.h"
#import "OFSecureData.h"

#import "OFHashAlreadyCalculatedException.h"
#import "OFHashNotCalculatedException.h"
#import "OFInvalidArgumentException.h"

@implementation OFHMAC
@synthesize hashClass = _hashClass;
@synthesize allowsSwappableMemory = _allowsSwappableMemory;

+ (instancetype)HMACWithHashClass: (Class <OFCryptographicHash>)class

	@try {
		if (length > blockSize) {
			id <OFCryptographicHash> hash = [_hashClass
			    hashWithAllowsSwappableMemory:
			    _allowsSwappableMemory];
			[hash updateWithBuffer: key length: length];
			[hash calculate];

			length = hash.digestSize;
			if OF_UNLIKELY (length > blockSize)
				length = blockSize;

			memcpy(outerKeyPadItems, hash.digest, length);
			memcpy(innerKeyPadItems, hash.digest, length);

	if (_calculated)
		@throw [OFHashAlreadyCalculatedException
		    exceptionWithObject: self];

	[_innerHash updateWithBuffer: buffer length: length];
}

- (void)calculate
{
	if (_calculated)
		@throw [OFHashAlreadyCalculatedException
		    exceptionWithObject: self];

	if (_outerHash == nil || _innerHash == nil)
		@throw [OFInvalidArgumentException exception];

	[_innerHash calculate];


	[_outerHash updateWithBuffer: _innerHash.digest
			      length: _innerHash.digestSize];
	[_outerHash calculate];
	_calculated = true;
}

- (const unsigned char *)digest
{
	if (!_calculated)
		@throw [OFHashNotCalculatedException exceptionWithObject: self];

	return _outerHash.digest;
}

- (size_t)digestSize
{
	return [_hashClass digestSize];

#include <string.h>

#import "OFMD5Hash.h"
#import "OFSecureData.h"

#import "OFHashAlreadyCalculatedException.h"
#import "OFHashNotCalculatedException.h"
#import "OFOutOfRangeException.h"

static const size_t digestSize = 16;
static const size_t blockSize = 64;

OF_DIRECT_MEMBERS
@interface OFMD5Hash ()

			_iVars->bufferLength = 0;
		}
	}
}

- (const unsigned char *)digest
{
	if (!_calculated)
		@throw [OFHashNotCalculatedException exceptionWithObject: self];

	return (const unsigned char *)_iVars->state;
}

- (void)calculate
{
	if (_calculated)
		@throw [OFHashAlreadyCalculatedException
		    exceptionWithObject: self];

	_iVars->buffer.bytes[_iVars->bufferLength] = 0x80;
	OFZeroMemory(_iVars->buffer.bytes + _iVars->bufferLength + 1,
	    64 - _iVars->bufferLength - 1);

	if (_iVars->bufferLength >= 56) {
		processBlock(_iVars->state, _iVars->buffer.words);
		OFZeroMemory(_iVars->buffer.bytes, 64);
	}

	_iVars->buffer.words[14] =
	    OFToLittleEndian32((uint32_t)(_iVars->bits & 0xFFFFFFFF));
	_iVars->buffer.words[15] =
	    OFToLittleEndian32((uint32_t)(_iVars->bits >> 32));

	processBlock(_iVars->state, _iVars->buffer.words);
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));
	byteSwapVectorIfBE(_iVars->state, 4);
	_calculated = true;


}

- (void)reset
{
	[self of_resetState];
	_iVars->bits = 0;
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));
	_iVars->bufferLength = 0;
	_calculated = false;
}
@end

			size_t length;

			memcpy(extendedSaltItems + param.saltLength, &i, 4);

