962 lines
28 KiB
HTML
962 lines
28 KiB
HTML
<h2>Full example</h2>
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<pre><code>#!/usr/bin/env qore
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# database test script
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# databases users must be able to create and destroy tables and procedures, etc
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# in order to execute all tests
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%require-our
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%enable-all-warnings
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our ($o, $errors, $test_count);
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const opts =
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( "help" : "h,help",
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"host" : "H,host=s",
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"pass" : "p,pass=s",
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"db" : "d,db=s",
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"user" : "u,user=s",
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"type" : "t,type=s",
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"enc" : "e,encoding=s",
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"verbose" : "v,verbose:i+",
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"leave" : "l,leave"
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);
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sub usage()
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{
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printf("usage: %s [options]
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-h,--help this help text
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-u,--user=ARG set username
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-p,--pass=ARG set password
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-d,--db=ARG set database name
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-e,--encoding=ARG set database character set encoding (i.e. \"utf8\")
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-H,--host=ARG set hostname (for MySQL and PostgreSQL connections)
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-t,--type set database driver (default mysql)
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-v,--verbose more v's = more information
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-l,--leave leave test tables in schema at end\n",
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basename($ENV."_"));
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exit();
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}
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const object_map =
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( "oracle" :
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( "tables" : ora_tables ),
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"mysql" :
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( "tables" : mysql_tables ),
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"pgsql" :
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( "tables" : pgsql_tables ),
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"sybase" :
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( "tables" : syb_tables,
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"procs" : sybase_procs ),
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"freetds" :
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( "tables" : freetds_sybase_tables,
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"procs" : sybase_procs ) );
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const ora_tables = (
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"family" : "create table family (
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family_id int not null,
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name varchar2(80) not null
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)",
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"people" : "create table people (
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person_id int not null,
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family_id int not null,
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name varchar2(250) not null,
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dob date not null
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)",
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"attributes" : "create table attributes (
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person_id int not null,
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attribute varchar2(80) not null,
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value varchar2(160) not null
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)" );
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const mysql_tables = (
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"family" : "create table family (
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family_id int not null,
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name varchar(80) not null
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) type = innodb",
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"people" : "create table people (
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person_id int not null,
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family_id int not null,
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name varchar(250) not null,
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dob date not null
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) type = innodb",
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"attributes" : "create table attributes (
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person_id int not null,
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attribute varchar(80) not null,
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value varchar(160) not null
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) type = innodb" );
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const pgsql_tables = (
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"family" : "create table family (
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family_id int not null,
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name varchar(80) not null )",
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"people" : "create table people (
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person_id int not null,
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family_id int not null,
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name varchar(250) not null,
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dob date not null )",
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"attributes" : "create table attributes (
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person_id int not null,
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attribute varchar(80) not null,
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value varchar(160) not null)",
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"data_test" : "create table data_test (
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int2_f smallint not null,
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int4_f integer not null,
