(eval-when-compile (require 'cl))
(require 'idlw-help)
(unless (fboundp 'line-beginning-position)
(defalias 'line-beginning-position 'point-at-bol))
(unless (fboundp 'line-end-position)
(defalias 'line-end-position 'point-at-eol))
(unless (fboundp 'char-valid-p)
(defalias 'char-valid-p 'characterp))
(unless (fboundp 'match-string-no-properties)
(defalias 'match-string-no-properties 'match-string))
(if (not (fboundp 'cancel-timer))
(condition-case nil
(require 'timer)
(error nil)))
(eval-and-compile
(condition-case () (require 'custom) (error nil))
(if (and (featurep 'custom) (fboundp 'custom-declare-variable))
nil (defmacro defgroup (&rest args) nil)
(defmacro defcustom (var value doc &rest args)
`(defvar ,var ,value ,doc))))
(defgroup idlwave nil
"Major mode for editing IDL .pro files."
:tag "IDLWAVE"
:link '(url-link :tag "Home Page"
"http://idlwave.org")
:link '(emacs-commentary-link :tag "Commentary in idlw-shell.el"
"idlw-shell.el")
:link '(emacs-commentary-link :tag "Commentary in idlwave.el" "idlwave.el")
:link '(custom-manual "(idlwave)Top")
:prefix "idlwave"
:group 'languages)
(defgroup idlwave-code-formatting nil
"Indentation and formatting options for IDLWAVE mode."
:group 'idlwave)
(defcustom idlwave-main-block-indent 2
"*Extra indentation for the main block of code.
That is the block between the FUNCTION/PRO statement and the END
statement for that program unit."
:group 'idlwave-code-formatting
:type 'integer)
(defcustom idlwave-block-indent 3
"*Extra indentation applied to block lines.
If you change this, you probably also want to change `idlwave-end-offset'."
:group 'idlwave-code-formatting
:type 'integer)
(defcustom idlwave-end-offset -3
"*Extra indentation applied to block END lines.
A value equal to negative `idlwave-block-indent' will make END lines
line up with the block BEGIN lines."
:group 'idlwave-code-formatting
:type 'integer)
(defcustom idlwave-continuation-indent 3
"*Extra indentation applied to continuation lines.
This extra offset applies to the first of a set of continuation lines.
The following lines receive the same indentation as the first."
:group 'idlwave-code-formatting
:type 'integer)
(defcustom idlwave-max-extra-continuation-indent 40
"*Maximum additional indentation for special continuation indent.
Several special indentations are tried to help line up continuation
lines in routine calls or definitions, other statements with
parentheses, or assignment statements. This variable specifies a
maximum amount by which this special indentation can exceed the
standard continuation indentation, otherwise defaulting to a fixed
offset. Set to 0 to effectively disable all special continuation
indentation, or to a large number (like 100) to enable it in all
cases. See also `idlwave-indent-to-open-paren', which can override
this variable."
:group 'idlwave-code-formatting
:type 'integer)
(defcustom idlwave-indent-to-open-paren t
"*Non-nil means, indent continuation lines to innermost open
parenthesis. This indentation occurs even if otherwise disallowed by
`idlwave-max-extra-continuation-indent'. Matching parens and the
interleaving args are lined up. Example:
x = function_a(function_b(function_c( a, b, [1,2,3, $
4,5,6 $
], $
c, d $
)))
When this variable is nil, paren alignment may still occur, based on
the value of `max-extra-continuation-indent', which, if zero, would
yield:
x = function_a(function_b(function_c( a, b, [1,2,3, $
4,5,6 $
], $
c, d $
)))"
:group 'idlwave-code-formatting
:type 'boolean)
(defcustom idlwave-indent-parens-nested nil
"*Non-nil means, indent continuation lines with parens by nesting
lines at consecutively deeper levels."
:group 'idlwave-code-formatting
:type 'boolean)
(defcustom idlwave-hanging-indent t
"*If set non-nil then comment paragraphs are indented under the
hanging indent given by `idlwave-hang-indent-regexp' match in the first line
of the paragraph."
:group 'idlwave-code-formatting
:type 'boolean)
(defcustom idlwave-hang-indent-regexp "- "
"*Regular expression matching the position of the hanging indent
in the first line of a comment paragraph. The size of the indent
extends to the end of the match for the regular expression."
:group 'idlwave-code-formatting
:type 'regexp)
(defcustom idlwave-use-last-hang-indent nil
"*If non-nil then use last match on line for `idlwave-indent-regexp'."
:group 'idlwave-code-formatting
:type 'boolean)
(defcustom idlwave-fill-comment-line-only t
"*If non-nil then auto fill will only operate on comment lines."
:group 'idlwave-code-formatting
:type 'boolean)
(defcustom idlwave-auto-fill-split-string t
"*If non-nil then auto fill will split strings with the IDL `+' operator.
When the line end falls within a string, string concatenation with the
'+' operator will be used to distribute a long string over lines.
If nil and a string is split then a terminal beep and warning are issued.
This variable is ignored when `idlwave-fill-comment-line-only' is
non-nil, since in this case code is not auto-filled."
:group 'idlwave-code-formatting
:type 'boolean)
(defcustom idlwave-split-line-string t
"*If non-nil then `idlwave-split-line' will split strings with `+'.
When the splitting point of a line falls inside a string, split the string
using the `+' string concatenation operator. If nil and a string is
split then a terminal beep and warning are issued."
:group 'idlwave-code-formatting
:type 'boolean)
(defcustom idlwave-no-change-comment ";;;"
"*The indentation of a comment that starts with this regular
expression will not be changed. Note that the indentation of a comment
at the beginning of a line is never changed."
:group 'idlwave-code-formatting
:type 'string)
(defcustom idlwave-begin-line-comment nil
"*A comment anchored at the beginning of line.
A comment matching this regular expression will not have its
indentation changed. If nil the default is \"^;\", i.e., any line
beginning with a \";\". Expressions for comments at the beginning of
the line should begin with \"^\"."
:group 'idlwave-code-formatting
:type '(choice (const :tag "Any line beginning with `;'" nil)
'regexp))
(defcustom idlwave-code-comment ";;[^;]"
"*A comment that starts with this regular expression on a line by
itself is indented as if it is a part of IDL code. As a result if
the comment is not preceded by whitespace it is unchanged."
:group 'idlwave-code-formatting
:type 'regexp)
(defgroup idlwave-routine-info nil
"Routine Info options for IDLWAVE mode."
:group 'idlwave)
(defcustom idlwave-use-library-catalogs t
"*Non-nil means search the IDL path for library catalog files.
These files, named .idlwave_catalog, document routine information for
individual directories and libraries of IDL .pro files. Many popular
libraries come with catalog files by default, so leaving this on is a
usually a good idea.."
:group 'idlwave-routine-info
:type 'boolean)
(defcustom idlwave-init-rinfo-when-idle-after 10
"*Seconds of idle time before routine info is automatically
initialized. Initializing the routine info can take a long time, in
particular if a large number of library catalogs are involved. When
Emacs is idle for more than the number of seconds specified by this
variable, it starts the initialization. The process is split into
five steps, in order to keep work interruption as short as possible.
If one of the steps finishes, and no user input has arrived in the
mean time, initialization proceeds immediately to the next step. A
good value for this variable is about 1/3 of the time initialization
take in your setup. So if you have a fast machine and no problems
with a slow network connection, don't hesitate to set this to 2
seconds. A Value of 0 means, don't initialize automatically, but
instead wait until routine information is needed, and initialize
then."
:group 'idlwave-routine-info
:type 'number)
(defcustom idlwave-scan-all-buffers-for-routine-info t
"*Non-nil means, scan buffers for IDL programs when updating info.
The scanning is done by the command `idlwave-update-routine-info'.
The following values are allowed:
nil Don't scan any buffers.
t Scan all idlwave-mode buffers in the current editing session.
current Scan only the current buffer, but no other buffers."
:group 'idlwave-routine-info
:type '(choice
(const :tag "No buffer" nil)
(const :tag "All buffers" t)
(const :tag "Current buffer only" 'current)))
(defcustom idlwave-query-shell-for-routine-info t
"*Non-nil means query the shell for info about compiled routines.
Querying the shell is useful to get information about compiled modules,
and it is turned on by default. However, when you have a complete library
scan, this is not necessary."
:group 'idlwave-routine-info
:type 'boolean)
(defcustom idlwave-auto-routine-info-updates
'(find-file save-buffer kill-buffer compile-buffer)
"*Controls under what circumstances routine info is updated automatically.
Possible values:
nil Never
t All available
\(...) A list of circumstances. Allowed members are:
find-file Add info for new IDLWAVE buffers.
save-buffer Update buffer info when buffer is saved
kill-buffer Remove buffer info when buffer gets killed
compile-buffer Update shell info after `idlwave-shell-save-and...'"
:group 'idlwave-routine-info
:type '(choice
(const :tag "Never" nil)
(const :tag "As often as possible" t)
(set :tag "Checklist" :greedy t
(const :tag "When visiting a file" find-file)
(const :tag "When saving a buffer" save-buffer)
(const :tag "After a buffer was killed" kill-buffer)
(const :tag "After a buffer was compiled successfully, update shell info" compile-buffer))))
(defcustom idlwave-rinfo-max-source-lines 5
"*Maximum number of source files displayed in the Routine Info window.
When an integer, it is the maximum number of source files displayed.
t means to show all source files."
:group 'idlwave-routine-info
:type 'integer)
(defcustom idlwave-library-path nil
"Library path for Windows and MacOS (OS9). Not needed under UNIX.
When selecting the directories to scan for IDL user catalog routine
info, IDLWAVE can, under UNIX, query the shell for the exact search
path \(the value of !PATH). However, under Windows and MacOS
\(pre-OSX), the IDLWAVE shell does not work. In this case, this
variable can be set to specify the paths where IDLWAVE can find PRO
files. The shell will only be asked for a list of paths when this
variable is nil. The value is a list of directories. A directory
preceeded by a `+' will be searched recursively. If you set this
variable on a UNIX system, the shell will not be queried. See also
`idlwave-system-directory'."
:group 'idlwave-routine-info
:type '(repeat (directory)))
(defcustom idlwave-system-directory ""
"The IDL system directory for Windows and MacOS. Not needed under
UNIX. Set this to the value of the `!DIR' system variable in IDL.
IDLWAVE uses this to find out which of the library routines belong to
the official system library. All files inside the `lib' subdirectory
are considered system library files - so don't install private stuff
in this directory. On UNIX systems, IDLWAVE queries the shell for the
value of `!DIR'. See also `idlwave-library-path'."
:group 'idlwave-routine-info
:type 'directory)
(defcustom idlwave-config-directory
(convert-standard-filename "~/.idlwave")
"*Directory for configuration files and user-library catalog."
:group 'idlwave-routine-info
:type 'file)
(defvar idlwave-user-catalog-file "idlusercat.el")
(defvar idlwave-xml-system-rinfo-converted-file "idl_xml_rinfo.el")
(defvar idlwave-path-file "idlpath.el")
(defvar idlwave-libinfo-file nil
"*Obsolete variable, no longer used.")
(defcustom idlwave-special-lib-alist nil
"Alist of regular expressions matching special library directories.
When listing routine source locations, IDLWAVE gives a short hint where
the file defining the routine is located. By default it lists `SystemLib'
for routines in the system library `!DIR/lib' and `Library' for anything
else. This variable can define additional types. The car of each entry
is a regular expression matching the file name (they normally will match
on the path). The cdr is the string to be used as identifier. Max 10
chars are allowed."
:group 'idlwave-routine-info
:type '(repeat
(cons regexp string)))
(defcustom idlwave-auto-write-paths t
"Write out path (!PATH) and system directory (!DIR) info automatically.
Path info is needed to locate library catalog files. If non-nil,
whenever the path-list changes as a result of shell-query, etc., it is
written to file. Otherwise, the menu option \"Write Paths\" can be
used to force a write."
:group 'idlwave-routine-info
:type 'boolean)
(defgroup idlwave-completion nil
"Completion options for IDLWAVE mode."
:prefix "idlwave"
:group 'idlwave)
(eval-and-compile
(defconst idlwave-tmp
'(choice :tag "by applying the function"
(const upcase)
(const downcase)
(const capitalize)
(const preserve)
(symbol :tag "Other"))))
(defcustom idlwave-completion-case '((routine . upcase)
(keyword . upcase)
(class . preserve)
(method . preserve))
"Association list setting the case of completed words.
This variable determines the case (UPPER/lower/Capitalized...) of
words inserted into the buffer by completion. The preferred case can
be specified separately for routine names, keywords, classes and
methods.
This alist should therefore have entries for `routine' (normal
functions and procedures, i.e. non-methods), `keyword', `class', and
`method'. Plausible values are
upcase upcase whole word, like `BOX_CURSOR'
downcase downcase whole word, like `read_ppm'
capitalize capitalize each part, like `Widget_Control'
preserve preserve case as is, like `IDLgrView'
The value can also be any Emacs Lisp function which transforms the
case of characters in a string.
A value of `preserve' means that the case of the completed word is
identical to the way it was written in the definition statement of the
routine. This was implemented to allow for mixed-case completion, in
particular of object classes and methods.
If a completable word is defined in multiple locations, the meaning of
`preserve' is not unique since the different definitions might be
cased differently. Therefore IDLWAVE always takes the case of the
*first* definition it encounters during routine info collection and
uses the case derived from it consistently.
Note that a lowercase-only string in the buffer will always be completed in
lower case (but see the variable `idlwave-completion-force-default-case').
After changing this variable, you need to either restart Emacs or press
`C-u C-c C-i' to update the internal lists."
:group 'idlwave-completion
:type `(repeat
(cons (symbol :tag "Derive completion case for")
,idlwave-tmp)))
(defcustom idlwave-completion-force-default-case nil
"*Non-nil means, completion will always honor `idlwave-completion-case'.
When nil, only the completion of a mixed case or upper case string
will honor the default settings in `idlwave-completion-case', while
the completion of lower case strings will be completed entirely in
lower case."
:group 'idlwave-completion
:type 'boolean)
(defcustom idlwave-complete-empty-string-as-lower-case nil
"*Non-nil means, the empty string is considered downcase for completion.
The case of what is already in the buffer determines the case of completions.
When this variable is non-nil, the empty string is considered to be downcase.
Completing on the empty string then offers downcase versions of the possible
completions."
