Newsgroups: comp.sources.unix From: spaf@cs.purdue.edu (Gene Spafford) Subject: v26i175: tripwire - security integrity monitor, Part03/08 Sender: unix-sources-moderator@vix.com Approved: paul@vix.com Submitted-By: spaf@cs.purdue.edu (Gene Spafford) Posting-Number: Volume 26, Issue 175 Archive-Name: tripwire/part03 #! /bin/sh # This is a shell archive. Remove anything before this line, then unpack # it by saving it into a file and typing "sh file". To overwrite existing # files, type "sh file -c". You can also feed this as standard input via # unshar, or by typing "sh 'tripwire-1.0/tests/tw.db_TEST' <<'END_OF_FILE' X# Generated by Tripwire, version 1.0 on Tue Nov 3 16:15:43 1992 X@@dbaseversion 1 X/tmp/genek/tripwire-1.0 0 ....5P 40700 51200 12 31018 0 512 .exijy .exiiT .exijt 0 0 0 0 0 0 0 0 0 0 X/tmp/genek/tripwire-1.0/aux 0 ....5P 40700 14336 2 31018 0 512 .exijv .exiiU .exijR 0 0 0 0 0 0 0 0 0 0 X/tmp/genek/tripwire-1.0/aux/types.c 0 ....5P 100600 14337 1 31018 0 1419 .exijQ .exihR .exijQ 0 1H8c6q.HR0nJ16mAQP0nNdh3 /28KZJ.2dvXE0w2a5G15.ln6 .Uovet ...BfA 1SpDHr1Hwj/I.PfrHy/3pt0Q 15rFUi.Xy3KE1M9Qe7.DzU/V 0 0 0 X/tmp/genek/tripwire-1.0/aux/ntohl.h 0 ....5P 100600 14340 1 31018 0 741 .exijQ .exihS .exijQ 0 0OvjLH103I5P08/w3N176YOi /x/TSN1BrCRB1dC4N0.V1eEC /4dh1. ...8yb 1d7Rb/1aTWFp/pg2do0qL94N /l3Cb01XK4g713Ub6z1cCoR5 0 0 0 X/tmp/genek/tripwire-1.0/aux/Makefile 0 ....5P 100600 14345 1 31018 0 492 .exijQ .exihS .exijQ 0 14LI1b1.NFLI/xvHZG.O9VIq .Xi8bq.kgYmE/ma.i01AY2xW 0IHz2S 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0 0 0 X/tmp/genek/tripwire-1.0/tests 1 ../zzz 40700 32768 2 31018 0 512 .exijy .exiig .exijt 0 0 0 0 0 0 0 0 0 0 X/tmp/genek/tripwire-1.0/tests/tw.conf.test 1 ../zzz 100600 32784 1 31018 0 4659 .exijs .exiiJ .exijs 0 0 0 0 0 0 0 0 0 0 X/tmp/genek/tripwire-1.0/tests/Makefile 1 ../zzz 100600 32793 1 31018 0 280 .exijs .exiiJ .exijs 0 0 0 0 0 0 0 0 0 0 X/tmp/genek/tripwire-1.0/tests/test1.sh 1 ../zzz 100600 32794 1 31018 0 1412 .exijs .exiiJ .exijs 0 0 0 0 0 0 0 0 0 0 X/tmp/genek/tripwire-1.0/tests/tw.db_TEST 1 ../zzz 100600 32795 1 31018 0 23648 .exijt .exiiJ .exijt 0 0 0 0 0 0 0 0 0 0 X@@contents /tmp/genek/tripwire-1.0 0 X@@contents /tmp/genek/tripwire-1.0/tests 1 X@@contents /tmp/genek/tripwire-1.0/databases 2 END_OF_FILE if test 23405 -ne `wc -c <'tripwire-1.0/tests/tw.db_TEST'`; then echo shar: \"'tripwire-1.0/tests/tw.db_TEST'\" unpacked with wrong size! fi # end of 'tripwire-1.0/tests/tw.db_TEST' fi if test -f 'tripwire-1.0/sigs/md5/md5.doc' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'tripwire-1.0/sigs/md5/md5.doc'\" else echo shar: Extracting \"'tripwire-1.0/sigs/md5/md5.doc'\" \(19066 characters\) sed "s/^X//" >'tripwire-1.0/sigs/md5/md5.doc' <<'END_OF_FILE' X X X X XNetwork Working Group R. Rivest XINTERNET-DRAFT MIT Laboratory for Computer Science X S. Dusse X RSA Data Security, Inc. X 10 July 1991 X X X The MD5 Message-Digest Algorithm X X XSTATUS OF THIS MEMO X X This draft document will be submitted to the RFC editor as a protocol X specification. Comments should be sent to or to the X authors. Distribution of this memo is unlimited. X X XACKNOWLEDGEMENT X X We would like to thank Don Coppersmith, Burt Kaliski, Ralph Merkle, X David Chaum, and Noam Nisan for numerous helpful comments and X suggestions. X X XTable of Contents X X 1. Executive Summary 1 X 2. Terminology and Notation 2 X 3. MD5 Algorithm Description 3 X 4. Summary 7 X 5. Summary of Differences Between MD4 and MD5 7 X 6. Security Considerations 7 X References 8 X Authors' Addresses 8 X APPENDIX - Reference Implementation 9 X X X X1. Executive Summary X X This document describes the MD5 message-digest algorithm. The X algorithm takes as input an input message of arbitrary length and X produces as output a 128-bit "fingerprint" or "message digest" of the X input. It is conjectured that it is computationally infeasible to X produce two messages having the same message digest, or to produce X any message having a given prespecified target message digest. The X MD5 algorithm is intended for digital signature applications, where a X large file must be "compressed" in a secure manner before being X encrypted with a private (secret) key under a public-key cryptosystem X such as RSA. X X X X XRivest and Dusse [Page 1] XINTERNET-DRAFT The MD5 Message-Digest Algorithm 10 July 1991 X X X The MD5 algorithm is designed to be quite fast on 32-bit machines. In X addition, the MD5 algorithm does not require any large substitution X tables; the algorithm can be coded quite compactly. X X The MD5 algorithm is an extension of the MD4 message digest algorithm X [1,2]. MD5 is slightly slower than MD4, but is more "conservative" in X design. MD5 was designed because it was felt that MD4 was perhaps X being adopted for use more quickly than justified by the existing X critical