Help splitting FT1 out to separate DFT messages

I’m having a rough time trying to create a XLT to split multiple FT1 segments into individual DFT messages.  I looked at some of the examples already here and tried different things, but I get the same error  no matter what I try.  The error makes no sense to me.

I’m running CL 6.02 on Windows Server.

Any help is appreciated.

This is the error I get.  The segments are not out of order in the file I’m testing with.

MESSAGE 1

[0:TEST] [mid:0x32c9f78] The # 1 segment encountered ‘PID’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

[0:TEST] [mid:0x32c9f78] The # 2 segment encountered ‘PV1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

[0:TEST] [mid:0x32c9f78] The # 3 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

[0:TEST] [mid:0x32c9f78] The # 4 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

[0:TEST] [mid:0x32c9f78] The # 5 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

[0:TEST] [mid:0x32c9f78] The # 6 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

[0:TEST] [mid:0x32c9f78] The # 7 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

[0:TEST] [mid:0x32c9f78] The # 8 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

[0:TEST] Warning during PathCopy: The # 1 segment encountered ‘PID’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

The # 2 segment encountered ‘PV1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

The # 3 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

The # 4 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

The # 5 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

The # 6 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

The # 7 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

The # 8 segment encountered ‘FT1’ is out of order when parsing hl7 (2.3 {}) for message type ‘DFT_P03’ during the translation(SplitFT1.xlt).  Segment ignored.

And here is my attempted XLT:

prologue

   xlt_infile: hl7 2.3  DFT

   who: srvieprod_server

   date: March 20, 2018 1:50:40 PM CDT

   xlt_outfile: hl7 2.3  DFT

   type: xlt

   version: 7.0

end_prologue

{ { OP SUPPRESS } }

{ { OP PATHCOPY }

   { ERR 0 }

   { IN 0(0).MSH(0) }

   { OUT 0(0).MSH(0) }

}

{ { OP PATHCOPY }

   { ERR 0 }

   { IN 0(0).PID(0) }

   { OUT 0(0).PID(0) }

}

{ { OP PATHCOPY }

   { ERR 0 }

   { IN 0(0).PV1(0) }

   { OUT 0(0).PV1(0) }

}

{ { OP ITERATE }

   { BASIS 1 }

   { VAR %g1 }

   { TYPE group }

   { BODY {

       { { OP COMMENT }

           { COMMENT {TODO: Insert new actions here} }

       }

       { { OP PATHCOPY }

           { ERR 0 }

           { IN 1(%g1).0(0).FT1(0) }

           { OUT 1(0).0(0).FT1(0) }

       }

       { { OP COPY }

           { ERR 0 }

           { IN =1 }

           { OUT 1(0).0(0).FT1(0).#1(0) }

       }

       { { OP CONTINUE } }

   }}

}