:group 'idlwave-completion
:type 'boolean)
(defvar idlwave-default-completion-case-is-down nil
"Obsolete variable. See `idlwave-complete-empty-string-as-lower-case' and
`idlwave-completion-case'.")
(defcustom idlwave-buffer-case-takes-precedence nil
"*Non-nil means, the case of tokens in buffers dominates over system stuff.
To make this possible, we need to re-case everything each time we update
the routine info from the buffers. This is slow.
The default is to consider the case given in the system and library files
first which makes updating much faster."
:group 'idlwave-completion
:type 'boolean)
(defcustom idlwave-highlight-help-links-in-completion t
"*Non-nil means, highlight completions for which system help is available.
Help can then be accessed with mouse-3.
This option is only effective when the online help system is installed."
:group 'idlwave-completion
:type 'boolean)
(defcustom idlwave-support-inheritance t
"Non-nil means, treat inheritance with completion, online help etc.
When nil, IDLWAVE only knows about the native methods and tags of a class,
not about inherited ones."
:group 'idlwave-routine-info
:type 'boolean)
(defcustom idlwave-keyword-class-inheritance '("^[gs]etproperty$" "^init$")
"List of regular expressions for class-driven keyword inheritance.
Keyword inheritance is often tied to class inheritance by \"chaining\"
up the class tree. While it cannot be assumed that the presence of an
_EXTRA or _REF_EXTRA symbol guarantees such chaining will occur, for
certain methods this assumption is almost always true. The methods
for which to assume this can be set here."
:group 'idlwave-routine-info
:type '(repeat (regexp :tag "Match method:")))
(defcustom idlwave-completion-show-classes 1
"*Number of classes to show when completing object methods and keywords.
When completing methods or keywords for an object with unknown class,
the *Completions* buffer will show the valid classes for each completion
like this:
MyMethod <Class1,Class2,Class3>
The value of this variable may be nil to inhibit display, or an integer to
indicate the maximum number of classes to display.
On XEmacs, a full list of classes will also be placed into a `help-echo'
property on the competion items, so that the list of classes for the current
item is displayed in the echo area. If the value of this variable is a
negative integer, the `help-echo' property will be suppressed."
:group 'idlwave-completion
:type '(choice (const :tag "Don't show" nil)
(integer :tag "Number of classes shown" 1)))
(defcustom idlwave-completion-fontify-classes t
"*Non-nil means, fontify the classes in completions buffer.
This makes it easier to distinguish the completion items from the extra
class info listed. See `idlwave-completion-show-classes'."
:group 'idlwave-completion
:type 'boolean)
(defcustom idlwave-query-class '((method-default . nil)
(keyword-default . nil))
"Association list governing specification of object classes for completion.
When IDLWAVE tries to complete object-oriented methods, it usually
cannot determine the class of a given object from context. In order
to provide the user with a correct list of methods or keywords, it
needs to determine the appropriate class. IDLWAVE has two ways of
doing this (well, three ways if you count the shell... see
`idlwave-shell-query-for-class'):
1. Combine the items of all available classes which contain this
method for the purpose of completion. So when completing a method,
all methods of all known classes are available, and when completing
a keyword, all keywords allowed for this method in any class are
shown. This behavior is very much like normal completion and is
therefore the default. It works much better than one might think -
only for the INIT, GETPROPERTY and SETPROPERTY the keyword lists
become uncomfortably long. See also
`idlwave-completion-show-classes'.
2. The second possibility is to ask the user on each occasion. To
make this less interruptive, IDLWAVE can store the class as a text
property on the object operator `->'. For a given object in the
source code, class selection will then be needed only once
- for example to complete the method. Keywords to the method can
then be completed directly, because the class is already known.
You will have to turn on the storage of the selected class
explicitly with the variable `idlwave-store-inquired-class'.
This variable allows you to configure IDLWAVE's method and
method-keyword completion behavior. Its value is an alist, which
should contain at least two elements: (method-default . VALUE) and
\(keyword-default . VALUE), where VALUE is either t or nil. These
specify if the class should be found during method and keyword
completion, respectively.
The alist may have additional entries specifying exceptions from the
keyword completion rule for specific methods, like INIT or
GETPROPERTY. In order to turn on class specification for the INIT
method, add an entry (\"INIT\" . t). The method name must be ALL-CAPS."
:group 'idlwave-completion
:type '(list
(cons (const method-default)
(boolean :tag "Determine class when completing METHODS "))
(cons (const keyword-default)
(boolean :tag "Determine class when completing KEYWORDS "))
(repeat
:tag "Exceptions to defaults"
:inline t
(cons (string :tag "MODULE" :value "")
(boolean :tag "Determine class for this method")))))
(defcustom idlwave-store-inquired-class t
"*Non-nil means, store class of a method call as text property on `->'.
IDLWAVE sometimes has to ask the user for the class associated with a
particular object method call. This happens during the commands
`idlwave-routine-info' and `idlwave-complete', depending upon the
value of the variable `idlwave-query-class'.
When you specify a class, this information can be stored as a text
property on the `->' arrow in the source code, so that during the same
editing session, IDLWAVE will not have to ask again. When this
variable is non-nil, IDLWAVE will store and reuse the class information.
The class stored can be checked and removed with `\\[idlwave-routine-info]'
on the arrow.
The default of this variable is nil, since the result of commands then
is more predictable. However, if you know what you are doing, it can
be nice to turn this on.
An arrow which knows the class will be highlighted with
`idlwave-class-arrow-face'. The command \\[idlwave-routine-info]
displays (with prefix arg: deletes) the class stored on the arrow
at point."
:group 'idlwave-completion
:type 'boolean)
(defcustom idlwave-class-arrow-face 'bold
"*Face to highlight object operator arrows `->' which carry a class property.
When IDLWAVE stores a class name as text property on an object arrow
\(see variable `idlwave-store-inquired-class', it highlights the arrow
with this font in order to remind the user that this arrow is special."
:group 'idlwave-completion
:type 'symbol)
(defcustom idlwave-resize-routine-help-window t
"*Non-nil means, resize the Routine-info *Help* window to fit the content."
:group 'idlwave-completion
:type 'boolean)
(defcustom idlwave-keyword-completion-adds-equal t
"*Non-nil means, completion automatically adds `=' after completed keywords."
:group 'idlwave-completion
:type 'boolean)
(defcustom idlwave-function-completion-adds-paren t
"*Non-nil means, completion automatically adds `(' after completed function.
nil means, don't add anything.
A value of `2' means, also add the closing parenthesis and position cursor
between the two."
:group 'idlwave-completion
:type '(choice (const :tag "Nothing" nil)
(const :tag "(" t)
(const :tag "()" 2)))
(defcustom idlwave-completion-restore-window-configuration t
"*Non-nil means, try to restore the window configuration after completion.
When completion is not unique, Emacs displays a list of completions.
This messes up your window configuration. With this variable set, IDLWAVE
restores the old configuration after successful completion."
:group 'idlwave-completion
:type 'boolean)
(defgroup idlwave-abbrev-and-indent-action nil
"IDLWAVE performs actions when expanding abbreviations or indenting lines.
The variables in this group govern this."
:group 'idlwave)
(defcustom idlwave-do-actions nil
"*Non-nil means performs actions when indenting.
The actions that can be performed are listed in `idlwave-indent-action-table'."
:group 'idlwave-abbrev-and-indent-action
:type 'boolean)
(defcustom idlwave-abbrev-start-char "\\"
"*A single character string used to start abbreviations in abbrev mode.
Possible characters to chose from: ~`\%
or even '?'. '.' is not a good choice because it can make structure
field names act like abbrevs in certain circumstances.
Changes to this in `idlwave-mode-hook' will have no effect. Instead a user
must set it directly using `setq' in the .emacs file before idlwave.el
is loaded."
:group 'idlwave-abbrev-and-indent-action
:type 'string)
(defcustom idlwave-surround-by-blank nil
"*Non-nil means, enable `idlwave-surround'.
If non-nil, `=',`<',`>',`&',`,', `->' are surrounded with spaces by
`idlwave-surround'.
See help for `idlwave-indent-action-table' for symbols using `idlwave-surround'.
Also see the default key bindings for keys using `idlwave-surround'.
Keys are bound and made into actions calling `idlwave-surround' with
`idlwave-action-and-binding'.
See help for `idlwave-action-and-binding' for examples.
Also see help for `idlwave-surround'."
:group 'idlwave-abbrev-and-indent-action
:type 'boolean)
(defcustom idlwave-pad-keyword t
"*Non-nil means pad '=' in keywords (routine calls or defs) like assignment.
Whenever `idlwave-surround' is non-nil then this affects how '=' is
padded for keywords and for variables. If t, pad the same as for
assignments. If nil then spaces are removed. With any other value,
spaces are left unchanged."
:group 'idlwave-abbrev-and-indent-action
:type '(choice
(const :tag "Pad like assignments" t)
(const :tag "Remove space near `='" nil)
(const :tag "Keep space near `='" 'keep)))
(defcustom idlwave-show-block t
"*Non-nil means point blinks to block beginning for `idlwave-show-begin'."
:group 'idlwave-abbrev-and-indent-action
:type 'boolean)
(defcustom idlwave-expand-generic-end nil
"*Non-nil means expand generic END to ENDIF/ENDELSE/ENDWHILE etc."
:group 'idlwave-abbrev-and-indent-action
:type 'boolean)
(defcustom idlwave-reindent-end t
"*Non-nil means re-indent line after END was typed."
:group 'idlwave-abbrev-and-indent-action
:type 'boolean)
(defcustom idlwave-abbrev-move t
"*Non-nil means the abbrev hook can move point.
Set to nil by `idlwave-expand-region-abbrevs'. To see the abbrev
definitions, use the command `list-abbrevs', for abbrevs that move
point. Moving point is useful, for example, to place point between
parentheses of expanded functions.
See `idlwave-check-abbrev'."
:group 'idlwave-abbrev-and-indent-action
:type 'boolean)
(defcustom idlwave-abbrev-change-case nil
"*Non-nil means all abbrevs will be forced to either upper or lower case.
If the value t, all expanded abbrevs will be upper case.
If the value is 'down then abbrevs will be forced to lower case.
If nil, the case will not change.
If `idlwave-reserved-word-upcase' is non-nil, reserved words will always be
upper case, regardless of this variable."
:group 'idlwave-abbrev-and-indent-action
:type 'boolean)
(defcustom idlwave-reserved-word-upcase nil
"*Non-nil means, reserved words will be made upper case via abbrev expansion.
If nil case of reserved words is controlled by `idlwave-abbrev-change-case'.
Has effect only if in abbrev-mode."
:group 'idlwave-abbrev-and-indent-action
:type 'boolean)
(defvar idlwave-indent-action-table nil
"*Associated array containing action lists of search string (car),
and function as a cdr. This table is used by `idlwave-indent-line'.
See documentation for `idlwave-do-action' for a complete description of
the action lists.
Additions to the table are made with `idlwave-action-and-binding' when a
binding is not requested.
See help on `idlwave-action-and-binding' for examples.")
(defvar idlwave-indent-expand-table nil
"*Associated array containing action lists of search string (car),
and function as a cdr. The table is used by the
`idlwave-indent-and-action' function. See documentation for
`idlwave-do-action' for a complete description of the action lists.
Additions to the table are made with `idlwave-action-and-binding' when a
binding is requested.
See help on `idlwave-action-and-binding' for examples.")
(defgroup idlwave-documentation nil
"Options for documenting IDLWAVE files."
:group 'idlwave)
(defvar idlwave-file-header
(list nil
";+
; NAME:
;
;
;
; PURPOSE:
;
;
;
; CATEGORY:
;
;
;
; CALLING SEQUENCE:
;
;
;
; INPUTS:
;
;
;
; OPTIONAL INPUTS:
;
;
;
; KEYWORD PARAMETERS:
;
;
;
; OUTPUTS:
;
;
;
; OPTIONAL OUTPUTS:
;
;
;
; COMMON BLOCKS:
;
;
;
; SIDE EFFECTS:
;
;
;
; RESTRICTIONS:
;
;
;
; PROCEDURE:
;
;
;
; EXAMPLE:
;
;
;
; MODIFICATION HISTORY:
;
;-
")
"*A list (PATHNAME STRING) specifying the doc-header template to use for
summarizing a file. If PATHNAME is non-nil then this file will be included.
Otherwise STRING is used. If nil, the file summary will be omitted.
For example you might set PATHNAME to the path for the
lib_template.pro file included in the IDL distribution.")
(defcustom idlwave-header-to-beginning-of-file t
"*Non-nil means, the documentation header will always be at start of file.
When nil, the header is positioned between the PRO/FUNCTION line of
the current routine and the code, allowing several routine headers in
a file."
:group 'idlwave-documentation
:type 'boolean)
(defcustom idlwave-timestamp-hook 'idlwave-default-insert-timestamp
"*The hook function used to update the timestamp of a function."
:group 'idlwave-documentation
:type 'function)
(defcustom idlwave-doc-modifications-keyword "HISTORY"
"*The modifications keyword to use with the log documentation commands.
A ':' is added to the keyword end.
Inserted by doc-header and used to position logs by doc-modification.
If nil it will not be inserted."
:group 'idlwave-documentation
:type 'string)
(defcustom idlwave-doclib-start "^;+\\+"
"*Regexp matching the start of a document library header."
:group 'idlwave-documentation
:type 'regexp)
(defcustom idlwave-doclib-end "^;+-"
"*Regexp matching the end of a document library header."
:group 'idlwave-documentation
:type 'regexp)
(defgroup idlwave-external-programs nil
"Path locations of external commands used by IDLWAVE."
:group 'idlwave)
(defcustom idlwave-shell-explicit-file-name "idl"
"*If non-nil, this is the command to run IDL.
Should be an absolute file path or path relative to the current environment
execution search path. If you want to specify command line switches
for the idl program, use `idlwave-shell-command-line-options'.
I know the name of this variable is badly chosen, but I cannot change
it without compromizing backwards-compatibility."
:group 'idlwave-external-programs
:type 'string)
(defcustom idlwave-shell-command-line-options nil
"*A list of command line options for calling the IDL program.
Since IDL is executed directly without going through a shell like /bin/sh,
this should be a list of strings like '(\"-rt=file\" \"-nw\") with a separate
string for each argument. But you may also give a single string which
contains the options whitespace-separated. Emacs will be kind enough to
split it for you."
:type '(choice
string
(repeat (string :value "")))
:group 'idlwave-external-programs)
(defcustom idlwave-help-application "idlhelp"
"*The external application providing reference help for programming.
