O*Z H 8 P` ( 1L .text ( ( ( .data 8 @.bss H H P` .loader /) H B (= , |nx|#x|+xb ,;L A A D | S * N!A 9 H}{x~x H ` , A b $H vـA | @ __start , M H 4N @ __threads_init !|A f H | F N!A b , A c | C N!A b , A tc | C N!A b , A c | C N!A b , A c | C N!A H8! @}N b , AK A __threads_init@AF2_1 @ | 4! HH QA H8! @}N A (
call_pth_init < 8A L | N |!8 / Xa DH mA , ( A 8c @ (H 8 \a DH EA ( 8c @ a D X8! P}N d , 8 9 AT88<9 9@ , A<9` 9 ; 8 `! ( W8 |8.@ 8, @ , ;@ `h , 8c @a N |N , *, -/ /@ ; e H @ ; E H @ ; % H ; , *A H t ; H h, *@ ; e H T; , /A H @ ; H 4; , -A ,
@ ; H ; K, @Ka N x a̒:` Ԓؒ: ` T`} 8`|} &; ;` ;@ ; ; 8 ! c H
!A :d,: dA ` ` `! , ic A 0, h/ dA A @ H @4 H 8 H 0, oA $, tA , v@t H t H T 8 c H A ,@. b h |`QT:@ l@- @$@\b l@; . @@b l@; : , A $8cc AXH =A , `v A$;` , A $8c A H A , `{ A c H , @ c c b cf c' H 3i` , @ P, @ 88` x t8! p|} âЂԂܻN c# H paA KcC H pQA K8` H pA Ktc H x t8! p|} Kb l8P8c @H _A 8` H Հ x t8! p|} Kdcc H x t8! p|} KDb l8 8c @H _A 8` H x t8! p|} K8c# H A , `x @Hc# H E x t8! p|} K8 cC H |yy: N K 8cC H UA , `} @cC H x t8! p|} K|8c H )|zy:` M K8c H A , ` @hc H x t8! p|â} ԂܻN b l8 |(.8c @H ^QA 8` H E x t8! p|â} ԂܻN 8` H
x8! p}âЂԂܻN
|8 `e aA; 8 8 ;$!aH8a D @ H mŀA , A ;@ ` ` ` `! 8a DH @9A `} 8 8a D` ( A(K-`| ( 8 D8c @, 8 c Z@8` cD H mqA `~ 8 Dce H m` , A L8 @c H ~` , 8 @(c [ PcD H uA `~ |8 DcE H ?` 8a D 8 H8 H lŀA , @, @ 08` x8!p}Aa상N c H ?A , 8 @A c H }` , @ 4c H l)A 8` x8!p}Aa상Kb l T @8c @8 H [A 8` x8!p}Aa상K\b l T @8c @8 H [}A 8` x8!p}Aa상KcD c H A `~ 8 Dce H k` , AKP, `P8 Z@K b l8` T8c @` 8 Ā H ZA 8` x8!p}Aa상K |` ! DK8 . , A<8c H iA , A c 8 .H QA Pa D; H =)A |~H =EA `~ c c H =i` 8 Tc 8 ` | H=` c DH-` c h8! `}N c H &t c H &` , @ ci c 8blA 8 @ ! < D` ` c ` H E8b c | @A H c H &E` 8&h , 8~_ @ Hc ` H M x8! p}!Aa상N ` H x8! p}!Aa상K8 &| c 8blci A 8! < @ D` ` c ` H M8b c | @APK;>&l c H %%` , @Kc c H %` , @KX;~&h c H %` , @K ;&he H $` , @K ؒܓ!Aa쿁` c |c !pH $` |, ; @c d H $e` , @c c H $I` , @X |;d c H $ ` , @ |:&tc H #` , @hc 8l_ % H "=` `` c# A 8 @cD c a A, <@ 8 L L8` H8! PN 8 G8` L H8! PN 8 F8` L H8! PN 8 D H L8! P` 8| 4T~8c N , =A D, >@ 8 M L8` H8! PN 8 E8` L H8! PN 8 H8` L H8! PN 8 ;` ; H pA , Ah`! } ; ;{ H p݀A , @cc X T|KD, `, x/ XA,, [A`A Ap @ , @ x|, A ; 8 p @ , @ Px8| , A <x8` `! ; 8c p @, @ |(, @c c H X8! P}~ c N 8 8` L H8! PN 8` 8 , A d. ]8` A ,` ` `! 8 , . ]A ,8c @8 L T H8! P} N 8 @K8 | K , '@8 ~; ; ` , A D, 'A <; `! H A , ; @ | ; , , 'L3@W, @ 8@ 8 c K4;} X T8! Pcc |} K,8 ;} @c K, |/ ~A4A $@8 W8` L H8! PN , |A 8 K L8` H8! PN 8 S8` L H8! PN , @ 8` N H |p!` 8 88
a8a @| `! 8 C 8 Km8!}N " h K@ ` ` 8<aAb( | |!䃢p|0|c 8 T:!Td:8\|c P|xxTd| || 6p| "T80| P|`P|e;yA ;} t;];=` || A |};yA T|| @||c c |.|`H 1y` , A T|};yA || AK8` h8! `}!Aa상N 8} 聁 h8! `}|cஃ!Aa상K8` P T X \8! `N |` ! p t8 pa h xb l8 c H /A` 8 X8! P }N l |` !` , A 8`! H "c , @ H8! @}N 8 <8! @N t ` ` |aA( 88b*Ā !PT 6T:(5` c a H @|f*;\ @ 0A 8btT:8cP|c .|iN c H h1` H H c 8 H f` H lc 8 H f` H Xc 8 H e` H D c H n]` H 08 @H $ @H c H n` H c H m` H ā<8 c c 8 9 H c]` H 8 @H 8 @H 8 c c 8 H a)` H c 8 8 H a
` | H n!` H t a D @l 쀽p| PT ~|"Pe DH D8 c H a` | @a DH | @a DH 8 c H `` H | @a DH 䀜 D @| Tc ~||e PP a DH D @| Tc ~||e PP a DH D @| Tc ~` | P|c"P a DH P c H o)` H < c H o` H ( c 8 U8 8 H pu` `d c H n` H c 8 X8 8 8 H pE` `d c H n` H Ȁ c H n` H c 8 H _` H c 8 8 8 8 8 9 9@ 8 |c8 80|e||`|d.N ( 8 ` `! 8 T>+ ` T 6T :}(|H., } A |BH,}"a A ,>, A , @ }&@| A p@ \@ | , @8g ;8 ||"` , ,>A ,@ 80||c, ;@ |e.N dTN | |ecTN |hB80|d.N @@K, @@Kt ` | T 6 T:!, 8 8c |*|@ 8` ` L8! PN |T>a DH E X}8 a D8! PN |8t! H8eTc>8eT|0.( SA (| N d H L` H8! @}N 8! @N d H OE` H8! @}N d H O)` H8! @}N d H N` H8! @}N d H N` H8! @}N d H L` H8! @}N d H K` H8! @}N d H N}` H8! @}N d H La` H8! @}N d H Ne` H8! @}N d H N)` H8! @}N d H N-` H8! @}N d H M` H8! @}N d H M` H8! @}N d H K` H8! @}N d H K` H8! @}N d H M` H8! @}N d H K` H8! @}N d H J` H8! @}N d H KM` H8! @}N d H M` H8! @}N d H M` H8! @}N d H L` H8! @}N d H L` H8! @}N d H J` H8! @}N d H L` H8! @}N d H Li` H8! @}N d H Lm` H8! @}N d H LQ` H8! @}N d H L` H8! @}N d H L` H8! @}N d H G` H8! @}N d H I` H8! @}N d H K` H8! @}N d H G` H8! @}N d H K` H8! @}N , |} &|#y`~ ` ! , ` 9 AN W>- @c D `! K,M,A 8c @ DK5c c A , @̀ h d|8! `} N , @ <8 c 8 @ K@c K- h d8! `|} Kc H @c DK}K`d c 8 @c Ke~ d8 h|K\8 8 K x , M `e H N |!