review; because MD4 was designed to be exceptionally fast, X it is "at the edge" in terms of risking successful cryptanalytic X attack. MD5 backs off a bit, giving up a little in speed for a much X greater likelihood of ultimate security. It incorporates some X suggestions made by various reviewers, and contains additional X optimizations. X X The MD5 algorithm is being placed in the public domain for review and X possible adoption as a standard. X X A version of this document including the C source code in the X appendix is available by FTP from RSA.COM in the file "pub/md5.doc". X X This document may be referred to, unofficially, as Internet draft X [MD5-A]. X X For OSI-based applications, MD5's object identifier is X X md5 OBJECT IDENTIFIER ::= X {iso(1) member-body(2) US(840) rsadsi(113549) digestAlgorithm(2) 5} X X In the X.509 type AlgorithmIdentifier [3], the parameters for MD5 X should have type NULL. X X X2. Terminology and Notation X X In this document a "word" is a 32-bit quantity and a "byte" is an X eight-bit quantity. A sequence of bits can be interpreted in a X natural manner as a sequence of bytes, where each consecutive group X of eight bits is interpreted as a byte with the high-order (most X significant) bit of each byte listed first. Similarly, a sequence of X bytes can be interpreted as a sequence of 32-bit words, where each X consecutive group of four bytes is interpreted as a word with the X low-order (least significant) byte given first. X X Let x_i denote "x sub i". If the subscript is an expression, we X surround it in braces, as in x_{i+1}. Similarly, we use ^ for X superscripts (exponentiation), so that x^i denotes x to the i-th X power. X X Let the symbol "+" denote addition of words (i.e., modulo-2^32 X addition). Let X <<< s denote the 32-bit value obtained by circularly X shifting (rotating) X left by s bit positions. Let not(X) denote the X X XRivest and Dusse [Page 2] XINTERNET-DRAFT The MD5 Message-Digest Algorithm 10 July 1991 X X X bit-wise complement of X, and let X v Y denote the bit-wise OR of X X and Y. Let X xor Y denote the bit-wise XOR of X and Y, and let XY X denote the bit-wise AND of X and Y. X X X3. MD5 Algorithm Description X X We begin by supposing that we have a b-bit message as input, and that X we wish to find its message digest. Here b is an arbitrary X nonnegative integer; b may be zero, it need not be a multiple of X eight, and it may be arbitrarily large. We imagine the bits of the X message written down as follows: X X m_0 m_1 ... m_{b-1} X X The following five steps are performed to compute the message digest X of the message. X X X3.1 Step 1. Append Padding Bits X X The message is "padded" (extended) so that its length (in bits) is X congruent to 448, modulo 512. That is, the message is extended so X that it is just 64 bits shy of being a multiple of 512 bits long. X Padding is always performed, even if the length of the message is X already congruent to 448, modulo 512 (in which case 512 bits of X padding are added). X X Padding is performed as follows: a single "1" bit is appended to the X message, and then enough zero bits are appended so that the length in X bits of the padded message becomes congruent to 448, modulo 512. X X X3.2 Step 2. Append Length X X A 64-bit representation of b (the length of the message before the X padding bits were added) is appended to the result of the previous X step. In the unlikely event that b is greater than 2^64, then only X the low-order 64 bits of b are used. (These bits are appended as two X 32-bit words and appended low-order word first in accordance with the X previous conventions.) X X At this point the resulting message (after padding with bits and with X b) has a length that is an exact multiple of 512 bits. Equivalently, X this message has a length that is an exact multiple of 16 (32-bit) X words. Let M[0 ... N-1] denote the words of the resulting message, X where N is a multiple of 16. X X X X X X X XRivest and Dusse [Page 3] XINTERNET-DRAFT The MD5 Message-Digest Algorithm 10 July 1991 X X X3.3 Step 3. Initialize MD Buffer X X A four-word buffer (A,B,C,D) is used to compute the message digest. X Here each of A, B, C, D is a 32-bit register. These registers are X initialized to the following values in hexadecimal, low-order bytes X first): X X word A: 01 23 45 67 X word B: 89 ab cd ef X word C: fe dc ba 98 X word D: 76 54 32 10 X X X3.4 Step 4. Process Message in 16-Word Blocks X X We first define four auxiliary functions that each take as input X three 32-bit words and produce as output one 32-bit word. X X F(X,Y,Z) = XY v not(X) Z X G(X,Y,Z) = XZ v Y not(Z) X H(X,Y,Z) = X xor Y xor Z X I(X,Y,Z) = Y xor (X v not(Z)) X X In each bit position F acts as a conditional: if X then Y else Z. X (The function F could have been defined using + instead of v since