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int8_f int8 not null,
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bool_f boolean not null,
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float4_f real not null,
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float8_f double precision not null,
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number_f numeric(16,3) not null,
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money_f money not null,
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text_f text not null,
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varchar_f varchar(40) not null,
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char_f char(40) not null,
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name_f name not null,
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date_f date not null,
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abstime_f abstime not null,
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reltime_f reltime not null,
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interval_f interval not null,
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time_f time not null,
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timetz_f time with time zone not null,
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timestamp_f timestamp not null,
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timestamptz_f timestamp with time zone not null,
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tinterval_f tinterval not null,
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bytea_f bytea not null
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--bit_f bit(11) not null,
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--varbit_f bit varying(11) not null
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)" );
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const syb_tables = (
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"family" : "create table family (
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family_id int not null,
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name varchar(80) not null
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)",
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"people" : "create table people (
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person_id int not null,
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family_id int not null,
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name varchar(250) not null,
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dob date not null
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)",
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"attributes" : "create table attributes (
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person_id int not null,
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attribute varchar(80) not null,
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value varchar(160) not null
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)",
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"data_test" : "create table data_test (
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null_f char(1) null,
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varchar_f varchar(40) not null,
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char_f char(40) not null,
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unichar_f unichar(40) not null,
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univarchar_f univarchar(40) not null,
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text_f text not null,
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unitext_f unitext not null, -- note that unitext is stored as 'image'
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bit_f bit not null,
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tinyint_f tinyint not null,
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smallint_f smallint not null,
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int_f int not null,
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int_f2 int not null,
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decimal_f decimal(10,4) not null,
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float_f float not null, -- 8-bytes
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real_f real not null, -- 4-bytes
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money_f money not null,
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smallmoney_f smallmoney not null,
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date_f date not null,
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time_f time not null,
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datetime_f datetime not null,
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smalldatetime_f smalldatetime not null,
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binary_f binary(4) not null,
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varbinary_f varbinary(4) not null,
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image_f image not null
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)" );
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const sybase_procs = (
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"find_family" :
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"create procedure find_family @name varchar(80)
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as
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select * from family where name = @name
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commit -- to maintain transaction count
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",
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"get_values" :
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"create procedure get_values @string varchar(80) output, @int int output
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as
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select @string = 'hello there'
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select @int = 150
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commit -- to maintain transaction count
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",
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"get_values_and_select" :
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"create procedure get_values_and_select @string varchar(80) output, @int int output
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as
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select @string = 'hello there'
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select @int = 150
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select * from family where family_id = 1
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commit -- to maintain transaction count
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",
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"get_values_and_multiple_select" :
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"create procedure get_values_and_multiple_select @string varchar(80) output, @int int output
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as
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select @string = 'hello there'
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select @int = 150
