4.13.3 Including Presentation Text Objects
The Presentation Text (PTX) structured field is used to specify text data and the
position, rotation, and fonts to be used when presenting text data. The PTX structured
field was previously known as Composed Text (CTX), but its identifier of X'D3EE9B'
and all its components remain the same. PTX structured fields are made up of control
sequences and data. The PTX structured field is described in Presentation Text
Object Content Architecture Reference, SC31-6803, and provides different functions
in the form of control sequences. PTX is probably the most frequently used
structured field in fully composed MO:DCA documents. PTX structured fields can be
intermixed with line data records so long as a few rules are followed:
Each PTX structured field becomes a self-contained environment. While PTX
control sequences can be used to set the line spacing, page margin, data position,
and font, these settings remain in effect only for the current PTX structured
field. If a line data record follows a PTX, its placement and font is determined
by the information in the
| current Line Descriptor of the active Page Definition. If another PTX
| structured field follows the PTX, the text environment established by
| the last-used LND is re-issued before the new PTX is processed. A PTX
| can affect the printing of line-data records if it contains text
| control sequences that change inter-character and inter-word spacing,
| since these characteristics are not controlled by a Page Definition.
Because the print services software considers line-data files to be mapped total-
ly with a Page Definition, PSF generates IPDS commands containing positioning and
font information for every record in the file. If a record turns out to be a
PTX structured field, the information in the PTX is used to create a subsequent
IPDS Write Text command. If a large number of PTX structured fields are
included in a line-mode data set, the additional IPDS commands generated by the
print services software could add an unacceptable amount of processing over-
head when the data set is printed. Page Definition information, PTX information,
and any additional information contained in objects such as bar code and image
placed on the page interact, so the programmer must keep careful track of the
| page position and fonts in effect as records are written. For
| example, if the text position, text orientation, or font is not
| defined in a structured field or object, the values specified in the
| Page Definition for the current line-data record will be used.
| Depending on the complexity of the application, it may be easier to
| write fully composed output rather than using a Page Definition to set
| up the environment.
________________________________________________________________________
| Length | X'D3EE9B'| Flag | Sequence| Data |
| | | byte | number | |
|_________|__________|______|_________|__________________________________|
Figure 27. Presentation Text Structured Field
4.13.3.2 Using the PTX Structured Field
| The PTX structured field contains PTOCA data, as defined in the
| Presentation Text Object Content Architecture Reference, SC31-6803.
| The general format of the PTX structured field is shown in Figure 27 in
| topic 4.13.3. Either of two types of data can follow the PTX structured
| field introducer:
The X'2BD3' escape sequence, followed by one or more text control sequences
"Free-standing text," which is a series of code points representing data to be
printed.
The first alternative is by far the most common use of PTX. A table of the control
sequences that can be used with the PTX structured field appears in Figure
28 in topic 4.13.3.3.
| The PTOCA Architecture groups control sequences into function sets, or
| subsets. PT1 is the base subset that is supported by all AFP page
| printers. PT2 is a superset of PT1 that contains the three additional
| control sequences Underscore (USC), Overstrike (OVS), and Temporary
| Baseline Move (TBM). PT3 is a superset of PT2 that contains the Set
| Extended Text Color (SEC) control sequence for supporting spot colors and
| process colors in text. See Advanced Function Presentation: Printer Information,
| G544-3290, for information on which PTOCA subsets are supported by your printer.
In a PTX structured field, a control sequence immediately follows
each X'2BD3' escape sequence. Each control sequence can be coded as unchained
(even-numbered functions) or chained (odd-numbered functions). If unchained
controls are used, each one must be preceded by the X'2BD3' escape sequence.
In the chained format, each control sequence immediately follows the
previous one with no intervening X'2BD3' escape sequence. The last
control sequence in a chain must have the even-numbered (unchained)
format to signal the end of the chain.
| Each text control sequence is a minimum of two bytes long, where the
| X'2BD3' escape sequence, if present, is not counted as part of the length.
| The first byte indicates the length of the entire control sequence,
| including the length byte itself, the function byte, and any parameter bytes.
| The second byte contains the odd or even function code for the control
| sequence. A data field ranging from zero to 253 bytes follows.
