[166] | 1 | /**********************************************************************
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| 2 | *
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| 3 | * comtypes.h --
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| 4 | * Copyright (C) 1999 The New Zealand Digital Library Project
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| 5 | *
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[533] | 6 | * A component of the Greenstone digital library software
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| 7 | * from the New Zealand Digital Library Project at the
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| 8 | * University of Waikato, New Zealand.
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[166] | 9 | *
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[533] | 10 | * This program is free software; you can redistribute it and/or modify
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| 11 | * it under the terms of the GNU General Public License as published by
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| 12 | * the Free Software Foundation; either version 2 of the License, or
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| 13 | * (at your option) any later version.
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| 14 | *
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| 15 | * This program is distributed in the hope that it will be useful,
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| 16 | * but WITHOUT ANY WARRANTY; without even the implied warranty of
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| 17 | * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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| 18 | * GNU General Public License for more details.
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| 19 | *
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| 20 | * You should have received a copy of the GNU General Public License
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| 21 | * along with this program; if not, write to the Free Software
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| 22 | * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
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| 23 | *
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[166] | 24 | *********************************************************************/
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| 25 |
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| 26 |
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| 27 | #ifndef COMTYPES_H
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| 28 | #define COMTYPES_H
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| 29 |
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| 30 | #include "gsdlconf.h"
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| 31 | #include "text_t.h"
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| 32 |
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[184] | 33 | #if defined(GSDL_USE_OBJECTSPACE)
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| 34 | # include <ospace\std\vector>
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| 35 | # include <ospace\std\list>
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[190] | 36 | # include <ospace\std\map>
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[184] | 37 | #elif defined(GSDL_USE_STL_H)
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| 38 | # include <vector.h>
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| 39 | # include <list.h>
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[190] | 40 | # include <map.h>
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[184] | 41 | #else
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| 42 | # include <vector>
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| 43 | # include <list>
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[190] | 44 | # include <map>
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[184] | 45 | #endif
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[166] | 46 |
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[184] | 47 |
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[226] | 48 | enum comerror_t {noError, authenticationFailure, protocolError,
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| 49 | configurationError, systemProblem};
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[199] | 50 | text_t get_comerror_string (comerror_t err);
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[166] | 51 |
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| 52 | // ShortColInfo ::= SEQUENCE {
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| 53 | // name GeneralString,
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| 54 | // host GeneralString,
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| 55 | // port INTEGER
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| 56 | // }
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| 57 | struct ShortColInfo_t {
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[187] | 58 | void clear ();
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| 59 | ShortColInfo_t () {clear();}
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[166] | 60 |
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| 61 | text_t name;
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| 62 | text_t host;
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| 63 | int port;
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| 64 | };
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| 65 |
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| 66 |
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| 67 | // ColInfoResponse ::= SEQUENCE {
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[722] | 68 | // shortInfo [0] IMPLICIT ShortCollectionInfo,
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| 69 | // isPublic [2] IMPLICIT BOOLEAN, -- whether has anonymous access
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| 70 | // isBeta [3] IMPLICIT BOOLEAN, -- beta if still under development
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| 71 | // buildDate [4] IMPLICIT GeneralizedTime,
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[823] | 72 | // ccsCols [5] IMPLICIT StringSet, -- collections that form cross-col search
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| 73 | // languages [6] IMPLICIT StringSet, -- languages in the collection
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| 74 | // numDocs [7] IMPLICIT INTEGER,
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[1253] | 75 | // numSections [8] IMPLICIT INTEGER OPTIONAL,
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| 76 | // numWords [9] IMPLICIT INTEGER OPTIONAL,
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| 77 | // numBytes [10] IMPLICIT INTEGER OPTIONAL
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| 78 | // collectionmeta [11] IMPLICIT StringSet
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| 79 | // format [12] IMPLICIT StringSet
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| 80 | // building [13] IMPLICIT StringSet
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| 81 | // receptionist [14] IMPLICIT GeneralString
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[1330] | 82 | // buildType [15] IMPLICIT GeneralString
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[166] | 83 | // }
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| 84 | struct ColInfoResponse_t {
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[187] | 85 | void clear ();
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| 86 | ColInfoResponse_t () {clear();}
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[166] | 87 |
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| 88 | ShortColInfo_t shortInfo;
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| 89 | bool isPublic;
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| 90 | bool isBeta;
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| 91 | unsigned long buildDate;
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[871] | 92 | text_tarray ccsCols; // empty if collection does not use cross-collection searching
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[166] | 93 | text_tarray languages;
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[1253] | 94 | unsigned long numDocs; // 0 if not known
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| 95 | unsigned long numSections; // 0 if not known
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| 96 | unsigned long numWords; // 0 if not known
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| 97 | unsigned long numBytes; // 0 if not known
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[722] | 98 | text_tmap collectionmeta;
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[336] | 99 | text_tmap format;
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[722] | 100 | text_tmap building;
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[432] | 101 | text_t receptionist;
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[1330] | 102 | text_t buildType; // MG or MGPP
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[166] | 103 | };
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| 104 |
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| 105 |
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[220] | 106 | // -- filter options which might be supported for the QueryFilter
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| 107 | // --
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| 108 | // -- onePerQuery StartResults integer
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| 109 | // -- onePerQuery EndResults integer
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| 110 | // -- onePerQuery QueryType enumerated (boolean, ranked)
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| 111 | // -- onePerTerm Term string ???
