COSmanager/User Guide/Appendices

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1 Appendix A — the COSmanager User Interface
2 Appendix B—Terminal Support
3 Appendix C — COSmanager GUI Server for Windows

Appendix A — the COSmanager User Interface

The user interface to all COSmanager applications is provided through a series of reusable software tools known collectively as The Functional Toolset. Both graphical (GUI) and character (CUI) mode interfaces are provided.

The GUI mode features a Motif-style ‘look and feel’. It can be used from an X terminal, or a PC running MS Windows without the need for X emulation software.

The CUI mode is intended for users who access COSmanager from a character terminal or via terminal emulation from a PC. It features a full-screen interface with support for function keys and pop-up windows.

Keyboard traversal in the GUI interface is consistent with the CUI version. This allows users to swap between X displays, Windows PCs, and character terminals, with minimal retraining and without loss of productivity.

This appendix introduces the major components of The Functional Toolset, including examples of both GUI and character mode screens.

 The user interface to all COSmanager applications is provided through a series of reusable software tools known collectively as The Functional Toolset. Both graphical (GUI) and character (CUI) mode interfaces are provided.
-The GUI mode features a Motif-style ‘look and feel’. It can be used from an X terminal, or a PC running Windows 3.11, Windows 95 or Windows NT, without the need for X emulation software.
+The GUI mode features a Motif-style ‘look and feel’. It can be used from an X terminal, or a PC running MS Windows without the need for X emulation software.
 The CUI mode is intended for users who access COSmanager from a character terminal or via terminal emulation from a PC. It features a full-screen interface with support for function keys and pop-up windows.
 This appendix introduces the major components of The Functional Toolset, including examples of both GUI and character mode screens.
+<br>
 === The Functional Toolset ===
 The key components of the user interface are:
 *a toolbar providing shortcuts to common actions.
-Detailed reference information is contained in the manual pages for the interface tools. See the [[COSmanager Reference Guide]].
+Detailed reference information is contained in the manual pages for the interface tools. See the [[COSmanager_User_Man_pages | COSmanager Reference Guide]].
+<br>
 === Methtool ===
-methtool allows you to select actions or methods from a menu bar to perform on data base tables or items selected from a list.
+Methtool allows you to select actions or methods from a menu bar to perform on data base tables or items selected from a list.
 Function keys available within methtool are:
-{| border="0" cellpadding="3" cellspacing="0"
+{| border="1" cellpadding="3" cellspacing="0"
 |-
 |<strong>Button</strong>
 |}
-==== GUI Notes ====
+''' GUI Notes '''
 The menu bar contains the COSmanager pulldown, Help button, and any pulldowns specific to this methtool. The COSmanager pulldown contains Search and Print, and a number of configurable Options:
 ;Multiple prompt: whether you can perform table maintenance operations such as Remove and Change on multiple rows at once.
 The status line shows messages relating to the selected option or the last action that was performed.
+<br>
 === Prompt ===
-prompt is COSmanager’s data entry tool. It enables COSmanager database tables to be created and maintained via screen-based forms.
+Prompt is COSmanager’s data entry tool. It enables COSmanager database tables to be created and maintained via screen-based forms.
-prompt allows a user to fill in the fields in a form. Each field consists of (from left to right):
+Prompt allows a user to fill in the fields in a form. Each field consists of (from left to right):
 *a ‘prompt’ to indicate what the field is
 *a data area, in which text is entered or changed
 |}
-==== GUI Notes ====
+''' GUI Notes '''
 *Input fields appear recessed. Display-only fields have the same appearance as the background of the form.
 *Clicking button 1 in an input field makes it the active field. prompt still performs any validations on the intervening fields, so mandatory fields cannot be bypassed.
 *Groups of related fields may be framed by a border.
+<br>
 === Menu ===
-menu implements a hierarchical menu structure based on a user’s access capabilities. The user selects an option via the keyboard or mouse.
+Menu implements a hierarchical menu structure based on a user’s access capabilities. The user selects an option via the keyboard or mouse.
 Function keys available within menu are:
 |}
-==== GUI Notes ====
+''' GUI Notes '''
 *Posted menus stay on the screen until you press Exit. Cascading submenus appear to the right of the selected option, and are transient—that is, they disappear once an action is selected.
 *A symbol indicates that the option will display a submenu. An ellipsis ( … ) indicates that the submenu will be a posted menu.
 *Pressing button 3 displays help text for the highlighted option, if available. Clicking on the box dismisses the help window.
-==== Button bar ====
+<br>
+=== Button Bar ===
 The COSmanager button bar is the main menu through which you launch and configure COSmanager applications. The button bar has a button for each installed application that you have access to, and a Config button through which you can configure COSmanager applications and the COSmanager framework.
 ;Exit All: exit all COSmanager windows launched from this button bar (except xterms and windows in another process group).
-To move the button bar, middle-click and drag to the new location.
-Note To use the Product configuration menu you must have the Admin, Config, or Manager role in at least one application.
+To move the button bar, middle-click and drag to the new location.
+{{Note|To use the Product configuration menu you must have the Admin, Config, or Manager role in at least one application.}}
+<br>
 === Scroll/Keep ===
 |}
-==== GUI Notes ====
+''' GUI Notes '''
 The GUI scroll does not have the concept of a standard page size or page number. Instead, the vertical scroll bar shows the current position.
+<br>
 === Keep ===
 keep is a real-time version of scroll. keep tracks the output from a running command, displaying new data as it is generated.
 |}
-==== GUI Notes ====
+'''GUI Notes '''
 The GUI keep retains approximately the last ten windows of output. If the current end of data is not visible, keep keeps the view over the rows that are currently displayed. To resume tracking the end of data, press Follow.
+<br>
 === Choose/Order ===
 choose is typically used to select one or more rows of data for further action, or in a prompt form to select from a list of valid values for a field.
 |}
-==== GUI Notes ====
+''' GUI Notes '''
 Some choose screens allow multiple rows to be selected. The following mouse actions are available in the multiple choose facility:
 For references to mouse actions, B1 is the primary button (usually the left button).
 On UNIX B2 is usually the middle button. On Windows B2 is usually the right button.
+<br>
 === Order ===
 order is a version of choose that lets you reorder a items in a list. You move the cursor to a row and press PickUp. The selected row is highlighted and the label of the PickUp button changes to PutDown. Next, move the cursor to the new location (using the scroll keys or Search if necessary). Press PutDown to put the row down.
 |}
-==== GUI Notes ====
-If both the old and new locations are visible in the same window you can click and drag the row to its new location.
-To cancel a selection, press PutDown or click again on the selected row.
+''' GUI Notes '''
+If both the old and new locations are visible in the same window you can click and drag the row to its new location.
+To cancel a selection, press PutDown or click again on the selected row.
+<br>
 === Search ===
 The search tool allows you to find occurrences of a character string or pattern in a scroll box (e.g. a scroll, choose or order window). Enter the string or pattern to be searched for. If a matching row is found it is indicated by the > cursor. To repeat the search, press Search twice. Searching starts from the first row of data in the current window. If the search string is not found before the end of the data, the search wraps around to the start. ‘Pattern not found’ indicates that the search string was not found anywhere in the data.
-==== GUI Notes ====
- GUI search includes two options that affect how the search is performed.
+'''GUI Notes '''
+GUI search includes two options that affect how the search is performed.
 *If Ignore case is selected, the string that was entered will match either upper-case or lower-case numbers.
 *If Regular expression is selected, the search string can be an arbitrary regular expression (see (ed(1)). If it is not selected, search does a simple string comparison with no pattern matching.
 |Exit the search window, and return to the scroll box at the position of the found row.
 |}
+<br>
 == Appendix B—Terminal Support ==
 ==== To check a terminal definition ====
 *Use ticheck to check the Terminfo definition for your current terminal. ticheck verifies that all the graphics characters and video attributes used by COSmanager display correctly, and that function keys, cursor-movement keys and editing keys are recognized.
- Note if there is already a definition for this terminal in your current directory, you should first save a copy of it.
+{{Note|if there is already a definition for this terminal in your current directory, you should first save a copy of it.}}
 *If necessary, run ticonfig to rebuild the Terminfo function key definitions for the current terminal.
 *If you have run ticonfig, then run the tic command to compile your new definition for the current terminal.
- Caution you may affect other users if your TERMINFO environment variable is not set or is set to a public directory.
+{{Caution|you may affect other users if your TERMINFO environment variable is not set or is set to a public directory.}}
 *Repeat step 1 to confirm that you have correctly configured the function key definitions for your current terminal. If need be, repeat steps 2 and 3 and rerun ticheck until they work correctly.
 Enter ticheck at the UNIX command line to check the definition for your current terminal. You should see a screen that looks similar to this:
- Figure 52 — ticheck: Checking your terminal definition
+[[image:Ticheck.jpg]]
+;Figure 52 — ticheck: Checking your terminal definition
 If the screen doesn’t look like this, or if it is garbled, then your terminal type may be incorrectly specified. Echo the TERM environment variable to see whether it is set correctly for your terminal. For example, on a VT220-compatible terminal you
 should see something like the following:
- $ echo $TERM
+{{code|
- vt220
+$ echo $TERM
+vt220
+}}
 If the TERM variable appears to be correct, it is possible that the Terminfo definition is wrong. If this is the case then you will need help from someone knowledgeable in the Terminfo facility.
 for underline, the second is “R” for reverse video and the third is “B” for bold. As an example, the second column in the second row is U-B, indicating that both underline and bold are turned on but not reverse video.
-Not all terminals can support all these attributes, and some cannot support all combinations. For example, some PC-based terminal emulators are unable to support the ‘underline’ attribute due to limitations of PC video interfaces. Often colors can be used to differentiate between attributes. See [[Terminfo Technical Details]] for more information on configuring Terminfo definitions.