XY X and not(X)Z will never have 1's in the same bit position.) It is X interesting to note that if the bits of X, Y, and Z are independent X and unbiased, the each bit of F(X,Y,Z) will be independent and X unbiased. X X The functions G, H, and I are similar to the function F, in that they X act in "bitwise parallel" to produce their output from the bits of X, X Y, and Z, in such a manner that if the corresponding bits of X, Y, X and Z are independent and unbiased, then each bit of G(X,Y,Z), X H(X,Y,Z), and I(X,Y,Z) will be independent and unbiased. Note that X the function H is the bit-wise "xor" or "parity" function of its X inputs. X X Do the following: X X /* Process each 16-word block. */ X For i = 0 to N/16-1 do X X /* Copy block i into X. */ X For j = 0 to 15 do X Set X[j] to M[i*16+j]. X end /* of loop on j */ X X /* Save A as AA, B as BB, C as CC, and D as DD. */ X AA = A X BB = B X CC = C X X XRivest and Dusse [Page 4] XINTERNET-DRAFT The MD5 Message-Digest Algorithm 10 July 1991 X X X DD = D X X /* Round 1. */ X /* Let FF(a,b,c,d,X[k],s,t) denote the operation X a = b + ((a + F(b,c,d) + X[k] + t) <<< s). */ X /* Here the additive constants t are chosen as follows: X In step i, the additive constant is the integer part of X 4294967296 times abs(sin(i)), where i is in radians. */ X /* Let S11 = 7, S12 = 12, S13 = 17, and S14 = 22. */ X /* Do the following 16 operations. */ X FF (a, b, c, d, X[ 0], S11, 3614090360); /* Step 1 */ X FF (d, a, b, c, X[ 1], S12, 3905402710); /* 2 */ X FF (c, d, a, b, X[ 2], S13, 606105819); /* 3 */ X FF (b, c, d, a, X[ 3], S14, 3250441966); /* 4 */ X FF (a, b, c, d, X[ 4], S11, 4118548399); /* 5 */ X FF (d, a, b, c, X[ 5], S12, 1200080426); /* 6 */ X FF (c, d, a, b, X[ 6], S13, 2821735955); /* 7 */ X FF (b, c, d, a, X[ 7], S14, 4249261313); /* 8 */ X FF (a, b, c, d, X[ 8], S11, 1770035416); /* 9 */ X FF (d, a, b, c, X[ 9], S12, 2336552879); /* 10 */ X FF (c, d, a, b, X[10], S13, 4294925233); /* 11 */ X FF (b, c, d, a, X[11], S14, 2304563134); /* 12 */ X FF (a, b, c, d, X[12], S11, 1804603682); /* 13 */ X FF (d, a, b, c, X[13], S12, 4254626195); /* 14 */ X FF (c, d, a, b, X[14], S13, 2792965006); /* 15 */ X FF (b, c, d, a, X[15], S14, 1236535329); /* 16 */ X X /* Round 2. */ X /* Let GG(a,b,c,d,X[k],s,t) denote the operation X a = b + ((a + G(b,c,d) + X[k] + t) <<< s). */ X /* Let S21 = 5, S22 = 9, S23 = 14, and S24 = 20. */ X X /* Do the following 16 operations. */ X GG (a, b, c, d, X[ 1], S21, 4129170786); /* 17 */ X GG (d, a, b, c, X[ 6], S22, 3225465664); /* 18 */ X GG (c, d, a, b, X[11], S23, 643717713); /* 19 */ X GG (b, c, d, a, X[ 0], S24, 3921069994); /* 20 */ X GG (a, b, c, d, X[ 5], S21, 3593408605); /* 21 */ X GG (d, a, b, c, X[10], S22, 38016083); /* 22 */ X GG (c, d, a, b, X[15], S23, 3634488961); /* 23 */ X GG (b, c, d, a, X[ 4], S24, 3889429448); /* 24 */ X GG (a, b, c, d, X[ 9], S21, 568446438); /* 25 */ X GG (d, a, b, c, X[14], S22, 3275163606); /* 26 */ X GG (c, d, a, b, X[ 3], S23, 4107603335); /* 27 */ X GG (b, c, d, a, X[ 8], S24, 1163531501); /* 28 */ X GG (a, b, c, d, X[13], S21, 2850285829); /* 29 */ X GG (d, a, b, c, X[ 2], S22, 4243563512); /* 30 */ X GG (c, d, a, b, X[ 7], S23, 1735328473); /* 31 */ X GG (b, c, d, a, X[12], S24, 2368359562); /* 32 */ X X /* Round 3. */ X /* Let HH(a,b,c,d,X[k],s,t) denote the operation X X XRivest and Dusse [Page 5] XINTERNET-DRAFT The MD5 Message-Digest Algorithm 10 July 1991 X X X a = b + ((a + H(b,c,d) + X[k] + t) <<< s). */ X /* Let S31 = 4, S32 = 11, S33 = 16, and S34 = 23. */ X X /* Do the following 16 operations. */ X HH (a, b, c, d, X[ 5], S31, 4294588738); /* 33 */ X HH (d, a, b, c, X[ 8], S32, 2272392833); /* 34 */ X HH (c, d, a, b, X[11], S33, 1839030562); /* 35 */ X HH (b, c, d, a, X[14], S34, 4259657740); /* 36 */ X HH (a, b, c, d, X[ 1], S31, 2763975236); /* 37 */ X HH (d, a, b, c, X[ 4], S32, 1272893353); /* 38 */ X HH (c, d, a, b, X[ 7], S33, 4139469664); /* 39 */ X HH (b, c, d, a, X[10], S34, 3200236656); /* 40 */ X HH (a, b, c, d, X[13], S31, 681279174); /* 41 */ X HH (d, a, b, c, X[ 0], S32, 3936430074); /* 42 */ X HH (c, d, a, b, X[ 3], S33, 3572445317); /* 43 */ X HH (b, c, d, a, X[ 6], S34, 76029189); /* 44 */ X HH (a, b, c, d, X[ 9], S31, 3654602809); /* 45 */ X HH (d, a, b, c, X[12], S32, 3873151461); /* 46 */ X HH (c, d, a, b, X[15], S33, 530742520); /* 47 */ X HH (b, c, d, a, X[ 2], S34, 3299628645); /* 48 */ X X /* Round 4. */ X /* Let II(a,b,c,d,X[k],s,t) denote the operation X a = b + ((a + I(b,c,d) + X[k] + t) <<< s). */ X /* Let S41 = 6, S42 = 10, S43 = 15, and S44 = 21. */ X X /* Do the following 16 operations. */ X II (a, b, c, d, X[ 0], S41, 4096336452); /* 49 */ X II (d, a, b, c, X[ 7], S42, 1126891415); /* 50 */ X II (c, d, a, b, X[14], S43, 2878612391); /* 51 */ X II (b, c, d, a, X[ 5], S44, 4237533241); /* 52 */ X II (a, b, c, d, X[12], S41, 1700485571); /* 53 */ X II (d, a, b, c, X[ 3], S42, 2399980690); /* 54 */ X II (c, d, a, b, X[10], S43, 4293915773); /* 55 */ X II (b, c, d, a, X[ 1], S44, 2240044497); /* 56 */ X II (a, b, c, d, X[ 8], S41, 1873313359); /* 57 */ X II (d, a, b, c, X[15], S42, 4264355552); /* 58 */ X II (c, d, a, b, X[ 6], S43, 2734768916); /* 59 */ X II (b, c, d, a, X[13], S44, 1309151649); /* 60 */ X II (a, b, c, d, X[ 4], S41, 4149444226); /* 61 */ X II (d, a, b, c, X[11], S42, 3174756917); /* 62 */ X II (c, d, a, b, X[ 2], S43, 718787259); /* 63 */ X II (b, c, d, a, X[ 9], S44, 3951481745); /* 64 */ X X /* Then perform the following additions. (That is, increment each X of the four registers by the value it had before this block X was started.) */ X A = A + AA X B = B + BB X C = C + CC X D = D + DD X X X XRivest and Dusse [Page 6] XINTERNET-DRAFT The MD5 Message-Digest Algorithm 10 July 1991 X X X X end /* of loop on i */ X X X3.5 Step 5. Output X X The message digest produced as output is A, B, C, D. That is, we X begin with the low-order byte of A, and end with the high-order byte X of D. X X This completes the description of MD5. A reference implementation in X C is given in the Appendix. X X X4. Summary X X The MD5 message-digest algorithm is simple to implement, and provides X a "fingerprint" or message digest of a message of arbitrary length. X It is conjectured that the difficulty of coming up with two messages X having the same message digest is on the order of 2^64 operations, X and that the difficulty of coming up with any message having a given X message digest is on the order of 2^128 operations. The MD5 algorithm X has been carefully scrutinized for weaknesses. It is, however, a X relatively new algorithm and further security analysis is of course X justified, as is the case with any new proposal of this sort. X X X5. Summary of Differences Between MD4 and MD5 X X The following are the differences between MD4 and MD5: X X -- A fourth round has been added. X X -- Each step now has a unique additive constant. X X -- The function g in round 2 was changed from (XY v XZ v YZ) X to (XZ v Y not(Z)) to make g less symmetric. X X -- Each step now adds in the result of the previous step. X This promotes a faster "avalanche effect". X X -- The order in which input words are accessed in rounds 2 X and 3 is changed, to make these patterns less like each X other. X X -- The shift amounts in each round have been approximately X optimized, to yield a faster "avalanche effect". The X shifts in different rounds are distinct. X X X X X X XRivest and Dusse [Page 7] XINTERNET-DRAFT The MD5 Message-Digest Algorithm 10 July 1991 X X X6. Security Considerations X X The level of security discussed in this memo is considered to be X sufficient for implementing very high security hybrid digital- X signature schemes based on MD5 and a public-key cryptosystem. X X XReferences X X [1] Rivest, R.L., The MD4 Message Digest Algorithm (RFC 1186), X October 1990. X X [2] Rivest, R.L., The MD4 message digest algorithm, presented at X CRYPTO '90 (Santa Barbara, CA, August 11-15, 1990). X X [3] CCITT, The Directory---Authentication Framework X (Recommendation X.509), 1988. X X X X XAuthors' Addresses X X Ronald L. Rivest X Massachusetts Institute of Technology X Laboratory for Computer Science X NE43-324 X 545 Technology Square X Cambridge, MA 02139-1986 X Phone: (617) 253-5880 X EMail: rivest@theory.lcs.mit.edu X X Steve Dusse X RSA Data Security, Inc. X 10 Twin Dolphin Drive X Redwood City, CA 94065 X Phone: (415) 595-8782 X EMail: dusse@rsa.com X X X X X X X X X X X X X X X X XRivest and Dusse [Page 8] XINTERNET-DRAFT The MD5 Message-Digest Algorithm 10 July 1991 X X X XAPPENDIX - Reference Implementation X X This appendix contains the following files: X X md5.h -- header file for implementation of MD5 X X md5.c -- the source code for MD5 routines X X md5driver.c -- sample test routines X X session -- sample results of running md5driver X X It is not difficult to improve this implementation on particular X platforms, an exercise left to the reader. Following are some X suggestions: X X 1. Change MD5Update so that the context is not used at all X if it is empty (mdi == 0) and 64 or more bytes remain X (inLen >= 64). In other words, call Transform with inBuf X in this case. (This requires that byte ordering is X correct in inBuf.) X X 2. Implement a procedure MD5UpdateLong modeled after X MD5Update where inBuf is UINT4 * instead of unsigned char X *. MD5UpdateLong would call Transform directly with 16- X word blocks from inBuf. Call this instead of MD5Update in X general. This works well if you have an I/O procedure X that can read long words from a file. X X 3. On "little-endian" platforms where the lowest-address X byte in a long word is the least significant (and there X