`d 8`ܐ HA d | D N!A , 8 A H8! @}N P` K |` ` ` !` , A A $` ` `! Kc , @c ~ | ^ N!A X8! P}N |a`} ; ` !9a xa x |; W : 8 A ! T :; c , A 8` ` ` `! KA 8 T :; c , @; } KA c K݀A |{ya xW :8 c A pT : ; , c A P` ` `! KmA `| cc c c K` {8 T :; , c @ě h8! `}a상N h Tdz8,Tc>( 8` |e .` ( A |iN @ b8cN bN b8c N b8c 4N b8c PN b8c pN b8c N b8c N b8c N b8c N b8c N b8c N b8cN b8c4N b8cTN b8clN b8cN b8cN b8cN b8cN b8cN b8c N b8c4N b8cTN b8cxN \ , M , "A , 'A , [A , `L H 8 ] , M 8 | 8 9 8 9@ @ 4}&(8 | @ P|!aD |(, M 9J | A8 |!aD |(, M 9J | @KN }!N , M KtKK |` ! l p t x |! A a h H P:̑|` | &, %A b : 8 , %- A Xb AL: 8 8c , %- A 4` ` `! : A 8c 8 ` , %- @c c$ H A : u , A 8 : : :` 8 8 :@ b , ` `! 8Tz|0.( A $|N 8 @@H (: @4H H ,:` @$H 8 @H :@ @ H : @ H c 8T8 H ̀hd8!`|dhlp!tAxa|} H c c$ H K䁁h8!`}!AaN H,^A ,@ ,
-@ ;> 8~ KA `z - @ |Q@ c H M, @ c c$ cE H A |Q@ c H !, @ : , A Ka KeA K,
+;> @ ;> c# Kp;! P8a P, 8A $ * H LB @ ;Z H@`,~` 4T~A | @8;` | cI @ 9 8 | | x,
/ T ~`x @~xA P8a Q, A8 9}C8a H8 @` `! H 9)l 9 8a H8 @, @, A 8 .
9J 8i , A<@ @9*}J8a H8 @9` `! H i 9) , 8a H8 @9A, A d, A \
, 0@ 4aC ` ` ` `! 9J8 8c, 0A, .@ , A8 0
9J , Ap@ , A 8j 8 4|(
@@Z 8 -
, dA 4|8|.pT0T 4T:| P8 0 | 28c @PWD9C |0| p|T8|"| *8 0 |P8 0 8 , YPP- `
A @,| @ |P| A D8q |P8 Q|c*|2|"|"|i` `! d8e8C } 4, 8cTcA 08 0| 8 O|cB@ `! 8c 8 0C b: @K|8 +
K, KaC 8 9JKt@88i ~ :`! 8 0, / 9J 8 @:8c AK8 09C KX~P;` L K9 K H @,A8_| ` ` ` `! ;Z 2 @t@ Kl H @,A8^T8 | `! ;Z @@ K H LA@,^A _| ` `! ;Z L+@@K H LB @,^A)` `! ;Z r L3@@Kd 8 : , @: , *@ 8| Tc :; # , A `b : c ,T@ : T, .@ 8b v : : , *@ 8| Tc :; , |p A : d , l@ |b v 8 : , l@ \8 : g 9 , d8 A , s8 A , g8 A , z8 A
, q8 A
, Q8 A
, w8 $A
, c8 *A
, o8 0A
, u8 6A
, x8 A E 48T | P| @ ` ;!, @T 6T` 6}:|U @.T@.}HJ}*UK 8 }JZ}gZUJ:U }JXP}:})RU
:}
@P| :|
P|}d}#~}+H|}L||@||0||0})U UPT8||:| , @ T 6}@:U 6UH@.}eJ}BUj@.U }kR}'U:8 ,PUl }+bW+:}J}+P}k`P}JZ:`
}`}%~} @}g}|}H} } @|}
@}U9UGUI 8QUHT8}g:}JZ} B|
||B|)@ ( @ 8 |28 ;!8 ` |(|( c4 8 4~`*` ` `! b 8 H A c |y;9|0:@8| P|`Q@ <| P|i8 0c# 98 0B@ ` `! 8c8 0C , A Y;9cE ,
A ` |#yA T|~"| | A D, A ;@ @,K H @ LA@ ;@ ; ( LB @ ;@ @; $ LA@ ;@ `; LB @ ;@ ; LA@ ;@ ; LB @l ;@ ; LA@T ;@ ; LB @< ;@ ; LA@$ ;@ ; LB @ ;@@; LA@ ;@`? K, A 9 +Kd| T
6KX: K0 8| - Tc :: ; ;@ ` c @K8 T :; # , @ |;> , A \;@ @ H , A P, A H, @ ,88a P| ` ` ` `! 8c C b ;! P- @K|;@ Kb : T>K, : '@ : "V>8 T :; c b` , @ , :~@ :~ 8` be 8 ` , A @8 | @ ` `! , 8 8 A | 8 @K: A 8| 4T~8 || "|c,^A ;! P;@ , A ;@ , A X|ѮcC | ;Z @ |Ѯ;C ` ` ` `! cC :s , A |Ѯ;Z @KA ~Ѯ;Z 8 - |Ѯ@KKyA |nya A@KX8 T :; c |`yA , @ : - ;@ @Kﴀ c T ~H K8 T :8 T :; 8 T02T 6|`PC"| .|#yA , @ ( c 8H a: - ;@ @HK4c 8H Ac 8V8 H 1K8 8 KH- @K8~ X}| @ o pc @,o K8 K8 8 K`p Kh, 0Ah, 9A`b 8 8 : ` ` `! |2|:d 8 :` , 0, 9A V8|ЂA: K: K:@ ~1 K, 0A, 9Ab : `g 8 :'` d , 0, 9Ap` ` `! V$8|AX: }:|Bf 8 :$` , 0, 9@K, " |` , ` !a DA 88 8 ` ` `! H ;a D8 8 ` , @, c a D@ c 8 H I X8! P}N < C0 8 , ` @ D !Ddl !A* ( 8d 0N 8` 0N " h | @M H N , @ ` N H |` ` ` !c | y D@, A A D||@ A <8} } p|ep8 , |h@ l |`@P ;, @ < c |`Ku-` h| T 8! `}N T h8! `}N | ) p` |p| @|( A0@ c |p| |)|p` | @` |0 A A (KE8 T h8! `} N ` Kt1A , A d`~ KtM` c K Dc |`Kt)` h8! `}| N c 8 K T h8! `}N AdK< KsA , A`~ Ks` K\@Kԃ T \8! `N ` Ks!A |}yAtK ` ||y !0A `8 X8^ P8a @KQ8 K8a @K, T, LFA 8 8!}N <;8 X8 8^8a @K8 K!8a @K, T, LFAK !|a X \9a \ ` d H8 h lT :! pA tK遁 H8! @}N L !|a x | h|`y8a @ ` A ! A ` 8! `N 8 K8 8 8 8 T : UK8a @K h8! `}N !0<;|a8 X8^8a @8 ` Ku8 K8a @K 8!}N X !|a X \8 X ` d H8 h lT :! pA tKI H8! @}N L |` c !KQA 8 H8! @}N < ` c | 8 !` |! | @, LFBA l 8c KoA 8 ` , @ H8! @}N 8 Ko` H8! @}N <8! @N px!Aaځڡ!AaہۡN @ L fsav px!Aaʁʡ!AaˁˡN @ L fres $A L | N |!Aa쿁 ; !a D H` KmA ; 8c ` KmрA ; |}yc HA@Km` ; c ;` H c 8 (H A , ; @;]} , A ,` ` `! H yA z ;Z z , @c B<8xKl` , @ ; ;: , 8b*@ , @ h | @ a Hc$ c Dc cg H ` c KA c x8! p}!Aa컁N , @ lH m8\ H8g @KyA Ka D8Ȁ HK` Kc 8|Kk` , A(c ;: 8 Kk` , @ ;` ; Kc 8Kk` , Ac 8Kku` , Ac 8Kk]` , Ac 8KkE` , Ac 8Kk-` , ;: Ac 8Kk` , @ ;: Kc 8 Kj` , Ac 8Kj` , @ ;: KXc 8Kj` , @ ;: (K8c ;: 08 0Kj` , A c 8 (Kj}` , Ac 8Kje` , Ac 8KjM` , Ac 8Kj5` , , @ $, / @ AKH@;: (Ka D8 HK` K;C 8c 8 )H YA 8 ,` , A ě cC H 9A |yycC A ;9 H mA |xyA t, AY , Ac# 8 ,H A , cC @ (H UA , c# A H A `~ KP H ( 9^ ,;^ 0 }b||||"|} B}<}\R }|, |