+Not all terminals can support all these attributes, and some cannot support all combinations. For example, some PC-based terminal emulators are unable to support the ‘underline’ attribute due to limitations of PC video interfaces. Often colors can be used to differentiate between attributes. See [[COSmanager/User_Guide/Appendices#Terminfo_Technical_Details | Terminfo Technical Details]] for more information on configuring Terminfo definitions.
 ==== Checking Tab-stops and margin settings ====
 If any of these keys are not recognized, read the next section on configuring function
 keys.
 === How To Configure Function Keys ===
-Typically, the only change required to the terminal definition is make it recognize the
+Typically, the only change required to the terminal definition is make it recognize thefunction key sequences sent by your terminal.
-function key sequences sent by your terminal.
-This is done by logging in to the COSmanager account and running the ticonfig
+This is done by logging in to the COSmanager account and running the ticonfig command. ticonfig reads the current Terminfo definition, prompts you to press each function key and keypad key in turn, and then writes a new Terminfo definition modified to recognize the key sequences.
-command. ticonfig reads the current Terminfo definition, prompts you to
-press each function key and keypad key in turn, and then writes a new Terminfo definition
+{{Note|When configuring Terminfo support for COSmanager use the COSmanager user account.}}
-modified to recognize the key sequences.
-Note When configuring Terminfo support for COSmanager use the
+Before running ticonfig you should make sure that your terminal is sending the default terminal sequences for your terminal type. One way to check this is to use the cat -v command to display each function key in turn. For example, if you run cat -v and press F1 through F4, then ^D (ctrl-d) to exit cat, you will see something like the following:
-COSmanager user account.
-Before running ticonfig you should make sure that your terminal is sending the
+ $ cat -v
-default terminal sequences for your terminal type. One way to check this is to use
+ ^[OP
-the cat -v command to display each function key in turn. For example, if you run
+ ^[OQ
-cat -v and press F1 through F4, then ^D (ctrl-d) to exit cat, you will see something
+ ^[OR
-like the following:
+ ^[OS
-If you are not sure, then it may be possible to reset or reprogram the terminal’s
+ ^D
-function key sequences. You will need to refer to the terminal manufacturer’s manual
+ $
-for more information.
+If you are not sure, then it may be possible to reset or reprogram the terminal’s function key sequences. You will need to refer to the terminal manufacturer’s manual for more information.
 When you run ticonfig, you should see a screen similar to the following:
-$ cat -v
-^[OP
+ Terminfo generator
-^[OQ
+ Hit "q" at any time to quit
-^[OR
+ You are modifying the terminfo description for terminal type "xterm". If this is not the case, please enter its name:
-^[OS
-^D
-$
+ticonfig uses the current value of the TERM variable for the name of the terminal type you are creating. If you do not like this choice, then enter another name. In the following examples we will use the name myterm. ticonfig uses this name, with an extension of .ti, to create a Terminfo definition file in the current directory – e.g. myterm.ti.
-Terminfo generator
-Hit "q" at any time to quit
+If this file already exists, ticonfig issues a warning and allows you to give another name for this definition. If the file does not exist, ticonfig prompts for the name of an existing Terminfo definition. This is used to provide the basic Terminfo functions.
-You are modifying the terminfo description for terminal type "xterm".
+ticonfig displays the current terminal description and allows you to change it.
-If this is not the case, please enter its name:
-Appendix B—Terminal Support
+ File myterm.ti doesn't exist.
-ticonfig uses the current value of the TERM variable for the name of the terminal
+ It should be created by copying another terminal's definition.
-type you are creating. If you do not like this choice, then enter another name. In
+ Enter the terminal type to use (default xterm):
-the following examples we will use the name myterm. ticonfig uses this name,
+ The terminal description is currently:
-with an extension of .ti, to create a Terminfo definition file in the current directory
+ xterm terminal emulator
-– e.g. myterm.ti.
+ Do you want to change this description? (y/n) y
-If this file already exists, ticonfig issues a warning and allows you to give another
+ Enter the new description
-name for this definition. If the file does not exist, ticonfig prompts for the name
-of an existing Terminfo definition. This is used to provide the basic Terminfo functions.
+Once you have done this you can go on to press each function key in response to the prompt from ticonfig. After you have hit the key, ticonfig will show the  key sequence sent by your terminal.
-ticonfig displays the current terminal description and allows you to
-change it.
+{{Note|You must wait for ticonfig to prompt for each key before pressing it.}}
-Once you have done this you can go on to press each function key in response to
-the prompt from ticonfig. After you have hit the key, ticonfig will show the
+This information is used to create the new Terminfo definition. You can abort this process at any stage by typing q.
-key sequence sent by your terminal.
-Note You must wait for ticonfig to prompt for each key before pressing
+ In response to the following questions, hit RETURN if you don't have that key, or to take the default value.
-it.
+ If you make a mistake, please quit (q) and start again.
-File myterm.ti doesn't exist.
+ Please hit the F1 key: \E[11~
-It should be created by copying another terminal's definition.
+ Please hit the F2 key: \E[12~
-Enter the terminal type to use (default xterm):
+ Please hit the F3 key: \E[13~
-The terminal description is currently:
+ Please hit the F4 key: \E[14~
-xterm terminal emulator
+ Please hit the F5 key: \E[15~
-Do you want to change this description? (y/n) y
+ Please hit the F6 key: \E[17~
-Enter the new description
+ Please hit the F7 key: \E[18~
-Appendix B—Terminal Support 137
+ Please hit the F8 key: \E[19~
-This information is used to create the new Terminfo definition. You can abort this
+ Please hit the F9 key: \E[20~
-process at any stage by typing q.
+ Please hit the F10 key: \E[21~
-Caution You may affect other users if your TERMINFO environment variable is not set or is
+ Do you have standard function key labels (i.e. F1, F2 etc.)? Yes
-set to a public directory.
+ Please hit the UP ARROW key: \E[A
-In response to the following questions, hit RETURN if
+ Please hit the DOWN ARROW key: \E[B
-you don't have that key, or to take the default value.
+ Please hit the LEFT ARROW key: \E[D
-If you make a mistake, please quit (q) and start again.
+ Please hit the RIGHT ARROW key: \E[C
-Please hit the F1 key: \E[11~
+ Please hit the NEXT PAGE/SCROLL DOWN key: \E[6~
-Please hit the F2 key: \E[12~
+ Please hit the PREVIOUS PAGE/SCROLL UP key: \E[5~
-Please hit the F3 key: \E[13~
+ Please hit the HOME key: \E[^@
-Please hit the F4 key: \E[14~
+ Please hit the BACKSPACE key: \b
-Please hit the F5 key: \E[15~
+ Please hit the BACK/REVERSE TAB key: <none>
-Please hit the F6 key: \E[17~
+ Please hit the INSERT key: \E[2~
-Please hit the F7 key: \E[18~
+ Please hit the DELETE CHARACTER key: ^?
-Please hit the F8 key: \E[19~
+ Please hit the CLEAR TO END OF LINE key: <none>
-Please hit the F9 key: \E[20~
+ Please hit the END key: \E[^@
-Please hit the F10 key: \E[21~
+ Please hit the ENTER key: <none>
-Do you have standard function key labels (i.e. F1, F2 etc.)? Yes
+ Terminfo generation complete.
-Please hit the UP ARROW key: \E[A
-Please hit the DOWN ARROW key: \E[B
-Please hit the LEFT ARROW key: \E[D
+{{Caution|You may affect other users if your TERMINFO environment variable is not set or is set to a public directory.}}
-Please hit the RIGHT ARROW key: \E[C
-Please hit the NEXT PAGE/SCROLL DOWN key: \E[6~
+The Terminfo definition file has now been created. Before you can use this new definition it must be compiled. ticonfig will ask if you wish to compile the definition. We suggest that you let ticonfig do this.
-Please hit the PREVIOUS PAGE/SCROLL UP key: \E[5~
-Please hit the HOME key: \E[^@
+ Do you want to compile the terminfo entry now? (y/n) y
-Please hit the BACKSPACE key: \b
+ You can test the terminal using "ticheck".
-Please hit the BACK/REVERSE TAB key: <none>
+ Make sure you set your TERM variable to "myterm" first.
-Please hit the INSERT key: \E[2~
-Please hit the DELETE CHARACTER key: ^?
-Please hit the CLEAR TO END OF LINE key: <none>
-Please hit the END key: \E[^@
-Please hit the ENTER key: <none>
-Terminfo generation complete.
-Appendix B—Terminal Support
-The Terminfo definition file has now been created. Before you can use this new definition
-it must be compiled. ticonfig will ask if you wish to compile the definition.
-We suggest that you let ticonfig do this.
 Once the definition is compiled you can check the definition using ticheck.
-Do you want to compile the terminfo entry now? (y/n) y
-You can test the terminal using "ticheck".
+=== Terminfo Technical Details ===
-Make sure you set your TERM variable to "myterm" first.
+All COSmanager screen handling is performed through a set of user interface tools called The Functional Toolset. This chapter will help you to write Terminfo definitions for use with COSmanager applications. It presumes that you are reasonably familiar with the UNIX Terminfo and Curses facilities.
-Appendix B—Terminal Support 139
-Terminfo Technical Details
+Although each tool in The Functional Toolset is a separate program, all the tools present a consistent ‘look and feel’. All interface tools use the UNIX Curses facility to perform screen management on character terminals and terminal emulators, resulting in optimized screen updates. Curses uses the UNIX Terminfo database to look up the capabilities of the user’s terminal.
-All COSmanager screen handling is performed through a set of user interface tools
-called The Functional Toolset. This chapter will help you to write Terminfo definitions
-for use with COSmanager applications. It presumes that you are reasonably
-familiar with the UNIX Terminfo and Curses facilities.
-Although each tool in The Functional Toolset is a separate program, all the tools
-present a consistent ‘look and feel’. All interface tools use the UNIX Curses facility
-to perform screen management on character terminals and terminal emulators,
-resulting in optimized screen updates. Curses uses the UNIX Terminfo database to
-look up the capabilities of the user’s terminal.
 The following Terminfo facilities are used by The Functional Toolset:
-• alternate character sets
+*alternate character sets
-• character attributes
+*character attributes
-• function key definitions
+*function key definitions
-• keypad support.
+*keypad support.
-If you are about to modify an existing Terminfo definition, you should read How to
-Check a Terminfo Definition on page 130. This describes how to use the ticheck
+If you are about to modify an existing Terminfo definition, you should read How to Check a Terminfo Definition on page 130. This describes how to use the ticheck command to verify that an existing terminal definition correctly handles the above facilities.