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select * from family where family_id = 1
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select * from people where person_id = 1
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commit -- to maintain transaction count
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",
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"just_select" :
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"create procedure just_select
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as
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select * from family where family_id = 1
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commit -- to maintain transaction count
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",
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"multiple_select" :
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"create procedure multiple_select
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as
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select * from family where family_id = 1
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select * from people where person_id = 1
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commit -- to maintain transaction count
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"
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);
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const freetds_sybase_tables = (
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"family" : "create table family (
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family_id int not null,
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name varchar(80) not null
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)",
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"people" : "create table people (
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person_id int not null,
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family_id int not null,
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name varchar(250) not null,
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dob date not null
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)",
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"attributes" : "create table attributes (
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person_id int not null,
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attribute varchar(80) not null,
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value varchar(160) not null
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)",
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"data_test" : "create table data_test (
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null_f char(1) null,
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varchar_f varchar(40) not null,
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char_f char(40) not null,
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text_f text not null,
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unitext_f unitext not null, -- note that unitext is stored as 'image'
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bit_f bit not null,
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tinyint_f tinyint not null,
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smallint_f smallint not null,
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int_f int not null,
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int_f2 int not null,
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decimal_f decimal(10,4) not null,
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float_f float not null, -- 8-bytes
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real_f real not null, -- 4-bytes
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money_f money not null,
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smallmoney_f smallmoney not null,
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date_f date not null,
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time_f time not null,
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datetime_f datetime not null,
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smalldatetime_f smalldatetime not null,
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binary_f binary(4) not null,
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varbinary_f varbinary(4) not null,
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image_f image not null
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)" );
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const freetds_mssql_tables = (
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"family" : "create table family (
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family_id int not null,
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name varchar(80) not null
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)",
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"people" : "create table people (
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person_id int not null,
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family_id int not null,
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name varchar(250) not null,
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dob datetime not null
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)",
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"attributes" : "create table attributes (
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person_id int not null,
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attribute varchar(80) not null,
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value varchar(160) not null
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)",
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"data_test" : "create table data_test (
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null_f char(1) null,
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varchar_f varchar(40) not null,
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char_f char(40) not null,
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text_f text not null,
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bit_f bit not null,
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tinyint_f tinyint not null,
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smallint_f smallint not null,
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int_f int not null,
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int_f2 int not null,
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decimal_f decimal(10,4) not null,
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float_f float not null, -- 8-bytes
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real_f real not null, -- 4-bytes
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money_f money not null,
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smallmoney_f smallmoney not null,
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datetime_f datetime not null,
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smalldatetime_f smalldatetime not null,
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binary_f binary(4) not null,
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varbinary_f varbinary(4) not null,
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image_f image not null
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)" );
