/*-----------------------------------------------------------------------------
 * Copyright 2017, 2018, Oracle and/or its affiliates. All rights reserved.
 *---------------------------------------------------------------------------*/

/*-----------------------------------------------------------------------------
 * SetupSamples.sql
 *   Creates users and populates their schemas with the tables and packages
 * necessary for the cx_Oracle samples. An edition is also created for the
 * demonstration of PL/SQL editioning.
 *
 * Run this like:
 *   sqlplus / as sysdba @SetupSamples
 *
 * Note that the script SampleEnv.sql should be modified if you would like to
 * use something other than the default configuration.
 *---------------------------------------------------------------------------*/

whenever sqlerror exit failure

-- drop existing users and edition, if applicable
@@DropSamples.sql

alter session set nls_date_format = 'YYYY-MM-DD HH24:MI:SS';
alter session set nls_numeric_characters='.,';

create user &main_user identified by &main_password
quota unlimited on users
default tablespace users;

grant
    create session,
    create table,
    create procedure,
    create type,
    select any dictionary,
    change notification
to &main_user;

grant execute on dbms_aqadm to &main_user;
grant execute on dbms_lock to &main_user;

begin

    for r in
            ( select role
              from dba_roles
              where role in ('SODA_APP')
            ) loop
        execute immediate 'grant ' || r.role || ' to &main_user';
    end loop;

end;
/

create user &edition_user identified by &edition_password;

grant
    create session,
    create procedure
to &edition_user;

alter user &edition_user enable editions;

create edition &edition_name;

grant use on edition &edition_name to &edition_user;

-- create types

create type &main_user..udt_SubObject as object (
    SubNumberValue                      number,
    SubStringValue                      varchar2(60)
);
/

create or replace type &main_user..udt_Building as object (
    BuildingId                          number(9),
    NumFloors                           number(3),
    Description                         varchar2(60),
    DateBuilt                           date
);
/

create or replace type &main_user..udt_Book as object (
    Title                               varchar2(100),
    Authors                             varchar2(100),
    Price                               number(5,2)
);
/

-- create tables

create table &main_user..TestNumbers (
    IntCol                              number(9) not null,
    NumberCol                           number(9, 2) not null,
    FloatCol                            float not null,
    UnconstrainedCol                    number not null,
    NullableCol                         number(38)
);

create table &main_user..TestStrings (
    IntCol                number(9) not null,
    StringCol             varchar2(20) not null,
    RawCol                raw(30) not null,
    FixedCharCol          char(40) not null,
    NullableCol           varchar2(50)
);

create table &main_user..TestCLOBs (
    IntCol                number(9) not null,
    CLOBCol               clob not null
);

create table &main_user..TestBLOBs (
    IntCol                number(9) not null,
    BLOBCol               blob not null
);

create table &main_user..TestTempTable (
    IntCol                number(9) not null,
    StringCol             varchar2(400),
    constraint TestTempTable_pk primary key (IntCol)
);

create table &main_user..TestUniversalRowids (
    IntCol                number(9) not null,
    StringCol             varchar2(250) not null,
    DateCol               date not null,
    constraint TestUniversalRowids_pk primary key (IntCol, StringCol, DateCol)
) organization index;

create table &main_user..TestBuildings (
    BuildingId            number(9) not null,
    BuildingObj &main_user..udt_Building not null
);

create table &main_user..BigTab (
    mycol                 varchar2(20)
);

create table &main_user..SampleQueryTab (
    id                    number not null,
    name                  varchar2(20) not null
);

create table &main_user..MyTab (
    id                    number,
    data                  varchar2(20)
);

create table &main_user..ParentTable (
    ParentId              number(9) not null,
    Description           varchar2(60) not null,
    constraint ParentTable_pk primary key (ParentId)
);

create table &main_user..ChildTable (
    ChildId               number(9) not null,
    ParentId              number(9) not null,
    Description           varchar2(60) not null,
    constraint ChildTable_pk primary key (ChildId),
    constraint ChildTable_fk foreign key (ParentId) references &main_user..ParentTable
);

create table &main_user..Ptab (
    myid                  number,
    mydata                varchar(20)
);

create table &main_user..PlsqlSessionCallbacks (
    RequestedTag          varchar2(250),
    ActualTag             varchar2(250),
    FixupTimestamp        timestamp
);

-- create queue table and queues for demonstrating advanced queuing
begin
    dbms_aqadm.create_queue_table('&main_user..BOOK_QUEUE',
            '&main_user..UDT_BOOK');
    dbms_aqadm.create_queue('&main_user..BOOKS', '&main_user..BOOK_QUEUE');
    dbms_aqadm.start_queue('&main_user..BOOKS');
end;
/

