Oracle C++ Call Interface Programmer's Guide

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Statement Class void setVector(Statement *stmt, unsigned int paramIndex, vector &vect, string sqltype); void setVector(Statement *stmt, unsigned int paramIndex, vector &vect, string sqltype); void setVector(Statement *stmt, unsigned int paramIndex, vector &vect, string sqltype); template void setVector( Statement *stmt, unsigned int paramIndex, const OCCI_STD_NAMESPACE::vector< T > &vect, const OCCI_STD_ NAMESPACE::string &sqltype) ; template void setVector( Statement *stmt, unsigned int paramIndex, const OCCI_STD_NAMESPACE::vector &vect, const OCCI_STD_NAMESPACE::string &sqltype) ; In particular, the last two variants are identical. The former is intended for use on platforms where partial ordering of function templates is supported and the latter on those it is not. Similarly, the variant void setVector(Statement *stmt, unsigned int paramIndex, vector &vect, string sqltype); is available only on platforms where partial ordering of function templates is supported. This function may be deprecated in the future. setVectorOfRefs() can be used instead. 8-208 Oracle C++ Call Interface Programmer’s Guide
setVectorOfRefs() Parameters stmt statement on which parameter is to be set. paramIndex parameter index , first parameter is 1, second is 2, ... vect vector to be set. sqltype sqltype of the parameter/column. For example, CREATE TYPE num_coll AS VARRAY OF NUMBER. And the column/parameter type is num_coll. The sqltype would be num_coll. Statement Class This method sets a parameter to a vector . This method should be used when the type is a collection of REFs -- varrays or nested tables of REFs Syntax template void setVectorOfRefs(Statement *stmt, unsigned int paramIndex, const OCCI_STD_NAMESPACE::vector &vect, const OCCI_STD_NAMESPACE::string &sqltype) ; Parameters stmt statement on which parameter is to be set. paramIndex parameter index , first parameter is 1, second is 2, ... vect vector to be set OCCI Classes and Methods 8-209
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Oracle® C++ Call Interface Program
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List List of Figures Tables Content
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Null and Truncated Data............
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6 Metadata Overview of Metadata ...
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length() ..........................
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flushCache().......................
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getSecond() .......................
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cos()..............................
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operator new().....................
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isTruncated() .....................
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setCharacterStreamMode() ..........
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Index occiinh.typ .................
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List of Tables 2-1 Normal Data - No
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Oracle C++ Call Interface Programme
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Preface The Oracle C++ Call Interfa
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Related Documentation Chapter 4, "D
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Conventions in Text We use various
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Convention Meaning Example UPPERCAS
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What’s New in Orace C++ Call Inte
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■ Number Class ■ operator signe
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1 Introduction to OCCI This chapter
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Building an OCCI Application Overvi
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Processing of SQL Statements In an
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Overview of PL/SQL SELECT dname FRO
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Object Support Client-Side Object C
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Metadata Class Object Support ■ B
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2 Relational Programming This chapt
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. . . stmt->closeResultSet(rs); con
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const string poolUserName = "SCOTT"
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■ executeArrayUpdate: To execute
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Standard Statements Types of SQL St
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Types of SQL Statements in the OCCI
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Executing SQL Queries Executing SQL
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Specifying the Query } Executing SQ
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Status Definitions Executing Statem
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Executing Statements Dynamically No
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Null and Truncated Data Error Handl
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Advanced Relational Techniques In T
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Note: Advanced Relational Technique
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Optimizing Performance Advanced Rel
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Advanced Relational Techniques indi
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3 Object Programming This chapter p
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Persistent Objects Working with Obj
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Values In the context of this manua
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See Also: Developing an OCCI Object
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Figure 3-1 Basic Object Operational
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Developing an OCCI Object Applicati
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Overview of Associative Access Maxi
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Retrieving an Object Reference (REF
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} Overview of Navigational Access T
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Overview of Complex Object Retrieva
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■ The reference to the root purch
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} void *operator new(size_t size, c
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Freeing Objects Type Inheritance Ty
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Type Inheritance Instance substitut
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A Sample OCCI Application void *ope
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} cout
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} A Sample OCCI Application /* comm
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4 Datatypes This chapter is a refer
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Internal Datatypes Note: There are
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External Datatypes ■ OCCI_SQLT_CH
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Table 4-2 External Datatypes, C++ D
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External Datatypes CHARZ The extern
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External Datatypes FLOAT The extern
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External Datatypes LONG The externa
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OCCI BYTES OCCI CLOB OCCI DATE See