One reason why free-standing text is seldom used is that one of the PTX control
sequences available is Transparent Data, (TRN), which has a string of code points
as its data field, and thereby provides the actual text to
| be printed. Use of the TRN allows data whose encoding scheme uses the
| code points X'2B' or X'D3' to be included in a PTX without having these
| code points interpreted as an escape sequence.
| The usual sequence for placing text on a page is as follows:
| specify the beginning print position using Absolute Move Inline (AMI)
| and Absolute Move Baseline (AMB) control sequences
| select the coded font to be used with the Set Coded Font Local (SCFL)
| control sequence
| specify the code points of the text to be printed using a Transparent
| Data (TRN) control sequence.
Here is an example:
X'5A001BD3EE9B0000002BD304D300F004C700B403F10106DAC4C1E3C1'
This example begins with a X'5A' carriage control character, as would
be required in the System/390 environment. Following this byte in the example
is a two-byte length field, which provides the length of the entire
record (27, or X'001B'). The X'5A' character is not included in this count.
The next three bytes are the Presentation Text identifier (X'D3EE9B'). Following
that is the X'00' flag byte and the two-byte sequence number (X'0000'). The first
two bytes of the data are the escape sequence (X'2BD3'), followed by a
text control sequence that indicates chaining.
The first control sequence is an Absolute Move Baseline that specifies a
baseline offset of X'00F0' logical units from the page origin. For a 240 units-
per-inch coordinate system, this indicates an offset of one inch down the page.
The second control sequence is an Absolute Move Inline that specifies an Inline
offset of X'B4' or 180 units from the left margin.
Following this is a Set Coded Font Local that selects the coded font that maps
to font local ID 1 in the MCF structured field in the Active Environment Group
for the Data Map.
The last control sequence is a six-byte-long Transparent Data, which simply contains
the word "DATA" and ends the chaining sequence because it uses the X'DA' (even)
function type.
___ Programming Tip ____________________________________________________
| |
| When deciding how to code Presentation Text structured fields, keep in |
| mind that it is good programming practice to build as long a PTX |
| structured field as possible, to reduce overhead in the print server |
| associated with reading and processing many short records written by |
| the application. Text control sequences should be chained wherever |
| possible. While a string of unchained control sequence pairs will |
| work also, the presence of the X'2BD3' escape sequences can use up |
| many of the 32,759 bytes of the PTX structured field unnecessarily. |
| |
| Within a fully composed document, the last control sequence in any |
| text object must always indicate end of chaining. If PTX structured |
| fields are intermixed with line data in a mixed-mode document, the |
| last control sequence in the PTX must also indicate end of chaining. |
| This can be accomplished either by specifying an even function type |
| for the last control sequence, or by ending every PTX with a No |
| Operation control sequence with an even function type (X'02F8'). |
| |
|________________________________________________________________________|
4.13.3.3 Use of Fonts
Either fixed-pitch or proportionally spaced fonts can be used to present text
with the PTX structured field. Positioning of the first character in a
string of data contained in the TRN control sequence can be accomplished by
preceding the TRN with one of the absolute or relative move text controls, as
shown on page 4.13.3.2. If no move control sequences follow in the same PTX,
data contained in any subsequent TRN controls will be placed immediately following
the text in the preceding TRN. Font information stored in the printer is used to
ensure that data does not overlap. As a result, it is possible to highlight one
word in a string simply by using a Set Coded Font text control. If the PTX
record shown on page 4.13.3.2 is extended to print the word "DATA" a second time
in a different font, as in
X'...2BD304D3010004C700B403F10106DBC4C1E3C103F10206DAC4C1E3C1'
then the resulting output will look like this:
DATADATA