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sub parse_command_line()
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{
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my $g = new GetOpt(opts);
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$o = $g.parse(\$ARGV);
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if ($o.help)
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usage();
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if (!strlen($o.db))
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{
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stderr.printf("set the login parameters with -u,-p,-d, etc (-h for help)\n");
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exit(1);
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}
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if (elements $ARGV)
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{
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stderr.printf("excess arguments on command-line (%n): -h for help\n", $ARGV);
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exit(1);
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}
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if (!strlen($o.type))
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$o.type = "mysql";
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}
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sub create_datamodel($db)
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{
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drop_test_datamodel($db);
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my $driver = $db.getDriverName();
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# create tables
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my $tables = object_map.$driver.tables;
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if ($driver == "freetds")
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if ($db.is_sybase)
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$tables = freetds_sybase_tables;
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else
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$tables = freetds_mssql_tables;
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foreach my $table in (keys $tables)
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{
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tprintf(2, "creating table %n\n", $table);
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$db.exec($tables.$table);
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}
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# create procedures if any
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foreach my $proc in (keys object_map.$driver.procs)
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{
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tprintf(2, "creating procedure %n\n", $proc);
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$db.exec(object_map.$driver.procs.$proc);
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}
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# create functions if any
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foreach my $func in (keys object_map.$driver.funcs)
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{
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tprintf(2, "creating function %n\n", $func);
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$db.exec(object_map.$driver.funcs.$func);
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}
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$db.exec("insert into family values ( 1, 'Smith' )");
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$db.exec("insert into family values ( 2, 'Jones' )");
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# we insert the dates here using binding by value so we don't have
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# to worry about each database's specific date format
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$db.exec("insert into people values ( 1, 1, 'Arnie', %v)", 1983-05-13);
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$db.exec("insert into people values ( 2, 1, 'Sylvia', %v)", 1994-11-10);
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$db.exec("insert into people values ( 3, 1, 'Carol', %v)", 2003-07-23);
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$db.exec("insert into people values ( 4, 1, 'Bernard', %v)", 1979-02-27);
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$db.exec("insert into people values ( 5, 1, 'Isaac', %v)", 2000-04-04);
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$db.exec("insert into people values ( 6, 2, 'Alan', %v)", 1992-06-04);
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$db.exec("insert into people values ( 7, 2, 'John', %v)", 1995-03-23);
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$db.exec("insert into attributes values ( 1, 'hair', 'blond' )");
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$db.exec("insert into attributes values ( 1, 'eyes', 'hazel' )");
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$db.exec("insert into attributes values ( 2, 'hair', 'blond' )");
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$db.exec("insert into attributes values ( 2, 'eyes', 'blue' )");
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$db.exec("insert into attributes values ( 3, 'hair', 'brown' )");
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$db.exec("insert into attributes values ( 3, 'eyes', 'grey')");
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$db.exec("insert into attributes values ( 4, 'hair', 'brown' )");
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$db.exec("insert into attributes values ( 4, 'eyes', 'brown' )");
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$db.exec("insert into attributes values ( 5, 'hair', 'red' )");
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$db.exec("insert into attributes values ( 5, 'eyes', 'green' )");
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$db.exec("insert into attributes values ( 6, 'hair', 'black' )");
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$db.exec("insert into attributes values ( 6, 'eyes', 'blue' )");
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$db.exec("insert into attributes values ( 7, 'hair', 'brown' )");
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$db.exec("insert into attributes values ( 7, 'eyes', 'brown' )");
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$db.commit();
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}
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sub drop_test_datamodel($db)
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{
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my $driver = $db.getDriverName();
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# drop the tables and ignore exceptions
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# the commits are needed for databases like postgresql, where errors will prohibit and further
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# actions from being taken on the Datasource
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foreach my $table in (keys object_map.$driver.tables)
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try {
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$db.exec("drop table " + $table);