			[param.HMAC reset];
			[param.HMAC updateWithBuffer: extendedSaltItems
					      length: param.saltLength + 4];
			[param.HMAC calculate];
			memcpy(bufferItems, param.HMAC.digest, digestSize);
			memcpy(digestItems, param.HMAC.digest, digestSize);

			for (size_t j = 1; j < param.iterations; j++) {
				[param.HMAC reset];
				[param.HMAC updateWithBuffer: digestItems
						      length: digestSize];
				[param.HMAC calculate];
				memcpy(digestItems, param.HMAC.digest,
				    digestSize);

				for (size_t k = 0; k < digestSize; k++)
					bufferItems[k] ^= digestItems[k];
			}

#include <string.h>

#import "OFRIPEMD160Hash.h"
#import "OFSecureData.h"

#import "OFHashAlreadyCalculatedException.h"
#import "OFHashNotCalculatedException.h"
#import "OFOutOfRangeException.h"

static const size_t digestSize = 20;
static const size_t blockSize = 64;

OF_DIRECT_MEMBERS
@interface OFRIPEMD160Hash ()

			_iVars->bufferLength = 0;
		}
	}
}

- (const unsigned char *)digest
{
	if (!_calculated)
		@throw [OFHashNotCalculatedException exceptionWithObject: self];

	return (const unsigned char *)_iVars->state;
}

- (void)calculate
{
	if (_calculated)
		@throw [OFHashAlreadyCalculatedException
		    exceptionWithObject: self];

	_iVars->buffer.bytes[_iVars->bufferLength] = 0x80;
	OFZeroMemory(_iVars->buffer.bytes + _iVars->bufferLength + 1,
	    64 - _iVars->bufferLength - 1);

	if (_iVars->bufferLength >= 56) {
		processBlock(_iVars->state, _iVars->buffer.words);
		OFZeroMemory(_iVars->buffer.bytes, 64);
	}

	_iVars->buffer.words[14] =
	    OFToLittleEndian32((uint32_t)(_iVars->bits & 0xFFFFFFFF));
	_iVars->buffer.words[15] =
	    OFToLittleEndian32((uint32_t)(_iVars->bits >> 32));

	processBlock(_iVars->state, _iVars->buffer.words);
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));
	byteSwapVectorIfBE(_iVars->state, 5);
	_calculated = true;


}

- (void)reset
{
	[self of_resetState];
	_iVars->bits = 0;
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));
	_iVars->bufferLength = 0;
	_calculated = false;
}
@end

#include <string.h>

#import "OFSHA1Hash.h"
#import "OFSecureData.h"

#import "OFHashAlreadyCalculatedException.h"
#import "OFHashNotCalculatedException.h"
#import "OFOutOfRangeException.h"

static const size_t digestSize = 20;
static const size_t blockSize = 64;

OF_DIRECT_MEMBERS
@interface OFSHA1Hash ()

			_iVars->bufferLength = 0;
		}
	}
}

- (const unsigned char *)digest
{
	if (!_calculated)
		@throw [OFHashNotCalculatedException exceptionWithObject: self];

	return (const unsigned char *)_iVars->state;
}

- (void)calculate
{
	if (_calculated)
		@throw [OFHashAlreadyCalculatedException
		    exceptionWithObject: self];

	_iVars->buffer.bytes[_iVars->bufferLength] = 0x80;
	OFZeroMemory(_iVars->buffer.bytes + _iVars->bufferLength + 1,
	    64 - _iVars->bufferLength - 1);

	if (_iVars->bufferLength >= 56) {
		processBlock(_iVars->state, _iVars->buffer.words);
		OFZeroMemory(_iVars->buffer.bytes, 64);
	}

	_iVars->buffer.words[14] =
	    OFToBigEndian32((uint32_t)(_iVars->bits >> 32));
	_iVars->buffer.words[15] =
	    OFToBigEndian32((uint32_t)(_iVars->bits & 0xFFFFFFFF));

	processBlock(_iVars->state, _iVars->buffer.words);
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));
	byteSwapVectorIfLE(_iVars->state, 5);
	_calculated = true;


}

- (void)reset
{
	[self of_resetState];
	_iVars->bits = 0;
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));
	_iVars->bufferLength = 0;
	_calculated = false;
}
@end