Obsolete, if the IDL Assistant is being used for help."
:group 'idlwave-external-programs
:type 'string)
(defcustom idlwave-shell-debug-modifiers '()
"List of modifiers to be used for the debugging commands.
Will be used to bind debugging commands in the shell buffer and in all
source buffers. These are additional convenience bindings, the debugging
commands are always available with the `C-c C-d' prefix.
If you set this to '(control shift), this means setting a breakpoint will
be on `C-S-b', compiling a source file on `C-S-c' etc. Possible modifiers
are `control', `meta', `super', `hyper', `alt', and `shift'."
:group 'idlwave-shell-general-setup
:type '(set :tag "Specify modifiers"
(const control)
(const meta)
(const super)
(const hyper)
(const alt)
(const shift)))
(defcustom idlwave-shell-automatic-start nil
"*If non-nil attempt invoke idlwave-shell if not already running.
This is checked when an attempt to send a command to an
IDL process is made."
:group 'idlwave-shell-general-setup
:type 'boolean)
(defgroup idlwave-misc nil
"Miscellaneous options for IDLWAVE mode."
:link '(custom-group-link :tag "Font Lock Faces group" font-lock-faces)
:group 'idlwave)
(defcustom idlwave-startup-message t
"*Non-nil displays a startup message when `idlwave-mode' is first called."
:group 'idlwave-misc
:type 'boolean)
(defcustom idlwave-default-font-lock-items
'(pros-and-functions batch-files idlwave-idl-keywords label goto
common-blocks class-arrows)
"Items which should be fontified on the default fontification level 2.
IDLWAVE defines 3 levels of fontification. Level 1 is very little, level 3
is everything and level 2 is specified by this list.
This variable must be set before IDLWAVE gets loaded. It is
a list of symbols, the following symbols are allowed.
pros-and-functions Procedure and Function definitions
batch-files Batch Files
idlwave-idl-keywords IDL Keywords
label Statement Labels
goto Goto Statements
common-blocks Common Blocks
keyword-parameters Keyword Parameters in routine definitions and calls
system-variables System Variables
fixme FIXME: Warning in comments (on XEmacs only v. 21.0 and up)
class-arrows Object Arrows with class property"
:group 'idlwave-misc
:type '(set
:inline t :greedy t
(const :tag "Procedure and Function definitions" pros-and-functions)
(const :tag "Batch Files" batch-files)
(const :tag "IDL Keywords (reserved words)" idlwave-idl-keywords)
(const :tag "Statement Labels" label)
(const :tag "Goto Statements" goto)
(const :tag "Tags in Structure Definition" structtag)
(const :tag "Structure Name" structname)
(const :tag "Common Blocks" common-blocks)
(const :tag "Keyword Parameters" keyword-parameters)
(const :tag "System Variables" system-variables)
(const :tag "FIXME: Warning" fixme)
(const :tag "Object Arrows with class property " class-arrows)))
(defcustom idlwave-mode-hook nil
"Normal hook. Executed when a buffer is put into `idlwave-mode'."
:group 'idlwave-misc
:type 'hook)
(defcustom idlwave-load-hook nil
"Normal hook. Executed when idlwave.el is loaded."
:group 'idlwave-misc
:type 'hook)
(defvar idlwave-experimental nil
"Non-nil means turn on a few experimental features.
This variable is only for the maintainer, to test difficult stuff,
while still distributing stable releases.
As a user, you should not set this to t.")
(defvar idlwave-idl-keywords
"\\<\\(&&\\|and\\|b\\(egin\\|reak\\)\\|c\\(ase\\|o\\(mpile_opt\\|ntinue\\)\\)\\|do\\|e\\(lse\\|nd\\(case\\|else\\|for\\|if\\|rep\\|switch\\|while\\)?\\|q\\)\\|for\\(ward_function\\)?\\|g\\(oto\\|[et]\\)\\|i\\(f\\|nherits\\)\\|l[et]\\|mod\\|n\\(e\\|ot\\)\\|o\\(n_\\(error\\|ioerror\\)\\|[fr]\\)\\|re\\(peat\\|turn\\)\\|switch\\|then\\|until\\|while\\|xor\\|||\\)\\>")
(let* ( (pros-and-functions
'("\\<\\(function\\|pro\\)\\>[ \t]+\\(\\sw+\\(::\\sw+\\)?\\)"
(1 font-lock-keyword-face)
(2 font-lock-function-name-face nil t)))
(common-blocks
'("\\<\\(common\\)\\>[ \t]*\\(\\sw+\\)?[ \t]*,?"
(1 font-lock-keyword-face) (2 font-lock-reference-face nil t) ("[ \t]*\\(\\sw+\\)[ ,]*"
(goto-char (match-end 0)) nil
(1 font-lock-variable-name-face) )))
(batch-files
'("^[ \t]*\\(@[^ \t\n]+\\)" (1 font-lock-string-face)))
(fixme
'("\\<FIXME:" (0 font-lock-warning-face t)))
(label
'("^[ \t]*\\([a-zA-Z]\\sw*:\\)" (1 font-lock-reference-face)))
(goto
'("\\(goto\\)[ \t]*,[ \t]*\\([a-zA-Z]\\sw*\\)"
(1 font-lock-keyword-face)
(2 font-lock-reference-face)))
(structtag
'("\\<\\([a-zA-Z][a-zA-Z0-9_]*:\\)[^:]" (1 font-lock-reference-face)))
(structname
'("\\({\\|\\<inherits\\s-\\)\\s-*\\([a-zA-Z][a-zA-Z0-9_]*\\)[},\t \n]"
(2 font-lock-function-name-face)))
(keyword-parameters
'("\\(,\\|[a-zA-Z0-9_](\\)[ \t]*\\(\\$[ \t]*\\(;.*\\)?\n\\([ \t]*\\(;.*\\)?\n\\)*[ \t]*\\)?\\(/[a-zA-Z_]\\sw*\\|[a-zA-Z_]\\sw*[ \t]*=\\)"
(6 font-lock-reference-face)))
(system-variables
'("\\(![a-zA-Z_0-9]+\\(\\.\\sw+\\)?\\)"
(1 font-lock-variable-name-face)))
(special-operators
'("[<>#]" (0 font-lock-keyword-face)))
(all-operators
'("[-*^#+<>/]" (0 font-lock-keyword-face)))
(class-arrows
'(idlwave-match-class-arrows (0 idlwave-class-arrow-face))))
(defconst idlwave-font-lock-keywords-1
(list pros-and-functions batch-files)
"Subdued level highlighting for IDLWAVE mode.")
(defconst idlwave-font-lock-keywords-2
(mapcar 'symbol-value idlwave-default-font-lock-items)
"Medium level highlighting for IDLWAVE mode.")
(defconst idlwave-font-lock-keywords-3
(list pros-and-functions
batch-files
idlwave-idl-keywords
label goto
structtag
structname
common-blocks
keyword-parameters
system-variables
class-arrows)
"Gaudy level highlighting for IDLWAVE mode."))
(defun idlwave-match-class-arrows (limit)
(and idlwave-store-inquired-class
(re-search-forward "->" limit 'limit)
(get-text-property (match-beginning 0) 'idlwave-class)))
(defvar idlwave-font-lock-keywords idlwave-font-lock-keywords-2
"Default expressions to highlight in IDLWAVE mode.")
(defvar idlwave-font-lock-defaults
'((idlwave-font-lock-keywords
idlwave-font-lock-keywords-1
idlwave-font-lock-keywords-2
idlwave-font-lock-keywords-3)
nil t
((?$ . "w") (?_ . "w") (?. . "w") (?| . "w") (?& . "w"))
beginning-of-line))
(put 'idlwave-mode 'font-lock-defaults
idlwave-font-lock-defaults)
(defconst idlwave-comment-line-start-skip "^[ \t]*;"
"Regexp to match the start of a full-line comment.
That is the _beginning_ of a line containing a comment delimiter `;' preceded
only by whitespace.")
(defconst idlwave-begin-block-reg
"\\<\\(pro\\|function\\|begin\\|case\\|switch\\)\\>"
"Regular expression to find the beginning of a block. The case does
not matter. The search skips matches in comments.")
(defconst idlwave-begin-unit-reg "^\\s-*\\(pro\\|function\\)\\>\\|\\`"
"Regular expression to find the beginning of a unit. The case does
not matter.")
(defconst idlwave-end-unit-reg "^\\s-*\\(pro\\|function\\)\\>\\|\\'"
"Regular expression to find the line that indicates the end of unit.
This line is the end of buffer or the start of another unit. The case does
not matter. The search skips matches in comments.")
(defconst idlwave-continue-line-reg "\\<\\$"
"Regular expression to match a continued line.")
(defconst idlwave-end-block-reg
"\\<end\\(\\|case\\|switch\\|else\\|for\\|if\\|rep\\|while\\)\\>"
"Regular expression to find the end of a block. The case does
not matter. The search skips matches found in comments.")
(defconst idlwave-block-matches
'(("pro" . "end")
("function" . "end")
("case" . "endcase")
("else" . "endelse")
("for" . "endfor")
("then" . "endif")
("repeat" . "endrep")
("switch" . "endswitch")
("while" . "endwhile"))
"Matches between statements and the corresponding END variant.
The cars are the reserved words starting a block. If the block really
begins with BEGIN, the cars are the reserved words before the begin
which can be used to identify the block type.
This is used to check for the correct END type, to close blocks and
to expand generic end statements to their detailed form.")
(defconst idlwave-block-match-regexp
"\\<\\(else\\|for\\|then\\|repeat\\|while\\)\\>"
"Regular expression matching reserved words which can stand before
blocks starting with a BEGIN statement. The matches must have associations
`idlwave-block-matches'")
(defconst idlwave-identifier "[a-zA-Z_][a-zA-Z0-9$_]*"
"Regular expression matching an IDL identifier.")
(defconst idlwave-sysvar (concat "!" idlwave-identifier)
"Regular expression matching IDL system variables.")
(defconst idlwave-variable (concat idlwave-identifier "\\|" idlwave-sysvar)
"Regular expression matching IDL variable names.")
(defconst idlwave-label (concat idlwave-identifier ":")
"Regular expression matching IDL labels.")
(defconst idlwave-method-call (concat idlwave-identifier "\\s *->"
"\\(\\s *" idlwave-identifier "::\\)?"
))
(defconst idlwave-statement-match
(list
'(endelse . ("end\\(\\|if\\)\\s +else" "end\\(\\|if\\)\\s +else"))
(cons 'end (list idlwave-end-block-reg nil))
'(if . ("if\\>" "then"))
'(for . ("for\\>" "do"))
'(begin . ("begin\\>" nil))
'(pdef . ("pro\\>\\|function\\>" nil))
'(while . ("while\\>" "do"))
'(repeat . ("repeat\\>" "repeat"))
'(goto . ("goto\\>" nil))
'(case . ("case\\>" nil))
'(switch . ("switch\\>" nil))
(cons 'call (list (concat "\\(" idlwave-variable "\\) *= *"
"\\(" idlwave-method-call "\\s *\\)?"
idlwave-identifier
"\\s *(") nil))
(cons 'call (list (concat
"\\(" idlwave-method-call "\\s *\\)?"
idlwave-identifier
"\\( *\\($\\|\\$\\)\\|\\s *,\\)") nil))
(cons 'assign (list (concat
"\\(" idlwave-variable "\\) *=") nil)))
"Associated list of statement matching regular expressions.
Each regular expression matches the start of an IDL statement. The
first element of each association is a symbol giving the statement
type. The associated value is a list. The first element of this list
is a regular expression matching the start of an IDL statement for
identifying the statement type. The second element of this list is a
regular expression for finding a substatement for the type. The
substatement starts after the end of the found match modulo
whitespace. If it is nil then the statement has no substatement. The
list order matters since matching an assignment statement exactly is
not possible without parsing. Thus assignment statement become just
the leftover unidentified statements containing an equal sign." )
(defvar idlwave-fill-function 'auto-fill-function
"IDL mode auto fill function.")
(defvar idlwave-comment-indent-function 'comment-indent-function
"IDL mode comment indent function.")
(defvar idlwave-comment-indent-char ?\
"Character to be inserted for IDL comment indentation.
Normally a space.")
(defconst idlwave-continuation-char ?$
"Character which is inserted as a last character on previous line by
\\[idlwave-split-line] to begin a continuation line. Normally $.")
(defconst idlwave-mode-version "6.1_em22")
(defmacro idlwave-keyword-abbrev (&rest args)
"Creates a function for abbrev hooks to call `idlwave-check-abbrev' with args."
`(quote (lambda ()
,(append '(idlwave-check-abbrev) args))))
(defmacro idlwave-code-abbrev (&rest args)
"Creates a function for abbrev hooks that ensures abbrevs are not quoted.
Specifically, if the abbrev is in a comment or string it is unexpanded.
Otherwise ARGS forms a list that is evaluated."
`(quote (lambda ()
,(prin1-to-string args) (if (idlwave-quoted)
(progn (unexpand-abbrev) nil)
,(append args)))))
(defvar idlwave-mode-map (make-sparse-keymap)
"Keymap used in IDL mode.")
(defvar idlwave-mode-syntax-table (make-syntax-table)
"Syntax table in use in `idlwave-mode' buffers.")
(modify-syntax-entry ?+ "." idlwave-mode-syntax-table)
(modify-syntax-entry ?- "." idlwave-mode-syntax-table)
(modify-syntax-entry ?* "." idlwave-mode-syntax-table)
(modify-syntax-entry ?/ "." idlwave-mode-syntax-table)
(modify-syntax-entry ?^ "." idlwave-mode-syntax-table)
(modify-syntax-entry ?# "." idlwave-mode-syntax-table)
(modify-syntax-entry ?= "." idlwave-mode-syntax-table)
(modify-syntax-entry ?% "." idlwave-mode-syntax-table)
(modify-syntax-entry ?< "." idlwave-mode-syntax-table)
(modify-syntax-entry ?> "." idlwave-mode-syntax-table)
(modify-syntax-entry ?\' "\"" idlwave-mode-syntax-table)
(modify-syntax-entry ?\" "\"" idlwave-mode-syntax-table)
(modify-syntax-entry ?\\ "." idlwave-mode-syntax-table)
(modify-syntax-entry ?_ "_" idlwave-mode-syntax-table)
(modify-syntax-entry ?{ "(}" idlwave-mode-syntax-table)
(modify-syntax-entry ?} "){" idlwave-mode-syntax-table)
(modify-syntax-entry ?$ "_" idlwave-mode-syntax-table)
(modify-syntax-entry ?. "." idlwave-mode-syntax-table)
(modify-syntax-entry ?\(modify-syntax-entry ?\n ">" idlwave-mode-syntax-table)
(modify-syntax-entry ?\f ">" idlwave-mode-syntax-table)
(defvar idlwave-find-symbol-syntax-table
(copy-syntax-table idlwave-mode-syntax-table)
"Syntax table that treats symbol characters as word characters.")