--------------------------------------------------------------------------------
PTOCA Control Sequence Function Unchained Chained
(Even Function) (Odd Function)
PT1 Control Sequences:
Absolute Move Baseline 04D2 04D3
Absolute Move Inline 04C6 04C7
Begin Line 02D8 02D9
Begin Suppression 03F2 03F3
Draw Baseline Rule 07E6 07E7
Draw Inline Rule 07E4 07E5
End Suppression 03F4 03F5
No Operation xxF8 xxF9
Relative Move Baseline 04D4 04D5
Relative Move Inline 04C8 04C9
Repeat String xxEE xxEF
Set Baseline Increment 04D0 04D1
Set Coded Font Local 03F0 03F1
Set Intercharacter Increment 04C2 04C3
Set Inline Margin 04C0 04C1
Set Text Color 0574 0575
Set Text Orientation 06F6 06F7
Set Variable Space Character Increment 04C4 04C5
Transparent Data xxDA xxDB
PT2 Control Sequences:
Overstrike 0572 0573
Temporary Baseline Move xx78 xx79
Underscore 0376 0377
| PT3 Control Sequences:
| Set Extended Text Color xx80 xx81
--------------------------------------------------------------------------------
Figure 28. Control Sequences Used in PTX Structured Field
Right-justification and centering of text cannot be done simply by using PTX
control sequences. Calculations must be done in the program to place each
character at the correct position on the page, and this can become fairly
complex if proportional fonts are used.
4.13.3.4 Boxes and Rules
The Draw Baseline Rule and Draw Inline Rule control sequences may be used to
draw rules and boxes on the page to highlight information or to separate
one area of the output from an adjacent area. The length and thickness of
the rule must be specified in the control sequence, and these values are
expressed in the units of
measure specified in the Presentation Text Descriptor (PTD) structured field.
If the rule is to be drawn in the positive baseline or inline direction (that is,
from top to bottom or from left to right), the positive number expressing
the length and thickness is used. If the rules are to be drawn in the direction
opposite the baseline direction ("up" relative to the data on the page) or the
direction opposite the inline direction ("backward" relative to the data on the
page), the line length or thickness must be coded in two's complement form.
The two's complement of a two-byte hexadecimal number is obtained by inverting each
bit of the number and adding a one to the low-order bit position. For example, a
one-inch rule is 240 logical units long, or X'F0' L-units, when using 240 units
per inch. This value can be placed directly in a Draw Inline Rule control sequence.
To obtain the value to use when drawing this rule in the opposite direction, you
calculate the two's complement of X'F0' by inverting to get X'FF0F' and then
adding X'0001'. The result is X'FF10'. The full, chained control sequence that
will draw a 3-unit thick rule one inch long in the "backward" direction
is X'07E5FF10000300'.
The third and fourth data bytes of the draw rule control sequence specify the
thickness of the rule. To determine whether a positive number or the two's complement
number is needed, you should decide in which direction to add pels, starting from
the initial print position. For inline rules, a positive thickness value adds
pels from top to bottom, while a two's complement value adds pels from bottom
to top. For baseline rules, pels are added to the right if the thickness value
is positive, and to the left if the thickness is expressed as a two's complement
(negative) number.
These details come into play when drawing boxes with mitred corners. To make the box
outline complete and not have a gap between the end of a baseline rule and the start
of an inline rule beneath it, you may have to change the origin point of the rule,
the length of the rule, or the rule thickness from positive to negative. Gaps
between inline and baseline rules become increasingly visible as the thickness of
the rules increase.
Figure 29 illustrates a text-control sequence to draw a box one inch high by two
inches wide. The rules that generate the box are four pels thick, so the lengths
of the rules in the Draw Rule control sequences have been extended by 4 pels
where necessary to make sure the corners are complete.
--------------------------------------------------------------------------------
___________________________
| |
| |
| |
| |
| |
|___________________________|
... 04C7000F04D300F007E501E000040007E700F0000400...