#include <stdlib.h>
#include <string.h>

#import "OFSHA224Or256Hash.h"
#import "OFSecureData.h"

#import "OFHashAlreadyCalculatedException.h"
#import "OFHashNotCalculatedException.h"
#import "OFOutOfRangeException.h"

static const size_t blockSize = 64;

@interface OFSHA224Or256Hash ()
- (void)of_resetState;
@end

			_iVars->bufferLength = 0;
		}
	}
}

- (const unsigned char *)digest
{
	if (!_calculated)
		@throw [OFHashNotCalculatedException exceptionWithObject: self];

	return (const unsigned char *)_iVars->state;
}

- (void)calculate
{
	if (_calculated)
		@throw [OFHashAlreadyCalculatedException
		    exceptionWithObject: self];

	_iVars->buffer.bytes[_iVars->bufferLength] = 0x80;
	OFZeroMemory(_iVars->buffer.bytes + _iVars->bufferLength + 1,
	    64 - _iVars->bufferLength - 1);

	if (_iVars->bufferLength >= 56) {
		processBlock(_iVars->state, _iVars->buffer.words);
		OFZeroMemory(_iVars->buffer.bytes, 64);
	}

	_iVars->buffer.words[14] =
	    OFToBigEndian32((uint32_t)(_iVars->bits >> 32));
	_iVars->buffer.words[15] =
	    OFToBigEndian32((uint32_t)(_iVars->bits & 0xFFFFFFFF));

	processBlock(_iVars->state, _iVars->buffer.words);
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));
	byteSwapVectorIfLE(_iVars->state, 8);
	_calculated = true;


}

- (void)reset
{
	[self of_resetState];
	_iVars->bits = 0;
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));

#include <stdlib.h>
#include <string.h>

#import "OFSHA384Or512Hash.h"
#import "OFSecureData.h"

#import "OFHashAlreadyCalculatedException.h"
#import "OFHashNotCalculatedException.h"
#import "OFOutOfRangeException.h"

static const size_t blockSize = 128;

@interface OFSHA384Or512Hash ()
- (void)of_resetState;
@end

			_iVars->bufferLength = 0;
		}
	}
}

- (const unsigned char *)digest
{
	if (!_calculated)
		@throw [OFHashNotCalculatedException exceptionWithObject: self];

	return (const unsigned char *)_iVars->state;
}

- (void)calculate
{
	if (_calculated)
		@throw [OFHashAlreadyCalculatedException
		    exceptionWithObject: self];

	_iVars->buffer.bytes[_iVars->bufferLength] = 0x80;
	OFZeroMemory(_iVars->buffer.bytes + _iVars->bufferLength + 1,
	    128 - _iVars->bufferLength - 1);

	if (_iVars->bufferLength >= 112) {
		processBlock(_iVars->state, _iVars->buffer.words);
		OFZeroMemory(_iVars->buffer.bytes, 128);
	}

	_iVars->buffer.words[14] = OFToBigEndian64(_iVars->bits[1]);
	_iVars->buffer.words[15] = OFToBigEndian64(_iVars->bits[0]);

	processBlock(_iVars->state, _iVars->buffer.words);
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));
	byteSwapVectorIfLE(_iVars->state, 8);
	_calculated = true;


}

- (void)reset
{
	[self of_resetState];
	OFZeroMemory(_iVars->bits, sizeof(_iVars->bits));
	OFZeroMemory(&_iVars->buffer, sizeof(_iVars->buffer));

	id <OFCryptographicHash> hash =
	    [class hashWithAllowsSwappableMemory: true];
	size_t digestSize = [class digestSize];
	const unsigned char *digest;
	char cString[digestSize * 2];

	[hash updateWithBuffer: self.UTF8String length: self.UTF8StringLength];
	[hash calculate];
	digest = hash.digest;

	for (size_t i = 0; i < digestSize; i++) {
		uint8_t high, low;

		high = digest[i] >> 4;
		low  = digest[i] & 0x0F;