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$db.commit();
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tprintf(2, "dropped table %n\n", $table);
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}
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catch ()
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{
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$db.commit();
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}
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# drop procedures and ignore exceptions
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foreach my $proc in (keys object_map.$driver.procs)
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{
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my $cmd = object_map.$driver.drop_proc_cmd;
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if (!exists $cmd)
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$cmd = "drop procedure";
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try {
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$db.exec($cmd + " " + $proc);
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$db.commit();
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tprintf(2, "dropped procedure %n\n", $proc);
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}
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catch ()
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{
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$db.commit();
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}
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}
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# drop functions and ignore exceptions
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foreach my $func in (keys object_map.$driver.funcs)
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{
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my $cmd = object_map.$driver.drop_func_cmd;
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if (!exists $cmd)
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$cmd = "drop function";
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try {
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$db.exec($cmd + " " + $func);
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$db.commit();
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tprintf(2, "dropped function %n\n", $func);
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}
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catch ()
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{
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$db.commit();
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}
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}
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}
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sub getDS()
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{
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my $ds = new Datasource($o.type, $o.user, $o.pass, $o.db, $o.enc);
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if (strlen($o.host))
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$ds.setHostName($o.host);
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return $ds;
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}
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sub tprintf($v, $msg)
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{
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if ($v <= $o.verbose)
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vprintf($msg, $argv);
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}
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sub test_value($v1, $v2, $msg)
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{
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++$test_count;
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if ($v1 == $v2)
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tprintf(1, "OK: %s test\n", $msg);
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else
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{
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tprintf(0, "ERROR: %s test failed! (%n != %n)\n", $msg, $v1, $v2);
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$errors++;
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}
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}
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const family_hash = (
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"Jones" : (
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"people" : (
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"John" : (
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"dob" : 1995-03-23,
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"eyes" : "brown",
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"hair" : "brown" ),
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"Alan" : (
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"dob" : 1992-06-04,
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"eyes" : "blue",
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"hair" : "black" ) ) ),
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"Smith" : (
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"people" : (
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"Arnie" : (
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"dob" : 1983-05-13,
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"eyes" : "hazel",
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"hair" : "blond" ),
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"Carol" : (
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"dob" : 2003-07-23,
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"eyes" : "grey",
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"hair" : "brown" ),
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"Isaac" : (
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"dob" : 2000-04-04,
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"eyes" : "green",
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"hair" : "red" ),
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"Bernard" : (
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"dob" : 1979-02-27,
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"eyes" : "brown",
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"hair" : "brown" ),
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"Sylvia" : (
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"dob" : 1994-11-10,
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"eyes" : "blue",
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"hair" : "blond" ) ) ) );
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sub context_test($db)
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{
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# first we select all the data from the tables and then use
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# context statements to order the output hierarchically
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# context statements are most useful when a set of queries can be executed once
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# and the results processed many times by creating "views" with context statements
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my $people = $db.select("select * from people");