-command to verify that an existing terminal definition correctly handles the above
-facilities.
+If you are writing a new definition, or if your existing definition does not work, you should first refer to a good Curses or Terminfo reference to set up the basic definition. In particular, you will need to ensure that the cursor motion sequences are correctly specified. Once this is done, you can proceed to add support for the additional facilities used by The Functional Toolset.
-If you are writing a new definition, or if your existing definition does not work, you
-should first refer to a good Curses or Terminfo reference to set up the basic definition.
+==== Alternate character set ====
-In particular, you will need to ensure that the cursor motion sequences are correctly
+The alternate character set is supported via several Terminfo variables, shown in the following table. Note that enacs is not needed on all terminals, though it usually is on DEC VT compatible terminals.
-specified. Once this is done, you can proceed to add support for the
-additional facilities used by The Functional Toolset.
+Note also that many definitions, particularly for the VT series, fail to include the rmacs character in the sgr0 definition. If the terminal is left in alternate character set mode when you exit from a COSmanager application, this may be the problem
-Alternate character set
-The alternate character set is supported via several Terminfo variables, shown in the
+{| border="1" cellpadding="3" cellspacing="0"
-following table. Note that enacs is not needed on all terminals, though it usually is
+|-
-on DEC VT compatible terminals.
+|<strong>Capname</strong>
-Appendix B—Terminal Support
+|<strong>Description</strong>
-Note also that many definitions, particularly for the VT series, fail to include the
+|-
-rmacs character in the sgr0 definition. If the terminal is left in alternate character
+|acsc
-set mode when you exit from a COSmanager application, this may be the problem
+|Graphic charset pairs
-Character attributes
+|-
-The bold, reverse, blink, and underline character attributes are specified through the
+|smacs
-following Terminfo variables:
+|Start alternate character set mode
-Capname Description
+|-
-acsc Graphic charset pairs
+|rmacs
-smacs Start alternate character set mode
+|End alternate character set mode
-rmacs End alternate character set mode
+|-
-enacs Enable alternate character set
+|enacs
-sgr Set graphics rendition. Attribute #9 is the alternate character
+|Enable alternate character set
-set attribute.
+|-
-sgr0 Turn off all attributes
+|sgr
-Capname Description
+|Set graphics rendition. Attribute #9 is the alternate character set attribute.
-smso Start standout mode
+|-
-rmso End standout mode
+|sgr0
-smul Start underline mode
+|Turn off all attributes
-rmul End underline mode
+|}
-bold Start bold mode
-blink Start blinking mode
+==== Character attributes ====
-rev Start reverse video mode
+The bold, reverse, blink, and underline character attributes are specified through the following Terminfo variables:
-sgr Set graphics rendition (set video attributes)
-sgr0 Turn off all attributes
+{| border="1" cellpadding="3" cellspacing="0"
-Appendix B—Terminal Support 141
+|-
-Terminals With Fewer Than Eight Function Keys
+|<strong>Capname</strong>
-The Functional Toolset presumes the availability of eight function keys numbered
+|<strong>Description</strong>
-from 1 to 8. This is not the case for many older terminals, in particular DEC (Digital
+|-
-Equipment Corporation) terminals and compatibles. These notes are provided to
+|smso
-help you configure Terminfo definitions to support COSmanager on terminals with
+|Start standout mode
-few or no function keys.
+|-
-VT100-compatible terminals
+|rmso
-The VT100 only supports 4 function keys, labelled PF1 to PF4. Typically, VT100 or
+|End standout mode
-compatible terminals provide additional keys (which may be programmable). If
+|-
-available, these should be used.
+|smul
-If you have a genuine VT100, it is possible to simulate additional keys by using PF1
+|Start underline mode
-followed by the keys 1 through 8. For example, f1 would be PF1 1, f2 would be PF1
+|-
-, and so on through to f8 (which would be PF1 8).
+|rmul
-There is a potential problem with this scheme. On some UNIX versions you must
+|End underline mode
-press the numeric key within one second, or the curses(3) library will interprets
+|-
-the PF1 separately and return an invalid character to the program. You can overcome
+|bold
-this by setting the NOTIMEOUT variable. Refer to Intermittent function keys on
+|Start bold mode
-page 146 for more information.
+|-
-The following is a fragment from a VT100 Terminfo definition that implements
+|blink
-such a function key scheme.
+|Start blinking mode
-The lf1 through to lf8 definitions specify the labels for each function key. These
+|-
-are used by the confirm program when showing function key templates. If these
+|rev
-are omitted from the Terminfo definition they will default to f1 through f8.
+|Start reverse video mode
-kf1=\EOP1, lf1=PF1 1,
+|-
-kf2=\EOP1, lf2=PF1 2,
+|sgr
-kf3=\EOP3, lf3=PF1 3,
+|Set graphics rendition (set video attributes)
-kf4=\EOP4, lf4=PF1 4,
+|-
-kf5=\EOP5, lf5=PF1 5,
+|sgr0
-kf6=\EOP6, lf6=PF1 6,
+|Turn off all attributes
-kf7=\EOP7, lf7=PF1 7,
+|}
-kf8=\EOP8, lf8=PF1 8,
-Appendix B—Terminal Support
+==== Terminals With Fewer Than Eight Function Keys ====
-VT200-Compatible Terminals
+The Functional Toolset presumes the availability of eight function keys numbered from 1 to 8. This is not the case for many older terminals, in particular DEC (Digital Equipment Corporation) terminals and compatibles. These notes are provided to help you configure Terminfo definitions to support COSmanager on terminals with few or no function keys.
+===== VT100-compatible terminals =====
+The VT100 only supports 4 function keys, labelled PF1 to PF4. Typically, VT100 or compatible terminals provide additional keys (which may be programmable). If available, these should be used.
+If you have a genuine VT100, it is possible to simulate additional keys by using PF1 followed by the keys 1 through 8. For example, f1 would be PF1 1, f2 would be PF1 2, and so on through to f8 (which would be PF1 8).
+There is a potential problem with this scheme. On some UNIX versions you must press the numeric key within one second, or the curses(3) library will interprets the PF1 separately and return an invalid character to the program. You can overcome this by setting the NOTIMEOUT variable. Refer to [[COSmanager/User_Guide/Appendices#Intermittent_function_keys | Intermittent function keys]] for more information.
+The following is a fragment from a VT100 Terminfo definition that implements such a function key scheme.
+ kf1=\EOP1, lf1=PF1 1,
+ kf2=\EOP1, lf2=PF1 2,
+ kf3=\EOP3, lf3=PF1 3,
+ kf4=\EOP4, lf4=PF1 4,
+ kf5=\EOP5, lf5=PF1 5,
+ kf6=\EOP6, lf6=PF1 6,
+ kf7=\EOP7, lf7=PF1 7,
+ kf8=\EOP8, lf8=PF1 8,
+The lf1 through to lf8 definitions specify the labels for each function key. These are used by the confirm program when showing function key templates. If these are omitted from the Terminfo definition they will default to f1 through f8.
+===== VT200-Compatible Terminals =====
 The VT200 function key scheme is less than ideal for COSmanager.
-PF1 to PF4 still exist (perhaps to maintain upward compatibility with the VT100
-series), but the VT200 series also have keys F1 to F20. Unfortunately, F1 to F5 are
+PF1 to PF4 still exist (perhaps to maintain upward compatibility with the VT100 series), but the VT200 series also have keys F1 to F20. Unfortunately, F1 to F5 are reserved and not programmable (for example, F3 is the setup key for the terminal) and so can’t be used for COSmanager.
-reserved and not programmable (for example, F3 is the setup key for the terminal)
-and so can’t be used for COSmanager.
+One scheme that may be used to overcome this is to use PF1 through PF4 for f1 through f4, and then use the four function keys above the PF keys (f17 through f20) for f5 through f8.
-One scheme that may be used to overcome this is to use PF1 through PF4 for f1
-through f4, and then use the four function keys above the PF keys (f17 through f20)
+The following is a fragment from a VT200 Terminfo definition that implements such a function key scheme.
-for f5 through f8.
-The following is a fragment from a VT200 Terminfo definition that implements
+ kf1=\EOP, lf1=PF1,
-such a function key scheme.
+ kf2=\EOQ, lf2=PF2,
-Generic Function Key Definitions
+ kf3=\EOR, lf3=PF2,
-It is possible to construct a Terminfo definition that uses a generic key sequence to
+ kf4=\EOS, lf4=PF2,
-specify function keys.
+ kf5=\E[31~, lf5=f17,
-The COSmanager framework includes such a definition for an ANSI 3.64-compatible
+ kf6=\E[32~, lf6=f18,
-terminal (FSansi.ti). This Terminfo definition should be used as an example
+ kf7=\E[33~, lf7=f19,
-if you need to support a terminal that does not have function keys.
+ kf8=\E[34~, lf8=f20,
-kf1=\EOP, lf1=PF1,
-kf2=\EOQ, lf2=PF2,
+===== Generic Function Key Definitions =====
-kf3=\EOR, lf3=PF2,
+It is possible to construct a Terminfo definition that uses a generic key sequence to specify function keys.
-kf4=\EOS, lf4=PF2,
-kf5=\E[31~, lf5=f17,
+The COSmanager framework includes such a definition for an ANSI 3.64-compatible terminal (FSansi.ti). This Terminfo definition should be used as an example if you need to support a terminal that does not have function keys.
-kf6=\E[32~, lf6=f18,
-kf7=\E[33~, lf7=f19,
+The f1 through f8 keys are represented by ESC 1 through ESC 8, and the page forward/page backward keys are represented by ctrl-f and ctrl-b respectively.
-kf8=\E[34~, lf8=f20,
-Appendix B—Terminal Support 143
+ FSansi|simplistic ansi with 8 Fkeys,
-The f1 through f8 keys are represented by ESC 1 through ESC 8, and the page
+ am, xon,
-forward/page backward keys are represented by ctrl-f and ctrl-b respectively.
+ cols#80, lines#24,
-Keypad Keys
+ bel=^G, blink=\E[5m, bold=\E[1m,
-The Functional Toolset can use several of the keys available on the keypads of modern
+ clear=\E[H\E[J, cr=\r, cub1=\b,
-terminals, as shown in the following table.
+ cud1=\n, cuf1=\E[C,
-FSansi|simplistic ansi with 8 Fkeys,
+ cup=\E[%i%p1%d;%p2%dH, cuu1=\E[A,
-am, xon,
+ dch1=\E[P, dl1=\E[M, ed=\E[J, el=\E[K,
-cols#80, lines#24,
+ home=\E[H, ht=\t, hts=\EH,
-bel=^G, blink=\E[5m, bold=\E[1m,
+ ich1=\E[@, il1=\E[L,
-clear=\E[H\E[J, cr=\r, cub1=\b,
+ ind=\n, kbs=\b, kcub1=\E[D, kcud1=\E[B,
-cud1=\n, cuf1=\E[C,
+ kcuf1=\E[C, kcuu1=\E[A, khome=\E[H,
-cup=\E[%i%p1%d;%p2%dH, cuu1=\E[A,
+ rev=\E[7m, rmso=\E[m, rmul=\E[m,
-dch1=\E[P, dl1=\E[M, ed=\E[J, el=\E[K,
+ sgr=\E[%?%p1%t7;%;%?%p2%t4;%;%?%p3%t7;%;%?%p4%t5;%;%?%p6%t
-home=\E[H, ht=\t, hts=\EH,
+;%;m,
-ich1=\E[@, il1=\E[L,
+ sgr0=\E[0m, smso=\E[7m, smul=\E[4m,
-ind=\n, kbs=\b, kcub1=\E[D, kcud1=\E[B,
+ kf1=\E1, kf2=\E2, kf3=\E3, kf4=\E4,
-kcuf1=\E[C, kcuu1=\E[A, khome=\E[H,
+ kf5=\E5, kf6=\E6, kf7=\E7, kf8=\E8,
-rev=\E[7m, rmso=\E[m, rmul=\E[m,
+ knp=^f, kpp=^b,
-sgr=\E[%?%p1%t7;%;%?%p2%t4;%;%?%p3%t7;%;%?%p4%t5;%;%?%p6%t
-;%;m,
+===== Keypad Keys =====
-sgr0=\E[0m, smso=\E[7m, smul=\E[4m,
+The Functional Toolset can use several of the keys available on the keypads of modern terminals, as shown in the following table.
-kf1=\E1, kf2=\E2, kf3=\E3, kf4=\E4,
-kf5=\E5, kf6=\E6, kf7=\E7, kf8=\E8,
+{{Note| Not all the keypad definitions are required—some only give more convenient access to facilities provided by existing function keys.
-knp=^f, kpp=^b,
+Those are marked with † are optional.}}