       OFCopyItemFailedException.m			\
       OFCreateDirectoryFailedException.m		\
       OFCreateSymbolicLinkFailedException.m		\
       OFEnumerationMutationException.m			\
       OFException.m					\
       OFGetOptionFailedException.m			\
       OFHashAlreadyCalculatedException.m		\
       OFHashNotCalculatedException.m			\
       OFInitializationFailedException.m		\
       OFInvalidArgumentException.m			\
       OFInvalidEncodingException.m			\
       OFInvalidFormatException.m			\
       OFInvalidJSONException.m				\
       OFInvalidServerReplyException.m			\
       OFLinkFailedException.m				\

/*
 * Copyright (c) 2008-2022 Jonathan Schleifer <js@nil.im>
 *
 * All rights reserved.
 *
 * This file is part of ObjFW. It may be distributed under the terms of the
 * Q Public License 1.0, which can be found in the file LICENSE.QPL included in
 * the packaging of this file.
 *
 * Alternatively, it may be distributed under the terms of the GNU General
 * Public License, either version 2 or 3, which can be found in the file
 * LICENSE.GPLv2 or LICENSE.GPLv3 respectively included in the packaging of this
 * file.
 */

#import "OFException.h"

OF_ASSUME_NONNULL_BEGIN

/**
 * @class OFHashNotCalculatedException OFHashNotCalculatedException.h \
 *	  ObjFW/OFHashNotCalculatedException.h
 *
 * @brief An exception indicating that the hash has not been calculated yet.
 */
@interface OFHashNotCalculatedException: OFException
{
	id _object;
}

/**
 * @brief The hash which has not been calculated yet.
 */
@property (readonly, nonatomic) id object;

+ (instancetype)exception OF_UNAVAILABLE;

/**
 * @brief Creates a new, autoreleased hash not calculated exception.
 *
 * @param object The hash which has not been calculated yet
 * @return A new, autoreleased hash not calculated exception
 */
+ (instancetype)exceptionWithObject: (id)object;

- (instancetype)init OF_UNAVAILABLE;

/**
 * @brief Initializes an already allocated hash not calculated exception.
 *
 * @param object The hash which has not been calculated yet
 * @return An initialized hash not calculated exception
 */
- (instancetype)initWithObject: (id)object OF_DESIGNATED_INITIALIZER;
@end

OF_ASSUME_NONNULL_END

/*
 * Copyright (c) 2008-2022 Jonathan Schleifer <js@nil.im>
 *
 * All rights reserved.
 *
 * This file is part of ObjFW. It may be distributed under the terms of the
 * Q Public License 1.0, which can be found in the file LICENSE.QPL included in
 * the packaging of this file.
 *
 * Alternatively, it may be distributed under the terms of the GNU General
 * Public License, either version 2 or 3, which can be found in the file
 * LICENSE.GPLv2 or LICENSE.GPLv3 respectively included in the packaging of this
 * file.
 */

#include "config.h"

#import "OFHashNotCalculatedException.h"
#import "OFString.h"

@implementation OFHashNotCalculatedException
@synthesize object = _object;

+ (instancetype)exception
{
	OF_UNRECOGNIZED_SELECTOR
}

+ (instancetype)exceptionWithObject: (id)object
{
	return [[[self alloc] initWithObject: object] autorelease];
}

- (instancetype)init
{
	OF_INVALID_INIT_METHOD
}

- (instancetype)initWithObject: (id)object
{
	self = [super init];

	_object = [object retain];

	return self;
}

- (void)dealloc
{
	[_object release];

	[super dealloc];
}

- (OFString *)description
{
	return [OFString stringWithFormat:
	    @"The hash of type %@ has not been calculated yet!",
	    [_object class]];
}
@end