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| 112 | // -- onePerTerm Casefold boolean
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| 113 | // -- onePerTerm Stem boolean
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| 114 | // -- onePerTerm Index enumerated
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| 115 | // -- onePerTerm Subcollection enumerated
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| 116 | // --
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| 117 | // -- filter options which might be supported for the BrowseFilter
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| 118 | // --
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| 119 | // -- onePerQuery StartResults integer
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| 120 | // -- onePerQuery EndResults integer
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| 121 | // -- onePerQuery ParentNode string ("" will return the browsing available)
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| 122 | // --
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| 123 | // -- The NullFilter always returns the set it was given, it doesn't have
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| 124 | // -- any options
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[184] | 125 |
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[220] | 126 | // InfoFiltersResponse ::= SEQUENCE {
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| 127 | // filterNames StringSet
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| 128 | // }
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| 129 | struct InfoFiltersResponse_t {
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| 130 | void clear ();
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| 131 |
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| 132 | text_tset filterNames;
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| 133 | };
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| 134 |
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| 135 | // InfoFilterOptionsRequest ::= SEQUENCE {
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| 136 | // filterName GeneralString
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| 137 | // }
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| 138 | struct InfoFilterOptionsRequest_t {
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| 139 | void clear ();
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| 140 |
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| 141 | text_t filterName;
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| 142 | };
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| 143 |
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[184] | 144 | // FilterOption ::= SEQUENCE {
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| 145 | // name GeneralString,
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| 146 | // type ENUMERATED {booleant(0), integert(1), enumeratedt(2), stringt(3)},
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| 147 | // repeatable ENUMERATED {onePerQuery(0), onePerTerm(1), nPerTerm(2)},
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| 148 | // defaultValue GeneralString,
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| 149 | // -- the interpretation of the validValues depends on the type
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| 150 | // -- for boolean: the first value is the false value, the second is true value
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| 151 | // -- for integer: the first value is the minimum, the second the maximum
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| 152 | // -- for enumerated: all values a listed
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| 153 | // -- for string: this value is ignored
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| 154 | // validValues StringSequence
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| 155 | // }
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| 156 | struct FilterOption_t {
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[187] | 157 | void clear ();
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[197] | 158 | void check_defaultValue ();
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[187] | 159 | FilterOption_t () {clear();}
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[184] | 160 |
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| 161 | text_t name;
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| 162 |
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| 163 | enum type_t {booleant=0, integert=1, enumeratedt=2, stringt=3};
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| 164 | type_t type;
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| 165 |
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| 166 | enum repeatable_t {onePerQuery=0, onePerTerm=1, nPerTerm=2};
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| 167 | repeatable_t repeatable;
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| 168 |
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| 169 | text_t defaultValue;
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| 170 | text_tarray validValues;
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| 171 | };
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| 172 |
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[509] | 173 | bool operator==(const FilterOption_t &x, const FilterOption_t &y);
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| 174 | bool operator<(const FilterOption_t &x, const FilterOption_t &y);
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| 175 |
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| 176 |
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[190] | 177 | typedef map<text_t, FilterOption_t, lttext_t> FilterOption_tmap;
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[184] | 178 |
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[187] | 179 |
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[184] | 180 | // InfoFilterOptionsResponse ::= SEQUENCE {
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[220] | 181 | // filterOptions SET OF FilterOption
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[184] | 182 | // }
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| 183 | struct InfoFilterOptionsResponse_t {
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[187] | 184 | void clear ();
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| 185 |
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[220] | 186 | FilterOption_tmap filterOptions;
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[184] | 187 | };
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| 188 |
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| 189 |
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| 190 | // OptionValue ::= SEQUENCE {
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| 191 | // name GeneralString,
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| 192 | // value GeneralString
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| 193 | // }
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| 194 | struct OptionValue_t {
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[187] | 195 | void clear ();
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| 196 |
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[184] | 197 | text_t name;
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| 198 | text_t value;
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| 199 | };
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| 200 |
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| 201 | typedef vector<OptionValue_t> OptionValue_tarray;
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| 202 |
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| 203 |
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| 204 | // -- Terms are presented in the same order that they are requested,
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| 205 | // -- any information relating to the terms is in reference to the
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| 206 | // -- index specified for that term.