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my $attributes = $db.select("select * from attributes");
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my $today = format_date("YYYYMMDD", now());
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|
# in this test, we create a big hash structure out of the queries executed above
|
|
# and compare it at the end to the expected result
|
|
|
|
# display each family sorted by family name
|
|
my $fl;
|
|
context family ($db.select("select * from family")) sortBy (%name)
|
|
{
|
|
my $pl;
|
|
tprintf(2, "Family %d: %s\n", %family_id, %name);
|
|
|
|
# display people, sorted by eye color, descending
|
|
context people ($people)
|
|
sortDescendingBy (find %value in $attributes
|
|
where (%attribute == "eyes"
|
|
&& %person_id == %people:person_id))
|
|
where (%family_id == %family:family_id)
|
|
{
|
|
my $al;
|
|
tprintf(2, " %s, born %s\n", %name, format_date("Month DD, YYYY", %dob));
|
|
context ($attributes) sortBy (%attribute) where (%person_id == %people:person_id)
|
|
{
|
|
$al.%attribute = %value;
|
|
tprintf(2, " has %s %s\n", %value, %attribute);
|
|
}
|
|
# leave out the ID fields and name from hash under name; subtracting a
|
|
# string from a hash removes that key from the result
|
|
# this is "doing it the hard way", there is only one key left,
|
|
# "dob", then attributes are added directly into the person hash
|
|
$pl.%name = %% - "family_id" - "person_id" - "name" + $al;
|
|
}
|
|
# leave out family_id and name fields (leaving an empty hash)
|
|
$fl.%name = %% - "family_id" - "name" + ( "people" : $pl );
|
|
}
|
|
|
|
# test context ordering
|
|
test_value(keys $fl, ("Jones", "Smith"), "first context");
|
|
test_value(keys $fl.Smith.people, ("Arnie", "Carol", "Isaac", "Bernard", "Sylvia"), "second context");
|
|
# test entire context value
|
|
test_value($fl, family_hash, "third context");
|
|
}
|
|
|
|
|
|
sub test_timeout($db, $c)
|
|
{
|
|
$db.setTransactionLockTimeout(1ms);
|
|
try {
|
|
# this should cause a TRANSACTION-LOCK-TIMEOUT exception to be thrown
|
|
$db.exec("insert into family values (3, 'Test')\n");
|
|
test_value(True, False, "transaction timeout");
|
|
$db.exec("delete from family where name = 'Test'");
|
|
}
|
|
catch ($ex)
|
|
{
|
|
test_value(True, True, "transaction timeout");
|
|
}
|
|
# signal parent thread to continue
|
|
$c.dec();
|
|
}
|
|
|
|
sub transaction_test($db)
|
|
{
|
|
my $ndb = getDS();
|
|
my $r;
|
|
tprintf(2, "db.autocommit=%N, ndb.autocommit=%N\n", $db.getAutoCommit(), $ndb.getAutoCommit());
|
|
|
|
# first, we insert a new row into "family" but do not commit it
|
|
my $rows = $db.exec("insert into family values (3, 'Test')\n");
|
|
if ($rows !== 1)
|
|
printf("FAILED INSERT, rows=%N\n", $rows);
|
|
|
|
# now we verify that the new row is not visible to the other datasource
|
|
# unless it's a sybase/ms sql server datasource, in which case this would deadlock :-(
|
|
if ($o.type != "sybase" && $o.type != "freetds")
|
|
{
|
|
$r = $ndb.selectRow("select name from family where family_id = 3").name;
|
|
test_value($r, NOTHING, "first transaction");
|
|
}
|
|
|
|
# now we verify that the new row is visible to the inserting datasource
|
|
$r = $db.selectRow("select name from family where family_id = 3").name;
|
|
test_value($r, "Test", "second transaction");
|
|
|
|
# test datasource timeout
|
|
# this Counter variable will allow the parent thread to sleep
|
|
# until the child thread times out
|
|
my $c = new Counter(1);
|
|
background test_timeout($db, $c);
|
|
|
|
# wait for child thread to time out
|
|
$c.waitForZero();
|
|
|
|
# now, we commit the transaction
|
|
$db.commit();
|
|
|
|
# now we verify that the new row is visible in the other datasource
|
|
$r = $ndb.selectRow("select name from family where family_id = 3").name;
|
|
test_value($r, "Test", "third transaction");
|
|
|
|
# now we delete the row we inserted (so we can repeat the test)
|
|
$r = $ndb.exec("delete from family where family_id = 3");
|
|
test_value($r, 1, "delete row count");
|
|
$ndb.commit();
|
|
}
|
|
|
|
sub oracle_test()
|
|
{
|
|
}
|
|
|
|
# here we use a little workaround for modules that provide functions,
|
|
# namespace additions (constants, classes, etc) needed by test functions
|
|
# at parse time. To avoid parse errors (as database modules are loaded
|
|
# in this script at run-time when the Datasource class is instantiated)
|
|
# we use a Program object that we parse and run on demand to return the
|
|
# value required
|
|
sub get_val($code)
|
|
{
|
|
my $p = new Program();
|
|
|
|
my $str = sprintf("return %s;", $code);
|
|
$p.parse($str, "code");
|
|
return $p.run();
|
|
}
|
|
|
|
sub pgsql_test($db)
|
|
{
|
|
my $args = ( "int2_f" : 258,
|
|
"int4_f" : 233932,
|
|
"int8_f" : 239392939458,
|
|
"bool_f" : True,
|
|
"float4_f" : 21.3444,
|
|
"float8_f" : 49394.23423491,
|
|
"number_f" : get_val("pgsql_bind(PG_TYPE_NUMERIC, '7235634215.3250')"),
|
|
"money_f" : get_val("pgsql_bind(PG_TYPE_CASH, \"400.56\")"),
|
|
"text_f" : 'some text ',
|
|
"varchar_f" : 'varchar ',
|
|
"char_f" : 'char text',
|
|
"name_f" : 'name',
|
|
"date_f" : 2004-01-05,
|
|
"abstime_f" : 2005-12-03T10:00:01,
|
|
"reltime_f" : 5M + 71D + 19h + 245m + 51s,
|
|
"interval_f" : 6M + 3D + 2h + 45m + 15s,
|
|
"time_f" : 11:35:00,
|
|
"timetz_f" : get_val("pgsql_bind(PG_TYPE_TIMETZ, \"11:38:21 CST\")"),
|
|
"timestamp_f" : 2005-04-01T11:35:26,
|
|
"timestamptz_f" : 2005-04-01T11:35:26.259,
|
|
"tinterval_f" : get_val("pgsql_bind(PG_TYPE_TINTERVAL, '[\"May 10, 1947 23:59:12\" \"Jan 14, 1973 03:14:21\"]')"),
|
|
"bytea_f" : <bead>
|
|
#bit_f :
|
|
#varbit_f :
|
|
);
|
|
|
|
$db.vexec("insert into data_test values (%v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v)", hash_values($args));
|
|
|
|
my $q = $db.selectRow("select * from data_test");
|
|
if ($o.verbose > 1)
|
|
foreach my $k in (keys $q)
|
|
tprintf(2, " %-16s= %-10s %N\n", $k, type($q.$k), $q.$k);
|
|
|
|
# fix values where we know the return type is different
|
|
$args.money_f = 400.56;
|
|
$args.timetz_f = 11:38:21;
|
|
$args.tinterval_f = '["1947-05-10 21:59:12" "1973-01-14 02:14:21"]';
|
|
$args.number_f = "7235634215.3250";
|
|
$args.reltime_f = 19177551s;
|
|
$args.interval_f = 6M + 3D + 9915s;
|
|
|
|
# rounding errors can happen in float4
|
|
$q.float4_f = round($q.float4_f);
|
|
$args.float4_f = round($args.float4_f);
|
|
|
|
# remove values where we know they won't match
|
|
# abstime and timestamptz are converted to GMT by the server
|
|
delete $q.abstime_f;
|
|
delete $q.timestamptz_f;
|
|
|
|
# compare each value
|
|
foreach my $k in (keys $q)
|
|
test_value($q.$k, $args.$k, sprintf("%s bind and retrieve", $k));
|
|
|
|
$db.commit();
|
|
}
|
|
|
|
sub mysql_test()
|
|
{
|
|
}
|
|
|
|
const family_q = ( "family_id" : 1,
|
|
"name" : "Smith" );
|
|
const person_q = ( "person_id" : 1,
|
|
"family_id" : 1,
|
|
"name" : "Arnie",
|
|
"dob" : 1983-05-13 );
|
|
const params = ( "string" : "hello there",
|
|
"int" : 150 );
|
|
|
|
sub sybase_test($db)
|
|
{
|
|
# simple stored proc test, bind by name
|
|
my $x = $db.exec("exec find_family %v", "Smith");
|
|
test_value($x, ("name": list("Smith"), "family_id" : list(1)), "simple stored proc");
|
|
|
|
# stored proc execute with output params
|
|
$x = $db.exec("declare @string varchar(40), @int int
|
|
exec get_values :string output, :int output");
|
|
test_value($x, params + ("rowcount":1), "get_values");