A 8` T 8 @ KMA , `z A d T ~K]` [ 8 8 hc 8! `}| . ! Aa8 N b l<8c @8KyQA 8` h8! `}!AaK8f @8Ky A 8` h8! `}!AaKT `f O |8 A P`d , A D`! 8 8 |8 , LFA $@, M 8 N N , @N x , @ 8` N 8 8 H 8 , A 8b* N 8 8 8 H ( | l\ !a h l8a h8 p t8 8~ @ x |T :! A K_A 8~ @c ` hKCIA 8$8~ @8 K_]A X8! P}N |} & !K, Na @ A ܃\, A p`! 8 @8 ,K8 =8 DK͐a L D, A |K8 =8 D` a LK D, @ @N @ strcatA L | N db_sql IUsage: %s [-i inputFile] [-h outputHeaderFile] [-o outputFile] [-t testOutputFile] [-d] [-v verificationOutputFile]
IBparsing error at end of file: %s
IBparsing error at line %d : %s
I%s: line %d is too long . IBi:t:o:h:dv: extra argument %s after switch arguments
r c w h IBCan't produce test when streaming to stdout
IBMCan't produce verify when streaming to stdout
Cache size constants, specified in a
hint comment in the original DDL
int create_%s_env(DB_ENV **envpp)
{
int ret, flags;
char *env_name = "./%s";
if ((ret = db_env_create(envpp, 0)) != 0) {
fprintf(stderr, "db_env_create: %%s", db_strerror(ret));
return 1;
}
(*envpp)->set_errfile(*envpp, stderr);
flags = DB_CREATE | DB_INIT_MPOOL;
if ((ret = (*envpp)->open(*envpp, env_name, flags, 0)) != 0) {
(*envpp)->err(*envpp, ret, "DB_ENV->open: %%s", env_name);
return 1;
}
return 0;
}
(*envpp)->set_cachesize(*envpp,
%s_CACHE_SIZE_GIGA,
%s_CACHE_SIZE_BYTES, 1);
int create_%s_database(DB_ENV *envp, DB **dbpp)
{
return create_database(envp, "%s.db", dbpp,
DB_CREATE, %s, 0, %s);
}
NULL These are custom comparator functions for integer keys. They are
needed to make integers sort well on little-endian architectures,
such as x86. cf. discussion of btree comparators in 'Getting Started
with Data Storage' manual. static int
compare_int(DB *dbp, const DBT *a, const DBT *b)
{
int ai, bi;
memcpy(&ai, a->data, sizeof(int));
memcpy(&bi, b->data, sizeof(int));
return (ai - bi);
}
int
compare_long(DB *dbp, const DBT *a, const DBT *b)
{
long ai, bi;
memcpy(&ai, a->data, sizeof(long));
memcpy(&bi, b->data, sizeof(long));
return (ai - bi);
}
A generic function for creating and opening a database int
create_database(DB_ENV *envp,
char *db_name,
DB **dbpp,
int flags,
DBTYPE type,
int moreflags,
int (*comparator)(DB *, const DBT *, const DBT *))
{
int ret;
FILE *errfilep;
if ((ret = db_create(dbpp, envp, 0)) != 0) {
envp->err(envp, ret, "db_create");
return ret;
}
if (moreflags != 0)
(*dbpp)->set_flags(*dbpp, moreflags);
if (comparator != NULL)
(*dbpp)->set_bt_compare(*dbpp, comparator);
envp->get_errfile(envp, &errfilep);
(*dbpp)->set_errfile(*dbpp, errfilep);
if ((ret = (*dbpp)->open(*dbpp, NULL, db_name,
NULL, type, flags, 0644)) != 0) {
(*dbpp)->err(*dbpp, ret, "DB->open: %%s", db_name);
return ret;
}
return 0;
}
int remove_%s_database(DB_ENV *envp)
{
return envp->dbremove(envp, NULL, "%s.db", NULL, 0);
}
int serialize_%s_data(%s_data *%sp, char *buffer)
{
size_t len;
char *p;
memset(buffer, 0, %s);
p = buffer;
len = strlen(%sp->%s) + 1;
assert(len <= %s);
memcpy(p, %sp->%s, len);
p += len;
&
void deserialize_%s_data(char *buffer, %s_data *%sp)
{
size_t len;
memset(%sp, 0, sizeof(*%sp));
len = strlen(buffer) + 1;
assert(len <= %s);
memcpy(%sp->%s, buffer, len);
buffer += len;
int %s_insert_struct( DB *dbp, %s_data *%sp)
{
DBT key_dbt, data_dbt;
char serialized_data[%s];
int ret, serialized_size;
%s %s%s_key = %sp->%s;
memset(&key_dbt, 0, sizeof(key_dbt));
memset(&data_dbt, 0, sizeof(data_dbt));
key_dbt.data = %s%s_key;