-Appendix B—Terminal Support
-Note not all the keypad definitions are required—some only give more
-convenient access to facilities provided by existing function keys.
+{| border="1" cellpadding="3" cellspacing="0"
-Those are marked with † are optional.
+|-
-The smkx/rmkx will only be required if a terminal has separate keypad and application
+|<strong>Capname </strong>
-modes, such as DEC terminals
+|<strong>Description</strong>
-Capname Description
+|-
-smkx put the terminal in keypad transmit mode
+|smkx
-rmkx exit from keypad transmit mode
+|put the terminal in keypad transmit mode
-kcub1 cursor left (left arrow)
+|-
-kcud1 cursor down (down arrow)
+|rmkx
-kcuf1 cursor forward (right arrow)
+|exit from keypad transmit mode
-kcuu1 cursor up (up arrow)
+|-
-kbs backspace key†
+|kcub1
-khome home key†
+|cursor left (left arrow)
-knp next page (page down)
+|-
-kpp previous page (page up)
+|kcud1
-kent enter key†
+|cursor down (down arrow)
-kcbt back tab key†
+|-
-kcan cancel key†
+|kcuf1
-khlp help key†
+|cursor forward (right arrow)
-kich1 insert character†
+|-
-kdch1 delete character†
+|kcuu1
-kel clear (to end of) line†
+|cursor up (up arrow)
-krfr refresh key†
+|-
-Appendix B—Terminal Support 145
+|kbs
-Troubleshooting
+|backspace key†
-Data loss
+|-
-Sometime you may notice menu headings overwriting previous ones, menu options
+|khome
-or prompt fields not aligning, or menu hierarchy diagrams appearing to lose characters.
+|home key†
-If this happens randomly, your terminal flow control may not be set up correctly.
+|-
-However, if it happens consistently, it may be that the terminal is not handling TAB
+|knp
-characters correctly. This is often the case when using DEC terminals.
+|next page (page down)
-To test this out, try disabling tabs using the following UNIX command:
+|-
-stty -tabs
+|kpp
-Slow scrolling
+|previous page (page up)
-Sometimes, especially when scrolling left or right in scroll, you may notice that
+|-
-the time to redraw the screen is longer than would be expected, given the line speed
+|kent
-between your terminal and the host computer. If this occurs, it may be because your
+|enter key†
-terminal is relatively slow at processing parameterized commands.
+|-
-A typical example is the ‘delete character’ sequences. The dch variable specifies the
+|kcbt
-escape sequence to delete multiple characters. The dch1 variable deletes a single
+|back tab key†
-character. On some terminals such as the Liberty ‘Freedom 1’, it is much quicker for
+|-
-the terminal to process a series of dch1 sequences than the equivalent single dch
+|kcan
-sequence with many parameters.
+|cancel key†
-To test this, comment out the parameterized variable, after making sure the equivalent
+|-
-single variable is defined correctly. Then go into COSmanager and display a
+|khlp
-table, then shift right and left several times.
+|help key†
-These considerations may also apply to the equivalent ‘insert character’ sequences,
+|-
-ich and ich1.
+|kich1
-Appendix B—Terminal Support
+|insert character†
-Intermittent function keys
+|-
-If your function keys only work intermittently, and your terminal is connected to the
+|kdch1
-computer through a network, it is possible that the network could introduce delays.
+|delete character†
-This is particularly noticeable if you are connecting through more than one network
+|-
+|kel
+|clear (to end of) line†
+|-
+|krfr
+|refresh key†
+|}
+The smkx/rmkx will only be required if a terminal has separate keypad and application modes, such as DEC terminals
+=== Troubleshooting ===
+==== Data loss ====
+Sometime you may notice menu headings overwriting previous ones, menu options or prompt fields not aligning, or menu hierarchy diagrams appearing to lose characters.
+If this happens randomly, your terminal flow control may not be set up correctly.
+However, if it happens consistently, it may be that the terminal is not handling TAB characters correctly. This is often the case when using DEC terminals. To test this out, try disabling tabs using the following UNIX command:
+{{code| stty -tabs}}
+==== Slow scrolling ====
+Sometimes, especially when scrolling left or right in scroll, you may notice that the time to redraw the screen is longer than would be expected, given the line speed between your terminal and the host computer. If this occurs, it may be because your terminal is relatively slow at processing parameterized commands.
+A typical example is the ‘delete character’ sequences. The dch variable specifies the escape sequence to delete multiple characters. The dch1 variable deletes a single character. On some terminals such as the Liberty ‘Freedom 1’, it is much quicker for the terminal to process a series of dch1 sequences than the equivalent single dch sequence with many parameters.
+To test this, comment out the parameterized variable, after making sure the equivalent single variable is defined correctly. Then go into COSmanager and display a table, then shift right and left several times.
+These considerations may also apply to the equivalent ‘insert character’ sequences, ich and ich1.
+==== Intermittent function keys ====
+If your function keys only work intermittently, and your terminal is connected to the computer through a network, it is possible that the network could introduce delays. This is particularly noticeable if you are connecting through more than one network
 through a gateway.
-The problem may be that the network is breaking the function key sequence into
-multiple packets, and Curses tries to recognize the individual parts as function key
+The problem may be that the network is breaking the function key sequence into multiple packets, and Curses tries to recognize the individual parts as function key sequences.
-sequences.
-For example, you are connected from a PC on a Novell network, through a gateway
+For example, you are connected from a PC on a Novell network, through a gateway into a UNIX host. You press F1. The code sent would be:
-into a UNIX host. You press F1. The code sent would be:
-\E[OP
+{{code| \E[OP}}
-Note this does not occur on all versions of UNIX
-When the start of a function key sequence is recognized, Curses sets a one second
+{{Note|this does not occur on all versions of UNIX }}
-timer and tries to read the next character (the timer is reset after each character is
-read). When the characters read match a key sequence, Curses informs The Functional
+When the start of a function key sequence is recognized, Curses sets a one second timer and tries to read the next character (the timer is reset after each character is read). When the characters read match a key sequence, Curses informs The Functional Toolset the name of the function key that was pressed. If the timer expires before a complete key sequence is matched, Curses assumes that an invalid key sequence was pressed.
-Toolset the name of the function key that was pressed. If the timer expires
-before a complete key sequence is matched, Curses assumes that an invalid key
+In our example, if the network splits the key sequence across two packets, and there is a delay between the packets, then Curses will see two sequences, neither of which matches a known function key.
-sequence was pressed.
-In our example, if the network splits the key sequence across two packets, and there
+{{Caution|If NOTIMEOUT is set and the user presses the ESC key, COSmanager will wait indefinitely until another character is pressed.}}
-is a delay between the packets, then Curses will see two sequences, neither of which
-matches a known function key.
+To overcome this you can set the NOTIMEOUT environment variable to ‘true’. This tells The Functional Toolset not to time out after one second if it gets an incomplete key sequence. This forces Curses to wait for more characters until it either can match a sequence or fails to match any.
-Caution If NOTIMEOUT is set and the user presses the ESC key, COSmanager will wait
-indefinitely until another character is pressed.
-To overcome this you can set the NOTIMEOUT environment variable to ‘true’.
-This tells The Functional Toolset not to time out after one second if it gets an
-incomplete key sequence. This forces Curses to wait for more characters until it
-either can match a sequence or fails to match any.
 You can set NOTIMEOUT in a number of locations:
-• in the system-wide profile (/etc/profile or /etc/login)
+*in the system-wide profile (/etc/profile or /etc/login)
-Appendix B—Terminal Support 147
+*in the affected user’s individual profile (.profile or .login)
-• in the affected user’s individual profile (.profile or .login)
+*in the COSmanager global parameters (see page 89)
-• in the COSmanager global parameters (see page 89)
-‘Magic cookie glitch”
+==== ‘Magic cookie glitch” ====
-COSmanager applications will not run optimally on terminals with the “magic
+COSmanager applications will not run optimally on terminals with the “magic cookie glitch.” These terminals leave extra blank characters on the screen before and after video attribute changes such as reverse video or underlining). Examples of these types of screens are Wyse 50 and older Televideo.
-cookie glitch.” These terminals leave extra blank characters on the screen before and
-after video attribute changes such as reverse video or underlining). Examples of
-these types of screens are Wyse 50 and older Televideo.
-Incorrect vendor-supplied Terminfo definitions
-COSmanager requires at least eight function keys to run correctly, and uses many
-extended Terminfo facilities. We have found that some Terminfo definitions distributed
-with UNIX systems to be inadequate. Therefore, several common Terminfo
-entries have been supplied. These can be found in the $FShome/lib/terminfo
-directory. By default, the environment setup command for the COSmanager
-account ($FShome/.profile) refers to these Terminfo entries.
-Appendix C—COSmanager GUI Server for Windows 149
+==== Incorrect vendor-supplied Terminfo definitions ====
+COSmanager requires at least eight function keys to run correctly, and uses many extended Terminfo facilities. We have found that some Terminfo definitions distributed with UNIX systems to be inadequate. Therefore, several common Terminfo entries have been supplied. These can be found in the $FShome/lib/terminfo directory. By default, the environment setup command for the COSmanager account ($FShome/.profile) refers to these Terminfo entries.
 == Appendix C — COSmanager GUI Server for Windows==
-The COSmanager GUI Server for Windows provides a Graphical User Interface to
+The COSmanager GUI Server for Windows provides a Graphical User Interface to COSmanager Software running on a remote host from a PC or workstation running Microsoft Windows variants.
-COSmanager Software running on a remote host from a PC or workstation running
-Microsoft Windows NT, Windows 95, or Windows 3.11.
-Appendix C—COSmanager GUI Server for Windows
+=== Installing the COSmanager GUI Server for Windows ===
-Installing the COSmanager GUI Server for Windows
+This topic explains how to install and uninstall the COSmanager GUI Server for Windows.
-This topic explains how to install and uninstall the COSmanager GUI Server for
-Windows. There is one procedure for Windows 95 and Windows NT 4.0, and
+{{Caution| If a version of the COSmanager GUI Server is currently installed, it must be uninstalled before installing or re-installing another version.}}
-another procedure for Windows 3.11 and Windows NT 3.51.
-Caution If a version of the COSmanager GUI Server is currently installed, it must be uninstalled