< AMI >< AMB >
(bottom side) (left side)
... 04C901E004D500F007E5FE20FFFC0007E6FF10FFFC00
< RMI >< RMB >
(top side) (right side)
--------------------------------------------------------------------------------
Figure 29. Text Controls to Draw a Box
Calculating negative lengths:
1. take the value & subtract it from 100000 the from size varies, but it will
match the size of the field subtracting from.
Example: 0000400 negative counter part is 0FFFC00.
1000000
-0000400
-------
next step;
0FFFF00
(1000000)
-0000400
-------
0FFFC00 Negative Hex 0000400
Print this Document
Dealing with Binary Numbers (parameters for absolute & relative moves.
Working Storage of Fields involved
10 WS-WORK1 PIC S9(4) COMP VALUE 0.
10 WS-WORK2 PIC S9(4) COMP VALUE 0.
10 WS-WORK3 PIC S9(4) COMP VALUE 0.
10 WS-WORK4 PIC S9(4) COMP VALUE 0.
10 WS-WORK-LGTH PIC 9(4) BINARY.
10 WS-WORK-LGTH-R REDEFINES WS-WORK-LGTH PIC X(2).
10 WS-STGSTOP PIC S9(4) COMP VALUE 0.
10 WS-STGSTRT PIC S9(4) COMP VALUE 0.
10 WS-LENGTH PIC S9(4) COMP VALUE 0.
10 WS-BLDSTRNG OCCURS 5 TIMES.
15 WS-BLDSTRNG-STRT PIC S9(4) COMP.
15 WS-BLDSTRNG-STOP PIC S9(4) COMP.
15 WS-BLDSTRNG-LGTH PIC S9(4) BINARY.
10 WS-LNESTRNG OCCURS 5 TIMES.
15 WS-LNESTRNG-STRT PIC S9(4) COMP.
Code Involved:
002421 * Modifing CTX area for 1st part of Message *
002422 MOVE X'03' TO MSG-TXT3-CONTROL-SCFPRM
002423 COMPUTE WS-WORK2 =
002424 ((WS-BLDSTRNG-STRT(WS-SS3) - WS-LNESTRNG-STRT(WS-SS2)) - 3)
002425 END-COMPUTE
002426 MOVE WS-WORK2 TO WS-WORK-LGTH
002427 ADD 2 TO WS-WORK-LGTH END-ADD
002428 MOVE WS-WORK-LGTH-R(2:1)
002429 TO MSG-TXT3-CONTROL-NOPCDE(1:1)
002430 MOVE X'DB' TO MSG-TXT3-CONTROL-NOPCDE(2:1)
002431
002432 * Populating 1st Part of Message *
002433 MOVE WS-LNESTRNG-STRT(WS-SS2) TO WS-WORK1
002434 MOVE WS-STRG-AREA(WS-WORK1:WS-WORK2)
002435 TO MSG-TXT3-FREEFORM(1:WS-WORK2)
002436
Note Units for CTX records are PELs.
Sample CTX Entries
Sample CTX Records
Display
.ÎLÓº....L.L.Õ.G.u.1./¹PO BOX 1090 CHARLOTTE NC 28201-1090
.ÎLÓº....L.L.Ä.G.-.1./¹* Moving? Save time connecting phone, cable, Internet with
.ÎLÓº....L.L.».G.-.1./¹ XXXX XXXXX Connections.
.ÎLÓº....L.L.•.G.-.1./¹* Draft your electric bill from your bank account. It's s free!
.ÎLÓº....L.L.û.G.-.1./¹ Call 1-999-999-9999.
.ÎLÓº....L.L...G.-.1./¹* Free e-Bill service. Enroll at www.dukepower.com.
….
….