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External Datatypes When RAW data in
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External Datatypes is not an intege
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Table 4-5 Data Conversions Internal
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LONG RAW I/O LONG VARRAW I/O OCCI B
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The following topics are covered in
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External LOBs (BFILEs) Overview of
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Table 5-1 OCCI LOB Classes and Meth
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Creating LOBs Table 5-1 OCCI LOB Cl
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LOB Classes and Methods Note: For i
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{ Blob blob=rset->getBlob(1); if(bl
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} blob.writeChunk(, buffer, BUFSIZE
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Updating LOBs LOB Classes and Metho
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Objects with LOB Attributes 5. Repi
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6 Metadata This chapter describes h
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Describing Database Metadata You ob
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Metatdata Code Examples Table 6-1 A
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Describing Database Metadata /* Cal
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Attribute Reference . . /* Create a
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Table 6-2 Attributes Belonging to A
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Package Attributes Type Attributes
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Type Attribute Attributes Table 6-8
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Collection Attributes Table 6-10 At
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Synonym Attributes Sequence Attribu
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Table 6-14 Attributes Belonging to
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List Attributes Table 6-15 Attribut
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Table 6-18 Attributes Specific to D
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7 How to Use the Object Type Transl
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How to Use the OTT Utility the Type
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How to Use the OTT Utility Example
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}; virtual void writeSQL(oracle::oc
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} streamOCCI_.setString(name); stre
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Invoking the OTT Utility For global
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Invoking the OTT Utility userid Par
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Overview of the INTYPE File The lin
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OTT Utility Datatype Mappings The O
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OTT Utility Datatype Mappings Note:
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the_clob CLOB, the_object object_ty
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OTT Utility Datatype Mappings When
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class other_type : public oracle::o
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Overview of the OUTTYPE File its ve
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Figure 7-1 The OTT Utility with OCC
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The OTT Utility and OCCI Applicatio
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}; static void *readSQL(void *ctxOC
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public: }; void *operator new(size_
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{ FullName *objOCCI_ = (FullName *)
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excep.setErrorCtx(ctxOCCI_); } retu
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} setVector(streamOCCI_, PREV_ADDR_
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TYPE SCOTT.FULL_NAME AS FullName VE
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}; The OTT Utility and OCCI Applica
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***********************************
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#endif Map Registry Function The OT
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public: }; void *operator new(size_
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}; static void *readSQL(void *ctxOC
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eturn; } void CFullName::writeSQL(o
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eturn oracle::occi::PObject::operat
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Properties of OTT Markers Following
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Where the Markers Can Be Used Carry
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Carrying Forward User Added Code be
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DROP TABLE PERSON_TAB; DROP TABLE A
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Carrying Forward User Added Code AD
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}; PERSON_O(); Carrying Forward Use
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addr = new_addr; this->markModified
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} return; } void ADDRESS_O::writeSQ
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} streamOCCI_.setString(last_name);
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mdemo1m.cpp // --------------------
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conn->terminateStatement(stmt); //
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Example OCCI Application Example OC
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■ Example of C++ Source File for
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OCCI_STD_NAMESPACE::string STATE; O
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}; void *operator new(size_t size);
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OCCI_STD_NAMESPACE::string CFullNam
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} streamOCCI_.setString(FirstName);
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{ if (objOCCI_->isNull()) streamOCC
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OCCI_STD_NAMESPACE::string CPerson:
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{ return oracle::occi::PObject::ope
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#ifndef CPERSON_ORACLE # include "c
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Example OCCI Application /*********
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* initialize MyFullName */ MyFullNa
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* Display all the information of My
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Example OCCI Application conn, and
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} RefAny jillrefany = resultSet2->g
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Connection *conn = env->createConne
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OTT Command Line Syntax OTT Utility
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■ CPPFILE Parameter ■ ERRTYPE P
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OTT Utility Reference CONFIG Parame
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INITFUNC=filename OTT Utility Refer
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See Also: "SCHEMA_NAMES Usage" on p
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Structure of the INTYPE File OTT Ut
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■ It appears in the INTYPE file.