		[HMACRMD160 updateWithBuffer: buffer length: length];
		[HMACSHA256 updateWithBuffer: buffer length: length];
		[HMACSHA384 updateWithBuffer: buffer length: length];
		[HMACSHA512 updateWithBuffer: buffer length: length];
	}
	[file close];

	TEST(@"-[calculate] with MD5", R([HMACMD5 calculate]))
	TEST(@"-[calculate] with SHA-1", R([HMACSHA1 calculate]))
	TEST(@"-[calculate] with RIPEMD-160", R([HMACRMD160 calculate]))
	TEST(@"-[calculate] with SHA-256", R([HMACSHA256 calculate]))
	TEST(@"-[calculate] with SHA-384", R([HMACSHA384 calculate]))
	TEST(@"-[calculate] with SHA-512", R([HMACSHA512 calculate]))

	TEST(@"-[digest] with MD5",
	    memcmp(HMACMD5.digest, MD5Digest, HMACMD5.digestSize) == 0)
	TEST(@"-[digest] with SHA-1",
	    memcmp(HMACSHA1.digest, SHA1Digest, HMACSHA1.digestSize) == 0)
	TEST(@"-[digest] with RIPEMD-160",
	    memcmp(HMACRMD160.digest, RIPEMD160Digest,
	    HMACRMD160.digestSize) == 0)

		char buffer[64];
		size_t length = [file readIntoBuffer: buffer length: 64];
		[MD5 updateWithBuffer: buffer length: length];
	}
	[file close];

	TEST(@"-[copy]", (MD5Copy = [[MD5 copy] autorelease]))

	TEST(@"-[calculate]", R([MD5 calculate]) && R([MD5Copy calculate]))

	TEST(@"-[digest]",
	    memcmp(MD5.digest, testFileMD5, 16) == 0 &&
	    memcmp(MD5Copy.digest, testFileMD5, 16) == 0)

	EXPECT_EXCEPTION(@"Detect invalid call of "
	    @"-[updateWithBuffer:length]", OFHashAlreadyCalculatedException,
	    [MD5 updateWithBuffer: "" length: 1])

	objc_autoreleasePoolPop(pool);
}
@end

		size_t length = [file readIntoBuffer: buffer length: 64];
		[RIPEMD160 updateWithBuffer: buffer length: length];
	}
	[file close];

	TEST(@"-[copy]", (RIPEMD160Copy = [[RIPEMD160 copy] autorelease]))

	TEST(@"-[calculate]",
	    R([RIPEMD160 calculate]) && R([RIPEMD160Copy calculate]))

	TEST(@"-[digest]",
	    memcmp(RIPEMD160.digest, testFileRIPEMD160, 20) == 0 &&
	    memcmp(RIPEMD160Copy.digest, testFileRIPEMD160, 20) == 0)

	EXPECT_EXCEPTION(@"Detect invalid call of "
	    @"-[updateWithBuffer:length]", OFHashAlreadyCalculatedException,
	    [RIPEMD160 updateWithBuffer: "" length: 1])

	objc_autoreleasePoolPop(pool);
}
@end

		char buffer[64];
		size_t length = [file readIntoBuffer: buffer length: 64];
		[SHA1 updateWithBuffer: buffer length: length];
	}
	[file close];

	TEST(@"-[copy]", (SHA1Copy = [[SHA1 copy] autorelease]))

	TEST(@"-[calculate]", R([SHA1 calculate]) && R([SHA1Copy calculate]))

	TEST(@"-[digest]",
	    memcmp(SHA1.digest, testFileSHA1, 20) == 0 &&
	    memcmp(SHA1Copy.digest, testFileSHA1, 20) == 0)

	EXPECT_EXCEPTION(@"Detect invalid call of "
	    @"-[updateWithBuffer:length:]", OFHashAlreadyCalculatedException,
	    [SHA1 updateWithBuffer: "" length: 1])

	objc_autoreleasePoolPop(pool);
}
@end

		size_t length = [file readIntoBuffer: buffer length: 64];
		[SHA224 updateWithBuffer: buffer length: length];
	}
	[file close];