key_dbt.size = %s(%s_key)%s;
serialized_size = serialize_%s_data(%sp, serialized_data);
data_dbt.data = serialized_data;
data_dbt.size = serialized_size;
if ((ret = dbp->put(dbp, NULL, &key_dbt, &data_dbt, 0)) != 0) {
dbp->err(dbp, ret, "Inserting key %%d", %s_key);
return -1;
}
return 0;
}
* strlen sizeof + 1
int get_%s_data(DB *dbp,
%s %s%s_key,
%s_data *data)
{
DBT key_dbt, data_dbt;
int ret;
%s %scanonical_key = %s_key;
memset(&key_dbt, 0, sizeof(key_dbt));
memset(&data_dbt, 0, sizeof(data_dbt));
key_dbt.data = %scanonical_key;
key_dbt.size = %s(canonical_key)%s;
if ((ret = dbp->get(dbp, NULL, &key_dbt, &data_dbt, 0)) != 0) {
dbp->err(dbp, ret, "Retrieving key %%d", %s_key);
return ret;
}
assert(data_dbt.size <= %s);
deserialize_%s_data(data_dbt.data, data);
return 0;
}
int delete_%s_key(DB *dbp, %s %s%s_key)
{
DBT key_dbt;
int ret;
%s %scanonical_key = %s_key;
memset(&key_dbt, 0, sizeof(key_dbt));
key_dbt.data = %scanonical_key;
key_dbt.size = %s(canonical_key)%s;
if ((ret = dbp->del(dbp, NULL, &key_dbt, 0)) != 0) {
dbp->err(dbp, ret, "deleting key %%d", %s_key);
return ret;
}
return 0;
}
int %s_callback(DB *dbp,
const DBT *key_dbt,
const DBT *data_dbt,
DBT *secondary_key_dbt)
{
int ret;
%s_data deserialized_data;
deserialize_%s_data(data_dbt->data, &deserialized_data);
memset(secondary_key_dbt, 0, sizeof(*secondary_key_dbt));
secondary_key_dbt->size = %s(deserialized_data.%s)%s;
secondary_key_dbt->data = malloc(secondary_key_dbt->size);
memcpy(secondary_key_dbt->data, %sdeserialized_data.%s,
secondary_key_dbt->size);
/* tell the caller to free memory referenced by secondary_key_dbt */
secondary_key_dbt->flags = DB_DBT_APPMALLOC;
return 0;
}
int create_%s_secondary(DB_ENV *envp,
DB *primary_dbp,
DB **secondary_dbpp)
{
int ret;
char * secondary_name = "%s.db";
if ((ret = create_database(envp, secondary_name, secondary_dbpp,
DB_CREATE, %s, DB_DUPSORT, %s)) != 0)
return ret;
if ((ret = primary_dbp->associate(primary_dbp, NULL, *secondary_dbpp,
&%s_callback, DB_CREATE)) != 0) {
(*secondary_dbpp)->err(*secondary_dbpp, ret,
"DB->associate: %%s.db", secondary_name);
return ret;
}
return 0;
}
int %s_query_iteration(DB *secondary_dbp,
%s %s%s_key,
%s_iteration_callback user_func,
void *user_data)
{
DBT key_dbt, data_dbt;
DBC *cursorp;
%s_data deserialized_data;
int ret;
memset(&key_dbt, 0, sizeof(key_dbt));
memset(&data_dbt, 0, sizeof(data_dbt));
if ((ret = secondary_dbp->cursor(secondary_dbp, NULL, &cursorp, 0)) != 0) {
secondary_dbp->err(secondary_dbp, ret, "creating cursor");
return ret;
}
key_dbt.data = %s%s_key;
key_dbt.size = %s(%s_key)%s;
for (ret = cursorp->get(cursorp, &key_dbt, &data_dbt, DB_SET);
ret == 0;
ret = cursorp->get(cursorp, &key_dbt, &data_dbt, DB_NEXT_DUP)) {
deserialize_%s_data(data_dbt.data, &deserialized_data);
(*user_func)(user_data, &deserialized_data);
}
if (ret != DB_NOTFOUND) {
secondary_dbp->err(secondary_dbp, ret, "Querying secondary");
return ret;
}
cursorp->close(cursorp);
return 0;
}
int %s_full_iteration(DB *dbp,
%s_iteration_callback user_func,
void *user_data)
{
DBT key_dbt, data_dbt;
DBC *cursorp;
%s_data deserialized_data;
int ret;
memset(&key_dbt, 0, sizeof(key_dbt));
memset(&data_dbt, 0, sizeof(data_dbt));
if ((ret = dbp->cursor(dbp, NULL, &cursorp, 0)) != 0) {
dbp->err(dbp, ret, "creating cursor");
return ret;
}
while ((ret = cursorp->get(cursorp, &key_dbt, &data_dbt, DB_NEXT)) == 0) {
deserialize_%s_data(data_dbt.data, &deserialized_data);
(*user_func)(user_data, &deserialized_data);
}
if (ret != DB_NOTFOUND) {
dbp->err(dbp, ret, "Full iteration");
cursorp->close(cursorp);
return ret;
}
cursorp->close(cursorp);
return 0;
}
Header file for a Berkeley DB implementation
generated from SQL DDL by db_sql #include
#include
#include
#include
#include
#include
#include "db.h"
IBThe table "%s" (defined near line %d) lacks a primary key, which is not allowed. All tables must have a designated primary key.