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struct px1_ind col1 }; typedef stru
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OTT Utility Reference The Pro*C/C++
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OTT Utility Reference Once the OTT
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This part contains one chapter: ■
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Summary of OCCI Classes Summary of
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OCCI Classes and Methods using Decl
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Bfile Class close() closeStream() T
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Bfile Class isInitialized() isNull(
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Bfile Class operator!=() read() Syn
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Blob Class Blob Class The Blob clas
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Blob Class close() closeStream() co
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Blob Class getStream() isInitialize
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Blob Class operator==() operator!=
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Blob Class setNull() trim() write()
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Blob Class buffer The buffer contai
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Bytes Class getBytes() isNull() Par
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Clob Class Clob Class The Clob clas
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Clob Class append() close() closeSt
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Clob Class getCharSetId() getChunkS
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Clob Class open() operator=() opera
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Clob Class setCharSetId() setCharSe
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Clob Class write() Valid values are
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Connection Class Connection Class T
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Connection Class flushCache() This
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Connection Class Syntax LNOCIServer
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ConnectionPool Class createConnecti
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ConnectionPool Class getMinConnecti
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ConnectionPool Class Syntax void te
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Date Class Summary of Date Methods
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Date Class addDays() addMonths() da
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Date Class getDate() getSystemDate(
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Date Class operator==() operator!=(
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Date Class operator
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Date Class toZone() const string &n
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Environment Class Environment Class
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Environment Class Syntax Connection
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Environment Class getCacheMaxSize()
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Environment Class terminateConnecti
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IntervalDS Class Constructs an Inte
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IntervalDS Class fromText() getDay(
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IntervalDS Class operator*=() opera
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IntervalDS Class operator/=() opera
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IntervalDS Class operator-=() opera
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IntervalDS Class toText() This meth
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IntervalYM Class The following code
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IntervalYM Class getMonth() getYear
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IntervalYM Class operator!=() opera
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IntervalYM Class operator
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IntervalYM Class set() setNull() to
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Map Class Map Class The Map class i
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MetaData Class MetaData Class A Met
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MetaData Class Summary of MetaData
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MetaData Class getMetaData() getNum
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MetaData Class getVector() operator
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Number Class Translates a native lo
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Number Class nu4 = nu1 + nu2; /* Co
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Number Class Table 8-14 Number Meth
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Number Class arcTan2() ceil() cos()
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Number Class hypCos() hypSin() hypT
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Number Class operator++() operator-
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Number Class operator-() operator-(
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Number Class operator>=() operator=
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Number Class operator%=() operator+
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Number Class operator long() operat
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Number Class round() setNull() shif