+Once the COSmanager GUI Server software has been installed you can run it. For instructions on how to run the COSmanager GUI  Server, see [[COSmanager/User_Guide/Appendices#Running_the_COSmanager_GUI_Server_for_Windows | Running the COSmanager GUI Server for Windows]].
-before installing or re-installing another version.
-Once the COSmanager GUI Server software has been installed you can run it. For
+{{Note|Before you can use the COSmanager GUI Server you must run the setup program on disk 1.
-instructions on how to run the COSmanager GUI Server, see Running the COSMOS
+You can not just copy the files onto your hard disk.
-GUI Server for Windows on page 158.
+}}
-System Requirements
-The COSmanager GUI Server for Windows requires the following:
+The system requirements of COSmanger GUI Sever are extremely low. If your machine starts up, it will run the server.
-Note Before you can use the COSmanager GUI Server you must run the
-setup program on disk 1. You can not just copy the files from the
+The installation procedure is as follows:
-floppy disk onto your hard disk.
+#Start Windows.
-Hardware 5Mb of hard disk space
+#Select Settings > Control Panel from the Start button.
-Mb Memory required
+#Download the PCgui Software for Windows from http://downloads.fs.com.au. Please be aware that this requires a support contract to be in place with Functional Software.
-Mb Memory recommended
+#Browse on your PC to the folder you downloaded the software to.
-Software Windows NT 3.51, Windows NT 4.00, Windows 95 or Windows 3.11
+#Double-click on the file to start the installation.
-win32s version 1.30 required on Windows 3.11
+#The welcome screen is displayed. If at any time you wish to exit from the installation, press the Cancel button. Press Next to continue.
-TCP/IP
+#Enter your user name and company name. This information is used for display purposes. Press Next to continue.
-Appendix C—COSmanager GUI Server for Windows 151
+#Choose the destination directory. To change the default directory, press the Browse button and select a new directory. Press Next to continue.
-Installing on Windows 95 or Windows NT 4.0
+#Setup asks where you want the menu entries to be placed in the Program Menu hierarchy. Press Next to continue.
-Before installing the COSmanager GUI Server check System Requirements on
+#Setup displays the details you have entered so far. To change any of the details press Back, otherwise press Next to continue.
-page 150 to ensure your system has the required resources. The installation procedure
-is as follows:
-. Start Windows.
-. Select Settings > Control Panel from the Start button.
-. Open the “Add/Remove Programs” icon. On the Install/Uninstall tab,
-press Install.
-. Place the ‘COSmanager GUI Server for Windows 95/NT’ disk 1 in the
-floppy drive. These instructions assume that the floppy drive is drive A.
-Press Next to continue.
-. The command should be A:\SETUP.EXE
-Press Finish to run the Setup program.
-. The welcome screen is displayed. If at any time you wish to exit from the
-installation, press the Cancel button.
-Press Next to continue.
-. Enter your user name and company name. This information is used for display
-purposes.
-Press Next to continue.
-. Choose the destination directory. To change the default directory, press the
-Browse button and select a new directory.
-Press Next to continue.
-. Setup asks where you want the menu entries to be placed in the Program
-Menu hierarchy.
-Press Next to continue.
-. Setup displays the details you have entered so far. To change any of the
-details press Back, otherwise press Next to continue.
 Setup unpacks the necessary files and places them in the destination directory.
-You may be prompted to insert other disks as necessary. When Setup has completed,
-press Finish to exit the installation procedure.
+You may be prompted to insert other disks as necessary. When Setup has completed, press Finish to exit the installation procedure.
-Appendix C—COSmanager GUI Server for Windows
-Uninstalling on Windows 95 or Windows NT 4.0
+==== Uninstalling ====
-. Start Windows.
+#Start Windows.
-. Select Settings > Control Panel from the Start button. The
+#Select Settings > Control Panel from the Start button. The control panel program group should now be displayed.
-control panel program group should now be displayed.
+#Select the “Add/Remove Programs” icon and if necessary click on the Install/Uninstall tab to display this dialog:
-. Select the “Add/Remove Programs” icon and if necessary click on the
+#Select the “COSmanager GUI Server” entry from the “Add/Remove” list and press the Add/Remove button.
-Install/Uninstall tab to display this dialog:
+#Press Yes to confirm that you want to remove the COSmanager GUI Server from your system.
-Figure 53 — Add/Remove Programs Properties
-. Select the “COSmanager GUI Server” entry from the “Add/Remove” list
-and press the Add/Remove button.
-. Press Yes to confirm that you want to remove the COSmanager GUI
-Server from your system.
 Uninstall removes:
-Appendix C—COSmanager GUI Server for Windows 153
+*all files in and under the COSmanager GUI Server home directory
-• all files in and under the COSmanager GUI Server home directory
+*entries in the Windows Registry
-• entries in the Windows Registry
+*menu entries in the program menu hierarchy
-• menu entries in the program menu hierarchy
 When Uninstall has completed, press OK to exit the uninstall procedure.
-Installing on Windows 3.11 or Windows NT 3.51
-Before installing the COSmanager GUI Server check the System Requirements to
+=== Configuring the COSmanager GUI Server for Windows ===
-ensure your system has the required resources. The installation procedure is as follows:
+To start the COSmanager GUI Server, double-click on the COSmanager icon.
-. Start Windows.
-. Place COSmanager GUI Server for Windows 3.11 diskette 1 in the floppy
-drive. These instructions assume that the floppy drive is drive A.
-. Make the Program Manager the active window.
-. Select File > Run to open the File Run dialog box.
-. Enter the command to run the COSmanager GUI Server setup program. If
-the disk is in floppy drive A, type: a:setup
-If the disk is in floppy drive B, type: b:setup
-Press the OK button (or press Enter).
-. The welcome screen is displayed. If at any time you wish to exit from the
-installation, press the Cancel button.
-Press Next to continue.
-. Enter your user name and company name. This information is used for display
-purposes.
-Press Next to continue.
-. Choose the destination directory. To change the default directory, press the
-Browse button and select a new directory.
-Press Next to continue.
-. Setup asks in which Program Manager group to add the icons for the COSmanager
-GUI Server.
-Press Next to continue.
-Appendix C—COSmanager GUI Server for Windows
-Setup unpacks the necessary files and places them in the destination directory.
-Setup may prompt you to insert other disks as necessary.
-. Installation Complete. Instructions for running the COSmanager GUI
-Server will be displayed at this point.
-Press OK to exit the installation procedure.
-Uninstalling on Windows 3.11 or Windows NT 3.51
-. Start Windows.
-. Open the COSmanager program group and double-click the UnInstall icon.
-. Press OK to confirm that you want to remove the COSmanager GUI Server
-from your system.
-Uninstall removes:
-• all files in and under the COSmanager GUI Server home directory
-• the COSmanager program group and items.
-When Uninstall has completed, press OK to exit the uninstall procedure.
-Appendix C—COSmanager GUI Server for Windows 155
-Configuring the COSmanager GUI Server for Windows
-To start the COSmanager GUI Server, double-click on the COSmanager icon.
-Figure 54 — GUI Server (Windows 95/NT) main window
 From this window you can:
-• exit from the COSmanager GUI Server
+*exit from the COSmanager GUI Server
-• configure the standard or advanced settings
+*configure the standard or advanced settings
-• establish a connection to run COSmanager on the remote host
+*establish a connection to run COSmanager on the remote host
-To Configure the Standard Settings
-. Press the Settings button.
+==== To Configure the Standard Settings ====
-Figure 55 — Standard settings dialog
+#Press the Settings button.
-Appendix C—COSmanager GUI Server for Windows
+#Enter or set the following fields:
-. Enter or set the following fields:
+;Local Computer The name of the local Windows PC on which the COSmanager application will be displayed.
-Local Computer
+;IP Address: The IP address of the local Windows PC.
-The name of the local Windows PC on which the COSmanager
+;COSmanager Host: The name of the remote UNIX host on which the COSmanager application will run.
-application will be displayed.
+;Connect on startup: Select this check box to display the Connection Details dialog when the COSmanager icon is launched. The default settings for user name and COSmanager host will be used.
-IP Address The IP address of the local Windows PC.
+;Change COSmanager host: Select this check box to show the COSmanager Host field in the Connection Details dialog. This means that the user can change the host name and try to connect to a different host from the default. If the check box is not selected, the user can only connect to the default host.
-COSmanager HostThe name of the remote UNIX host on which the COSmanager
-application will run.
-Connect on startup
-Select this check box to display the Connection Details dialog
-when the COSmanager icon is launched. The default settings for
-user name and COSmanager host will be used.
-Change COSmanager host
-Select this check box to show the COSmanager Host field in the
-Connection Details dialog. This means that the user can change
-the host name and try to connect to a different host from the
-default. If the check box is not selected, the user can only connect
-to the default host.
 Press Accept to save the new settings.
-To Configure the Advanced Settings
-. Press the Advanced button.
+==== To Configure the Advanced Settings ====
-The Port number is determined automatically (see step 7 on page 161 for
+*Press the Advanced button.
-details).
+:The Port number is determined automatically.
-The Default command is the command used to start COSmanager on
+:The Default command is the command used to start COSmanager on  the remote host. It can’t be edited, but you can override it by entering a Custom command.
-the remote host. It can’t be edited, but you can override it by entering a
+*Enter or set the following fields:
-Custom command.
-. Enter or set the following fields:
+;Custom Command: Enter a command here to override the Default command.
-Appendix C—COSmanager GUI Server for Windows 157
+:Example: if ksh and the ~COSmanager construct are not available on your UNIX hosts, you will need to use a different shell and obtain the COSmanager home directory by another means, such as:
-Figure 56 — Advanced settings dialog
-Custom Command
+ `grep COSmanager /etc/passwd | cut -d: -f6`/bin/cos
-Enter a command here to override the Default command.
-Example: if ksh and the ~COSmanager construct are not
+;Appended Arguments: Optional arguments passed to the cos command on the remote host.
-available on your UNIX hosts, you will need to use a different shell
+;Default User:  The default user name in the Connection Details dialog box. If this is not set the Windows login name will be used.
-and obtain the COSmanager home directory by another means,
+;Debug log:  Select this check box to open a Tk console. You can use this to show debugging information.
-such as:
-Appended Arguments
-Optional arguments passed to the cos command on the remote
-host.