(modify-syntax-entry ?$ "w" idlwave-find-symbol-syntax-table)
(modify-syntax-entry ?_ "w" idlwave-find-symbol-syntax-table)
(modify-syntax-entry ?! "w" idlwave-find-symbol-syntax-table)
(modify-syntax-entry ?. "w" idlwave-find-symbol-syntax-table)
(defmacro idlwave-with-special-syntax (&rest body)
"Execute BODY with a different syntax table."
`(let ((saved-syntax (syntax-table)))
(unwind-protect
(progn
(set-syntax-table idlwave-find-symbol-syntax-table)
,@body)
(set-syntax-table saved-syntax))))
(defun idlwave-action-and-binding (key cmd &optional select)
"KEY and CMD are made into a key binding and an indent action.
KEY is a string - same as for the `define-key' function. CMD is a
function of no arguments or a list to be evaluated. CMD is bound to
KEY in `idlwave-mode-map' by defining an anonymous function calling
`self-insert-command' followed by CMD. If KEY contains more than one
character a binding will only be set if SELECT is 'both.
\(KEY . CMD\) is also placed in the `idlwave-indent-expand-table',
replacing any previous value for KEY. If a binding is not set then it
will instead be placed in `idlwave-indent-action-table'.
If the optional argument SELECT is nil then an action and binding are
created. If SELECT is 'noaction, then a binding is always set and no
action is created. If SELECT is 'both then an action and binding
will both be created even if KEY contains more than one character.
Otherwise, if SELECT is non-nil then only an action is created.
Some examples:
No spaces before and 1 after a comma
(idlwave-action-and-binding \",\" '(idlwave-surround 0 1))
A minimum of 1 space before and after `=' (see `idlwave-expand-equal').
(idlwave-action-and-binding \"=\" '(idlwave-expand-equal -1 -1))
Capitalize system variables - action only
(idlwave-action-and-binding idlwave-sysvar '(capitalize-word 1) t)"
(if (not (equal select 'noaction))
(let* ((table (if select 'idlwave-indent-action-table
'idlwave-indent-expand-table))
(table-key (regexp-quote key))
(cell (assoc table-key (eval table))))
(if cell
(setcdr cell cmd)
(set table (append (eval table) (list (cons table-key cmd)))))))
(if (or (and (null select) (= (length key) 1))
(equal select 'noaction)
(equal select 'both))
(define-key idlwave-mode-map key
(append '(lambda ()
(interactive)
(self-insert-command 1))
(list (if (listp cmd)
cmd
(list cmd)))))))
(fset 'idlwave-debug-map (make-sparse-keymap))
(define-key idlwave-mode-map "\C-c " 'idlwave-hard-tab)
(define-key idlwave-mode-map [(control tab)] 'idlwave-hard-tab)
(define-key idlwave-mode-map "'" 'idlwave-show-matching-quote)
(define-key idlwave-mode-map "\"" 'idlwave-show-matching-quote)
(define-key idlwave-mode-map "\C-g" 'idlwave-keyboard-quit)
(define-key idlwave-mode-map "\C-c;" 'idlwave-toggle-comment-region)
(define-key idlwave-mode-map "\C-\M-a" 'idlwave-beginning-of-subprogram)
(define-key idlwave-mode-map "\C-\M-e" 'idlwave-end-of-subprogram)
(define-key idlwave-mode-map "\C-c{" 'idlwave-beginning-of-block)
(define-key idlwave-mode-map "\C-c}" 'idlwave-end-of-block)
(define-key idlwave-mode-map "\C-c]" 'idlwave-close-block)
(define-key idlwave-mode-map [(meta control h)] 'idlwave-mark-subprogram)
(define-key idlwave-mode-map "\M-\C-n" 'idlwave-forward-block)
(define-key idlwave-mode-map "\M-\C-p" 'idlwave-backward-block)
(define-key idlwave-mode-map "\M-\C-d" 'idlwave-down-block)
(define-key idlwave-mode-map "\M-\C-u" 'idlwave-backward-up-block)
(define-key idlwave-mode-map "\M-\r" 'idlwave-split-line)
(define-key idlwave-mode-map "\M-\C-q" 'idlwave-indent-subprogram)
(define-key idlwave-mode-map "\C-c\C-p" 'idlwave-previous-statement)
(define-key idlwave-mode-map "\C-c\C-n" 'idlwave-next-statement)
(define-key idlwave-mode-map [(shift iso-lefttab)] 'idlwave-indent-statement)
(define-key idlwave-mode-map "\C-c\C-a" 'idlwave-auto-fill-mode)
(define-key idlwave-mode-map "\M-q" 'idlwave-fill-paragraph)
(define-key idlwave-mode-map "\M-s" 'idlwave-edit-in-idlde)
(define-key idlwave-mode-map "\C-c\C-h" 'idlwave-doc-header)
(define-key idlwave-mode-map "\C-c\C-m" 'idlwave-doc-modification)
(define-key idlwave-mode-map "\C-c\C-c" 'idlwave-case)
(define-key idlwave-mode-map "\C-c\C-d" 'idlwave-debug-map)
(when (and (boundp 'idlwave-shell-debug-modifiers)
(listp idlwave-shell-debug-modifiers)
(not (equal idlwave-shell-debug-modifiers '())))
(let ((shift (memq 'shift idlwave-shell-debug-modifiers))
(mods-noshift (delq 'shift
(copy-sequence idlwave-shell-debug-modifiers))))
(define-key idlwave-mode-map
(vector (append mods-noshift (list (if shift ?C ?c))))
'idlwave-shell-save-and-run)
(define-key idlwave-mode-map
(vector (append mods-noshift (list (if shift ?B ?b))))
'idlwave-shell-break-here)
(define-key idlwave-mode-map
(vector (append mods-noshift (list (if shift ?E ?e))))
'idlwave-shell-run-region)))
(define-key idlwave-mode-map "\C-c\C-d\C-c" 'idlwave-shell-save-and-run)
(define-key idlwave-mode-map "\C-c\C-d\C-b" 'idlwave-shell-break-here)
(define-key idlwave-mode-map "\C-c\C-d\C-e" 'idlwave-shell-run-region)
(define-key idlwave-mode-map "\C-c\C-f" 'idlwave-for)
(define-key idlwave-mode-map "\C-c\C-r" 'idlwave-repeat)
(define-key idlwave-mode-map "\C-c\C-w" 'idlwave-while)
(define-key idlwave-mode-map "\C-c\C-k" 'idlwave-kill-autoloaded-buffers)
(define-key idlwave-mode-map "\C-c\C-s" 'idlwave-shell)
(define-key idlwave-mode-map "\C-c\C-l" 'idlwave-shell-recenter-shell-window)
(define-key idlwave-mode-map "\C-c\C-b" 'idlwave-list-buffer-load-path-shadows)
(autoload 'idlwave-shell "idlw-shell"
"Run an inferior IDL, with I/O through buffer `(idlwave-shell-buffer)'." t)
(autoload 'idlwave-shell-send-command "idlw-shell")
(autoload 'idlwave-shell-recenter-shell-window "idlw-shell"
"Run `idlwave-shell' and switch back to current window" t)
(autoload 'idlwave-shell-save-and-run "idlw-shell"
"Save and run buffer under the shell." t)
(autoload 'idlwave-shell-break-here "idlw-shell"
"Set breakpoint in current line." t)
(autoload 'idlwave-shell-run-region "idlw-shell"
"Compile and run the region." t)
(define-key idlwave-mode-map "\C-c\C-v" 'idlwave-find-module)
(define-key idlwave-mode-map "\C-c\C-t" 'idlwave-find-module-this-file)
(define-key idlwave-mode-map "\C-c?" 'idlwave-routine-info)
(define-key idlwave-mode-map "\M-?" 'idlwave-context-help)
(define-key idlwave-mode-map [(control meta ?\?)]
'idlwave-help-assistant-help-with-topic)
(define-key idlwave-mode-map [(meta tab)] 'idlwave-complete)
(define-key idlwave-mode-map [?\e?\t] 'idlwave-complete)
(define-key idlwave-mode-map "\M-\C-i" 'idlwave-complete)
(define-key idlwave-mode-map "\C-c\C-i" 'idlwave-update-routine-info)
(define-key idlwave-mode-map "\C-c=" 'idlwave-resolve)
(define-key idlwave-mode-map
(if (featurep 'xemacs) [(shift button3)] [(shift mouse-3)])
'idlwave-mouse-context-help)
(idlwave-action-and-binding "&" 'idlwave-custom-ampersand-surround)
(idlwave-action-and-binding "=" '(idlwave-expand-equal -1 -1))
(idlwave-action-and-binding "<" '(idlwave-custom-ltgtr-surround nil))
(idlwave-action-and-binding ">" '(idlwave-custom-ltgtr-surround 'gtr))
(idlwave-action-and-binding "," '(idlwave-surround 0 -1 1))
(defvar idlwave-mode-abbrev-table nil
"Abbreviation table used for IDLWAVE mode")
(define-abbrev-table 'idlwave-mode-abbrev-table ())
(defun idlwave-define-abbrev (name expansion hook &optional noprefix table)
"Define-abbrev with backward compatibility.
If NOPREFIX is non-nil, don't prepend prefix character. Installs into
idlwave-mode-abbrev-table unless TABLE is non-nil."
(let ((abbrevs-changed nil) (args (list (or table idlwave-mode-abbrev-table)
(if noprefix name (concat idlwave-abbrev-start-char name))
expansion
hook)))
(condition-case nil
(apply 'define-abbrev (append args '(0 t)))
(error (apply 'define-abbrev args)))))
(condition-case nil
(modify-syntax-entry (string-to-char idlwave-abbrev-start-char)
"w" idlwave-mode-syntax-table)
(error nil))
(idlwave-define-abbrev "c" "" (idlwave-code-abbrev idlwave-case))
(idlwave-define-abbrev "sw" "" (idlwave-code-abbrev idlwave-switch))
(idlwave-define-abbrev "f" "" (idlwave-code-abbrev idlwave-for))
(idlwave-define-abbrev "fu" "" (idlwave-code-abbrev idlwave-function))
(idlwave-define-abbrev "pr" "" (idlwave-code-abbrev idlwave-procedure))
(idlwave-define-abbrev "r" "" (idlwave-code-abbrev idlwave-repeat))
(idlwave-define-abbrev "w" "" (idlwave-code-abbrev idlwave-while))
(idlwave-define-abbrev "i" "" (idlwave-code-abbrev idlwave-if))
(idlwave-define-abbrev "elif" "" (idlwave-code-abbrev idlwave-elif))
(idlwave-define-abbrev "ap" "arg_present()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "b" "begin" (idlwave-keyword-abbrev 0 t))
(idlwave-define-abbrev "co" "common" (idlwave-keyword-abbrev 0 t))
(idlwave-define-abbrev "cb" "byte()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "cx" "fix()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "cl" "long()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "cf" "float()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "cs" "string()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "cc" "complex()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "cd" "double()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "e" "else" (idlwave-keyword-abbrev 0 t))
(idlwave-define-abbrev "ec" "endcase" 'idlwave-show-begin)
(idlwave-define-abbrev "es" "endswitch" 'idlwave-show-begin)
(idlwave-define-abbrev "ee" "endelse" 'idlwave-show-begin)
(idlwave-define-abbrev "ef" "endfor" 'idlwave-show-begin)
(idlwave-define-abbrev "ei" "endif else if" 'idlwave-show-begin)
(idlwave-define-abbrev "el" "endif else" 'idlwave-show-begin)
(idlwave-define-abbrev "en" "endif" 'idlwave-show-begin)
(idlwave-define-abbrev "er" "endrep" 'idlwave-show-begin)
(idlwave-define-abbrev "ew" "endwhile" 'idlwave-show-begin)
(idlwave-define-abbrev "g" "goto," (idlwave-keyword-abbrev 0 t))
(idlwave-define-abbrev "h" "help," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "k" "keyword_set()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "n" "n_elements()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "on" "on_error," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "oi" "on_ioerror," (idlwave-keyword-abbrev 0 1))
(idlwave-define-abbrev "ow" "openw," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "or" "openr," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "ou" "openu," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "p" "print," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "pt" "plot," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "re" "read," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "rf" "readf," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "ru" "readu," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "rt" "return" (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "sc" "strcompress()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "sn" "strlen()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "sl" "strlowcase()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "su" "strupcase()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "sm" "strmid()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "sp" "strpos()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "st" "strput()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "sr" "strtrim()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "t" "then" (idlwave-keyword-abbrev 0 t))
(idlwave-define-abbrev "u" "until" (idlwave-keyword-abbrev 0 t))
(idlwave-define-abbrev "wu" "writeu," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "iap" "if arg_present() then" (idlwave-keyword-abbrev 6))
(idlwave-define-abbrev "ik" "if keyword_set() then" (idlwave-keyword-abbrev 6))
(idlwave-define-abbrev "ine" "if n_elements() eq 0 then" (idlwave-keyword-abbrev 11))
(idlwave-define-abbrev "inn" "if n_elements() ne 0 then" (idlwave-keyword-abbrev 11))
(idlwave-define-abbrev "np" "n_params()" (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "s" "size()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "wi" "widget_info()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "wc" "widget_control," (idlwave-keyword-abbrev 0))
(idlwave-define-abbrev "pv" "ptr_valid()" (idlwave-keyword-abbrev 1))
(idlwave-define-abbrev "ipv" "if ptr_valid() then" (idlwave-keyword-abbrev 6))
(idlwave-define-abbrev "and" "and" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "begin" "begin" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "break" "break" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "case" "case" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "common" "common" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "continue" "continue" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "do" "do" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "else" "else" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "end" "end" 'idlwave-show-begin-check t)
(idlwave-define-abbrev "endcase" "endcase" 'idlwave-show-begin-check t)
(idlwave-define-abbrev "endelse" "endelse" 'idlwave-show-begin-check t)
(idlwave-define-abbrev "endfor" "endfor" 'idlwave-show-begin-check t)
(idlwave-define-abbrev "endif" "endif" 'idlwave-show-begin-check t)
(idlwave-define-abbrev "endrep" "endrep" 'idlwave-show-begin-check t)
(idlwave-define-abbrev "endswitch" "endswitch" 'idlwave-show-begin-check t)
(idlwave-define-abbrev "endwhi" "endwhi" 'idlwave-show-begin-check t)
(idlwave-define-abbrev "endwhile" "endwhile" 'idlwave-show-begin-check t)
(idlwave-define-abbrev "eq" "eq" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "for" "for" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "function" "function" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "ge" "ge" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "goto" "goto" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "gt" "gt" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "if" "if" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "le" "le" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "lt" "lt" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "mod" "mod" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "ne" "ne" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "not" "not" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "of" "of" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "on_ioerror" "on_ioerror" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "or" "or" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "pro" "pro" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "repeat" "repeat" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "switch" "switch" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "then" "then" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "until" "until" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "while" "while" (idlwave-keyword-abbrev 0 t) t)
(idlwave-define-abbrev "xor" "xor" (idlwave-keyword-abbrev 0 t) t)
(defvar imenu-create-index-function)
(defvar extract-index-name-function)
(defvar prev-index-position-function)
(defvar imenu-extract-index-name-function)
(defvar imenu-prev-index-position-function)
(defvar idlwave-mode-menu)
(defvar idlwave-mode-debug-menu)
(defun idlwave-mode ()
"Major mode for editing IDL source files (version 6.1_em22).