IBThis convenience method invokes all of the
environment and database creation methods necessary
to initialize the complete BDB environment. It uses
the global environment and database pointers declared
below. You may bypass this function and use your own
environment and database pointers, if you wish. int initialize_%s_environment();
IB
extern DB_ENV * %s_envp;
I
DB_ENV * %s_envp = NULL;
I
int initialize_%s_environment()
{
if (create_%s_env(&%s_envp) != 0)
goto exit_error;
IBM
return 0;
IBMexit_error:
IBM
fprintf(stderr, "Stopping initialization because of error\n");
return -1;
}
IIndex creation and removal functions IBMFunctions for doing iterations over
an entire primary database IFunctions for deleting records by key IBFunctions for retrieving records by key Functions for inserting records by providing
the full corresponding data structure IBFunctions for inserting records by providing
each field value as a separate argument Database removal functions IDatabase creation/initialization functions IThe environment creation/initialization function IBMint create_%s_env(DB_ENV **envpp);
IBMThese typedefs are prototypes for the user-written
iteration callback functions, which are invoked during
full iteration and secondary index queries Array size constants. IBData structures representing the record layouts Macros for the maximum length of the
records after serialization. This is
the maximum size of the data that is stored IBM#define %s_CACHE_SIZE_GIGA %lu
#define %s_CACHE_SIZE_BYTES %lu
IB#include "%s"
DB_BTREE IBMint create_%s_database(DB_ENV *envp, DB **dbpp);
Iint remove_%s_database(DB_ENV *envp);
#define %s %d
Itypedef struct _%s_data {
I} %s_data;
IBM%s_data %s_data_specimen;
%s %s;
#define %s ( IBM)
IBsizeof(%s_data_specimen.%s) + \
IB
return p - buffer;
}
Imemcpy(p, %s%sp->%s, sizeof(%sp->%s));
p += sizeof(%sp->%s);
I}
memcpy(%s%sp->%s, buffer, sizeof(%sp->%s));
IBMbuffer += sizeof(%sp->%s);
int %s_insert_struct(DB *dbp, %s_data *%sp);
I%s %s%s ,
I)
Iint %s_insert_fields(DB * dbp,
int %s_insert_fields(DB *dbp,
I);
IBM{
I%s_data data;
Ireturn %s_insert_struct(dbp, &data);
IBassert(strlen(%s) < %s);
IBstrncpy(data.%s, %s, %s);
Imemcpy(data.%s, %s, %s);
IBdata.%s = %s;
Iint get_%s_data(DB *dbp, %s %s%s_key, %s_data *data);
int delete_%s_key(DB *dbp, %s %s%s_key);
Iextern DB *%s_dbp;
DB *%s_dbp = NULL;
if (create_%s_database(%s_envp, &%s_dbp) != 0)
goto exit_error;
I
if (create_%s_secondary(%s_envp, %s_dbp, &%s_dbp) != 0)
goto exit_error;
Iint %s_query_iteration(DB *secondary_dbp,
%s %s%s_key,
%s_iteration_callback user_func,
void *user_data);
int remove_%s_index(DB_ENV *envp)
{
return envp->dbremove(envp, NULL, "%s.db", NULL, 0);
}
Iint remove_%s_index(DB_ENV * envp);
IBint create_%s_secondary(DB_ENV *envp, DB *dbpp, DB **secondary_dbpp);
typedef void (*%s_iteration_callback)(void *, %s_data *);
int %s_full_iteration(DB *dbp,
%s_iteration_callback user_func,
void *user_data);
&compare_int &compare_long NULL %s_data_%s_length %s[%s] %s_data_serialized_length IBint long "0" "zero" 0 "1" "one" 1 1.1 "2" "two" 2 2.2 "3" "three" 3 3.3 "4" "four" 4 4.4 "5" "five" 5 5.5 "6" "six" 6 6.6 "7" "seven" 7 7.7 "8" "eight" 8 8.8 "9" "nine" 9 9.9 "A" "eleven" 11 11.1 "B" "twenty-two" 22 22.2 "C" "thirty-three" 33 33.3 "D" "forty-four" 44 44.4 "E" "fifty-five" 55 55.5 "F" "sixty-six" 66 66.6 "G" "seventy-seven" 77 77.7 "H" "eighty-eight" 88 88.8 "I" "ninety-nine" 99 99.9 binary_data[ DB_NOTFOUND remove_%s_database(%s_envp);
IBSimple test for a Berkeley DB implementation
generated from SQL DDL by db_sql
IB#include
IBM#include
#include "%s"
IBMTest data for raw binary types I#define MAXBINSZ %d
IBchar binary_data[%d][MAXBINSZ];
IBMint count_iteration;
ITest data for input record IA very simple binary comparison function IBMint compare_binary(char *p, int len, int dem)
{
if (memcmp(p, binary_data[dem], len) == 0) {
return 0;
} else {
return 1;
}
}
IBThese are the iteration callback functions. One is defined per
database(table). They are used for both full iterations and for
secondary index queries. When a retrieval returns multiple records,
as in full iteration over an entire database, one of these functions
is called for each record found I
main(int argc, char **argv)
{
int i;
int j;
int ret;
int occurence;
I
Fill the binary test data with random values IBMfor (i = 0; i < %d; i++)
for (j = 0; j < MAXBINSZ; j++)
binary_data[i][j] = rand();
IBMUse the convenience method to initialize the environment.