-Default User The default user name in the Connection Details dialog box. If this
-is not set the Windows login name will be used.
-Debug log Select this check box to open a Tk console. You can use this to
-show debugging information (see Debugging on page 163).
 Press Accept to save the new settings.
-`grep COSmanager /etc/passwd | cut -d: -f6`/bin/cos
-Appendix C—COSmanager GUI Server for Windows
+=== Running the COSmanager GUI Server for Windows ===
-Running the COSmanager GUI Server for Windows
-Note If you are running the COSmanager GUI Server for the first time,
+{{Note| If you are running the COSmanager GUI Server for the first time, before you can establish a connection you need to specify the COSmanager Host in the Standard Settings dialog.  See [[COSmanager/User_Guide/Appendices#Configuring_the_COSmanager_GUI_Server_for_Windows | Configuring the COSMOS GUI Server for Windows]].}}
-before you can establish a connection you need to specify the
-COSmanager Host in the Standard Settings dialog. See Configuring
+==== To run COSmanager ====
-the COSMOS GUI Server for Windows on page 155.
+#To start the COSmanager GUI Server, double-click on the COSmanager icon.
-To run COSmanager
+#Press the Connect button.
-. To start the COSmanager GUI Server, double-click on the COSmanager
+#Fill in your user name and password on the remote host and press Accept. This will start COSmanager on the remote machine talking to the locally running COSmanager GUI Server, and display the COSmanager button bar on your Windows desktop.
-icon.
-. Press the Connect button.
+{{Note|The Shell escape option is not available from the COSmanager GUI Server for Windows.}}
-Figure 57 — Connection details
-. Fill in your user name and password on the remote host and press Accept.
+==== To exit COSmanager ====
-This will start COSmanager on the remote machine talking to the locally running
-COSmanager GUI Server, and display the COSmanager button bar on your
+#To exit the COSmanager button bar on the remote host, click on the COSmanager button and select Exit. This will leave the COSmanager GUI Server running on the local PC.
-Windows desktop.
-Figure 58 — COSmanager button bar
+To exit the COSmanager button bar on the remote host and exit the COSmanager GUI Server on the local PC, click on the COSmanager button and select Exit All. Alternatively, you can press Exit on the GUI Server main window.
-Appendix C—COSmanager GUI Server for Windows 159
-Note The Shell escape option is not available from the COSmanager
+=== Technical Notes ===
-GUI Server for Windows.
+This topic contains technical details as to the operation of the COSmanager GUI Server for Windows.
-To exit COSmanager
-. To exit the COSmanager button bar on the remote host, click on the COSmanager
+The basic function of the COSmanager GUI Server is to load the cos.exe process, establish a socket connection, and start COSmanager running on the remote host.
-button and select Exit. This will leave the COSmanager GUI
-Server running on the local PC.
+==== Running the COSmanager GUI Server ====
-To exit the COSmanager button bar on the remote host and exit the COSmanager
+The COSmanager GUI Server is invoked by running the cos.exe executable.
-GUI Server on the local PC, click on the COSmanager button and
+When you run COSmanager through the COSmanager GUI Server for Windows the following steps are performed:
-select Exit All. Alternatively, you can press Exit on the GUI Server
+#Establish the location of the COSmanager GUI Server software.
-main window.
+#*If the GUI_HOME variable is set, COSmanager looks in the directory it points to. If it contains bin/cos.exe, GUI_HOME is left unchanged.
-Figure 59 — Exiting the COSmanager GUI Server
+#*If GUI_HOME is not set, COSmanager looks in the current working directory. If it contains bin/cos.exe, GUI_HOME is set to the current directory.
-Exit COSmanager on remote host
+#*If GUI_HOME can’t be determined, COSmanager will exit.
-Exit COSmanager on remote host and
+#Set environment variables:
-COSmanager GUI Server on local host
+#*TCL_LIBRARY=$GUI_HOME\lib\tcl7.6
-Appendix C—COSmanager GUI Server for Windows
+#*TK_LIBRARY=$GUI_HOME\lib\tk4.2
-Technical Notes
+#*ICON_DIR=$GUI_HOME\icons
-This topic contains technical details as to the operation of the COSmanager GUI
+#*Change directory to $GUI_HOME\server.
-Server for Windows.
+#Look up Company Name in the Windows Registry under the following key:
-The basic function of the COSmanager GUI Server is to load the cos.exe process,
+#*Windows NT/95 HKEY_LOCAL_MACHINE\SOFTWARE\Functional Software\COSmanager GUI Server\3.2.2
-establish a socket connection, and start COSmanager running on the remote
+#Initialize Winsock.
-host.
+#Determine default values and set environment variables.
-Running the COSmanager GUI Server
+#Perform the standard wish (Tk windowing shell) initialization.
-The COSmanager GUI Server is invoked by running the cos.exe executable.
+#Source the startup.tcl script, which is responsible for:
-When you run COSmanager through the COSmanager GUI Server for Windows
+#*initializing defaults. This includes reading COSmanager.ini.
-the following steps are performed:
+#*initializing the server, including establishing a socket connection.
-. Establish the location of the COSmanager GUI Server software.
+#:The GUI_PORT variable contains the port number used for the socket connection.
-• If the GUI_HOME variable is set, COSmanager looks in the directory it
+#:If GUI_PORT is not set, the value in COSmanager.ini is used.
-points to. If it contains bin/cos.exe, GUI_HOME is left unchanged.
+#:If GUI_PORT is not set in COSmanager.ini, the port number is automatically generated.
-• If GUI_HOME is not set, COSmanager looks in the current working directory.
+#*displaying the main window or Connection Details form.
-If it contains bin/cos.exe, GUI_HOME is set to the current directory.
-If GUI_HOME can’t be determined, COSmanager will exit.
+{{Note| On connection, the remote command is called with $Arguments. }}
-. Set environment variables:
-TCL_LIBRARY=$GUI_HOME\lib\tcl7.6
+ Example: if the command is:
-TK_LIBRARY=$GUI_HOME\lib\tk4.2
+ cos sentinel -v 1.0
-ICON_DIR=$GUI_HOME\icons
+ $Arguments=sentinel -v 1.0
-Change directory to $GUI_HOME\server.
-. Look up Company Name in the Windows Registry under the following key:
+{| border="1" cellpadding="3" cellspacing="0"
-. Initialize Winsock.
+|-
-Windows NT/95 HKEY_LOCAL_MACHINE\SOFTWARE\Functional Software\
+|<strong>Variable</strong>
-COSmanager GUI Server\3.2.2
+|<strong>Description</strong>
-Windows 3.11 HKEY_CLASSES_ROOT\SOFTWARE\Functional Software\
+|<strong>Obtained From</strong>
-COSmanager GUI Server\3.2.2
+|-
-Appendix C—COSmanager GUI Server for Windows 161
+|Hostname
-. Determine default values and set environment variables.
+|Local host
-Note On connection, the remote command is called with $Arguments.
+|gethostname (system call)
-Example: if the command is:
+|-
-cos sentinel -v 1.0
+|IP Address
-$Arguments=sentinel -v 1.0
+|IP Address
-. Perform the standard wish (Tk windowing shell) initialization.
+|gethostbyname (system call)
-. Source the startup.tcl script, which is responsible for:
+|-
-• initializing defaults. This includes reading COSmanager.ini.
+|Username
-• initializing the server, including establishing a socket connection.
+|Current user’s name
-The GUI_PORT variable contains the port number used for the socket connection.
+|GetUserName (system call)
-If GUI_PORT is not set, the value in COSmanager.ini is used.
+|-
-If GUI_PORT is not set in COSmanager.ini, the port number is automatically
+|Company
-generated.
+|Company name
-• displaying the main window or Connection Details form.
+|Registry lookup—see step 3
-Remote Connection
+|-
-Remote connection involves running a command on the remote host to start the
+|Arguments
-remote COSmanager software talking to the local COSmanager GUI Server. A
+|Optional arguments to cos.exe
-command has been linked into FSwish to achieve this. The command rexec
+|Any arguments following the cos command.
-passes the remote command to be run to the rexecd (rexec daemon) on the
+|}
-remote host.
-Variable Description Obtained From
+==== Remote Connection ====
-Hostname Local host gethostname (system call)
-IP Address IP Address gethostbyname (system call)
+Remote connection involves running a command on the remote host to start the remote COSmanager software talking to the local COSmanager GUI Server. A command has been linked into FSwish to achieve this. The command rexec passes the remote command to be run to the rexecd (rexec daemon) on the remote host.
-Username Current user’s name GetUserName (system call)
-Company Company name Registry lookup—see step 3
-Arguments Optional arguments to cos.exe Any arguments following the cos command.
-Appendix C—COSmanager GUI Server for Windows
 The syntax for the rexec command is:
-rexec does not wait for the remote command to complete and does not know of
-the success or failure of this command.
+ rexec <host> <user> <password> <command>
-When the remote command is run and after validating the user, rexec changes to
-the user’s home directory and establishes the user and group permissions. The command
+rexec does not wait for the remote command to complete and does not know of the success or failure of this command.
-is then passed to the normal login shell of the user.
-Note There is also a remote command that has been linked into FSwish
+When the remote command is run and after validating the user, rexec changes to the user’s home directory and establishes the user and group permissions. The command is then passed to the normal login shell of the user.
-which does wait for the results of the command. For more details see
-the section on debugging.
+{{Note|There is also a remote command that has been linked into FSwish which does wait for the results of the command.
-The command that is run remotely is responsible for starting the COSmanager software
+For more details see the section on debugging.}}
-on the remote host and getting it to connect to the Windows socket. This is
-achieved by the setting of three environment variables: GUI_HOST, GUI_PORT,
+The command that is run remotely is responsible for starting the COSmanager software on the remote host and getting it to connect to the Windows socket. This is achieved by the setting of three environment variables:   GUI_HOST, GUI_PORT, and DISPLAY.
-and DISPLAY. The default command that is run is as follows:
-The default command can be overridden by setting the Custom command in the
+The default command that is run is as follows:
-Advanced Settings prompt form. If this command has been set, rexec is called
-with the following:
+ /bin/ksh -c “DISPLAY=<ipaddress> GUI_HOST=<ipaddress> GUI_PORT=<GUI_PORT> GUI_OS=<GUI_OS> ~COSmanager/bin/cos $Arguments”
-The GUI_OS variable is set to the OS of the host running the COSmanager GUI
-Server for Windows:
+The default command can be overridden by setting the Custom command in the Advanced Settings prompt form. If this command has been set, rexec is called with the following:
-rexec <host> <user> <password> <command>
-/bin/ksh -c “DISPLAY=<ipaddress> GUI_HOST=<ipaddress>
+ DISPLAY=<host> GUI_HOST=<host> GUI_PORT=<GUI_PORT> GUI_OS=<GUI_OS> $Command $Arguments
-GUI_PORT=<GUI_PORT> GUI_OS=<GUI_OS> ~COSmanager/bin/cos
-$Arguments”
+==== Debugging ====
-DISPLAY=<host> GUI_HOST=<host> GUI_PORT=<GUI_PORT>
+To enable debugging, turn on the Debug check box in the Advanced Settings dialog. This will display the Tk Console.
-GUI_OS=<GUI_OS> $Command $Arguments
-On … Windows NT 3.51 and 4.0 GUI_OS=Windows_NT