The main features of this mode are
1. Indentation and Formatting
--------------------------
Like other Emacs programming modes, C-j inserts a newline and indents.
TAB is used for explicit indentation of the current line.
To start a continuation line, use \\[idlwave-split-line]. This
function can also be used in the middle of a line to split the line
at that point. When used inside a long constant string, the string
is split at that point with the `+' concatenation operator.
Comments are indented as follows:
`;;;' Indentation remains unchanged.
`;;' Indent like the surrounding code
`;' Indent to a minimum column.
The indentation of comments starting in column 0 is never changed.
Use \\[idlwave-fill-paragraph] to refill a paragraph inside a
comment. The indentation of the second line of the paragraph
relative to the first will be retained. Use
\\[idlwave-auto-fill-mode] to toggle auto-fill mode for these
comments. When the variable `idlwave-fill-comment-line-only' is
nil, code can also be auto-filled and auto-indented.
To convert pre-existing IDL code to your formatting style, mark the
entire buffer with \\[mark-whole-buffer] and execute
\\[idlwave-expand-region-abbrevs]. Then mark the entire buffer
again followed by \\[indent-region] (`indent-region').
2. Routine Info
------------
IDLWAVE displays information about the calling sequence and the
accepted keyword parameters of a procedure or function with
\\[idlwave-routine-info]. \\[idlwave-find-module] jumps to the
source file of a module. These commands know about system
routines, all routines in idlwave-mode buffers and (when the
idlwave-shell is active) about all modules currently compiled under
this shell. It also makes use of pre-compiled or custom-scanned
user and library catalogs many popular libraries ship with by
default. Use \\[idlwave-update-routine-info] to update this
information, which is also used for completion (see item 4).
3. Online IDL Help
---------------
\\[idlwave-context-help] displays the IDL documentation relevant
for the system variable, keyword, or routines at point. A single
key stroke gets you directly to the right place in the docs. See
the manual to configure where and how the HTML help is displayed.
4. Completion
----------
\\[idlwave-complete] completes the names of procedures, functions
class names, keyword parameters, system variables and tags, class
tags, structure tags, filenames and much more. It is context
sensitive and figures out what is expected at point. Lower case
strings are completed in lower case, other strings in mixed or
upper case.
5. Code Templates and Abbreviations
--------------------------------
Many Abbreviations are predefined to expand to code fragments and templates.
The abbreviations start generally with a `\\`. Some examples
\\pr PROCEDURE template
\\fu FUNCTION template
\\c CASE statement template
\\sw SWITCH statement template
\\f FOR loop template
\\r REPEAT Loop template
\\w WHILE loop template
\\i IF statement template
\\elif IF-ELSE statement template
\\b BEGIN
For a full list, use \\[idlwave-list-abbrevs]. Some templates also
have direct keybindings - see the list of keybindings below.
\\[idlwave-doc-header] inserts a documentation header at the
beginning of the current program unit (pro, function or main).
Change log entries can be added to the current program unit with
\\[idlwave-doc-modification].
6. Automatic Case Conversion
-------------------------
The case of reserved words and some abbrevs is controlled by
`idlwave-reserved-word-upcase' and `idlwave-abbrev-change-case'.
7. Automatic END completion
------------------------
If the variable `idlwave-expand-generic-end' is non-nil, each END typed
will be converted to the specific version, like ENDIF, ENDFOR, etc.
8. Hooks
-----
Loading idlwave.el runs `idlwave-load-hook'.
Turning on `idlwave-mode' runs `idlwave-mode-hook'.
9. Documentation and Customization
-------------------------------
Info documentation for this package is available. Use
\\[idlwave-info] to display (complain to your sysadmin if that does
not work). For Postscript, PDF, and HTML versions of the
documentation, check IDLWAVE's homepage at `http://idlwave.org'.
IDLWAVE has customize support - see the group `idlwave'.
10.Keybindings
-----------
Here is a list of all keybindings of this mode.
If some of the key bindings below show with ??, use \\[describe-key]
followed by the key sequence to see what the key sequence does.
\\{idlwave-mode-map}"
(interactive)
(kill-all-local-variables)
(if idlwave-startup-message
(message "Emacs IDLWAVE mode version %s." idlwave-mode-version))
(setq idlwave-startup-message nil)
(setq local-abbrev-table idlwave-mode-abbrev-table)
(set-syntax-table idlwave-mode-syntax-table)
(set (make-local-variable 'indent-line-function) 'idlwave-indent-and-action)
(make-local-variable idlwave-comment-indent-function)
(set idlwave-comment-indent-function 'idlwave-comment-hook)
(set (make-local-variable 'comment-start-skip) ";+[ \t]*")
(set (make-local-variable 'comment-start) ";")
(set (make-local-variable 'comment-add) 1) (set (make-local-variable 'require-final-newline) t)
(set (make-local-variable 'abbrev-all-caps) t)
(set (make-local-variable 'indent-tabs-mode) nil)
(set (make-local-variable 'completion-ignore-case) t)
(use-local-map idlwave-mode-map)
(when (featurep 'easymenu)
(easy-menu-add idlwave-mode-menu idlwave-mode-map)
(easy-menu-add idlwave-mode-debug-menu idlwave-mode-map))
(setq mode-name "IDLWAVE")
(setq major-mode 'idlwave-mode)
(setq abbrev-mode t)
(set (make-local-variable idlwave-fill-function) 'idlwave-auto-fill)
(setq comment-end "")
(set (make-local-variable 'comment-multi-line) nil)
(set (make-local-variable 'paragraph-separate)
"[ \t\f]*$\\|[ \t]*;+[ \t]*$\\|;+[+=-_*]+$")
(set (make-local-variable 'paragraph-start) "[ \t\f]\\|[ \t]*;+[ \t]")
(set (make-local-variable 'paragraph-ignore-fill-prefix) nil)
(set (make-local-variable 'parse-sexp-ignore-comments) t)
(set (make-local-variable 'add-log-current-defun-function)
'idlwave-current-routine-fullname)
(if (boundp 'tag-table-alist)
(add-to-list 'tag-table-alist '("\\.pro$" . "IDLTAGS")))
(set (make-local-variable 'font-lock-defaults) idlwave-font-lock-defaults)
(set (make-local-variable 'font-lock-mark-block-function)
'idlwave-mark-subprogram)
(set (make-local-variable 'font-lock-fontify-region-function)
'idlwave-font-lock-fontify-region)
(set (make-local-variable 'imenu-create-index-function)
'imenu-default-create-index-function)
(set (make-local-variable 'imenu-extract-index-name-function)
'idlwave-unit-name)
(set (make-local-variable 'imenu-prev-index-position-function)
'idlwave-prev-index-position)
(add-to-list 'hs-special-modes-alist
(list 'idlwave-mode
idlwave-begin-block-reg
idlwave-end-block-reg
";"
'idlwave-forward-block nil))
(add-hook 'post-command-hook 'idlwave-command-hook nil 'local)
(add-hook 'kill-buffer-hook 'idlwave-kill-buffer-update nil 'local)
(add-hook 'after-save-hook 'idlwave-save-buffer-update nil 'local)
(add-hook 'after-save-hook 'idlwave-revoke-license-to-kill nil 'local)
(idlwave-setup)
(idlwave-new-buffer-update)
(idlwave-help-check-locations)
(run-mode-hooks 'idlwave-mode-hook))
(defvar idlwave-setup-done nil)
(defun idlwave-setup ()
(unless idlwave-setup-done
(if (not (file-directory-p idlwave-config-directory))
(make-directory idlwave-config-directory))
(setq
idlwave-user-catalog-file (expand-file-name
idlwave-user-catalog-file
idlwave-config-directory)
idlwave-xml-system-rinfo-converted-file
(expand-file-name
idlwave-xml-system-rinfo-converted-file
idlwave-config-directory)
idlwave-path-file (expand-file-name
idlwave-path-file
idlwave-config-directory))
(idlwave-read-paths) (setq idlwave-setup-done t)))
(defun idlwave-font-lock-fontify-region (beg end &optional verbose)
"Fontify continuation lines correctly."
(let (pos)
(save-excursion
(goto-char beg)
(forward-line -1)
(when (setq pos (idlwave-is-continuation-line))
(goto-char pos)
(idlwave-beginning-of-statement)
(setq beg (point)))))
(font-lock-default-fontify-region beg end verbose))
(defun idlwave-hard-tab ()
"Inserts TAB in buffer in current position."
(interactive)
(insert "\t"))
(defvar idlwave-command-hook nil
"If non-nil, a list that can be evaluated using `eval'.
It is evaluated in the lisp function `idlwave-command-hook' which is
placed in `post-command-hook'.")
(defun idlwave-command-hook ()
"Command run after every command.
Evaluates a non-nil value of the *variable* `idlwave-command-hook' and
sets the variable to zero afterwards."
(and idlwave-command-hook
(listp idlwave-command-hook)
(condition-case nil
(eval idlwave-command-hook)
(error nil)))
(setq idlwave-command-hook nil))
(defun idlwave-check-abbrev (arg &optional reserved)
"Reverses abbrev expansion if in comment or string.
Argument ARG is the number of characters to move point
backward if `idlwave-abbrev-move' is non-nil.
If optional argument RESERVED is non-nil then the expansion
consists of reserved words, which will be capitalized if
`idlwave-reserved-word-upcase' is non-nil.
Otherwise, the abbrev will be capitalized if `idlwave-abbrev-change-case'
is non-nil, unless its value is \`down in which case the abbrev will be
made into all lowercase.
Returns non-nil if abbrev is left expanded."
(if (idlwave-quoted)
(progn (unexpand-abbrev)
nil)
(if (and reserved idlwave-reserved-word-upcase)
(upcase-region last-abbrev-location (point))
(cond
((equal idlwave-abbrev-change-case 'down)
(downcase-region last-abbrev-location (point)))
(idlwave-abbrev-change-case
(upcase-region last-abbrev-location (point)))))
(if (and idlwave-abbrev-move (> arg 0))
(if (boundp 'post-command-hook)
(setq idlwave-command-hook (list 'backward-char (1+ arg)))
(backward-char arg)))
t))
(defun idlwave-in-comment ()
"Returns t if point is inside a comment, nil otherwise."
(save-excursion
(let ((here (point)))
(and (idlwave-goto-comment) (> here (point))))))
(defun idlwave-goto-comment ()
"Move to start of comment delimiter on current line.
Moves to end of line if there is no comment delimiter.
Ignores comment delimiters in strings.
Returns point if comment found and nil otherwise."
(let ((eos (progn (end-of-line) (point)))
(data (match-data))
found)
(beginning-of-line)
(setq found (search-forward comment-start eos 'lim))
(while (and found (idlwave-in-quote))
(setq found (search-forward comment-start eos 'lim)))
(store-match-data data)
(and found (not (idlwave-in-quote))
(progn
(backward-char 1)
(point)))))
(defvar transient-mark-mode)
(defvar zmacs-regions)
(defvar mark-active)
(defun idlwave-region-active-p ()
"Is transient-mark-mode on and the region active?
Works on both Emacs and XEmacs."
(if (featurep 'xemacs)
(and zmacs-regions (region-active-p))
(and transient-mark-mode mark-active)))
(defun idlwave-show-matching-quote ()
"Insert quote and show matching quote if this is end of a string."
(interactive)
(let ((bq (idlwave-in-quote))
(inq last-command-char))
(if (and bq (not (idlwave-in-comment)))
(let ((delim (char-after bq)))
(insert inq)
(if (eq inq delim)
(save-excursion
(goto-char bq)
(sit-for 1))))
(insert inq))))
(defun idlwave-show-begin-check ()
"Ensure that the previous word was a token before `idlwave-show-begin'.
An END token must be preceded by whitespace."
(if (not (idlwave-quoted))
(if
(save-excursion
(backward-word 1)
(backward-char 1)
(looking-at "[ \t\n\f]"))
(idlwave-show-begin))))
(defun idlwave-show-begin ()
"Finds the start of current block and blinks to it for a second.
Also checks if the correct end statement has been used."
