<TIMPORT [options] $schema [FROMFILE] $data|$file[ /]>
[ ... statements ...
<TIMPORT> statement (Texis IMPORT) imports text data into
Vortex variables. The schema argument is a schema (template),
which defines what fields are in the source data and what format they
The data parameter is the text buffer containing raw data to
be imported. If the
FROMFILE flag is given, it is considered a
filename instead, and that file is read for the import data.
Each value of the buffer or filename variable is imported in sequence.
The returned fields are assigned to Vortex variables of the same name,
one field per value. Each result row returned by
another set of values to the variables, and the statements inside the
<TIMPORT> block are executed. (I.e. a loop occurs for every row
imported, not just for every buffer/filename given.)
Unlike the command-line version of TIMPORT, in Vortex the imported
fields are not inserted into a table. Instead they are returned
as variables for further processing by the Vortex script. This gives
the programmer complete control over what rows go where and how. For
full details on the syntax of schemas and the usage of TIMPORT in
general, see the Texis manual on TIMPORT. Note that the following
TIMPORT keywords do not apply in Vortex, because no table is used:
The variables returned by
<TIMPORT> behave like
variables (here) in that only the current iteration's
return value is visible inside the loop.
also behave as in
<SQL>, giving the number of initial values to
skip, and the maximum number of values to return.
can also be used; as in a
NOVARS causes no variables to actually be returned,
OKVARS gives a permitted list of return variables, and
ROW causes the variables to be returned as single values,
instead of being accumulated in a loop.
$next variables are set as in
i.e. the current loop iteration count and next-iteration count.
$indexcount is not set, however.
BREAK statement may be given inside the loop to exit
In version 7 and later, the statement may be self-closing (<TIMPORT ... />) instead of terminated with an end tag (</TIMPORT>). The statement is then non-looping: loop/next are not set, though
MAX are still
respected. Return variables accumulate.
The following example imports fields from a Unix-style mailbox into the variables From, Subject, Date and lists each message:
<$schema = "
# take multiple records from a single file:
datefmt x, dd mmm yyyy HH:MM:SS
# name type tag default_val
field From varchar />>^\RFrom\x20\P=[^\space]+ UNKNOWN
field Subject varchar Subject UNKNOWN
field Date date Date
field Body varchar />>^=[\alnum\-_]+:\x20=[^\n]+\n\n\P=!\nFrom\x20+
<TIMPORT $schema FROMFILE /tmp/mbox>
From: $From <BR>
Subject: $Subject <BR>
Date: $Date <BR>
TIMPORT statement was added in version 2.1.872500000 19970825.
Column variables returned by
TIMPORT are cleared first before
the loop starts, i.e. previous values are lost. However, if no rows
are returned by the command, then the variables are not cleared.
The rows skipped by
SKIP apply after any row(s) skipped
by TIMPORT schema keywords. Thus, if columnar data (format
csv) is imported without the
keepfirst keyword, the
first row is still skipped, even if
SKIP is 0.
TIMPORT is not available in early Webinator Vortex versions.
Only Commercial Vortex versions after Sep. 1 1997, and Webinator
versions after Sep. 30 1998 contain it.