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[220] | 207 | //
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[184] | 208 | // FilterRequest ::= SEQUENCE {
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| 209 | // filterName [0] GeneralString,
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| 210 | // filterOptions [1] IMPLICIT SEQUENCE OF OptionValue,
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[220] | 211 | // docSet [2] IMPLICIT StringSequence, -- the OID "" represents everything
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| 212 | // filterResultOptions [3] IMPLICIT BIT STRING {termFreq(0), matchTerms(1), OID(2),
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| 213 | // subCol(3), ranking(4), docFreq(5),
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| 214 | // metadata(6)}
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| 215 | //
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| 216 | // -- the next set of options are for the metadata request,
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| 217 | // -- they can be left blank if metadata is not wanted
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| 218 | // requestParams [4] IMPLICIT GeneralString, -- used to negotiate the metadata content
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| 219 | // refParams [5] IMPLICIT GeneralString, -- used to decide whether to return a
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| 220 | // -- reference to the data or the actual data
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[648] | 221 | // fields [6] IMPLICIT StringSet
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[272] | 222 | // getParents [7] IMPLICIT BOOLEAN -- gets metadata of all parents too
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[184] | 223 | // }
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| 224 | #define FRtermFreq 1
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| 225 | #define FRmatchTerms 2
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| 226 | #define FROID 4
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| 227 | #define FRsubCol 8
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| 228 | #define FRranking 16
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| 229 | #define FRdocFreq 32
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[220] | 230 | #define FRmetadata 64
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[1330] | 231 | // used to indicate a full text browse query for mgpp
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| 232 | #define FRfullTextBrowse 128
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[184] | 233 |
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| 234 | struct FilterRequest_t {
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[187] | 235 | void clear ();
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| 236 | FilterRequest_t () {clear();}
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[184] | 237 |
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| 238 | text_t filterName;
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| 239 | OptionValue_tarray filterOptions;
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[472] | 240 | text_tarray docSet; // empty if not used
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[184] | 241 | int filterResultOptions; // use the FR* defines above
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[220] | 242 |
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| 243 | text_t requestParams; // empty if not used
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| 244 | text_t refParams; // empty if not used
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[648] | 245 | text_tset fields; // empty if not used
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[272] | 246 | bool getParents; // defaults to false
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[184] | 247 | };
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| 248 |
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| 249 |
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| 250 | // TermInfo ::= SEQUENCE {
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| 251 | // term [0] GeneralString,
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[220] | 252 | // freq [1] IMPLICIT INTEGER, -- 0 if not requested
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| 253 | // matchTerms [2] IMPLICIT StringSequence -- empty if not requested
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[184] | 254 | // }
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| 255 | struct TermInfo_t {
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[187] | 256 | void clear ();
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| 257 | TermInfo_t () {clear();}
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[184] | 258 |
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| 259 | text_t term;
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| 260 | int freq; // 0 if not requested
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| 261 | text_tarray matchTerms; // empty if not requested
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| 262 | };
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| 263 |
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| 264 | typedef vector<TermInfo_t> TermInfo_tarray;
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| 265 |
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[220] | 266 |
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| 267 | // MetadataInfo ::= SEQUENCE {
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| 268 | // params [0] IMPLICIT GeneralString,
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| 269 | // isRef [1] IMPLICIT BOOLEAN,
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[459] | 270 | // values [3] IMPLICIT SEQUENCE OF GeneralString,
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| 271 | // name [4] IMPLICIT GeneralString
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[220] | 272 | // }
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| 273 | struct MetadataInfo_t {
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| 274 | text_t params;
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| 275 | bool isRef;
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[241] | 276 | text_tarray values;
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[648] | 277 | MetadataInfo_t *parent;
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[671] | 278 |
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| 279 | void clear ();
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| 280 | MetadataInfo_t ();
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| 281 | MetadataInfo_t (const MetadataInfo_t &x); // copy constructor
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| 282 | ~MetadataInfo_t ();
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| 283 | MetadataInfo_t &operator=(const MetadataInfo_t &x);
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[220] | 284 | };
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| 285 |
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[648] | 286 | typedef map<text_t, MetadataInfo_t, lttext_t> MetadataInfo_tmap;
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[220] | 287 |
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[184] | 288 | // ResultDocInfo ::= SEQUENCE {
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| 289 | // OID [0] IMPLICIT GeneralString,
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[220] | 290 | // ranking [1] IMPLICIT INTEGER, -- 0 if not requested, range 0-10000
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| 291 | // docFreq [2] IMPLICIT SEQUENCE OF INTEGER, -- empty if not requested
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[823] | 292 | // metadata [3] IMPLICIT SEQUENCE OF MetadataInfo, -- no longer a SEQUENCE (SET maybe??)