are no alignment restrictions), change MD5Update to call X Transform directly with 64-byte blocks from inBuf X (typecast to a UINT4 *). X X X X X X X X X X X X X X X X X X X XRivest and Dusse [Page 9] XINTERNET-DRAFT The MD5 Message-Digest Algorithm 10 July 1991 X X END_OF_FILE if test 19066 -ne `wc -c <'tripwire-1.0/sigs/md5/md5.doc'`; then echo shar: \"'tripwire-1.0/sigs/md5/md5.doc'\" unpacked with wrong size! fi # end of 'tripwire-1.0/sigs/md5/md5.doc' fi if test -f 'tripwire-1.0/src/list.c' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'tripwire-1.0/src/list.c'\" else echo shar: Extracting \"'tripwire-1.0/src/list.c'\" \(17081 characters\) sed "s/^X//" >'tripwire-1.0/src/list.c' <<'END_OF_FILE' X#ifndef lint Xstatic char rcsid[] = "$Id: list.c,v 1.3 92/11/03 04:49:45 genek Exp $"; X#endif X X/* X * list.c X * X * generic linked list routines. X * X * These routines generally use a (struct list **) as an argument X * (ie: a pointer to a pointer to the head of the list). This way, X * a NULL list pointer will automatically be malloc()'d into existence. X * X * These routines started as extremely simple routines. Unfortunately, the X * O(n) search times made Tripwire extremely slow. So, v3.1 of X * the linked list routines incorporate a hash table into each of X * the list structures. *whew* It's faster, but it's not simple X * anymore. (The addition of back pointers didn't help either...) X * X * Why? Well, we need to preserve order for the list of generated files. X * So, a hash table won't do, and a simple linked list is too slow. X * X * However, the neat thing is that the object-oriented nature of X * the list routines is preserved. X * X * Gene Kim X * Purdue University X */ X X#include "../include/config.h" X#include X#ifdef STDLIBH X#include X#endif X#include X#ifdef MALLOCH X# include X#endif X#ifdef STRINGH X#include X#else X#include X#endif X#include "../include/list.h" X X/* prototypes */ Xstatic unsigned int string_hash (); X Xstatic int listdebug = 0; X X#define LISTDEBUG(x) if (listdebug >= (x)) X X/* X * list_set(pc_name, pc_value, prioirty, pp_list) X * X * insert structure with (name=pc_name) and (value=pc_value) X * into the specified list X */ X Xvoid Xlist_set(pc_name, pc_value, priority, pp_list) X int priority; X char *pc_name, *pc_value; X struct list **pp_list; X{ X struct list_elem *p; X struct list_hash *phash, *qhash; X int clobber = 0; X struct list_elem *head; X unsigned int hindex; /* hash index */ X struct list_hash *hentry; X X /* get the hash value */ X hindex = string_hash(pc_name); X X /* were we handed a NULL list pointer? */ X if (*pp_list == NULL) X goto INSERT; X else X head = (*pp_list)->p_head; X X hentry = &( ((*pp_list)->hashtable)[hindex]); X X /* X * 1) if pc_name is already in the list, then we compare priority X * levels. replace only if new priority is higher than X * existing priority. X * X * 2) if pc_name is not on the list, then we just add it to the X * end of the list X */ X X /* walk through hash chain */ X for (phash = hentry; phash && phash->used; qhash = phash, X phash = phash->next) { X if (strcmp(phash->key, pc_name) == 0) { X /* X * if existing priority is equal or less than this one, X * then go ahead and clobber it. X */ X p = phash->lptr; X if (p->priority <= priority) { X XLISTDEBUG(10) Xfprintf(stderr, "list_set(): '%s' variable already found. Clobbering...\n", X pc_name); X X clobber++; X goto INSERT; X } /* end if clobber */ X else { X XLISTDEBUG(10) Xfprintf(stderr, "list_set(): variable already found, but not clobbering...\n"); X X return; X } /* end if not clobber */ X } X } X /* back up one if we're not at head of chain */ X if (phash == (struct list_hash *) NULL) X phash = qhash; X XINSERT: X /* insert the element into the list */ X X /* do we first need to create the list object? */ X if (*pp_list == NULL) { X X int i; X struct list *pl; X X /* create the list structure pointer */ X if ((pl = *pp_list = (struct list *) malloc(sizeof(struct list))) X == NULL) { X fprintf(stderr, "list_insert(): malloc() failed!\n"); X exit(1); X } X X /* create the pointers inside the structure */ X if ((p = (struct list_elem *) malloc(sizeof(struct list_elem))) X == NULL) { X fprintf(stderr, "list_insert(): malloc() failed!\n"); X exit(1); X } X /* cauterize the prev pointer */ X p->prev = NULL; X p->varname = NULL; X X /* attach to list structure */ X pl->p_head = head = pl->p_tail = p; X head->next = NULL; X X /* initialize the hash table */ X for (i = 0; i < LIST_HASHSZ; i++) { X hentry = &( ((*pp_list)->hashtable)[i]); X hentry->key = (char *) NULL; X hentry->used = 0; X hentry->lptr = (struct list_elem *) NULL; X hentry->next = (struct list_hash *) NULL; X } X X /* get correct hash bucket */ X hentry = &( ((*pp_list)->hashtable)[hindex]); X } X else if (clobber) { X free(p->varname); X free(p->varvalue); X } X else X { X /* add a list entry at tail of list */ X p = (*pp_list)->p_tail; X X if ((p->next = (struct list_elem *) X malloc(sizeof(struct list_elem))) == NULL) { X X fprintf(stderr, "list_insert(): malloc() failed!