(let* ((pos (point-marker))
(last-abbrev-marker (copy-marker last-abbrev-location))
(eol-pos (save-excursion (end-of-line) (point)))
begin-pos end-pos end end1 )
(if idlwave-reindent-end (idlwave-indent-line))
(setq last-abbrev-location (marker-position last-abbrev-marker))
(when (and (idlwave-check-abbrev 0 t)
idlwave-show-block)
(save-excursion
(goto-char last-abbrev-marker)
(idlwave-block-jump-out -1 'nomark)
(setq begin-pos (point))
(idlwave-block-jump-out 1 'nomark)
(setq end-pos (point))
(if (> end-pos eol-pos)
(setq end-pos pos))
(goto-char end-pos)
(setq end (buffer-substring
(progn
(skip-chars-backward "a-zA-Z")
(point))
end-pos))
(goto-char begin-pos)
(when (setq end1 (cdr (idlwave-block-master)))
(cond
((null end1)) ((string= (downcase end) (downcase end1))
(sit-for 1))
((string= (downcase end) "end")
(if idlwave-expand-generic-end
(save-excursion
(goto-char pos)
(backward-char 3)
(insert (if (string= end "END") (upcase end1) end1))
(delete-char 3)))
(sit-for 1))
(t
(beep)
(message "Warning: Shouldn't this be \"%s\" instead of \"%s\"?"
end1 end)
(sit-for 1))))))))
(defun idlwave-block-master ()
(let ((case-fold-search t))
(save-excursion
(cond
((looking-at "pro\\|case\\|switch\\|function\\>")
(assoc (downcase (match-string 0)) idlwave-block-matches))
((looking-at "begin\\>")
(let ((limit (save-excursion
(idlwave-beginning-of-statement)
(point))))
(cond
((re-search-backward ":[ \t]*\\=" limit t)
'("begin" . "end"))
((re-search-backward idlwave-block-match-regexp limit t)
(assoc (downcase (match-string 1))
idlwave-block-matches))
(t
'("begin" . "end")))))
(t nil)))))
(defun idlwave-close-block ()
"Terminate the current block with the correct END statement."
(interactive)
(unless (save-excursion
(skip-chars-backward " \t")
(bolp))
(let ((idlwave-show-block nil))
(newline-and-indent)))
(let ((last-abbrev-location (point))) (insert "end")
(idlwave-show-begin)))
(defun idlwave-custom-ampersand-surround (&optional is-action)
"Surround &, leaving room for && (which surrround as well)."
(let* ((prev-char (char-after (- (point) 2)))
(next-char (char-after (point)))
(amp-left (eq prev-char ?&))
(amp-right (eq next-char ?&))
(len (if amp-left 2 1)))
(unless amp-right (idlwave-surround -1 (if (or is-action amp-left) -1) len))))
(defun idlwave-custom-ltgtr-surround (gtr &optional is-action)
"Surround > and < by blanks, leaving room for >= and <=, and considering ->."
(let* ((prev-char (char-after (- (point) 2)))
(next-char (char-after (point)))
(method-invoke (and gtr (eq prev-char ?-)))
(len (if method-invoke 2 1)))
(unless (eq next-char ?=)
(idlwave-surround -1 (if (or is-action method-invoke) -1) len))))
(defun idlwave-surround (&optional before after length is-action)
"Surround the LENGTH characters before point with blanks.
LENGTH defaults to 1.
Optional arguments BEFORE and AFTER affect the behavior before and
after the characters (see also description of `idlwave-make-space'):
nil do nothing
0 force no spaces
integer > 0 force exactly n spaces
integer < 0 at least |n| spaces
The function does nothing if any of the following conditions is true:
- `idlwave-surround-by-blank' is nil
- the character before point is inside a string or comment"
(when (and idlwave-surround-by-blank (not (idlwave-quoted)))
(let ((length (or length 1))) (backward-char length)
(save-restriction
(let ((here (point)))
(skip-chars-backward " \t")
(if (bolp)
(progn
(move-to-column (idlwave-calculate-indent))
(if (<= (point) here)
(narrow-to-region (point) here))
(goto-char here)))
(idlwave-make-space before))
(skip-chars-forward " \t"))
(forward-char length)
(idlwave-make-space after)
(if (and (equal (char-after (1- (point))) ?\ )
(> (current-column) fill-column))
(funcall auto-fill-function)))))
(defun idlwave-make-space (n)
"Make space at point.
The space affected is all the spaces and tabs around point.
If n is non-nil then point is left abs(n) spaces from the beginning of
the contiguous space.
The amount of space at point is determined by N.
If the value of N is:
nil - do nothing.
> 0 - exactly N spaces.
< 0 - a minimum of -N spaces, i.e., do not change if there are
already -N spaces.
0 - no spaces (i.e. remove any existing space)."
(if (integerp n)
(let
((start-col (progn (skip-chars-backward " \t") (current-column)))
(left (point))
(end-col (progn (skip-chars-forward " \t") (current-column))))
(delete-horizontal-space)
(cond
((> n 0)
(idlwave-indent-to (+ start-col n))
(goto-char (+ left n)))
((< n 0)
(idlwave-indent-to end-col (- n))
(goto-char (- left n)))
))))
(defun idlwave-newline ()
"Inserts a newline and indents the current and previous line."
(interactive)
(if (and (not (idlwave-in-comment)) (idlwave-in-quote))
(progn (beep)
(message "Warning: unbalanced quotes?")))
(newline)
(beginning-of-line 0)
(idlwave-indent-line)
(forward-line)
(idlwave-indent-line))
(defun idlwave-comment-hook ()
"Compute indent for the beginning of the IDL comment delimiter."
(if (or (looking-at idlwave-no-change-comment)
(if idlwave-begin-line-comment
(looking-at idlwave-begin-line-comment)
(looking-at "^;")))
(current-column)
(if (looking-at idlwave-code-comment)
(if (save-excursion (skip-chars-backward " \t") (bolp))
(let ((tem (idlwave-calculate-indent)))
(if (listp tem) (car tem) tem))
(current-column))
(skip-chars-backward " \t")
(max (if (bolp) 0 (1+ (current-column)))
comment-column))))
(defun idlwave-split-line ()
"Continue line by breaking line at point and indent the lines.
For a code line insert continuation marker. If the line is a line comment
then the new line will contain a comment with the same indentation.
Splits strings with the IDL operator `+' if `idlwave-split-line-string' is
non-nil."
(interactive)
(and abbrev-mode (expand-abbrev))
(let (beg)
(if (not (idlwave-in-comment))
(progn
(if (setq beg (idlwave-in-quote))
(if idlwave-split-line-string
(progn (insert (setq beg (char-after beg)) " + "
idlwave-continuation-char beg)
(backward-char 1)
(newline-and-indent)
(forward-char 1))
(beep)
(message "Warning: continuation inside string!!")
(insert " " idlwave-continuation-char))
(if (not (member (char-before) '(?\ ?\t)))
(insert " "))
(insert idlwave-continuation-char)
(newline-and-indent)))
(indent-new-comment-line))
(setq beg (- (point-max) (point)))
(forward-line -1)
(idlwave-indent-line)
(goto-char (- (point-max) beg))
(idlwave-indent-line)))
(defun idlwave-beginning-of-subprogram (&optional nomark)
"Moves point to the beginning of the current program unit.
If NOMARK is non-nil, do not push mark."
(interactive)
(idlwave-find-key idlwave-begin-unit-reg -1 nomark))
(defun idlwave-end-of-subprogram (&optional nomark)
"Moves point to the start of the next program unit.
If NOMARK is non-nil, do not push mark."
(interactive)
(idlwave-end-of-statement)
(idlwave-find-key idlwave-end-unit-reg 1 nomark))
(defun idlwave-mark-statement ()
"Mark current IDL statement."
(interactive)
(idlwave-end-of-statement)
(let ((end (point)))
(idlwave-beginning-of-statement)
(push-mark end nil t)))
(defun idlwave-mark-block ()
"Mark containing block."
(interactive)
(idlwave-end-of-statement)
(idlwave-backward-up-block -1)
(idlwave-end-of-statement)
(let ((end (point)))
(idlwave-backward-block)
(idlwave-beginning-of-statement)
(push-mark end nil t)))
(defun idlwave-mark-subprogram ()
"Put mark at beginning of program, point at end.
The marks are pushed."
(interactive)
(idlwave-end-of-statement)
(idlwave-beginning-of-subprogram)
(let ((beg (point)))
(idlwave-forward-block)
(push-mark beg nil t))
(exchange-point-and-mark))
(defun idlwave-backward-up-block (&optional arg)
"Move to beginning of enclosing block if prefix ARG >= 0.
If prefix ARG < 0 then move forward to enclosing block end."
(interactive "p")
(idlwave-block-jump-out (- arg) 'nomark))
(defun idlwave-beginning-of-block ()
"Go to the beginning of the current block."
(interactive)
(idlwave-block-jump-out -1 'nomark)
(forward-word 1))
(defun idlwave-end-of-block ()
"Go to the beginning of the current block."
(interactive)
(idlwave-block-jump-out 1 'nomark)
(backward-word 1))
(defun idlwave-forward-block (&optional arg)
"Move across next nested block."
(interactive)
(let ((arg (or arg 1)))
(if (idlwave-down-block arg)
(idlwave-block-jump-out arg 'nomark))))
(defun idlwave-backward-block ()
"Move backward across previous nested block."
(interactive)
(if (idlwave-down-block -1)
(idlwave-block-jump-out -1 'nomark)))
(defun idlwave-down-block (&optional arg)
"Go down a block.
With ARG: ARG >= 0 go forwards, ARG < 0 go backwards.
Returns non-nil if successfull."
(interactive "p")
(let (status)
(if (< arg 0)
(let ((eos (save-excursion
(idlwave-block-jump-out -1 'nomark)
(point))))
(if (setq status (idlwave-find-key
idlwave-end-block-reg -1 'nomark eos))
(idlwave-beginning-of-statement)
(message "No nested block before beginning of containing block.")))
(let ((eos (save-excursion
(idlwave-block-jump-out 1 'nomark)
(point))))
(if (setq status (idlwave-find-key
idlwave-begin-block-reg 1 'nomark eos))
(idlwave-end-of-statement)
(message "No nested block before end of containing block."))))
status))
(defun idlwave-mark-doclib ()
"Put point at beginning of doc library header, mark at end.
The marks are pushed."
(interactive)
(let (beg
(here (point)))
(goto-char (point-max))
(if (re-search-backward idlwave-doclib-start nil t)
(progn
(setq beg (progn (beginning-of-line) (point)))
(if (re-search-forward idlwave-doclib-end nil t)
(progn
(forward-line 1)
(push-mark beg nil t)
(message "Could not find end of doc library header.")))
(message "Could not find doc library header start.")
(goto-char here)))))
(defun idlwave-current-routine-fullname ()
(let ((name (idlwave-current-routine)))
(idlwave-make-full-name (nth 2 name) (car name))))
(defun idlwave-current-routine ()
"Return (NAME TYPE CLASS) of current routine."
(idlwave-routines)
(save-excursion
(idlwave-beginning-of-subprogram 'nomark)
(if (looking-at "[ \t]*\\<\\(pro\\|function\\)\\>\\s-+\\(\\([a-zA-Z0-9$_]+\\)::\\)?\\([a-zA-Z0-9$_]+\\)")
(let* ((type (if (string= (downcase (match-string 1)) "pro")
'pro 'function))
(class (idlwave-sintern-class (match-string 3)))
(name (idlwave-sintern-routine-or-method (match-string 4) class)))
(list name type class)))))
(defvar idlwave-shell-prompt-pattern)
(defun idlwave-beginning-of-statement ()
"Move to beginning of the current statement.
Skips back past statement continuations.
Point is placed at the beginning of the line whether or not this is an
actual statement."
(interactive)
(cond
((eq major-mode 'idlwave-shell-mode)
(if (re-search-backward idlwave-shell-prompt-pattern nil t)
(goto-char (match-end 0))))
(t
(if (save-excursion (forward-line -1) (idlwave-is-continuation-line))
(idlwave-previous-statement)
(beginning-of-line)))))
(defun idlwave-previous-statement ()
"Moves point to beginning of the previous statement.
Returns t if the current line before moving is the beginning of
the first non-comment statement in the file, and nil otherwise."
(interactive)
(let (first-statement)
(if (not (= (forward-line -1) 0))
t
(while (and
(setq first-statement
(or
(looking-at idlwave-comment-line-start-skip)
(looking-at "[ \t]*$")
(looking-at (concat "[ \t]*" idlwave-label "[ \t]*$"))
(looking-at "^@")))
(= (forward-line -1) 0)))
(while (and
(save-excursion
(forward-line -1)
(idlwave-is-continuation-line))
(= (forward-line -1) 0)))
first-statement)))
(defun idlwave-end-of-statement ()
"Moves point to the end of the current IDL statement.
If not in a statement just moves to end of line. Returns position."
(interactive)
(while (and (idlwave-is-continuation-line)
(= (forward-line 1) 0))
(while (and (idlwave-is-comment-or-empty-line)
(= (forward-line 1) 0))))
(end-of-line)
(point))
(defun idlwave-end-of-statement0 ()
"Moves point to the end of the current IDL statement.
If not in a statement just moves to end of line. Returns position."
(interactive)
(while (and (idlwave-is-continuation-line)
(= (forward-line 1) 0)))
(end-of-line)
(point))
(defun idlwave-next-statement ()
"Moves point to beginning of the next IDL statement.
Returns t if that statement is the last
non-comment IDL statement in the file, and nil otherwise."
(interactive)
(let (last-statement)
(idlwave-end-of-statement)
(while (and (= (forward-line 1) 0)
(setq last-statement
(or
(looking-at idlwave-comment-line-start-skip)
(looking-at "[ \t]*$")
(looking-at (concat "[ \t]*" idlwave-label "[ \t]*$"))
(looking-at "^@")))))
last-statement))
(defun idlwave-skip-multi-commands (&optional lim)
"Skip past multiple commands on a line (with `&')."
(let ((save-point (point)))
(when (re-search-forward ".*&" lim t)
(goto-char (match-end 0))
(if (idlwave-quoted)
(goto-char save-point)
(if (eq (char-after (- (point) 2)) ?&) (goto-char save-point))))
(point)))
(defun idlwave-skip-label-or-case ()
"Skip label or case statement element.
Returns position after label.
If there is no label point is not moved and nil is returned."
(let* ((start (point))
(eos (save-excursion (idlwave-end-of-statement) (point)))
(end (idlwave-find-key ":" 1 'nomark eos)))
(if (and end
(= (nth 0 (parse-partial-sexp start end)) 0)
(not (string-match "\\?" (buffer-substring start end)))
(not (string-match "^::" (buffer-substring end eos))))
(progn
(forward-char)
(point))
(goto-char start)
nil)))
(defun idlwave-start-of-substatement (&optional pre)
"Move to start of next IDL substatement after point.
Uses the type of the current IDL statement to determine if the next
statement is on a new line or is a subpart of the current statement.
Returns point at start of substatement modulo whitespace.
If optional argument is non-nil move to beginning of current
substatement."