The initializations for each entity and environment can be
done discretely if you prefer, but this is the easy way. IBret = initialize_%s_environment();
if (ret != 0) {
printf("Initialize error");
return ret;
}
IBMNow that everything is initialized, insert some records
into each database, retrieve and verify them IBMfor (i = 0; i < %d; i++) {
First, insert some records into each database using
the ...insert_fields functions. These functions take
each field of the record as a separate argument IBMNext, retrieve the records just inserted, looking them up
by their key values }
INow try iterating over every record, using the ...full_iteration
functions for each database. For each record found, the
appropriate ...iteration_callback_test function will be invoked
(these are defined above). IBMFor the secondary indexes, query for the known keys. This also
results in the ...iteration_callback_test function's being called
for each record found. Now delete a record from each database using its primary key. IBexit_error:
IBMClose the secondary index databases Close the primary databases Delete the secondary index databases IBMDelete the primary databases IBMFinally, close the environment I%s_envp->close(%s_envp, 0);
IBMif (ret == 0)
printf("*****WELL DONE!*****\n");
Ireturn ret;
IBMvoid %s_iteration_callback_test(void *msg, %s_data *%s_record)
{
IBint i;
int same = 0;
for (i = 0; i < %d; i++) {
IBM) {
IBMsame = 1;
break;
IB}
if (same == 0)
assert(0);
else
count_iteration++;
if ( IBM(compare_binary(%s_record->%s, %s, i) == 0) IBM(strcmp(%s_record->%s, %s_record_array[i].%s) == 0) IBMfloat IBdouble I(fabs(%s_record->%s - %s_record_array[i].%s) <= 0.00001) IB(%s_record->%s == %s_record_array[i].%s) IB&&
%s_data %s_record;
%s_data %s_record_array[] = {
I{ } , IB};
IBM{0} char IBMshort IBint long IBMUnexpected C type in schema: %s , I%s_dbp = NULL;
ret = %s_insert_fields( %s_dbp,
IBif (ret != 0) {
printf("ERROR IN INSERT NO.%%d record in %s_dbp\n", i);
goto exit_error;
}
Ibinary_data[i] I%s_record_array[i].%s IB,
);
ret = get_%s_data( %s_dbp, binary_data[i], IBM%s_record_array[i].%s, &%s_record);
IBif (ret != 0) {
printf("ERROR IN RETRIEVE NO.%%d record in %s_dbp\n", i);
goto exit_error;
}
Iassert( compare_binary(%s_record.%s, %s, i) == 0);
strcmp(%s_record.%s, %s_record_array[i].%s) == 0);
(fabs(%s_record.%s - %s_record_array[i].%s) <= 0.00001));
I%s_record.%s == %s_record_array[i].%s);
IBMcount_iteration = 0;
IBret = %s_full_iteration(%s_dbp, &%s_iteration_callback_test,
"retrieval of %s record through full iteration");
IBMif (ret != 0) {
printf("Full Iteration Error\n");
goto exit_error;
}
printf("%s full iteration: %%d\n", count_iteration);
assert(count_iteration == %d);
IB%s_query_iteration(%s_dbp, ,
&%s_iteration_callback_test,
"retrieval of %s record through %s query");
printf("%s_record_array[%%d].%s: %%d\n", i, count_iteration);
Iassert(count_iteration == 1);
Ioccurence = 0;
for (j = 0; j < %d; j++) {
if (strcmp(%s_record_array[j].%s, %s_record_array[i].%s) == 0) {
IBif (fabs(%s_record_array[j].%s - %s_record_array[i].%s) <= 0.00001) {
Iif (%s_record_array[j].%s == %s_record_array[i].%s) {
Ioccurence++;
IBassert(count_iteration == occurence);
I%s%d%c Iret = delete_%s_key( %s_dbp, %s);
Iif (ret == %s)
ret = 0;
else {
printf("ERROR IN DELETE NO.%d record in %s_dbp\n");
goto exit_error;
}
IBMif (%s_dbp != NULL)
%s_dbp->close(%s_dbp, 0);
remove_%s_index(%s_envp);
%s %d %ld %f %lf "n" "ninety-nine" binary_data 99 99.5 IBMremove_%s_database(%s_envp);
IBSimple test for a Berkeley DB implementation
generated from SQL DDL by db_sql
IB
#include "%s"
IBMTest data for raw binary types I#define MAXBINSZ %d
IBMchar binary_data[MAXBINSZ];
IBA very simple binary comparison function IBMchar * compare_binary(char *p, int len)
{
if (memcmp(p, binary_data, len) == 0)
return "*binary values match*";
return "*binary values don't match*";
}
IThese are the iteration callback functions. One is defined per
database(table). They are used for both full iterations and for
secondary index queries. When a retrieval returns multiple records,
as in full iteration over an entire database, one of these functions
is called for each record found I
main(int argc, char **argv)
{
int i;
int ret;
I
Fill the binary test data with random values IBMfor (i = 0; i < MAXBINSZ; i++) binary_data[i] = rand();
IBUse the convenience method to initialize the environment.
The initializations for each entity and environment can be
done discretely if you prefer, but this is the easy way. IBret = initialize_%s_environment();
if (ret != 0){
printf("Initialize error");
return ret;
}
Now that everything is initialized, insert a single
record into each database, using the ...insert_fields
functions. These functions take each field of the
record as a separate argument Next, retrieve the records just inserted, looking them up
by their key values Now try iterating over every record, using the ...full_iteration