\n"); X exit(1); X } X X /* attach the prev pointer */ X p->next->prev = p; X X /* now the rest */ X p = p->next; X p->next = NULL; X X /* bind to tail */ X (*pp_list)->p_tail = p; X X if (phash->used) { X /* now create the hash chain entry */ X /* do we need a new structure to chain on? */ X if ((qhash = (struct list_hash *) malloc(sizeof(struct list_hash))) X == NULL) { X fprintf(stderr, "list_insert(): malloc() failed!\n"); X exit(1); X } X qhash->used = 0; X qhash->next = NULL; X X phash->next = qhash; X hentry = phash = qhash; X } X } X X /* start filling in fields */ X if ((p->varname = (char *) malloc((unsigned) (strlen(pc_name) + 1))) X == NULL) { X fprintf(stderr, "list_insert(): malloc() failed!\n"); X exit(1); X } X (void) strcpy(p->varname, pc_name); X if ((p->varvalue = (char *) malloc((unsigned) (strlen(pc_value) + 1))) X == NULL) { X fprintf(stderr, "list_insert(): malloc() failed!\n"); X exit(1); X } X (void) strcpy(p->varvalue, pc_value); X p->flag = 0; X p->priority = 0; X X /* fill in hash chain structure */ X hentry->key = p->varname; X if (hentry->used == 0) X hentry->used++; X assert(hentry->used == 1); X hentry->lptr = p; X hentry->next = NULL; X X return; X X} X X/* X * char * X * list_lookup(pc_name, pp_list) X * X * return the string value assigned to the environment value named X * pc_name in the specified list. X * X * you must copy the contents of the (char *). X */ X Xchar * Xlist_lookup(pc_name, pp_list) X char *pc_name; X struct list **pp_list; X{ X struct list_elem *p; X struct list_hash *phash; X char *s; X unsigned int hindex; X struct list_hash *hentry; X X /* X * 1) if *pp_list is NULL, then we know it's emtpy X * 2) if it's not in the hash table, then return NULL X * 3) search hash table chain X */ X X /* check for empty list */ X if (*pp_list == NULL) { X return NULL; X } X X /* look in hash table */ X hindex = string_hash(pc_name); X hentry = &(((*pp_list)->hashtable)[hindex]); X X if (hentry->used == 0) { X return NULL; X } X X /* now search through hash chain */ X for (phash = hentry; phash; phash = phash->next) { X if (strcmp(phash->key, pc_name) == 0) { X p = phash->lptr; X /* X s = (char *) malloc((unsigned) (strlen(p->varvalue) + 1)); X (void) strcpy(s, p->varvalue); X */ X s = p->varvalue; X return s; X } X } X return NULL; X} X X/* X * int X * list_isthere(pc_name, pp_list) X * X * returns (1) if pc_name is in the specified list. X * else returns (0). X */ X Xint Xlist_isthere(pc_name, pp_list) X char *pc_name; X struct list **pp_list; X{ X struct list_hash *phash; X unsigned int hindex; X struct list_hash *hentry; X X /* X * 1) if *pp_list is NULL, then we know it's emtpy X * 2) if it's not in the hash table, then return NULL X * 3) search hash table chain X */ X X /* check for empty list */ X if (*pp_list == NULL) { X return 0; X } X X /* look in hash table */ X hindex = string_hash(pc_name); X hentry = &(((*pp_list)->hashtable)[hindex]); X X if (hentry->used == 0) { X return 0; X } X X /* now search through hash chain */ X for (phash = hentry; phash; phash = phash->next) { X if (strcmp(phash->key, pc_name) == 0) { X return 1; X } X } X return 0; X} X X/* X * list_unset(pc_name, pp_list) X * remove the list entry with (varname == pcname) from the X * environment X */ X Xvoid Xlist_unset(pc_name, pp_list) X char *pc_name; X struct list **pp_list; X{ X struct list_hash *phash, *qhash = (struct list_hash *) NULL; X struct list_elem *plist; X unsigned int hindex; X struct list_hash *hentry; X X if (*pp_list == NULL) X return; X X /* X * 1) if pc_name isn't found in the hash chain, return X * 2) if found, remove the element from the list, and then remove X * from hash chain. X * check to see if we're the only element on the hash chain, X * too. X */ X X /* look in hash table */ X hindex = string_hash(pc_name); X hentry = &(((*pp_list)->hashtable)[hindex]); X X /* if not in hash table, return */ X if (hentry->used == 0) { X XLISTDEBUG(0) Xfprintf(stderr, "list_unset(): couldn't find '%s' in environment\n", pc_name); X X return; X } X X /* find the element, but playing pointer tag w/two pointers */ X for (phash = hentry; phash; qhash = phash, phash = phash->next) { X assert(qhash == NULL || qhash->next == phash); X if (strcmp(phash->key, pc_name) == 0) { X /* remove the element from the list */ X plist = phash->lptr; X X /* prev->next = this->next X * next->prev = this->prev X */ X X /* are we at the head of the list? */ X if (plist->prev) { X plist->prev->next = plist->next; X } X /* are we at the end of the list? */ X if (plist->next) { X plist->next->prev = plist->prev; X } X free((char *) plist); X X /* now remove from hash chain */ X /* if it was at top of list */ X if (qhash == NULL) { X hentry->used = 0; X hentry->next = (struct list_hash *) NULL; X } else { X qhash->next = phash->next; X free((char *) phash); X } X return; X } X } X X X return; X} X X/* X * list_setflag(pc_name, flag, pp_list) X * X * OR the the specified flag to the existing flag value. X */ X Xint Xlist_setflag(pc_name, flag, pp_list) X char *pc_name; X int flag; X struct list **pp_list; X{ X struct list_elem *plist; X struct list_hash *phash, *hentry; X unsigned int hindex; X X if (*pp_list == NULL) X return -1; X X /* X * 1) look in hash table for entry. if not found, return with error. X * 2) walk down hash chain until entry is found, then modify the X * list entry X */ X X /* look in hash table */ X hindex = string_hash(pc_name); X hentry = &(((*pp_list)->hashtable)[hindex]); X X /* walk down chain */ X for (phash = hentry; phash && phash->used; phash = phash->next) { X if (strcmp(phash->key, pc_name) == 0) { X plist = phash->lptr; X plist->flag |= flag; X return 0; X } X } X X return 0; X} X X/* X * list_getflag(pc_name, pp_list) X * return the flag value embedded in structure. X */ X Xint Xlist_getflag(pc_name, pp_list) X char *pc_name; X struct list **pp_list; X{ X X struct list_elem *plist; X struct list_hash *phash, *hentry; X unsigned int hindex; X X if (*pp_list == NULL) X return -1; X X /* X * 1) look in hash table for entry. if not found, return with error. X * 2) walk down hash chain until entry is found, then modify the X * list entry X */ X X /* look in hash table */ X hindex = string_hash(pc_name); X hentry = &(((*pp_list)->hashtable)[hindex]); X X /* walk down chain */ X for (phash = hentry; phash && phash->used; phash = phash->next) { X if (strcmp(phash->key, pc_name) == 0) { X plist = phash->lptr; X return plist->flag; X } X } X X return -1; X} X X/* X * list_print() X * print out the entire contents of the linked list X */ X Xvoid Xlist_print(pp_list) X struct list **pp_list; X{ X struct list_elem *p; X struct list_elem *head; X X /* check to see if list is empty */ X if (*pp_list == NULL) X return; X X head = (*pp_list)->p_head; X X /* walk down entire list */ X for (p = head; p; p = p->next) { X printf("%-40s\t%20s %d\n", p->varname, p->varvalue, p->flag); X } X return; X} X X/* X * list_reset() X * X * given a pointer to a list, delete the entire list, and set the X * pointer to NULL; X */ X Xvoid Xlist_reset (pp_list) X struct list **pp_list; X{ X struct list_elem *p, *q; X struct list_hash *phash, *qhash; X int i; X X if (*pp_list == NULL) X return; X X /* walk down the list, deleting the element that we just came from */ X for (p = (*pp_list)->p_head; p; q = p, p = p->next, free((char *) q)) ; X X /* walk down the hash table, and remove its hash chain */ X for (i = 0; i < LIST_HASHSZ; i++) { X phash = &(((*pp_list)->hashtable)[i]); X if (phash->used) { X /* don't delete the first entry! it's static! */ X for (phash = phash->next; phash; qhash = phash, X phash = qhash->next, free((char *) qhash)) ; X } X } X X /* now free up the list structure */ X free((char *) *pp_list); X X /* now invalidate the list structure pointer */ X *pp_list = NULL; X X return; X} X X X/* X * list_init () X * list_open (struct list **pp_list) X * list_get (struct list **pp_list) X * list_close(struct list **pp_list) X * X * this allows the retrieval of individual list elements through X * successive calls to list_get(). X * X * 0) list_init() initializes the tables. X * 1) list_open() creates a table entry with *pp_head as the key X * 2) any calls to list_get() will get the next element. the X * index is stored in the table, with *pp_head as the X * key. X * 3) list_close() removes the table entry, with *pp_head as the X * key. X */ X X#define LIST_TABLE_SZ 16 Xstruct list_table_entry { X struct list *p_key; /* pointer to head is used as key */ X struct list_elem *p_pindex; /* pointer to current element */ X}; X Xstatic struct list_table_entry list_table[LIST_TABLE_SZ]; X Xint Xlist_init() X{ X int i; X struct list_table_entry *p; X X /* clear all keys and indexes */ X for (i = 0; i < LIST_TABLE_SZ; i++) { X p = &list_table[i]; X p->p_key = NULL; X p->p_pindex = NULL; X } X return 0; X} X X/* X * list_open(struct list **pp_list) X * X * create a table entry with *pp_head as a key. X * returns (-1) if an entry with the specified key was already X * in the table, else (0). X */ X Xint Xlist_open (pp_list) X struct list **pp_list; X{ X int i; X struct list_table_entry *p; X X /* is the list NULL? */ X if (*pp_list == NULL) { X return 0; /* we'll fake it later on */ X } X X /* is there already an entry with a matching key? is there any X * an empty table entry for us? X */ X for (i = 0; i < LIST_TABLE_SZ; i++) { X p = &list_table[i]; X if (p->p_key == NULL) X break; X