<para>

Next, generate <filename>test_cpp.o</> by compiling

<filename>test_cpp.cpp</> with the C++ compiler:.

<filename>test_cpp.cpp</> with the C++ compiler:

<programlisting>

c++ -c test_cpp.cpp -o test_cpp.o

</programlisting>

<refsynopsisdiv>

<synopsis>

CONNECT TO <replaceable>connection_target</replaceable> [ AS <replaceable>connection_name</replaceable> ] [ USER <replaceable>connection_user_name</replaceable> ]

CONNECT TO <replaceable>connection_target</replaceable> [ AS <replaceable>connection_name</replaceable> ] [ USER <replaceable>connection_user</replaceable> ]

CONNECT TO DEFAULT

CONNECT <replaceable>connection_user_name</replaceable>

CONNECT <replaceable>connection_user</replaceable>

DATABASE <replaceable>connection_target</replaceable>

</synopsis>

</refsynopsisdiv>

this mode is active, it tries to behave as if it were the <productname>Informix</productname>

precompiler for <productname>Informix</productname> E/SQL. Generally spoken this will allow you to use

the dollar sign instead of the <literal>EXEC SQL</> primitive to introduce

embedded SQL commands.:

embedded SQL commands:

<programlisting>

$int j = 3;

$CONNECT TO :dbname;

<listitem>

<para>

This statement closes the current connection. In fact, this is a

synonym for ECPG's <literal>DISCONNECT CURRENT</>.:

synonym for ECPG's <literal>DISCONNECT CURRENT</>:

<programlisting>

$CLOSE DATABASE; /* close the current connection */

EXEC SQL CLOSE DATABASE;

<varlistentry>

<term><option>-t <replaceable>timeline</replaceable></option></term>

<term><option>--timelime=<replaceable>timeline</replaceable></option></term>

<term><option>--timeline=<replaceable>timeline</replaceable></option></term>

<listitem>

<para>

Timeline from which to read log records. The default is to use the