(let ((orig (point))
(eos (idlwave-end-of-statement))
(ifnest 0)
st nst last)
(idlwave-beginning-of-statement)
(idlwave-skip-label-or-case)
(if (< (point) orig)
(idlwave-skip-multi-commands orig))
(setq last (point))
(while (and (<= (point) orig) (not (eobp)))
(setq last (point))
(setq nst (nth 1 (cdr (setq st (car (idlwave-statement-type))))))
(if (equal (car st) 'if) (setq ifnest (1+ ifnest)))
(cond ((and nst
(idlwave-find-key nst 1 'nomark eos))
(goto-char (match-end 0)))
((and (> ifnest 0) (idlwave-find-key "\\<else\\>" 1 'nomark eos))
(setq ifnest (1- ifnest))
(goto-char (match-end 0)))
(t (setq ifnest 0)
(idlwave-next-statement))))
(if pre (goto-char last))
(if (looking-at "[ \t]*\\$\\([ \t]*\\(;\\|$\\)\\)")
(beginning-of-line 2))
(point)))
(defun idlwave-statement-type ()
"Return the type of the current IDL statement.
Uses `idlwave-statement-match' to return a cons of (type . point) with
point the ending position where the type was determined. Type is the
association from `idlwave-statement-match', i.e. the cons cell from the
list not just the type symbol. Returns nil if not an identifiable
statement."
(save-excursion
(while (looking-at "[ \t]*\\$")
(forward-line 1))
(skip-chars-forward " \t")
(let ((st idlwave-statement-match)
(case-fold-search t))
(while (and (not (looking-at (nth 0 (cdr (car st)))))
(setq st (cdr st))))
(if st
(append st (match-end 0))))))
(defun idlwave-expand-equal (&optional before after is-action)
"Pad '=' with spaces. Two cases: Assignment statement, and keyword
assignment. Which case is determined using
`idlwave-start-of-substatement' and `idlwave-statement-type'. The
equal sign will be surrounded by BEFORE and AFTER blanks. If
`idlwave-pad-keyword' is t then keyword assignment is treated just
like assignment statements. When nil, spaces are removed for keyword
assignment. Any other value keeps the current space around the `='.
Limits in for loops are treated as keyword assignment.
Starting with IDL 6.0, a number of op= assignments are available.
Since ambiguities of the form:
r and= b
rand= b
can occur, alphanumeric operator assignment will never be pre-padded,
only post-padded. You must use a space before these to disambiguate
\(not just for padding, but for proper parsing by IDL too!). Other
operators, such as ##=, ^=, etc., will be pre-padded.
IS-ACTION is ignored.
See `idlwave-surround'."
(if idlwave-surround-by-blank
(let
((non-an-ops "\\(##\\|\\*\\|\\+\\|-\\|/\\|<\\|>\\|\\^\\)\\=")
(an-ops
"\\s-\\(AND\\|EQ\\|GE\\|GT\\|LE\\|LT\\|MOD\\|NE\\|OR\\|XOR\\)\\=")
(len 1))
(save-excursion
(let ((case-fold-search t))
(backward-char)
(if (or
(re-search-backward non-an-ops nil t)
(re-search-backward "\\(#\\)\\=" nil t))
(setq len (1+ (length (match-string 1))))
(when (re-search-backward an-ops nil t)
(setq len (1+ (length (match-string 1))))))))
(if (eq t idlwave-pad-keyword)
(idlwave-surround before after len)
(let ((st (save-excursion (idlwave-start-of-substatement t)
(idlwave-statement-type)))
(what (save-excursion (skip-chars-backward "= \t")
(nth 2 (idlwave-where)))))
(cond ((or (memq what '(function-keyword procedure-keyword))
(memq (caar st) '(for pdef)))
(cond
((null idlwave-pad-keyword)
(idlwave-surround 0 0)
) (t))) (t (idlwave-surround before after len))))))))
(defun idlwave-indent-and-action (&optional arg)
"Call `idlwave-indent-line' and do expand actions.
With prefix ARG non-nil, indent the entire sub-statement."
(interactive "p")
(save-excursion
(if (and idlwave-expand-generic-end
(re-search-backward "\\<\\(end\\)\\s-*\\="
(max 0 (- (point) 10)) t)
(looking-at "\\(end\\)\\([ \n\t]\\|\\'\\)"))
(progn (goto-char (match-end 1))
(if abbrev-mode (expand-abbrev)
(idlwave-show-begin)))))
(when (and (not arg) current-prefix-arg)
(setq arg current-prefix-arg)
(setq current-prefix-arg nil))
(if arg
(idlwave-indent-statement)
(idlwave-indent-line t)))
(defun idlwave-indent-line (&optional expand)
"Indents current IDL line as code or as a comment.
The actions in `idlwave-indent-action-table' are performed.
If the optional argument EXPAND is non-nil then the actions in
`idlwave-indent-expand-table' are performed."
(interactive)
(if (save-excursion
(skip-chars-backward " \t")
(bolp))
(skip-chars-forward " \t"))
(let ((mloc (point-marker)))
(save-excursion
(beginning-of-line)
(if (looking-at idlwave-comment-line-start-skip)
(progn
(skip-chars-forward " \t")
(idlwave-indent-left-margin (idlwave-comment-hook)))
(if (and expand idlwave-do-actions)
(mapcar 'idlwave-do-action idlwave-indent-expand-table))
(if idlwave-do-actions
(mapcar 'idlwave-do-action idlwave-indent-action-table))
(beginning-of-line)
(if (or
(looking-at (concat "^" idlwave-label "[ \t]*$"))
(looking-at "^[ \t]*@"))
nil
(idlwave-indent-left-margin (idlwave-calculate-indent)))
(end-of-line)
(if (idlwave-in-comment)
(let ((fill-column (if (fboundp 'comment-indent-new-line)
(1- (frame-width))
fill-column)))
(indent-for-comment)))))
(goto-char mloc)
(set-marker mloc nil)))
(defun idlwave-do-action (action)
"Perform an action repeatedly on a line. ACTION is a list (REG
. FUNC). REG is a regular expression. FUNC is either a function name
to be called with `funcall' or a list to be evaluated with `eval'.
The action performed by FUNC should leave point after the match for
REG - otherwise an infinite loop may be entered. FUNC is always
passed a final argument of 'is-action, so it can discriminate between
being run as an action, or a key binding"
(let ((action-key (car action))
(action-routine (cdr action)))
(beginning-of-line)
(while (idlwave-look-at action-key)
(if (listp action-routine)
(eval (append action-routine '('is-action)))
(funcall action-routine 'is-action)))))
(defun idlwave-indent-to (col &optional min)
"Indent from point with spaces until column COL.
Inserts space before markers at point."
(if (not min) (setq min 0))
(insert-before-markers
(make-string (max min (- col (current-column))) ?\ )))
(defun idlwave-indent-left-margin (col)
"Indent the current line to column COL.
Indents such that first non-whitespace character is at column COL
Inserts spaces before markers at point."
(save-excursion
(beginning-of-line)
(delete-horizontal-space)
(idlwave-indent-to col)))
(defun idlwave-indent-subprogram ()
"Indents program unit which contains point."
(interactive)
(save-excursion
(idlwave-end-of-statement)
(idlwave-beginning-of-subprogram)
(let ((beg (point)))
(idlwave-forward-block)
(message "Indenting subprogram...")
(indent-region beg (point) nil))
(message "Indenting subprogram...done.")))
(defun idlwave-indent-statement ()
"Indent current statement, including all continuation lines."
(interactive)
(save-excursion
(idlwave-beginning-of-statement)
(let ((beg (point)))
(idlwave-end-of-statement)
(indent-region beg (point) nil))))
(defun idlwave-calculate-indent ()
"Return appropriate indentation for current line as IDL code."
(save-excursion
(beginning-of-line)
(cond
((idlwave-look-at idlwave-begin-unit-reg)
0)
((save-excursion
(and (= (forward-line -1) 0)
(idlwave-is-continuation-line)))
(idlwave-calculate-cont-indent))
(t (let* (beg-prev-pos
(the-indent
(save-excursion
(cond
((prog1
(idlwave-previous-statement)
(setq beg-prev-pos (point)))
0)
((idlwave-look-at idlwave-begin-unit-reg t)
(+ (idlwave-current-statement-indent)
idlwave-main-block-indent))
((idlwave-look-at idlwave-begin-block-reg t)
(+ (idlwave-min-current-statement-indent)
idlwave-block-indent))
((idlwave-look-at idlwave-end-block-reg t)
(progn
(goto-char beg-prev-pos)
(idlwave-block-jump-out -1 'nomark) (idlwave-min-current-statement-indent)))
((idlwave-current-statement-indent))))))
(cond
((idlwave-look-at idlwave-end-block-reg)
(+ the-indent idlwave-end-offset))
(the-indent)))))))
(defun idlwave-calculate-paren-indent (beg-reg end-reg close-exp)
"Calculate the continuation indent inside a paren group.
Returns a cons-cell with (open . indent), where open is the
location of the open paren"
(let ((open (nth 1 (parse-partial-sexp beg-reg end-reg))))
(when open
(goto-char open)
(cons open
(cond
(idlwave-indent-parens-nested
(+ idlwave-continuation-indent (idlwave-current-indent)))
(close-exp
(current-column))
((progn
(forward-char 1)
(looking-at "[ \t$]*\\(;.*\\)?$"))
nil)
((progn
(skip-chars-forward " \t")
(current-column))))))))
(defun idlwave-calculate-cont-indent ()
"Calculates the IDL continuation indent column from the previous
statement. Note that here previous statement usually means the
beginning of the current statement if this statement is a continuation
of the previous line. Various special types of continuations,
including assignments, routine definitions, and parenthetical
groupings, are treated separately."
(save-excursion
(let* ((case-fold-search t)
(end-reg (progn (beginning-of-line) (point)))
(beg-last-statement (save-excursion (idlwave-previous-statement)
(point)))
(beg-reg (progn (idlwave-start-of-substatement 'pre)
(if (eq (line-beginning-position) end-reg)
(goto-char beg-last-statement)
(point))))
(basic-indent (+ (idlwave-min-current-statement-indent end-reg)
idlwave-continuation-indent))
fancy-nonparen-indent fancy-paren-indent)
(cond
((let ((matchers '(("\\<if\\>" . "[ \t]*then")
("\\<\\(if\\|end\\(if\\)?\\)\\>" . "[ \t]*else")
("\\<\\(for\\|while\\)\\>" . "[ \t]*do")
("\\<\\(repeat\\|end\\(rep\\)?\\)\\>" .
"[ \t]*until")
("\\<case\\>" . "[ \t]*of")))
match cont-re)
(goto-char end-reg)
(and
(setq cont-re
(catch 'exit
(while (setq match (car matchers))
(if (looking-at (cdr match))
(throw 'exit (car match)))
(setq matchers (cdr matchers)))))
(idlwave-find-key cont-re -1 'nomark beg-last-statement)))
(if (looking-at "end") (- (idlwave-current-indent)
(+ idlwave-block-indent idlwave-end-offset))
(idlwave-current-indent)))
((let ((matchers '("\\<then\\>"
"\\<do\\>"
"\\<repeat\\>"
"\\<else\\>"))
match)
(catch 'exit
(goto-char end-reg)
(if (/= (forward-line -1) 0)
(throw 'exit nil))
(while (setq match (car matchers))
(if (looking-at (concat ".*" match "[ \t]*\\$[ \t]*"
"\\(;.*\\)?$"))
(throw 'exit t))
(setq matchers (cdr matchers)))))
(+ idlwave-continuation-indent (idlwave-current-indent)))
((setq fancy-paren-indent
(let* ((end-reg end-reg)
(close-exp (progn
(goto-char end-reg)
(skip-chars-forward " \t")
(looking-at "\\s)")))
indent-cons)
(catch 'loop
(while (setq indent-cons (idlwave-calculate-paren-indent
beg-reg end-reg close-exp))
(if (or
idlwave-indent-to-open-paren
idlwave-indent-parens-nested
(null (cdr indent-cons))
(< (- (cdr indent-cons) basic-indent)
idlwave-max-extra-continuation-indent))
(throw 'loop (cdr indent-cons)))
(setq end-reg (car indent-cons))))))
fancy-paren-indent)
((and
(> idlwave-max-extra-continuation-indent 0)
(setq fancy-nonparen-indent
(progn
(goto-char beg-reg)
(while (idlwave-look-at "&")) (cond
((progn
(idlwave-look-at "^[ \t]*\\(pro\\|function\\)") (looking-at "[ \t]*\\([a-zA-Z0-9.$_]+[ \t]*->[ \t]*\\)?[a-zA-Z][:a-zA-Z0-9$_]*[ \t]*\\(,\\)[ \t]*"))
(goto-char (match-end 0))
(if (save-match-data (looking-at "[ \t$]*\\(;.*\\)?$"))
nil
(current-column)))
((catch 'assign (while (looking-at "[^=\n\r]*\\(=\\)[ \t]*")
(goto-char (match-end 0))
(if (null (idlwave-what-function beg-reg))
(throw 'assign t))))
(unless (or
(idlwave-in-quote)
(looking-at "[ \t$]*\\(;.*\\)?$") (save-excursion
(goto-char beg-last-statement)
(eq (caar (idlwave-statement-type)) 'for)))
(current-column))))))
(< (- fancy-nonparen-indent basic-indent)
idlwave-max-extra-continuation-indent))
(if fancy-paren-indent (+ fancy-nonparen-indent idlwave-continuation-indent)
fancy-nonparen-indent))
(t basic-indent)))))
(defun idlwave-find-key (key-re &optional dir nomark limit)
"Move to next match of the regular expression KEY-RE.
Matches inside comments or string constants will be ignored.
If DIR is negative, the search will be backwards.
At a successful match, the mark is pushed unless NOMARK is non-nil.
Searches are limited to LIMIT.
Searches are case-insensitive and use a special syntax table which
treats `$' and `_' as word characters.
Return value is the beginning of the match or (in case of failure) nil."
(setq dir (or dir 0))
(let ((case-fold-search t)
(search-func (if (> dir 0) 're-search-forward 're-search-backward))
found)
(idlwave-with-special-syntax
(save-excursion
(catch 'exit
(while (funcall search-func key-re limit t)
(if (not (idlwave-quoted))
(throw 'exit (setq found (match-beginning 0)))
(if (or (and (> dir 0) (eobp))
(and (< dir 0) (bobp)))
(throw 'exit nil)))))))
(if found
(progn
(if (not nomark) (push-mark))
(goto-char found)
found)
nil)))
(defun idlwave-block-jump-out (&optional dir nomark)
"When optional argument DIR is non-negative, move forward to end of
current block using the `idlwave-begin-block-reg' and `idlwave-end-block-reg'
regular expressions. When DIR is negative, move backwards to block beginning.