.ÎLÓº....L.L.Õ.G.u.1./¹PO BOX 9999 CHARLOTTE NC 99999-9999
.iLÓº....L.L.Ä.G.-.1..ûMy name is .I...1. ûMaximus Decimus Merridius. Commander of the Armies of the North.I...1..¹, General of
.ÎLÓº....L.L.».G.-.1./¹the Fearless Legion loyal servant to the true emperor “Marcus Orilius", Father to a murdered
.ÎLÓº....L.L.•.G.-.1./¹son, Husband to a murdered wife and I will have my vengence in his life or the next.
HEX
.ÎLÓº....L.L.Õ.G.u.1./¹PO BOX 1090 CHARLOTTE NC 28201-1090
07DE90002D0D0E0C0A0F06DDD4CDE4FFFF4CCCDDDEEC4DC4FFFFF6FFFF4444444444444444444444
063EB001B3436F47143131A760267010900381936335053028201010900000000000000000000000
------------------------------------------------------------------------------
.iLÓº....L.L.Ä.G.-.1..ûMy name is .I...1. ûMaximus Decimus Merridius.Commander o
08DE90002D0D060C060F00DDA4989848A40C010F04DD8A89AA4C8889AA4D899888AA4C9998988949
093EB001B343534700313DB4805145092049003140B4179442045394420459994942B36441545906
------------------------------------------------------------------------------
.ÎLÓº....L.L.».G.-.1./¹the Fearless Legion loyal servant to the true emperor "Ma
07DE90002D0D080C060F06DA884C88998AA4D88899499A894A89A89A4A94A884A9A84899899947D8
063EB002B3435B47003131A385065193522035796503681302595153036038503945054759690F41
------------------------------------------------------------------------------
.ÎLÓº....L.L.•.G.-.1./¹son, Husband to a murdered wife and I will have my vengen
07DE90002D0D0B0C060F06DA9964CAA88984A94849A9889884A88848984C4A899488A849A4A89889
063EB003B3435347003131A265B08422154036010449459540696501540906933081550480555755
------------------------------------------------------------------------------
Continued
4444444444444444444444444444444444444444444444444444444444444444444444
0000000000000000000000000000000000000000000000000000000000000000000000
---------------------------------------------------------------------
f the Armies of the North.I...1..¹, General of
84A884C9988A4984A884D99A80C010F00D64C898989498444444444444444444444444
60385019495206603850569384900313FAB07555913066000000000000000000000000
---------------------------------------------------------------------
rcus Orilius", Father to a murdered
98AA4D9898AA764C8A8894A94849A98898844444444444444444444444444444444444
934206993942FB06138590360104494595400000000000000000000000000000000000
---------------------------------------------------------------------
ce in this life or the next.
884894A88A498884994A88498AA4444444444444444444444444444444444444444444
350950389203965069038505573B000000000000000000000000000000000000000000
Note Units for CTX records are PELs.
Mixing CTX Records,Page Defs, OverLays & AFP structured records.
Sample Mixed Print Records:
502LINDA S MABE PO BOX 1408
..L®¬...S1REFUND..-..Û
.ÎLÓº....L.L.].G.u.1./¹PO BOX 1090 CHARLOTTE NC 28201-1090
.ÎLÓº....L.L...G.0.1./¹* Moving? Save time connecting phone, cable, Internet wi
.ÎLÓº....L.L. .G.0.1./¹ Duke Power Connections.
.ÎLÓº....L.L.Ç.G.0.1./¹* Draft your electric bill from your bank account. It's
.ÎLÓº....L.L.°.G.0.1./¹ Call 1-800-943-7585.
.ÎLÓº....L.L.½.G.0.1./¹* Free e-Bill service. Enroll at www.dukepower.com.