functions for each database. For each record found, the
appropriate ...iteration_callback_test function will be invoked
(these are defined above). IBMFor the secondary indexes, query for the known keys. This also
results in the ...iteration_callback_test function's being called
for each record found. Now delete a record from each database using its primary key. IBexit_error:
IBMClose the secondary index databases Close the primary databases Delete the secondary index databases IBMDelete the primary databases IBMFinally, close the environment I%s_envp->close(%s_envp, 0);
IBMreturn ret;
IBM}
I
void %s_iteration_callback_test(void *msg, %s_data *%s_record)
{
printf("In iteration callback, message is: %%s\n", (char *)msg);
IB}
char IBMshort IBint long IBMfloat IBdouble IUnexpected C type in schema: %s printf("%s->%s: IBM\n", compare_binary(%s_record->%s, %s));
IB\n", %s_record->%s);
IB%s_data %s_record;
%s_dbp = NULL;
ret = %s_insert_fields( %s_dbp, IBM);
if (ret != 0){
printf("Insert error\n");
goto exit_error;
}
IBM, I
printf("Retrieval of %s record by key\n");
IBMret = get_%s_data( %s_dbp, %s, &%s_record);
IBif (ret != 0)
{
printf("Retrieve error\n");
goto exit_error;
}
Iprintf("%s.%s: \n", compare_binary(%s_record.%s, %s));
IBM\n", %s_record.%s);
IBMret = %s_full_iteration(%s_dbp, &%s_iteration_callback_test,
"retrieval of %s record through full iteration");
IBMif (ret != 0){
printf("Full Iteration Error\n");
goto exit_error;
}
IB%s_query_iteration(%s_dbp, ,
&%s_iteration_callback_test,
"retrieval of %s record through %s query");
IBret = delete_%s_key( %s_dbp, %s);
Iif (ret != 0) {
printf("Delete error\n");
goto exit_error;
}
IBif (%s_dbp != NULL)
%s_dbp->close(%s_dbp, 0);
if (%s_dbp != NULL)
%s_dbp->close(%s_dbp, 0);
remove_%s_index(%s_envp);
v" , $ & s [
WYMR %(NWZ]kr} "N(QRI ! \ ^ 3 T JPS|z ! L 1 IIING`oB~IB:vIIIIII
-0/3568
;< A !% 'EJKF9=& (
'II { ` 5 DXY =4 ? F/ Q ;M- hZ\_r q ' ' e D EE$)*.+#44G7G7IIILI__III4444O4$4$444[
X[,+ f"1?CMP|Tz{
!& ")'89S44Pm2PrPP61-/.5]nl $
kf !SZXthVdbBqs0WWWW:??:cccZ\cppx|_I 3XYwzTNQPRVYopq[\]^_`agi{}mn #& "%)uvyzLNMOxw
+,efghi'*( ;<@>=~sljbdR[WSTUe78Q^`ac|AjCDEFGJKHkortuvy{UO EFGHJKLMNOPQRSTNO*+IJKLMNOPQRST:<=>?@ABCDEFGHJKLMNOPQRSTXXn\JKLMNOPQRST*+.NOPQRSTXY|}~<=>?@ABCDEFGHJKLMNOPQRST*+,PQRSTT<=>?@ABCDEFGHnJKLMNOPQRST{:ӓ\ذNOg*+NOXY䴵XXbc\<=>?@ABCDEFGHJKLMNOPQRST*+N|}~ЩXY<=>?@ABCDEFGHJKLMNOPQRST*+STҡ<=>?@ABCDEFGHJKLMNOPQRSTȓXYZ]^_ܓhT*+Z[\]^_`g<=>?@ABCDEFGHJKLMNOPQRSTT [\]^_`Z]^_gԽ2*+h"+ʵ1<=>?@ABCDEFGHJKLMNOPQRSTӓ fؐ)bcdeg*+ %n'1<=>?@ABCDEFGHJKLMNOPQRSTZ]^_;h*+*+jlm?@<=>?@ABCDEFGHJKLMNOPQRST\;7 jlm*+XYj\lm%'^<=>?@ABCDEFGHJKLMNOPQRST*+PXYXYXY<=>?@ABCDEFGHrJKLMNOPQRST*+ʓ46<=>?@ABCDEFGHJKLMNOPQRST*+jlmcde=>?@ABCDEFGHJKLMNOPQRST*+cde>?@ABCDEFGHJKLMNOPQRST +XYX 0Y:0r46|}:NOrWXY\bNOP[WXY\nynDP |}~p{Щk0o|}~k:o
[\NO WXY#\a/q158|}~Xcde;in驪ߡ¬yvwtxpޘbsba(T⫭īūƳ<̘̘͘&¸!pppp\ k pruu,,`g,b$--3bzfqqsfz{DD9 $ |L = = = = ? ? ? ? @ @ A A A B D ? ? ? ? @ @ A A A B < ;) > > = = = = ? ? ? ? @ @ A A A B $ R C E ? ? ? ? @ @ A A A B C E > : @ @ A A A B $ < ;) > > = = = == ? ? ? ? @ @ A A A B ^ A A A B " 8* < ;) > > = = = = ? ? ? ? @ @ A A A B $t '< q
K= T ;: ) 89$ < ;) > > = = = == ? ? ? ? @ @ A A A B M k+ )n7 $ < ;) > > = = = = ? ? ? ? @ @ A A A B , B < ;) > > = = = = ? ? ? ? @ @ A A A B = M$ , 7 #Y\] C E S #^ rC v W X B P < ;) > > = = = = ? ? ? ? @ @ A A A B $ & a= v W X =Y\] ^ "
"R%C < ;) > > = = = = ? ? ? ? @ @ A A A B $ O <. K ==J j&u
;M 1 1/J~ ~ < ;) > > = = = = ? ? ? ? @ @ A A A B $= Y\]r G4 5 L^ N~ ? J}} @ < ;) > > = = = = ? ? ? ? @ @ A A A B $Gv ] - C E @HPi@F# G> "$ < ;) > > = = = = ? ? ? ? @ @ A A A B 9 9 $ < ;) > > = = = = ? ? ? ? @ @ A A A B 0 $ < F) > > = = = ={ ? ? ? ? @ @ A A A B /12 @01 h $ ;) > > = = = =s ? ? ? ? @ @ A A A B o 7 { ) > > = = = == ? ? ? ? @ @ A A A B HD ==( ==A HD= w ( AF 5 4= b===Fz= = ` K J e f p I;< r& K J }= I;< HD = (= T UA c o|3 ! aF = h= == K JI I;<= 6 s= t % = = u==H= = $ %= & ' (= = == y I *%=`= + , ! =)= - .=*= [4= [=E "e / 0 mpq
2 3,6 B E (3 : T N[ SL 9 O } UQV- i b y d f X $l x+w 62 ?@AD d pq g G x Q
\ _ ~ o VZ j z k W l c _ g8
m!' . 5 Y Z= n Knear "%T": syntax error parser stack overflow IBset list IBMtoo many arguments on function %T IBindex not an error SQL logic error or missing database access permission denied callback requested query abort database is locked database table is locked out of memory attempt to write a readonly database interrupted disk I/O error database disk image is malformed database or disk is full unable to open database file table contains no data database schema has changed String or BLOB exceeded size limit constraint failed datatype mismatch library routine called out of sequence large file support is disabled authorization denied auxiliary database format error bind or column index out of range file is encrypted or is not a database unknown error -x0 X0 thstndrd 0123456789ABCDEF0123456789abcdef d
s g z q Q w c o u
x X f e E G i
n % p T
S r
NaN -Inf +Inf Inf NULL (NULL) IY A ـ ? IBM ?Fn9I#ը3L IBM >Ey0:? % .