+The Tk Console displays debug messages and also allows you to interact with the COSmanager GUI Server, for example to display the contents of environment variables.
-Windows 95 GUI_OS=Windows_95
-Windows 3.11 GUI_OS=Windows_3.11
+ Figure 60 — Tk Console
-Appendix C—COSmanager GUI Server for Windows 163
-Debugging
+==== Variables ====
-To enable debugging, turn on the Debug check box in the Advanced Settings dialog.
-This will display the Tk Console.
-The Tk Console displays debug messages and also allows you to interact with the
-COSmanager GUI Server, for example to display the contents of environment variables.
-Figure 60 — Tk Console
-Variables
 The contents of variables can be displayed by doing a set:
+ % set <variable name>
 Most of the variables used in the COSmanager GUI Server are stored in arrays.
-% set <variable name>
-Appendix C—COSmanager GUI Server for Windows
 You can display the elements of an array by typing:
+ % array names <array>
 Common variables include:
-An env array contains an element for each of the environment variables currently
-set.
+;ini(Company): company name
-Remote Command
+;ini(Command): override command
-The COSmanager GUI Server for Windows uses the rexec command to run
+;ini(GUI_PORT): setting of GUI_PORT in advanced settings
-remote commands. However rexec does not wait for the remote command to terminate,
+;ini(LocalHost): the name of the local (Windows) host
-so there is no way of knowing if it was successful or of seeing any error messages.
+;ini(RemoteHost): the name of the remote COSmanager host
-FSwish also has another command remote which does wait for the output
+;ini(IPAddress): the IP Address of the local (Windows) host
-of the remote command. This can be used for debugging purposes.
-Note As remote waits for the remote command to terminate, the GUI
+An env array contains an element for each of the environment variables currently set.
-Server will ‘freeze’ until the remote command terminates.
+=== Remote Command ===
+The COSmanager GUI Server for Windows uses the rexec command to runremote commands. However rexec does not wait for the remote command to terminate,  so there is no way of knowing if it was successful or of seeing any error messages. FSwish also has another command remote which does wait for the output of the remote command. This can be used for debugging purposes.
+{{Note| As remote waits for the remote command to terminate, the GUI Server will ‘freeze’ until the remote command terminates.}}
 The syntax of the remote command is the same as for rexec:
-% array names <array>
-ini(Company) company name
+ remote <host> <user> <password> <command>
-ini(Command) override command
-ini(GUI_PORT) setting of GUI_PORT in advanced settings
-ini(LocalHost) the name of the local (Windows) host
+==== Directory Structure and Key Files ====
-ini(RemoteHost) the name of the remote COSmanager host
-ini(IPAddress) the IP Address of the local (Windows) host
-remote <host> <user> <password> <command>
-Appendix C—COSmanager GUI Server for Windows 165
-Directory Structure and Key Files
-Figure 61 — COSmanager GUI Server for Windows directory structure
 The COSmanager home directory ($GUI_HOME) contains:
+;COSmanager.ini: the initialization file for the COSmanager GUI Server
+;errors.txt: an alphabetical list of error messages (see also [[Troubleshooting]])
+;install.txt: installation notes
+;readme.txt: overview notes
 COSmanager/bin contains:
+;cos.exe: the COSmanager GUI Server executable
+;*.dll: various DLLs
 COSmanager/icons contains:
-COSmanager.
-ini
+;*.xbm, *.xpm: icon files used in COSmanager Software
-the initialization file for the COSmanager GUI Server
+;*.ico: COSmanager and ReadMe icons used by Windows
-errors.txt an alphabetical list of error messages
-(see also Troubleshooting on page 167)
-install.txt installation notes
-readme.txt overview notes
-cos.exe the COSmanager GUI Server executable
-*.dll various DLLs
-*.xbm, *.xpm icon files used in COSmanager Software
-*.ico COSmanager and ReadMe icons used by Windows
-Appendix C—COSmanager GUI Server for Windows
 COSmanager/lib contains:
+;tcl7.6: the current TCL library
+;tk4.2: the current Tk library
 COSmanager/server contains various TCL files:
-tcl7.6 the current TCL library
-tk4.2 the current Tk library
+;defaults: application defaults for fonts, colours, etc.
-defaults application defaults for fonts, colours, etc.
+;startup.tcl: initial startup TCL script
-startup.tcl initial startup TCL script
+;tclIndex: TCL index for TCL files
-tclIndex TCL index for TCL files
+;winmain.tcl: WinMain TCL class
-winmain.tcl WinMain TCL class
-Appendix C—COSmanager GUI Server for Windows 167
+=== Troubleshooting ===
-Troubleshooting
-Connection failure
+==== Connection failure ====
 Reason: Although a socket was created, the rexec command was unable to connect to that socket.
 Solution: No solution.
-COSmanager host not defined!
+==== COSmanager host not defined! ====
 Reason: The remote COSmanager host to connect to has not been defined.
 Solution: Enter the name of the remote host in the COSmanager host field in the standard settings.
-Couldn't find server directory
+==== Couldn't find server directory ====
 Reason: This error results from a failed attempt by cos.exe to change to the server directory.
-Solution: Ensure that the server directory exists and is accessible and that the COSmanager GUI Server home directory
-is valid.
+Solution: Ensure that the server directory exists and is accessible and that the COSmanager GUI Server home directory is valid.
-Couldn't initialize winsock
-Reason: Before a socket connection can be made, the Windows socket API needs initializing. This error will occur if
+==== Couldn't initialize winsock ====
-the initialization fails.
+Reason: Before a socket connection can be made, the Windows socket API needs initializing. This error will occur if the initialization fails.
 Solution: Check that the TCP/IP protocol is installed and configured correctly.
-Couldn't set COSmanager GUI Server directory
-Reason: On startup the COSmanager GUI Server looks up the Windows registry to determine its home directory.
+==== Couldn't set COSmanager GUI Server directory ====
-If this fails it will attempt to use the current working directory. This error message will be displayed if both
+Reason: On startup the COSmanager GUI Server looks up the Windows registry to determine its home directory. If this fails it will attempt to use the current working directory. This error message will be displayed if both these attempts to set the COSmanager GUI Server home directory fail.
-these attempts to set the COSmanager GUI Server home directory fail.
-Solutions: 1. Ensure that the current working directory is correct.
+Solutions:
-. Set the GUI_HOME variable (in the autoexec.bat file) to point to the COSmanager GUI Server home
+#Ensure that the current working directory is correct.
-directory, and restart Windows
+#Set the GUI_HOME variable (in the autoexec.bat file) to point to the COSmanager GUI Server home directory, and restart Windows
-Appendix C—COSmanager GUI Server for Windows
-Create socket failure
+==== Create socket failure  ====
 Reason: A failed attempt was made to create a socket for the rexec command.
 Solution: Check that the TCP/IP protocol is installed and configured correctly.
-Error reading socket
+==== Error reading socket ====
 Reason: The rexec command was unable to read from the socket.
 Solution: No solution.
-Failed to open file: <file>
+==== Failed to open file: <file> ====
 Reason: The specified file was unable to be opened for writing.
 Solution: Check that the file exists and is readable. The is most likely located in the server directory.
-Failed to open <home directory>\COSmanager.ini
+==== Failed to open <home directory>\COSmanager.ini ====
 Reason: The COSmanager.ini file could not be found or read.
-Solution: Check that the file exists and is accessible. If the file does not exist create an empty file of that name in the
-COSmanager GUI Server home directory.
+Solution: Check that the file exists and is accessible. If the file does not exist create an empty file of that name in the COSmanager GUI Server home directory.
-Failed to read form: <form>
+==== Failed to read form: <form> ====
 Reason: The specified form could not be opened.
 Solution: Check that the form exists and is readable. The file should be located in the server directory.
-Appendix C—COSmanager GUI Server for Windows 169
-Fatal Error in wish
+==== Fatal Error in wish ====
 Reason: Any number of run time errors will cause this message to be displayed.
-Solution: Possible corruption of COSmanager GUI Server software or clash with other running software. Check for
-existence of other dll's of the same name as those found in the COSmanager GUI Server bin directory. Try
+Solution: Possible corruption of COSmanager GUI Server software or clash with other running software. Check for existence of other dll's of the same name as those found in the COSmanager GUI Server bin directory. Try re-installing the COSmanager GUI Server software.
-re-installing the COSmanager GUI Server software.
-GUIserver Error
+==== GUIserver Error ====
 Reason: The cos.exe failed to source the startup.tcl file in the server directory.
 Solution: Check that the startup.tcl file exists and is accessible in the server directory.
-[incr Tcl] Init Error
-Reason: The COSmanager GUI Server failed to initialize itcl.
+==== [incr Tcl] Init Error ====
+Reason: The COSmanager GUI Server failed to initialize itcl.
 Solution: Fatal error, software has been corrupted. Re-install COSmanager GUI Server.
-libfs Init Error
+==== libfs Init Error ====
 Reason: The COSmanager GUI Server failed to initialize libfs.
 Solution: Fatal error, software has been corrupted. Re-install COSmanager GUI Server.
-Local IP Address not defined!
+==== Local IP Address not defined! ====
 Reason: The COSmanager GUI Server was unable to determine the IP Address for the local computer.
 Solution: Check that TCP/IP is correctly set up. Check that the IP Address is set for the local computer.
-rexec: <message>
+==== rexec: <message> ====
 Reason: A call to rexec has returned a message. Message returned depends on rexecd on remote host.
 Solution: Check documentation on remote host for more information.
-Appendix C—COSmanager GUI Server for Windows
-Socket error: <message>
+==== Socket error: <message> ====
-Reason: The COSmanager GUI Server was unable to create the socket used for communications with remote COSmanager
+Reason: The COSmanager GUI Server was unable to create the socket used for communications with remote COSmanager product.
-product.
 Solution: Check that the TCP/IP protocol is installed and configured correctly.
-Tcl Init Error
+==== Tcl Init Error ====
 Reason: The COSmanager GUI Server failed to initialize tcl.
 Solution: Check that the tcl76.dll exists and is accessible in the COSmanager GUI Server bin directory.
-Tk Init Error
+==== Tk Init Error ====
 Reason: The COSmanager GUI Server failed to initialize tk.
 Solution: Check that the tk42.dll exists and is accessible in the COSmanager GUI Server bin directory.
-Unknown host <host>
+==== Unknown host <host> ====
 Reason: The host <host> is not known to the local computer.
 Solution: Check the network configuration and ensure that the host is on the network and accessible.
-Unknown service tcp
+==== Unknown service tcp ====
 Reason: Failed attempt to retrieve service information for “exec” service and “TCP” protocol.
 Solution: Check that exec service is available. Check that the TCP/IP protocol is installed and configured correctly.