00010001092338 RT - Residential Srv,TOU
00010002 Customer Charge
00010003 314.50 327.00 1 12.5KW On-Peak Actual Demand(Sum
00010004 12.5KW On-Peak Billing Demand
00010005 18553 19501 1 948KWHOn-Peak Energy(Summer)
00010006 52575 57206 1 3,683KWHOff-Peak Energy
00010007 Prior Balance Due
00010008 Sales Tax
CTX Records expanded:
.ÎLÓº....L.L.].G.u.1./¹PO BOX 1090 CHARLOTTE NC 28201-1090
07DE90002D0D0B0C0A0F06DDD4CDE4FFFF4CCCDDDEEC4DC4FFFFF6FFFF4444444444444444444444
063EB001B3436D47143131A760267010900381936335053028201010900000000000000000000000
------------------------------------------------------------------------------
.ÎLÓº....L.L...G.0.1./¹* Moving? Save time connecting phone, cable, Internet wi
07DE90002D0D010C0F0F06D544D9A89864E8A84A8984899988A898498998648889864C9A8998A4A8
063EB001B3435847003141AC00465957F021550394503655533957078655B031235B095359553069
------------------------------------------------------------------------------
.ÎLÓº....L.L. .G.0.1./¹ Duke Power Connections.
07DE90002D0D040C0F0F06D444CA984D9A894C99988A899A44444444444444444444444444444444
063EB002B3435047003131A0004425076659036555339652B0000000000000000000000000000000
------------------------------------------------------------------------------
.ÎLÓº....L.L.Ç.G.0.1./¹* Draft your electric bill from your bank account. It's
07DE90002D0D060C0F0F06D544C988A4A9A948988A98848899489994A9A94889948889A9A44CA7A4
063EB003B3435847003131AC0049163086490535339930293306964086490215201336453B093D20
------------------------------------------------------------------------------
Include PageSegment Records expanded:
..L®¬...S1REFUND..-..Û
01DA5000EFDCCEDC00600F4
063FF0012195645400004B0
Page segment state
State that allows page segment data to be stored in the printer. The printer enters page segment
state from home state on receiving a Begin Page Segment command and exits on an End Page command.
In page segment state, the printer can receive Write Text commands that position text on the logical page
and can enter a block state to write image, bar code, and graphics blocks.
5.16.1 IPS (X'D3AF5F') Syntax
_______________________________________________
| Structured Field Introducer |
____________ _____________ _______ ____________ ________________________
| SF Length | ID = | Flags | Reserved; | Structured Field Data |
| (2B) | X'D3AF5F' | (1B) | X'0000' | |
____________ _____________ _______ ____________ ________________________
Offset Type Name Meaning
0-7 CHAR PsegName Name of page Segment
8-10 SBIN IpsOset I-axis origin for the page segment Use I-axis position specified by current LND or RCD
11-13 SBIN BpsOset B-axis origin for the page, Use B-axis position specified by current LND or RCD
Font Selection for CTX Records:
000019 SETUNITS 12 CPI 8 LPI LINESP 8 LPI;
000020 PAGEDEF BILPX6
000021 WIDTH 7.25
000022 HEIGHT 11.00
000023 LINEONE 0 0
000024 DIRECTION ACROSS
000025 REPLACE YES;
000026
000027 FONT FONT1 H22A01;
000028 FONT FONT2 H42081;
000029 FONT FONT3 H2109C;
000030 FONT FONT4 H510AC;
000031 FONT FONT5 H2107C;
000032 FONT FONT6 H2106C;
000033 FONT FONT7 H2108C;
000034 FONT FONT8 H4108C;
000035 FONT FONT9 H310DC;
000036 FONT FONT10 H410AC;
000037 FONT FONT11 H3109C;
000038 FONT FONT12 H310AC;
000039 FONT FONT13 H4109C;
000040 FONT FONT14 H5109C;
000041 FONT FONT15 CR15;
000042 FONT FONT16 CB15;
000043 FONT FONT17 POSB;
000044 FONT FONT18 BILL;
000045 FONT FONT19 CB08;
000046 FONT FONT20 CB12;
000047 FONT FONT21 CE12;