-- populate tables

begin
  for i in 1..20000
  loop
   insert into &main_user..BigTab (mycol) values (dbms_random.string('A',20));
  end loop;
end;
/

begin
  for i in 1..10 loop
    insert into &main_user..TestNumbers
    values (i, i + i * 0.25, i + i * .75, i * i * i + i *.5,
        decode(mod(i, 2), 0, null, power(143, i)));
  end loop;
end;
/

declare

  t_RawValue            raw(30);

  function ConvertHexDigit(a_Value number) return varchar2 is
  begin
    if a_Value between 0 and 9 then
      return to_char(a_Value);
    end if;
    return chr(ascii('A') + a_Value - 10);
  end;

  function ConvertToHex(a_Value varchar2) return varchar2 is
    t_HexValue          varchar2(60);
    t_Digit             number;
  begin
    for i in 1..length(a_Value) loop
      t_Digit := ascii(substr(a_Value, i, 1));
      t_HexValue := t_HexValue ||
          ConvertHexDigit(trunc(t_Digit / 16)) ||
          ConvertHexDigit(mod(t_Digit, 16));
    end loop;
    return t_HexValue;
  end;

begin
  for i in 1..10 loop
    t_RawValue := hextoraw(ConvertToHex('Raw ' || to_char(i)));
    insert into &main_user..TestStrings
    values (i, 'String ' || to_char(i), t_RawValue,
        'Fixed Char ' || to_char(i),
        decode(mod(i, 2), 0, null, 'Nullable ' || to_char(i)));
  end loop;
end;
/

insert into &main_user..ParentTable values (10, 'Parent 10');
insert into &main_user..ParentTable values (20, 'Parent 20');
insert into &main_user..ParentTable values (30, 'Parent 30');
insert into &main_user..ParentTable values (40, 'Parent 40');
insert into &main_user..ParentTable values (50, 'Parent 50');

insert into &main_user..ChildTable values (1001, 10, 'Child A of Parent 10');
insert into &main_user..ChildTable values (1002, 20, 'Child A of Parent 20');
insert into &main_user..ChildTable values (1003, 20, 'Child B of Parent 20');
insert into &main_user..ChildTable values (1004, 20, 'Child C of Parent 20');
insert into &main_user..ChildTable values (1005, 30, 'Child A of Parent 30');
insert into &main_user..ChildTable values (1006, 30, 'Child B of Parent 30');
insert into &main_user..ChildTable values (1007, 40, 'Child A of Parent 40');
insert into &main_user..ChildTable values (1008, 40, 'Child B of Parent 40');
insert into &main_user..ChildTable values (1009, 40, 'Child C of Parent 40');
insert into &main_user..ChildTable values (1010, 40, 'Child D of Parent 40');
insert into &main_user..ChildTable values (1011, 40, 'Child E of Parent 40');
insert into &main_user..ChildTable values (1012, 50, 'Child A of Parent 50');
insert into &main_user..ChildTable values (1013, 50, 'Child B of Parent 50');
insert into &main_user..ChildTable values (1014, 50, 'Child C of Parent 50');
insert into &main_user..ChildTable values (1015, 50, 'Child D of Parent 50');

insert into &main_user..SampleQueryTab values (1, 'Anthony');
insert into &main_user..SampleQueryTab values (2, 'Barbie');
insert into &main_user..SampleQueryTab values (3, 'Chris');
insert into &main_user..SampleQueryTab values (4, 'Dazza');
insert into &main_user..SampleQueryTab values (5, 'Erin');
insert into &main_user..SampleQueryTab values (6, 'Frankie');
insert into &main_user..SampleQueryTab values (7, 'Gerri');

commit;

--
-- For PL/SQL Examples
--

create or replace function &main_user..myfunc (
    a_Data                              varchar2,
    a_Id                                number
) return number as
begin
    insert into &main_user..ptab (mydata, myid) values (a_Data, a_Id);
    return (a_Id * 2);
end;
/

create or replace procedure &main_user..myproc (
    a_Value1                            number,
    a_Value2                            out number
) as
begin
   a_Value2 := a_Value1 * 2;
end;
/

create or replace procedure &main_user..myrefcursorproc (
    a_StartingValue                     number,
    a_EndingValue                       number,
    a_RefCursor                         out sys_refcursor
) as
begin
    open a_RefCursor for
        select *
        from TestStrings
        where IntCol between a_StartingValue and a_EndingValue;
end;
/