if (p->p_key == *pp_list) X break; X } /* end for loop */ X X /* X * return with error if there was a collision. (if the index rolled X * all the way to the top, and its index value was non-null, then X * we overflowed the table.) X */ X if (i == LIST_TABLE_SZ && p->p_key != NULL) X return -1; X X /* X * create the table entry. assertion: p already points to an empty X * table entry. Have index point to the head. X */ X p->p_key = *pp_list; X p->p_pindex = (*pp_list)->p_head; X X return 0; X} X X/* X * struct list_elem * X * list_get(struct list **pp_list) X * X * get the next entry in the specified list (using *pp_list as the key), X * and bump the internal pointer to the next element, ready X * for the next call to list_get(). X * we return NULL if we're sitting on the tail end of the list. X */ X Xstruct list_elem * Xlist_get (pp_list) X struct list **pp_list; X{ X int i; X struct list_table_entry *p, *q; X struct list_elem *p_elem; X X /* fake it if you pass it a NULL */ X if (*pp_list == NULL) { X return NULL; X } X X /* find entry with matching key */ X for (i = 0; i < LIST_TABLE_SZ; i++) { X p = &list_table[i]; X if (p->p_key == *pp_list) X break; X } /* end for loop */ X X /* bounds checking. if we rolled through the entire array, then X * we never found the key! X */ X X if (i == LIST_TABLE_SZ) X return NULL; X X /* are we already at the end of the list? */ X X if (p->p_pindex == NULL) X return NULL; X X /* if not, return a pointer to the current list element, and increment X * the table pointer. X */ X X p_elem = p->p_pindex; X q = p; X q->p_pindex = q->p_pindex->next; /* walk through pointer */ X X return p_elem; X} X X/* X * list_close(struct list **pp_list) X * X * remove the table entry with (*pp_list) as the key. X * return -1 if entry not found. else 0. X */ X Xint Xlist_close (pp_list) X struct list **pp_list; X{ X int i; X struct list_table_entry *p; X X /* fake it if you pass it a NULL */ X if (*pp_list == NULL) { X return 0; X } X X /* find entry with matching key */ X for (i = 0; i < LIST_TABLE_SZ; i++) { X p = &list_table[i]; X if (p->p_key == *pp_list) X break; X } /* end for loop */ X X /* bounds checking. if we rolled through the entire array, then X * we never found the key! X */ X X if (i == LIST_TABLE_SZ) X return -1; X X /* remove the entry. assertion: p is pointing to our entry */ X p->p_key = NULL; X p->p_pindex = NULL; X X return 0; X} X Xstatic unsigned int Xstring_hash (string) X char *string; X{ X unsigned int hindex; X char *pc = string; X X hindex = *pc; X while (*pc) { X hindex = ((hindex << 9) ^ *pc++) % LIST_HASHSZ; X /* X hindex = ((hindex << 7) | (string[i] + len)) % LIST_HASHSZ; X */ X } X return hindex; X} END_OF_FILE if test 17081 -ne `wc -c <'tripwire-1.0/src/list.c'`; then echo shar: \"'tripwire-1.0/src/list.c'\" unpacked with wrong size! fi # end of 'tripwire-1.0/src/list.c' fi if test -f 'tripwire-1.0/sigs/md4/Makefile' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'tripwire-1.0/sigs/md4/Makefile'\" else echo shar: Extracting \"'tripwire-1.0/sigs/md4/Makefile'\" \(306 characters\) sed "s/^X//" >'tripwire-1.0/sigs/md4/Makefile' <<'END_OF_FILE' X# $Id: Makefile,v 1.1.1.2 92/11/02 18:21:37 genek Exp $ X# X# Makefile for MD4 wrapper X# X# Gene Kim X# Purdue University X# October 18, 1992 X# X Xall: md4.o md4wrapper.o X X.c.o: X $(CC) $(CFLAGS) -c $< X Xclean: X -rm -rf md4.o md4wrapper.o X Xmd4.o: ../../include/byteorder.h Xmd4wrapper.o: ../../include/byteorder.h END_OF_FILE if test 306 -ne `wc -c <'tripwire-1.0/sigs/md4/Makefile'`; then echo shar: \"'tripwire-1.0/sigs/md4/Makefile'\" unpacked with wrong size! fi # end of 'tripwire-1.0/sigs/md4/Makefile' fi if test -f 'tripwire-1.0/sigs/crc32/crc32.h' -a "${1}" != "-c" ; then echo shar: Will not clobber existing file \"'tripwire-1.0/sigs/crc32/crc32.h'\" else echo shar: Extracting \"'tripwire-1.0/sigs/crc32/crc32.h'\" \(81 characters\) sed "s/^X//" >'tripwire-1.0/sigs/crc32/crc32.h' <<'END_OF_FILE' X/* $Id: crc32.h,v 1.1.1.2 92/11/02 18:21:03 genek Exp $ */ X Xint sig_crc32_get(); END_OF_FILE if test 81 -ne `wc -c <'tripwire-1.0/sigs/crc32/crc32.h'`; then echo shar: \"'tripwire-1.0/sigs/crc32/crc32.h'\" unpacked with wrong size! fi # end of 'tripwire-1.0/sigs/crc32/crc32.h' fi echo shar: End of archive 3 \(of 8\). cp /dev/null ark3isdone MISSING="" for I in 1 2 3 4 5 6 7 8 ; do if test ! -f ark${I}isdone ; then MISSING="${MISSING} ${I}" fi done if test "${MISSING}" = "" ; then echo You have unpacked all 8 archives. echo "Now read the README file" rm -f ark[1-9]isdone else echo You still need to unpack the following archives: echo " " ${MISSING} fi ## End of shell archive. exit 0 -- Gene Spafford Software Engineering Research Center & Dept. of Computer Sciences Purdue University, W. Lafayette IN 47907-1398 Internet: spaf@cs.purdue.edu phone: (317) 494-7825