!"#$%&'()*+,-./0123456789:;<=>?@abcdefghijklmnopqrstuvwxyz[\]^_`abcdefghijklmnopqrstuvwxyz{|}~DB_BTREE char short int long float double IExtracting name from a null or empty token IMalloc failed IBEncountered two CREATE DATABASE statements; only one is allowed Please specify CREATE DATABASE before CREATE TABLE IThe table name must be simple: %s.%s IBMFound two declarations of a table named %s, at lines %d and %d IThe entity named %s on line %d has the same name as the index at line %d. This is not allowed. The table %s contains two columns with the same name %s; this is not allowed. IBMissing right parenthesis in type expression %s
IBMNon-numeric or zero size parameter in type expression %s
IBbin varbin Ivarchar varchar2 IBMbit tinyint smallint IBMinteger bigint Ireal IBMZero dimension not allowed for %s IBdecimal numeric number IUnsupported type %s
IBMUnexpected value for second parameter in type expression %s
IBMWarning: dimension of string "%s %s" is too small to hold a null-terminated string. Malloc failure
Extracting name from a null or empty token
Index %s names unknown table %s Index %s names unknown column %s in table %s IBMFound two declarations of an index named %s, at lines %d and %d The index named %s on line %d has the same name as the table at line %d. This is not allowed. IForeign Key Constraint not implemented: FromTable %s FromCol %s ToTable %s ToCol %s
Unsupported SQL syntax (%s)
IBMExprSetHeight IBPExpr IBRegisterExpr IBMExprSpan IBMExprFunction IBMExprAssignVarNumber ExprDelete IExprListDelete IPragma IAddNotNull IAddCheckConstraint IAddDefaultValue AddCollateType ICreateView IDropTable IBDeleteTable Insert IIdListAppend IBMSrcListAppendFromTerm IBSrcListShiftJoinType IBMIdListDelete IBMSrcListDelete IBDropIndex IBSelect ISelectDelete IBMDeleteFrom IUpdate IVacuum IBeginTransaction IBMCommitTransaction IBRollbackTransaction BeginTrigger IBMFinishTrigger IBDropTrigger DeleteTriggerStep IBTriggerSelectStep IBTriggerInsertStep IBTriggerUpdateStep IBTriggerDeleteStep IBDeleteTrigger IBJoinType IBMAttach IDetach IExprSetColl Reindex AlterRenameTable IBMAlterFinishAddColumn IBMAlterBeginAddColumn Analyze VtabBeginParse IVtabFinishParse VtabArgInit VtabArgExtend DB_BTREE DB_HASH Warning: IB, near line %d
btree IBhash IBMunknown DBTYPE %s for antecedent %s, using default of DB_BTREE IDBTYPE IUnrecognized index property %s IUnrecognized entity property %s unparseable integer string %s IBunrecognized characters in integer string %s IBMCACHESIZE IBUnrecognized environment property %s IBMProperty setting (%s) with no antecedent SQL statement IWarning: incorrect hint comment syntax with property %s No value specified for property %s
near "%T": syntax error $' +4 5 3 . :B
[U ^ J > #e i i%qY*uz.-fAt2YY 3js56(k?\m= & E @ fA lHgc q oj P 89 7 !MY nX - Z6 r"
a S t]/s) , N W V ROTK`_ D Lb pCh1(G Qd k I*2 0 %
! % ( / 7 : = ? A F G L U V [ _ c f k q { ~
#(.49=@FJQSZ\^gkqw BEFOREIGNOREGEXPLAINSTEADDESCAPEACHECKEYCONSTRAINTERSECTABLEFTHENDATABASELECTRANSACTIONATURALTERAISELSEXCEPTRIGGEREFERENCESUNIQUERYATTACHAVINGROUPDATEMPORARYBEGINNEREINDEXCLUSIVEXISTSBETWEENOTNULLIKECASCADEFERRABLECASECOLLATECREATECURRENT_DATEDELETEDETACHIMMEDIATEJOINSERTMATCHPLANALYZEPRAGMABORTVALUESVIRTUALIMITWHENWHERENAMEAFTEREPLACEANDEFAULTAUTOINCREMENTCASTCOLUMNCOMMITCONFLICTCROSSCURRENT_TIMESTAMPRIMARYDEFERREDISTINCTDROPFAILFROMFULLGLOBYIFINTOFFSETISNULLORDERESTRICTOUTERIGHTROLLBACKROWUNIONUSINGVACUUMVIEWINITIALLY IBunrecognized token: "%T" IBM H @(#)23 1.6 src/bos/usr/ccs/lib/libpthreads/init.c, libpth, bos610 6/21/07 15:28:59 @(#)61 1.16 src/bos/usr/ccs/lib/libc/__threads_init.c, libcthrd, bos61B, b2007_33A0 8/2/07 13:09:21 $ ` Y$OpIDD?|9$21 /-+*0 0 4!<!tab xx x$x$x(x,x4x8x<x@xHxLxPxTx\x`xdxhxpxtxxx|xxxxxxxxxxxxxxxxxxxxxxxxy yyy y,y0y8y<yLyPyXy\ylypyxy|yyyyyyyyyyyyyy ( 4 @ L X d p | ( @ @ Ќ Ќ L Ќ ( 0 L h , H d ( D ` | $ @ \ x , < < @ T h | < < < < $ < < L | < < < < < < < < p p < , d x 0 H T ` l x x < < < < x L x L x x X d p $ 0 t H 8 D t $ $ 0 P p P \ P h x $ D h x d ( D h h D D 4 0 0 0 0 0 0 0 0 T p T p d D D | x | P \ h @ ` < < ` l x ` < < < d X P d p < < 0 D < < X l < < < < ۈ ~l ~ \ d ( \ P \ ( @ #@ "` ` @ @ ` * *@ ( (` ( & $@ ` . . - - , ,@ + + + [` ] ] b a@ _@ _ [@ [ Z Z Y X X` V@ U U S R P@ P O O O@ s s r@ r q q q q p p p n n n` m m` m@ m l l l@ @ $ ( 0 Pw X ?X ( 4 @ L X d p | $ 0 < H T ` l x x ?x ?| , 8 D P \ h t x ? ( 4 @ L X d p | 0 H p P ?
8 P ? `ۈ ? d h % u .d P .__rtinit ___bzero @ @ errno @ _iob @ malloc @
calloc @
realloc @
free @
exit @
strlen @
fopen @
fprintf @
strtoul @
isdigit @
strchr @
atoi @
snprintf @
vfprintf @
tolower @
strrchr @
fgets @
perror @
isspace @
toupper @
__divu64 @
isxdigit @
getopt @
@
__crt0v @ optind @ optarg @ @ 9 @
F @ __rtld @
__start !
& $ 8 < @ D H L P T X \ ` d h t x | $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | $ ( , 0 4 8 < @ D H L P T X p t x |
8
<
@
D
H
L
P
T
X
\
`
d
h
l
p
t
x
|
$ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x |
$
(
,
0
4
8
<
@
D
H
L
P
T
X
\
`
d
h
l
p
t
x
|
$ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x | $ ( , 0 4 8 < @ D H L P T X \ ` h l p t x | ( , 4 8 @ D L P X \ d h p t | $ ( 0 4 < @ H L T X ` d l p x | $ , 0 8 < D H P T \ ` h l t x ( , 4 8 @ D L P X \ d h p t | % $ # $ ( " , ! 0 4 8 < @ D H L P
T X \ ` d h l p t x | $ ( , 0 4 8 < @ D H L P T X \ ` d h l p t x |
$ ( , 0 4 8 < @ D /opt/freeware/lib:/usr/vac/lib:/usr/lib:/lib libdb-4.8.so libpthread.a shr_xpg5.o libc.a shr.o librtl.a shr.o ___memmove __mod_init __malloc_user_defined_name __pth_init
__pthread