|
|
|
|
# we use Datasource::selectRows() in the following queries because we
|
|
# get hash results instead of a hash of lists as with exec in the queries
|
|
# normally we should not use selectRows to execute a stored procedure,
|
|
# as the Datasource::selectRows() method will not grab the transaction lock,
|
|
# but we already called Datasource::exec() above, so we have it already.
|
|
# the other alternative would be to call Datasource::beginTransaction() before
|
|
# Datasource::selectRows()
|
|
|
|
# simple stored proc test, bind by name, returns hash
|
|
$x = $db.selectRows("exec find_family %v", "Smith");
|
|
test_value($x, family_q, "simple stored proc");
|
|
|
|
# stored proc execute with output params and select results
|
|
$x = $db.selectRows("declare @string varchar(40), @int int
|
|
exec get_values_and_select :string output, :int output");
|
|
test_value($x, ("query":family_q,"params":params), "get_values_and_select");
|
|
|
|
# stored proc execute with output params and multiple select results
|
|
$x = $db.selectRows("declare @string varchar(40), @int int
|
|
exec get_values_and_multiple_select :string output, :int output");
|
|
test_value($x, ("query":("query0":family_q,"query1":person_q),"params":params), "get_values_and_multiple_select");
|
|
|
|
# stored proc execute with just select results
|
|
$x = $db.selectRows("exec just_select");
|
|
test_value($x, family_q, "just_select");
|
|
|
|
# stored proc execute with multiple select results
|
|
$x = $db.selectRows("exec multiple_select");
|
|
test_value($x, ("query0":family_q,"query1":person_q), "multiple_select");
|
|
|
|
my $args = ( "null_f" : NULL,
|
|
"varchar_f" : "varchar",
|
|
"char_f" : "char",
|
|
"unichar_f" : "unichar",
|
|
"univarchar_f" : "univarchar",
|
|
"text_f" : "test",
|
|
"unitext_f" : "test",
|
|
"bit_f" : True,
|
|
"tinyint_f" : 55,
|
|
"smallint_f" : 4285,
|
|
"int_f" : 405402,
|
|
"int_f2" : 214123498,
|
|
"decimal_f" : 500.1231,
|
|
"float_f" : 23443.234324234,
|
|
"real_f" : 213.123,
|
|
"money_f" : 3434234250.2034,
|
|
"smallmoney_f" : 211100.1012,
|
|
"date_f" : 2007-05-01,
|
|
"time_f" : 10:30:01,
|
|
"datetime_f" : 3459-01-01T11:15:02.250,
|
|
"smalldatetime_f" : 2007-12-01T12:01:00,
|
|
"binary_f" : <0badbeef>,
|
|
"varbinary_f" : <feedface>,
|
|
"image_f" : <cafebead> );
|
|
|
|
# insert data
|
|
my $rows = $db.vexec("insert into data_test values (%v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %d, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v, %v)", hash_values($args));
|
|
|
|
my $q = $db.selectRow("select * from data_test");
|
|
if ($o.verbose > 1)
|
|
foreach my $k in (keys $q)
|
|
tprintf(2, " %-16s= %-10s %N\n", $k, type($q.$k), $q.$k);
|
|
|
|
# remove values where we know they won't match
|
|
# unitext_f is returned as IMAGE by the server
|
|
delete $q.unitext_f;
|
|
delete $args.unitext_f;
|
|
# rounding errors can happen in real
|
|
$q.real_f = round($q.real_f);
|
|
$args.real_f = round($args.real_f);
|
|
|
|
# compare each value
|
|
foreach my $k in (keys $q)
|
|
test_value($q.$k, $args.$k, sprintf("%s bind and retrieve", $k));
|
|
|
|
$db.commit();
|
|
}
|
|
|
|
sub freetds_test($db)
|
|
{
|
|
# simple stored proc test, bind by name
|
|
my $x = $db.exec("exec find_family %v", "Smith");
|
|
test_value($x, ("name": list("Smith"), "family_id" : list(1)), "simple stored proc");
|
|
|
|
# we cannot retrieve parameters from newer SQL Servers with the approach we use;
|
|
# Microsoft changed the handling of the protocol and require us to use RPC calls,
|
|
# this will be implemented in the next version of qore where the "freetds" driver will
|
|
# be able to add custom methods to the Datasource class. For now, we skip these tests
|
|
|
|
if ($db.is_sybase)
|
|
{
|
|
$x = $db.exec("declare @string varchar(40), @int int
|
|
exec get_values :string output, :int output");
|
|
test_value($x, params, "get_values");