000048 FONT FONT22 CREK;
000049 FONT FONT23 GT2B;
000050 FONT FONT24 ELR9;
000051 FONT FONT25 GLEJ;
000052 FONT FONT26 A055AC;
000053 FONT FONT27 ELTR;
000054 FONT FONT28 EBTR;
000055 FONT FONT29 H0DA;
000056 FONT FONT30 BITR;
000057 FONT FONT31 GU10;
000058 FONT FONT32 TU10;
000059 FONT FONT33 EITR;
000060
000061 PAGEFORMAT MASTER
000062 WIDTH 7.25 IN
000063 HEIGHT 11.00 IN
000064 DIRECTION ACROSS;
000065
000066 TRCREF 0 FONT FONT14 DIRECTION ACROSS;
000067 TRCREF 1 FONT FONT13 DIRECTION ACROSS;
000068 TRCREF 2 FONT FONT3 DIRECTION ACROSS;
000069 TRCREF 3 FONT FONT11 DIRECTION ACROSS;
000070
000071 PRINTLINE CHANNEL 1;
000072
000073 CONDITION DRAW
000074 START 01
000075 LENGTH 03
000076 WHEN EQ '101' BEFORE SUBPAGE
000077 COPYGROUP CONTRA
000078 PAGEFORMAT CONTRA
000079 WHEN EQ '102' BEFORE SUBPAGE
000080 COPYGROUP CONTRD
000081 PAGEFORMAT CONTRD
CTX record used to generate print lines:
#LÓº ::L:L:::G 0:1:/¹* Moving? Save time connecting phone, cable, Internet wi
07DE90002D0D010C0F0F06D544D9A89864E8A84A8984899988A898498998648889864C9A8998A4A8
0B3EB001B3435847003141AC00465957F021550394503655533957078655B031235B095359553069
------------------------------------------------------------------------------
Font11 TRCREF 3, 4th TRCREF entry
#LÓº ::L:L: :G 0:1:/¹ Duke Power Connections.
07DE90002D0D040C0F0F06D444CA984D9A894C99988A899A44444444444444444444444444444444
0B3EB002B3435047003131A0004425076659036555339652B0000000000000000000000000000000
------------------------------------------------------------------------------
Font3 TRCREF 1, 3rd TRCREF entry
#LÓº ::L:L:Ç:G 0:1:/¹* Draft your electric bill from your bank account. It's
07DE90002D0D060C0F0F06D544C988A4A9A948988A98848899489994A9A94889948889A9A44CA7A4
0B3EB003B3435847003131AC0049163086490535339930293306964086490215201336453B093D20
------------------------------------------------------------------------------
#LÓº ::L:L:°:G 0:1:/¹ Call 1-800-943-7585.
07DE90002D0D090C0F0F06D444C8994F6FFF6FFF6FFFF44444444444444444444444444444444444
0B3EB004B3435047003131A0003133010800094307585B0000000000000000000000000000000000
------------------------------------------------------------------------------
#LÓº ::L:L:½:G 0:1:/¹* Free e-Bill service. Enroll at www.dukepower.com.
07DE90002D0D0B0C0F0F06D544C988486C8994A89A88844C9999948A4AAA48A9899A894899444444
0B3EB005B3435847003131AC006955050293302595935B05596330130666B442576659B364B00000
……
……
#LӺ ::L:L:::G 0:1:ùMy name is Maximus Decimus Merridius.
07DE90002D0D010C0F0F06DDA4989848A4D8A89AA4C8889AA4D899888AA444444444444444444444
0B3EB001B3435847003116A480514509204179442045394420459994942B00000000000000000000
------------------------------------------------------------------------------
Font14 TRCREF 0, 1st TRCREF entry
#LÓº ::L:L: :G 0:1:/¹Commander of the Armies of the North, General of the Fear
07DE90002D0D040C0F0F06DC999898894984A884C9988A4984A884D99A864C8989894984A884C889
0B3EB001B3435047003131A364415459066038501949520660385056938B07555913066038506519
------------------------------------------------------------------------------
#LÓº ::L:L:Ç:G 0:1:/¹emperor "Marcus Orilius", Father to a murdered son, Husba
07DE90002D0D060C0F0F06D899899947D898AA4D9898AA764C8A8894A94849A9889884A9964CAA88
0B3EB002B3435847003131A54759690F41934206993942FB0613859036010449459540265B084221
------------------------------------------------------------------------------
#LÓº ::L:L:°:G 0:1:/¹vengence in this life or the next.