	TEST(@"-[copy]", (SHA224Copy = [[SHA224 copy] autorelease]))

	TEST(@"-[calculate]",
	    R([SHA224 calculate]) && R([SHA224Copy calculate]))

	TEST(@"-[digest]",
	    memcmp(SHA224.digest, testFileSHA224, 28) == 0 &&
	    memcmp(SHA224Copy.digest, testFileSHA224, 28) == 0)

	EXPECT_EXCEPTION(@"Detect invalid call of "
	    @"-[updateWithBuffer:length:]", OFHashAlreadyCalculatedException,
	    [SHA224 updateWithBuffer: "" length: 1])

	objc_autoreleasePoolPop(pool);
}
@end

		size_t length = [file readIntoBuffer: buffer length: 64];
		[SHA256 updateWithBuffer: buffer length: length];
	}
	[file close];

	TEST(@"-[copy]", (SHA256Copy = [[SHA256 copy] autorelease]))

	TEST(@"-[calculate]",
	    R([SHA256 calculate]) && R([SHA256Copy calculate]))

	TEST(@"-[digest]",
	    memcmp(SHA256.digest, testFileSHA256, 32) == 0 &&
	    memcmp(SHA256Copy.digest, testFileSHA256, 32) == 0)

	EXPECT_EXCEPTION(@"Detect invalid call of "
	    @"-[updateWithBuffer:length:]", OFHashAlreadyCalculatedException,
	    [SHA256 updateWithBuffer: "" length: 1])

	objc_autoreleasePoolPop(pool);
}
@end

		size_t length = [file readIntoBuffer: buffer length: 128];
		[SHA384 updateWithBuffer: buffer length: length];
	}
	[file close];

	TEST(@"-[copy]", (SHA384Copy = [[SHA384 copy] autorelease]))

	TEST(@"-[calculate]",
	    R([SHA384 calculate]) && R([SHA384Copy calculate]))

	TEST(@"-[digest]",
	    memcmp(SHA384.digest, testFileSHA384, 48) == 0 &&
	    memcmp(SHA384Copy.digest, testFileSHA384, 48) == 0)

	EXPECT_EXCEPTION(@"Detect invalid call of "
	    @"-[updateWithBuffer:length:]", OFHashAlreadyCalculatedException,
	    [SHA384 updateWithBuffer: "" length: 1])

	objc_autoreleasePoolPop(pool);
}
@end

		size_t length = [file readIntoBuffer: buffer length: 128];
		[SHA512 updateWithBuffer: buffer length: length];
	}
	[file close];

	TEST(@"-[copy]", (SHA512Copy = [[SHA512 copy] autorelease]))

	TEST(@"-[calculate]",
	    R([SHA512 calculate]) && R([SHA512Copy calculate]))

	TEST(@"-[digest]",
	    memcmp(SHA512.digest, testFileSHA512, 64) == 0 &&
	    memcmp(SHA512Copy.digest, testFileSHA512, 64) == 0)

	EXPECT_EXCEPTION(@"Detect invalid call of "
	    @"-[updateWithBuffer:length:]", OFHashAlreadyCalculatedException,
	    [SHA512 updateWithBuffer: "" length: 1])

	objc_autoreleasePoolPop(pool);
}
@end

	[OFApplication terminateWithStatus: 1];
}

static void
printHash(OFString *algo, OFString *path, id <OFCryptographicHash> hash)
{
	size_t digestSize = hash.digestSize;
	const unsigned char *digest;

	[hash calculate];
	digest = hash.digest;

	[OFStdOut writeFormat: @"%@ ", algo];

	for (size_t i = 0; i < digestSize; i++)
		[OFStdOut writeFormat: @"%02x", digest[i]];

	[OFStdOut writeFormat: @"  %@\n", path];