Button	Function
Help	Display help for the current option.
Exit	Exit from methtool.
Search	Display the first occurrence of the specified character string.
Select	Select highlights a row. DeSelect removes the highlight.
Go to	Move the viewing window to the top of the specified page. (CUI)
Options	Change configurable settings or print selected items.
Menu	Display methods in a pop-up window.

	Note
	To use the Product configuration menu you must have the Admin, Config, or Manager role in at least one application.

Mouse Action	Function
B1	select the row under the pointer. Double-click to accept it.
B1-drag	select several rows
Shift-B1	select all the rows between the pointer and the nearest previously selected row.
B2 or Ctrl-B1	add row to the previously selected rows, or deselect the row if it was already selected.
B2-drag	across unselected rows: adds them to the selection. across selected rows: deselects them.
Ctrl-Shift-B2	toggle every row

	Note
	if there is already a definition for this terminal in your current directory, you should first save a copy of it.

	Caution!
	you may affect other users if your TERMINFO environment variable is not set or is set to a public directory.

	Note
	When configuring Terminfo support for COSmanager use the COSmanager user account.

	Note
	You must wait for ticonfig to prompt for each key before pressing it.

Capname	Description
acsc	Graphic charset pairs
smacs	Start alternate character set mode
rmacs	End alternate character set mode
enacs	Enable alternate character set
sgr	Set graphics rendition. Attribute #9 is the alternate character set attribute.
sgr0	Turn off all attributes

Capname	Description
smso	Start standout mode
rmso	End standout mode
smul	Start underline mode
rmul	End underline mode
bold	Start bold mode
blink	Start blinking mode
rev	Start reverse video mode
sgr	Set graphics rendition (set video attributes)
sgr0	Turn off all attributes

	Note
	Not all the keypad definitions are required—some only give more convenient access to facilities provided by existing function keys. Those are marked with † are optional.

Capname	Description
smkx	put the terminal in keypad transmit mode
rmkx	exit from keypad transmit mode
kcub1	cursor left (left arrow)
kcud1	cursor down (down arrow)
kcuf1	cursor forward (right arrow)
kcuu1	cursor up (up arrow)
kbs	backspace key†
khome	home key†
knp	next page (page down)
kpp	previous page (page up)
kent	enter key†
kcbt	back tab key†
kcan	cancel key†
khlp	help key†
kich1	insert character†
kdch1	delete character†
kel	clear (to end of) line†
krfr	refresh key†

	Caution!
	If NOTIMEOUT is set and the user presses the ESC key, COSmanager will wait indefinitely until another character is pressed.

	Caution!
	If a version of the COSmanager GUI Server is currently installed, it must be uninstalled before installing or re-installing another version.

	Note
	Before you can use the COSmanager GUI Server you must run the setup program on disk 1. You can not just copy the files onto your hard disk.

	Note
	If you are running the COSmanager GUI Server for the first time, before you can establish a connection you need to specify the COSmanager Host in the Standard Settings dialog. See Configuring the COSMOS GUI Server for Windows.

	Note
	The Shell escape option is not available from the COSmanager GUI Server for Windows.

	Note
	On connection, the remote command is called with $Arguments.

Variable	Description	Obtained From
Hostname	Local host	gethostname (system call)
IP Address	IP Address	gethostbyname (system call)
Username	Current user’s name	GetUserName (system call)
Company	Company name	Registry lookup—see step 3
Arguments	Optional arguments to cos.exe	Any arguments following the cos command.

	Note
	There is also a remote command that has been linked into FSwish which does wait for the results of the command. For more details see the section on debugging.

Search

COSmanager/User Guide/Appendices

From Documentation

Current revision

Contents

Appendix A — the COSmanager User Interface

The Functional Toolset

Methtool

Prompt

Menu

Button Bar

Scroll/Keep

Keep

Choose/Order

Order

Search

Appendix B—Terminal Support

How to Check a Terminfo Definition

To check a terminal definition

Checking Your Terminal Definition

Checking the alternate character set

Checking character attributes

Checking Tab-stops and margin settings

Checking function keys

How To Configure Function Keys

Terminfo Technical Details

Alternate character set

Character attributes

Terminals With Fewer Than Eight Function Keys

VT100-compatible terminals

VT200-Compatible Terminals

Generic Function Key Definitions

Keypad Keys

Troubleshooting

Data loss

Slow scrolling

Intermittent function keys

‘Magic cookie glitch”

Incorrect vendor-supplied Terminfo definitions

Appendix C — COSmanager GUI Server for Windows

Installing the COSmanager GUI Server for Windows

Uninstalling

Configuring the COSmanager GUI Server for Windows

To Configure the Standard Settings

To Configure the Advanced Settings

Running the COSmanager GUI Server for Windows

To run COSmanager

To exit COSmanager

Technical Notes

Running the COSmanager GUI Server

Remote Connection

Debugging

Variables

Remote Command

Directory Structure and Key Files

Troubleshooting

Connection failure

COSmanager host not defined!

Couldn't find server directory

Couldn't initialize winsock

Couldn't set COSmanager GUI Server directory

Create socket failure

Error reading socket

Failed to open file: <file>

Failed to open <home directory>\COSmanager.ini

Failed to read form: <form>

Fatal Error in wish

GUIserver Error

[incr Tcl] Init Error

libfs Init Error

Local IP Address not defined!

rexec: <message>

Socket error: <message>

Tcl Init Error

Tk Init Error

Unknown host <host>

Unknown service tcp

	Note
	As remote waits for the remote command to terminate, the GUI Server will ‘freeze’ until the remote command terminates.