--
-- Create package for demoing PL/SQL collections and records.
--

create or replace package &main_user..pkg_Demo as

    type udt_StringList is table of varchar2(100) index by binary_integer;

    type udt_DemoRecord is record (
        NumberValue                     number,
        StringValue                     varchar2(30),
        DateValue                       date,
        BooleanValue                    boolean
    );

    procedure DemoCollectionOut (
        a_Value                         out nocopy udt_StringList
    );

    procedure DemoRecordsInOut (
        a_Value                         in out nocopy udt_DemoRecord
    );

end;
/

create or replace package body &main_user..pkg_Demo as

    procedure DemoCollectionOut (
        a_Value                         out nocopy udt_StringList
    ) is
    begin
        a_Value(-1048576) := 'First element';
        a_Value(-576) := 'Second element';
        a_Value(284) := 'Third element';
        a_Value(8388608) := 'Fourth element';
    end;

    procedure DemoRecordsInOut (
        a_Value                         in out nocopy udt_DemoRecord
    ) is
    begin
        a_Value.NumberValue := a_Value.NumberValue * 2;
        a_Value.StringValue := a_Value.StringValue || ' (Modified)';
        a_Value.DateValue := a_Value.DateValue + 5;
        a_Value.BooleanValue := not a_Value.BooleanValue;
    end;

end;
/

--
-- Create package for demoing PL/SQL session callback
--

create or replace package &main_user..pkg_SessionCallback as

    procedure TheCallback (
        a_RequestedTag                  varchar2,
        a_ActualTag                     varchar2
    );

end;
/

create or replace package body &main_user..pkg_SessionCallback as

    type udt_Properties is table of varchar2(64) index by varchar2(64);

    procedure LogCall (
        a_RequestedTag                  varchar2,
        a_ActualTag                     varchar2
    ) is
        pragma autonomous_transaction;
    begin
        insert into PlsqlSessionCallbacks
        values (a_RequestedTag, a_ActualTag, systimestamp);
        commit;
    end;

    procedure ParseProperty (
        a_Property                      varchar2,
        a_Name                          out nocopy varchar2,
        a_Value                         out nocopy varchar2
    ) is
        t_Pos                           number;
    begin
        t_Pos := instr(a_Property, '=');
        if t_Pos = 0 then
            raise_application_error(-20000, 'Tag must contain key=value pairs');
        end if;
        a_Name := substr(a_Property, 1, t_Pos - 1);
        a_Value := substr(a_Property, t_Pos + 1);
    end;

    procedure SetProperty (
        a_Name                          varchar2,
        a_Value                         varchar2
    ) is
        t_ValidValues                   udt_Properties;
    begin
        if a_Name = 'TIME_ZONE' then
            t_ValidValues('UTC') := 'UTC';
            t_ValidValues('MST') := '-07:00';
        elsif a_Name = 'NLS_DATE_FORMAT' then
            t_ValidValues('SIMPLE') := 'YYYY-MM-DD HH24:MI';
            t_ValidValues('FULL') := 'YYYY-MM-DD HH24:MI:SS';
        else
            raise_application_error(-20000, 'Unsupported session setting');
        end if;
        if not t_ValidValues.exists(a_Value) then
            raise_application_error(-20000, 'Unsupported session setting');
        end if;
        execute immediate
                'ALTER SESSION SET ' || a_Name || '=''' ||
                t_ValidValues(a_Value) || '''';
    end;

    procedure ParseTag (
        a_Tag                           varchar2,
        a_Properties                    out nocopy udt_Properties
    ) is
        t_PropertyName                  varchar2(64);
        t_PropertyValue                 varchar2(64);
        t_StartPos                      number;
        t_EndPos                        number;
    begin
        t_StartPos := 1;
        while t_StartPos < length(a_Tag) loop
            t_EndPos := instr(a_Tag, ';', t_StartPos);
            if t_EndPos = 0 then
                t_EndPos := length(a_Tag) + 1;
            end if;
            ParseProperty(substr(a_Tag, t_StartPos, t_EndPos - t_StartPos),
                    t_PropertyName, t_PropertyValue);
            a_Properties(t_PropertyName) := t_PropertyValue;
            t_StartPos := t_EndPos + 1;
        end loop;
    end;

    procedure TheCallback (
        a_RequestedTag                  varchar2,
        a_ActualTag                     varchar2
    ) is
        t_RequestedProps                udt_Properties;
        t_ActualProps                   udt_Properties;
        t_PropertyName                  varchar2(64);
    begin
        LogCall(a_RequestedTag, a_ActualTag);
        ParseTag(a_RequestedTag, t_RequestedProps);
        ParseTag(a_ActualTag, t_ActualProps);
        t_PropertyName := t_RequestedProps.first;
        while t_PropertyName is not null loop
            if not t_ActualProps.exists(t_PropertyName) or
                    t_ActualProps(t_PropertyName) !=
                    t_RequestedProps(t_PropertyName) then
                SetProperty(t_PropertyName, t_RequestedProps(t_PropertyName));
            end if;
            t_PropertyName := t_RequestedProps.next(t_PropertyName);
        end loop;
    end;

end;
/