07DE90002D0D090C0F0F06DA89889884894A88A498884994A88498AA444444444444444444444444
0B3EB003B3435047003131A555755350950389203965069038505573B00000000000000000000000
------------------------------------------------------------------------------
:L®¬ :S1REFUND - :C
01DA5000EFDCCEDC00600C4444444444444444444444444444444444444444444444444444444444
063FF001219564540000530000000000000000000000000000000000000000000000000000000000
:L®¬ :S1REFUND - :C
01DA5000EFDCCEDC00600C4444444444444444444444444444444444444444444444444444444444
063FF001219564540000530000000000000000000000000000000000000000000000000000000000
------------------------------------------------------------------------------
#LӺ ::L:L:\:G 0:1:ùWe make choices everyday of our lives.
07DE90002D0D0E0C0F0F06DE8498984889888A48A89A88A49849A9498A8A44444444444444444444
0B3EB004B3435047003126A6504125038693520555984180660649039552B0000000000000000000
------------------------------------------------------------------------------
Font13 TRCREF 1, 2nd TRCREF entry
#LÓº ::L:L:::G 0:1:/¹Each choice opens the door for other choices... and for b
07DE90002D0D000C0F0F06DC888488988849989A4A8848999489949A8894889888A4444898489948
0B3EB001B3436847003131A51380386935067552038504669066906385903869352BBB0154066902
------------------------------------------------------------------------------
#LÓº ::L:L:::G 0:1:/¹we offer you a glimpse of what your life may hold in stor
07DE90002D0D030C0F0F06DA84988894A9A48489899A84984A88A4A9A949888498A489984894AA99
0B3EB002B3436047003131A650666590864010739472506606813086490396504180863409502369
------------------------------------------------------------------------------
#LÓº ::L:L:ì:G 0:1:/¹make today will have a effect on your tommorow.
07DE90002D0D050C0F0F06D98984A988A4A899488A848488888A4994A9A94A999999A44444444444
Print Troubleshooting
Incorrect Output
Printing of the job output occurs independently from job execution. Typically,
problems which interfere with a job printing, such as resource not found,
result in the job output being flagged as unprintable and an error listing
being produced. If there are problems with the default resources associated
with the printer, then messages may appear in the system log for the FSS
(Functional Subsystem) associated with the printer.
The error listing typically includes a description of the problem, information
about what resources were involved and the active printing environment. Typical
problems are:
- resource not found
- user library not found or user is not authorized to access it
Often, for performance reasons, error reporting for some printer-detected error
conditions may be disabled. The printer defaults can be overridden with an OUTPUT
statement: see the description of the DATACK option.
Normally, a well-behaved AFP printer should not lose output even under
catastrophic circumstances. Some AFP emulation products may not exhibit this
behaviour.
The ACIF utility can be used to combine print data with AFP resources. It can be
useful as a diagnostic aid since it performs similar processing to PSF without actually
communicating with a printer. It can detect problems related to missing or incorrect AFP
resources.
SDSF can be useful for inspecting the datastream being generated by the application.
No Response
If all else fails, it may be worthwhile stopping the printer or forcing the FSA (in
extreme cases) and doing a power-on reset for the printer. In particular, IPDS printers
connected over TCP/IP seem to get into situations where this is the only remedy.
The NETSTAT command can be used to display active TCP/IP connections. For example,
<![CDATA[
NETSTAT CONN (CLI FSS*
]]>
would show connections to address spaces with names beginning with FSS.
z/OS, PSF and AFP are trademarks of IBM Corporation.
From BigIron Page