SSY wrote:
>
> Thank you very much, but how this substitution can be realized?
> What order of this options? How can this options be encrypted to the CX
> parameter?
For example, I can see CX=188303a8 in your posting.
The first 2 bytes are contant(18) which represents the
count of effective bits of the subsequent flag.
The bits of the flag represents the following.
<The least siginificant bit>
LF <-> CR/LF conversion
Updatable Cursors
Disallow Premature
Recognize Unique Index
PROTOCOL 6.3
PROTOCOL 7.X,6.4
Unknown Sizes(Don't know)
Unknown Sizes(Maximum)
Disable Generic Optimizer
KSQO
CommLog
MyLog
Parse Statements
Cancel as FreeStmt
Use Declare/Fetch
Read Only
Text As LongVarChar
Unknowns as LongVarChar
Bools as Char
Row Versioning
Show System Tables
Oid Options(Show Column)
Oid Options(Fake Index)
True is -1
<The most siginificant bit>
For example,
8303a8 : 0001 0101 1100 0000 1100 0001
represents
UNIQUE_INDEX
6.4/7.x, Unknowns As Max
Disable Generic Optiomizer, KSQO
Text As LongVarChar, Unknown As LongVarChar
True is -1
regards,
Hiroshi Inoue
http://w2422.nsk.ne.jp/~inoue/
>
> > You can substitute the CX parameter for the following options.
> >
> > Disable Genereic Optiomizer
> > CommLog
> > KSQO
> > Parse Statements
> > Recognize Unique Index
> > Cancel As FreeStmt
> > Usen Declare/Fetch
> > MyLog
> > Unknown Sizes
> > Text as LongVarChar
> > Unknowns as LongVarChar
> > Bools as Char
> >
> > Read Only
> > Row Versioning
> > Show System Tables
> > Disallow Premature
> > LF <-> CR/LF conversion
> > True is -1
> > Updatable Cursors
> > Protocol
> > Oid options(Show column, Fake Index)
> >
> > regards,
> > Hiroshi Inoue
> > http://w2422.nsk.ne.jp/~inoue/