|
|
}
|
|
|
|
# we use Datasource::selectRows() in the following queries because we
|
|
# get hash results instead of a hash of lists as with exec in the queries
|
|
# normally we should not use selectRows to execute a stored procedure,
|
|
# as the Datasource::selectRows() method will not grab the transaction lock,
|
|
# but we already called Datasource::exec() above, so we have it already.
|
|
# the other alternative would be to call Datasource::beginTransaction() before
|
|
# Datasource::selectRows()
|
|
|
|
# simple stored proc test, bind by name, returns hash
|
|
$x = $db.selectRows("exec find_family %v", "Smith");
|
|
test_value($x, family_q, "simple stored proc");
|
|
|
|
# stored proc execute with output params and select results
|
|
if ($db.is_sybase)
|
|
{
|
|
$x = $db.selectRows("declare @string varchar(40), @int int
|
|
exec get_values_and_select :string output, :int output");
|
|
test_value($x, ("query":family_q,"params":params), "get_values_and_select");
|
|
|
|
# stored proc execute with output params and multiple select results
|
|
$x = $db.selectRows("declare @string varchar(40), @int int
|
|
exec get_values_and_multiple_select :string output, :int output");
|
|
test_value($x, ("query":("query0":family_q,"query1":person_q),"params":params), "get_values_and_multiple_select");
|
|
}
|
|
|
|
# stored proc execute with just select results
|
|
$x = $db.selectRows("exec just_select");
|
|
test_value($x, family_q, "just_select");
|
|
|
|
# stored proc execute with multiple select results
|
|
$x = $db.selectRows("exec multiple_select");
|
|
test_value($x, ("query0":family_q,"query1":person_q), "multiple_select");
|
|
|
|
# the freetds driver does not work with the following sybase column types:
|
|
# unichar, univarchar
|
|
|
|
my $args = ( "null_f" : NULL,
|
|
"varchar_f" : "test",
|
|
"char_f" : "test",
|
|
"text_f" : "test",
|
|
"unitext_f" : "test",
|
|
"bit_f" : True,
|
|
"tinyint_f" : 55,
|
|
"smallint_f" : 4285,
|
|
"int_f" : 405402,
|
|
"int_f2" : 214123498,
|
|
"decimal_f" : 500.1231,
|
|
"float_f" : 23443.234324234,
|
|
"real_f" : 213.123,
|
|
"money_f" : 3434234250.2034,
|
|
"smallmoney_f" : 211100.1012,
|
|
"date_f" : 2007-05-01,
|
|
"time_f" : 10:30:01,
|
|
"datetime_f" : 3459-01-01T11:15:02.250,
|
|
"smalldatetime_f" : 2007-12-01T12:01:00,
|
|
"binary_f" : <0badbeef>,
|
|
"varbinary_f" : <feedface>,
|
|
"image_f" : <cafebead> );
|
|
|
|
# remove fields not supported by sql server
|
|
if (!$db.is_sybase)
|
|
{
|
|
delete $args.unitext_f;
|
|
delete $args.date_f;
|
|
delete $args.time_f;
|
|
}
|
|
|
|
my $sql = "insert into data_test values (";
|
|
for (my $i; $i < elements $args; ++$i)
|
|
$sql += "%v, ";
|
|
$sql = substr($sql, 0, -2) + ")";
|
|
|
|
# insert data, using the values from the hash above
|
|
my $rows = $db.vexec($sql, hash_values($args));
|
|
|
|
my $q = $db.selectRow("select * from data_test");
|
|
if ($o.verbose > 1)
|
|
foreach my $k in (keys $q)
|
|
tprintf(2, " %-16s= %-10s %N\n", $k, type($q.$k), $q.$k);
|
|
|
|
# remove values where we know they won't match
|
|
# unitext_f is returned as IMAGE by the server
|
|
delete $q.unitext_f;
|
|
delete $args.unitext_f;
|
|
# rounding errors can happen in real
|
|
$q.real_f = round($q.real_f);
|
|
$args.real_f = round($args.real_f);
|
|
|
|
# compare each value
|
|
foreach my $k in (keys $q)
|
|
test_value($q.$k, $args.$k, sprintf("%s bind and retrieve", $k));
|
|
|
|
$db.commit();
|
|
}
|
|
|
|
sub main()
|
|
{
|
|
my $test_map =
|
|
( "sybase" : \sybase_test(),
|
|
"freetds" : \freetds_test(),
|
|
"mysql" : \mysql_test(),
|
|
"pgsql" : \pgsql_test(),
|
|
"oracle" : \oracle_test());
|
|
|
|
parse_command_line();
|
|
my $db = getDS();
|
|
|
|
my $driver = $db.getDriverName();
|
|
printf("testing %s driver\n", $driver);
|
|
my $sv = $db.getServerVersion();
|
|
if ($o.verbose > 1)
|
|
tprintf(2, "client version=%n\nserver version=%n\n", $db.getClientVersion(), $sv);
|
|
|
|
# determine if the server is a sybase or sql server dataserver
|
|
if ($driver == "freetds")
|
|
if ($sv !~ /microsoft/i)
|
|
$db.is_sybase = True;
|
|
|
|
create_datamodel($db);
|
|
|
|
context_test($db);
|
|
transaction_test($db);
|
|
my $test = $test_map.($db.getDriverName());
|
|
if (exists $test)
|
|
$test($db);
|
|
|
|
if (!$o.leave)
|
|
drop_test_datamodel($db);
|
|
printf("%d/%d tests OK\n", $test_count - $errors, $test_count);
|
|
}
|
|
|
|
main();</code></pre> |