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Number Class toText() trunc() Synta
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PObject Class PObject Class OCCI pr
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PObject Class isLocked() isNull() l
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PObject Class operator new() pin()
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Ref Class Ref Class The mapping in
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Ref Class isClear() isNull() markDe
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Ref Class operator=() ptr() Paramet
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Ref Class setNull() unmarkDelete()
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RefAny Class getConnection() getRef
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ResultSet Class ResultSet Class Res
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ResultSet Class Table 8-18 ResultSe
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ResultSet Class getBfile() getBlob(
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ResultSet Class getCurrentStreamCol
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ResultSet Class getFloat() getInt()
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ResultSet Class getNumber() getObje
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ResultSet Class getString() getTime
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ResultSet Class vector &vect); void
Page 482 and 483: ResultSet Class isNull() isTruncate
Page 484 and 485: ResultSet Class Parameters setBinar
Page 486 and 487: ResultSet Class in the *length para
Page 488 and 489: ResultSet Class setMaxColumnSize()
Page 490 and 491: SQLException Class getMessage() set
Page 492 and 493: Statement Class Table 8-20 Statemen
Page 494 and 495: Statement Class Table 8-20 Statemen
Page 496 and 497: Statement Class closeStream() execu
Page 498 and 499: Statement Class arrayLength paramet
Page 500 and 501: Statement Class getBfile() getBlob(
Page 502 and 503: Statement Class getCurrentStreamIte
Page 504 and 505: Statement Class getFloat() getInt()
Page 506 and 507: Statement Class getObject() getOCIS
Page 508 and 509: Statement Class getString() getTime
Page 510 and 511: Statement Class vector &vect; void
Page 512 and 513: Statement Class isNull() isTruncate
Page 514 and 515: Statement Class setAutoCommit() set
Page 516 and 517: Statement Class setBytes() x The pa
Page 518 and 519: Statement Class Syntax void setDate
Page 520 and 521: Statement Class setDataBufferArray(
Page 522 and 523: Statement Class setDouble() setErro
Page 524 and 525: Statement Class setIntervalDS() set
Page 526 and 527: Statement Class setNumber() setObje
Page 528 and 529: Statement Class setRef() setRowid()
Page 530 and 531: Statement Class setUInt() setVector
Page 534 and 535: Statement Class status() sqltype sq
Page 536 and 537: Stream Class readLastBuffer() write
Page 538 and 539: Timestamp Class Timestamp Class Thi
Page 540 and 541: Timestamp Class } if(reft() on page
Page 542 and 543: Timestamp Class getDate() getTime()
Page 544 and 545: Timestamp Class intervalSub() isNul
Page 546 and 547: Timestamp Class operator>=() operat
Page 548 and 549: Timestamp Class setNull() setTime()
Page 550 and 551: Timestamp Class toText() Return str
Page 553 and 554: A OCCI Demonstration Programs Oracl
Page 555 and 556: OCCI Demonstration Programs # 2. A
Page 557 and 558: OCCI Demonstration Programs # 2. A
Page 559 and 560: OCCI Demonstration Programs occidem
Page 561 and 562: occiblob.cpp build_static: $(OBJS)
Page 563 and 564: } /** * printing the blob data as i
Page 565 and 566: occiclob.cpp { Blob blob = rset->ge
Page 567 and 568: * populating the clob; */ void popu
Page 569 and 570: int clobLength=clob.length (); cout
Page 571 and 572: ~occicoll () { env->terminateConnec
Page 573 and 574: Deleting a row in a nested table vo
Page 575 and 576: occidesc.cpp cout
Page 577 and 578: OCCI Demonstration Programs cout
Page 579 and 580: OCCI Demonstration Programs else co
Page 581 and 582: cout
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case OCCI_SQLT_LBI : return "LONG R
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void insertBind (int c1, string c2)
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{ OCCI Demonstration Programs strin
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using namespace oracle::occi; using
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fs_obj->setpartner(fs_partner); fs_
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fs_ref->getleader(); /* Leader's Pa
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occiobj.cpp OCCI Demonstration Prog
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}catch(SQLException ex) { cout
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occipobj.typ occipobj.cpp demo->upd
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OCCI Demonstration Programs /** * I
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OCCI Demonstration Programs RefAny
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** * Destructor for the occipool te
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#include #include using namespace
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occistre.cpp OCCI Demonstration Pro
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delete (demo); cout
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A application-provided serializatio
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OCCI DATE, 4-15 OCCI INTERVALDS, 4-
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N RefAny methods, 8-139, 8-143 setD
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RESULT_SET_AVAILABLE status, 2-17,
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