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| 293 | // classifier_metadata_type [4] IMPLICIT GeneralString, -- empty if not requested
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| 294 | // classifier_metadata_offset [5] IMPLICIT INTEGER, -- 0 if not requested
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[184] | 295 | // }
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| 296 | struct ResultDocInfo_t {
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[187] | 297 | void clear ();
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| 298 | ResultDocInfo_t () {clear();}
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[184] | 299 |
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| 300 | text_t OID;
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[353] | 301 | int result_num; // place in results list
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[310] | 302 | int ranking; // 0 if not requested (real ranking*10000)
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| 303 | int num_terms_matched; // not available on all versions of mg
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[348] | 304 | int num_phrase_match; // not available on all versions of mg
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[823] | 305 | vector<int> docFreq; // empty if not requested
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| 306 | MetadataInfo_tmap metadata; // empty if not requested
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| 307 | text_t classifier_metadata_type; // empty if not requested
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| 308 | int classifier_metadata_offset; // 0 if not requested
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[197] | 309 | ResultDocInfo_t &operator=(const ResultDocInfo_t &x);
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[184] | 310 | };
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| 311 |
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| 312 | typedef vector<ResultDocInfo_t> ResultDocInfo_tarray;
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| 313 |
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[220] | 314 |
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[184] | 315 | // FilterResponse ::= SEQUENCE {
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[220] | 316 | // numDocs [0] IMPLICIT INTEGER,
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[398] | 317 | // isApprox [1] ENUMERATED {Exact(0), Approximate(1), MoreThan(2)}, -- whether numDocs is approximate
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| 318 | // termInfo [2] IMPLICIT SEQUENCE OF TermInfo, -- empty if not required
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| 319 | // docInfo [3] IMPLICIT SEQUENCE OF ResultDocInfo -- empty if not required
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[184] | 320 | // }
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[398] | 321 |
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| 322 | enum isapprox {Exact=0, Approximate=1, MoreThan=2};
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| 323 |
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[184] | 324 | struct FilterResponse_t {
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[187] | 325 | void clear ();
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| 326 | FilterResponse_t () {clear();}
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[184] | 327 |
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[220] | 328 | int numDocs;
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[398] | 329 | isapprox isApprox;
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[184] | 330 | TermInfo_tarray termInfo; // empty if not requested
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| 331 | ResultDocInfo_tarray docInfo; // empty if not requested
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[763] | 332 |
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| 333 | FilterResponse_t &operator=(const FilterResponse_t &x);
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[184] | 334 | };
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| 335 |
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| 336 |
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[257] | 337 | // DocumentRequest ::= SEQUENCE {
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| 338 | // OID GeneralString,
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| 339 | // docType GeneralString,
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| 340 | // docFormat GeneralString
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| 341 | // }
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| 342 | struct DocumentRequest_t {
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| 343 | void clear ();
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| 344 | DocumentRequest_t () {clear();}
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[184] | 345 |
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[257] | 346 | text_t OID;
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| 347 | text_t docType;
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| 348 | text_t docFormat;
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| 349 | };
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| 350 |
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| 351 |
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| 352 | // DocumentResponse ::= SEQUENCE {
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| 353 | // doc OCTET STRING
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| 354 | // }
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| 355 |
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| 356 | struct DocumentResponse_t {
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| 357 | void clear ();
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| 358 | DocumentResponse_t () {clear();}
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| 359 |
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| 360 | text_t doc;
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| 361 | };
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| 362 |
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| 363 |
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[166] | 364 | #endif
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[1330] | 365 |
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