Recursively calls itself to skip over nested blocks. DIR defaults to
forward. Calls `push-mark' unless the optional argument NOMARK is
non-nil. Movement is limited by the start of program units because of
possibility of unbalanced blocks."
(interactive "P")
(or dir (setq dir 0))
(let* ((here (point))
(case-fold-search t)
(limit (if (>= dir 0) (point-max) (point-min)))
(block-limit (if (>= dir 0)
idlwave-begin-block-reg
idlwave-end-block-reg))
found
(block-reg (concat idlwave-begin-block-reg "\\|"
idlwave-end-block-reg))
(unit-limit (or (save-excursion
(if (< dir 0)
(idlwave-find-key
idlwave-begin-unit-reg dir t limit)
(end-of-line)
(idlwave-find-key
idlwave-end-unit-reg dir t limit)))
limit)))
(if (>= dir 0) (end-of-line)) (if (setq found (idlwave-find-key block-reg dir t unit-limit))
(while (and found (looking-at block-limit))
(if (>= dir 0) (forward-word 1))
(idlwave-block-jump-out dir t)
(setq found (idlwave-find-key block-reg dir t unit-limit))))
(if (not nomark) (push-mark here))
(if (not found) (goto-char unit-limit)
(if (>= dir 0) (forward-word 1)))))
(defun idlwave-min-current-statement-indent (&optional end-reg)
"The minimum indent in the current statement."
(idlwave-beginning-of-statement)
(if (not (idlwave-is-continuation-line))
(idlwave-current-indent)
(let ((min (idlwave-current-indent)) comm-or-empty)
(while (and (= (forward-line 1) 0)
(or (setq comm-or-empty (idlwave-is-comment-or-empty-line))
(idlwave-is-continuation-line))
(or (null end-reg) (< (point) end-reg)))
(unless comm-or-empty (setq min (min min (idlwave-current-indent)))))
(if (or comm-or-empty (and end-reg (>= (point) end-reg)))
min
(min min (idlwave-current-indent))))))
(defun idlwave-current-statement-indent (&optional last-line)
"Return indentation of the current statement.
If in a statement, moves to beginning of statement before finding indent."
(if last-line
(idlwave-end-of-statement)
(idlwave-beginning-of-statement))
(idlwave-current-indent))
(defun idlwave-current-indent ()
"Return the column of the indentation of the current line.
Skips any whitespace. Returns 0 if the end-of-line follows the whitespace."
(save-excursion
(beginning-of-line)
(skip-chars-forward " \t")
(cond ((eolp) 0)
((current-column)))))
(defun idlwave-is-continuation-line ()
"Tests if current line is continuation line.
Blank or comment-only lines following regular continuation lines (with
`$') count as continuations too."
(let (p)
(save-excursion
(or
(idlwave-look-at "\\<\\$")
(catch 'loop
(while (and (looking-at "^[ \t]*\\(;.*\\)?$")
(eq (forward-line -1) 0))
(if (setq p (idlwave-look-at "\\<\\$")) (throw 'loop p))))))))
(defun idlwave-is-comment-line ()
"Tests if the current line is a comment line."
(save-excursion
(beginning-of-line 1)
(looking-at "[ \t]*;")))
(defun idlwave-is-comment-or-empty-line ()
"Tests if the current line is a comment line."
(save-excursion
(beginning-of-line 1)
(looking-at "[ \t]*[;\n]")))
(defun idlwave-look-at (regexp &optional cont beg)
"Searches current line from current point for REGEXP.
If optional argument CONT is non-nil, searches to the end of
the current statement.
If optional arg BEG is non-nil, search starts from the beginning of the
current statement.
Ignores matches that end in a comment or inside a string expression.
Returns point if successful, nil otherwise.
This function produces unexpected results if REGEXP contains quotes or
a comment delimiter. The search is case insensitive.
If successful leaves point after the match, otherwise, does not move point."
(let ((here (point))
(case-fold-search t)
(eos (save-excursion
(if cont (idlwave-end-of-statement) (end-of-line))
(point)))
found)
(idlwave-with-special-syntax
(if beg (idlwave-beginning-of-statement))
(while (and (setq found (re-search-forward regexp eos t))
(idlwave-quoted))))
(if (not found) (goto-char here))
found))
(defun idlwave-fill-paragraph (&optional nohang)
"Fills paragraphs in comments.
A paragraph is made up of all contiguous lines having the same comment
leader (the leading whitespace before the comment delimiter and the
comment delimiter). In addition, paragraphs are separated by blank
line comments. The indentation is given by the hanging indent of the
first line, otherwise by the minimum indentation of the lines after
the first line. The indentation of the first line does not change.
Does not effect code lines. Does not fill comments on the same line
with code. The hanging indent is given by the end of the first match
matching `idlwave-hang-indent-regexp' on the paragraph's first line . If the
optional argument NOHANG is non-nil then the hanging indent is
ignored."
(interactive "P")
(if (save-excursion
(beginning-of-line)
(skip-chars-forward " \t")
(looking-at comment-start))
(let
((indent 999)
pre here diff fill-prefix-reg bcl first-indent
hang start end)
(save-excursion
(backward-paragraph)
(setq start (point)))
(save-excursion
(forward-paragraph)
(setq end (point)))
(untabify start end)
(setq here (point))
(beginning-of-line)
(setq bcl (point))
(re-search-forward
(concat "^[ \t]*" comment-start "+")
(save-excursion (end-of-line) (point))
t)
(setq pre (current-column))
(setq fill-prefix-reg
(concat
(setq fill-prefix
(regexp-quote
(buffer-substring (save-excursion
(beginning-of-line) (point))
(point))))
"[^;]"))
(goto-char bcl)
(while (and (looking-at fill-prefix-reg)
(not (looking-at paragraph-separate))
(not (bobp)))
(forward-line -1))
(if (/= (point) bcl)
(forward-line 1))
(setq start (point))
(goto-char bcl)
(while (and (looking-at fill-prefix-reg)
(not (looking-at paragraph-separate))
(not (eobp)))
(forward-line 1))
(beginning-of-line)
(if (or (not (looking-at fill-prefix-reg))
(looking-at paragraph-separate))
(forward-line -1))
(end-of-line)
(if (eobp)
(progn (insert ?\n) (backward-char 1)))
(setq end (- (point-max) (point) 1))
(if (and (not nohang) idlwave-hanging-indent
(setq hang
(save-excursion
(goto-char start)
(idlwave-calc-hanging-indent))))
(progn
(setq indent hang)
(beginning-of-line)
(while (> (point) start)
(re-search-forward comment-start-skip
(save-excursion (end-of-line) (point))
t)
(if (> (setq diff (- indent (current-column))) 0)
(progn
(if (>= here (point))
(setq here (+ here diff)))
(insert (make-string diff ?\ ))))
(forward-line -1))
)
(while (> (point) start)
(beginning-of-line)
(setq indent
(min indent
(progn
(re-search-forward
comment-start-skip
(save-excursion (end-of-line) (point))
t)
(current-column))))
(forward-line -1))
)
(setq fill-prefix (concat fill-prefix
(make-string (- indent pre)
?\ )))
(setq first-indent
(max
(progn
(re-search-forward
comment-start-skip
(save-excursion (end-of-line) (point))
t)
(current-column))
indent))
(goto-char here)
(save-excursion
(setq diff
(buffer-substring start (+ start first-indent -1)))
(subst-char-in-region start (+ start first-indent -1) ?\ ?~ nil)
(fill-region-as-paragraph
start
(- (point-max) end)
(current-justification)
nil)
(delete-region start (+ start first-indent -1))
(goto-char start)
(insert diff))
(if (bolp) (skip-chars-forward (concat " \t" comment-start)))
(setq fill-prefix nil))))
(defun idlwave-calc-hanging-indent ()
"Calculate the position of the hanging indent for the comment
paragraph. The hanging indent position is given by the first match
with the `idlwave-hang-indent-regexp'. If `idlwave-use-last-hang-indent' is
non-nil then use last occurrence matching `idlwave-hang-indent-regexp' on
the line.
If not found returns nil."
(if idlwave-use-last-hang-indent
(save-excursion
(end-of-line)
(if (re-search-backward
idlwave-hang-indent-regexp
(save-excursion (beginning-of-line) (point))
t)
(+ (current-column) (length idlwave-hang-indent-regexp))))
(save-excursion
(beginning-of-line)
(if (re-search-forward
idlwave-hang-indent-regexp
(save-excursion (end-of-line) (point))
t)
(current-column)))))
(defun idlwave-auto-fill ()
"Called to break lines in auto fill mode.
Only fills non-comment lines if `idlwave-fill-comment-line-only' is
non-nil. Places a continuation character at the end of the line if
not in a comment. Splits strings with IDL concatenation operator `+'
if `idlwave-auto-fill-split-string' is non-nil."
(if (<= (current-column) fill-column)
nil (if (or (not idlwave-fill-comment-line-only)
(save-excursion
(beginning-of-line)
(looking-at idlwave-comment-line-start-skip)))
(let (beg)
(idlwave-indent-line)
(let (idlwave-do-actions
(paragraph-separate ".")
(fill-nobreak-predicate
(if (and (idlwave-in-quote)
idlwave-auto-fill-split-string)
(lambda () (<= (- fill-column (current-column)) 5)
))))
(do-auto-fill))
(save-excursion
(end-of-line 0)
(idlwave-indent-line))
(if (save-excursion
(beginning-of-line)
(looking-at idlwave-comment-line-start-skip))
(if idlwave-hanging-indent
(let ((here (- (point-max) (point)))
(indent
(save-excursion
(forward-line -1)
(idlwave-calc-hanging-indent))))
(if indent
(progn
(beginning-of-line)
(re-search-forward
comment-start-skip
(save-excursion (end-of-line) (point)) t)
(delete-horizontal-space)
(idlwave-indent-to indent)
(goto-char (- (point-max) here)))
)))
(if (save-excursion
(end-of-line 0)
(idlwave-in-comment))
(progn
(save-excursion
(beginning-of-line)
(skip-chars-forward " \t")
(insert " "
(save-excursion
(forward-line -1)
(buffer-substring (idlwave-goto-comment)
(progn
(skip-chars-forward "; ")
(point))))))
(idlwave-indent-line))
(save-excursion
(end-of-line 0)
(if (and (setq beg (idlwave-in-quote))
idlwave-auto-fill-split-string)
(insert " " (char-after beg) " +"))
(insert " $"))
(if beg
(if idlwave-auto-fill-split-string
(save-excursion
(beginning-of-line)
(skip-chars-forward " \t")
(insert (char-after beg)))
(beep)
(message "Warning: continuation inside a string.")))
(idlwave-indent-line))
)))))
(defun idlwave-auto-fill-mode (arg)
"Toggle auto-fill mode for IDL mode.
With arg, turn auto-fill mode on if arg is positive.
In auto-fill mode, inserting a space at a column beyond `fill-column'
automatically breaks the line at a previous space."
(interactive "P")
(prog1 (set idlwave-fill-function
(if (if (null arg)
(not (symbol-value idlwave-fill-function))
(> (prefix-numeric-value arg) 0))
'idlwave-auto-fill
nil))
(set-buffer-modified-p (buffer-modified-p))))
(defun idlwave-doc-header (&optional nomark )
"Insert a documentation header at the beginning of the unit.
Inserts the value of the variable idlwave-file-header. Sets mark before
moving to do insertion unless the optional prefix argument NOMARK
is non-nil."
(interactive "P")
(or nomark (push-mark))
(if idlwave-header-to-beginning-of-file
(goto-char (point-min))
(end-of-line)
(idlwave-beginning-of-subprogram)
(beginning-of-line)
(if (idlwave-look-at "\\<\\(pro\\|function\\)\\>")
(progn
(idlwave-end-of-statement)
(if (> (forward-line 1) 0) (insert "\n")))))
(let ((pos (point)))
(if idlwave-file-header
(cond ((car idlwave-file-header)
(insert-file-contents (car idlwave-file-header)))
((stringp (car (cdr idlwave-file-header)))
(insert (car (cdr idlwave-file-header))))))
(goto-char pos)))
(defun idlwave-default-insert-timestamp ()
"Default timestamp insertion function"
(insert (current-time-string))
(insert ", " (user-full-name))
(if (boundp 'user-mail-address)
(insert " <" user-mail-address ">")
(insert " <" (user-login-name) "@" (system-name) ">"))
(idlwave-fill-paragraph)
(insert "\n;\n;\t\t"))
(defun idlwave-doc-modification ()
"Insert a brief modification log at the beginning of the current program.
Looks for an occurrence of the value of user variable
`idlwave-doc-modifications-keyword' if non-nil. Inserts time and user name
and places the point for the user to add a log. Before moving, saves
location on mark ring so that the user can return to previous point."
(interactive)
(push-mark)
(let* (beg end)
(if (and (or (re-search-backward idlwave-doclib-start nil t)
(progn
(goto-char (point-min))
(re-search-forward idlwave-doclib-start nil t)))
(setq beg (match-beginning 0))
(re-search-forward idlwave-doclib-end nil t)
(setq end (match-end 0)))
(progn
(goto-char beg)
(if (re-search-forward
(concat idlwave-doc-modifications-keyword ":")
end t)
(end-of-line)
(goto-char end)
(end-of-line -1)
(insert "\n" comment-start "\n")
(insert comment-start " " idlwave-doc-modifications-keyword ":"))
(insert "\n;\n;\t")
(run-hooks 'idlwave-timestamp-hook))
(error "No valid DOCLIB header"))))
(defun idlwave-expand-region-abbrevs (start end)
"Expand each abbrev occurrence in the region.
Calling from a program, arguments are START END."
(interactive "r")
(save-excursion
(goto-char (min start end))
(let ((idlwave-show-block nil) (idlwave-abbrev-move nil)) (expand-region-abbrevs start end 'noquery))))
(defun idlwave-quoted ()
"Returns t if point is in a comment or quoted string.
nil otherwise."
(or (idlwave-in-comment) (idlwave-in-quote)))
(defun idlwave-in-quote ()
"Returns location of the opening quote
if point is in a IDL string constant, nil otherwise.
Ignores comment delimiters on the current line.
Properly handles nested quotation marks and octal
constants - a double quote followed by an octal digit."
(save-excursion
(let* ((start (point))
(eol (progn (end-of-line) (point)))
(bq (progn (beginning-of-line) (point)))
(endq (point))
(data (match-data))
delim
found)
(while (< endq start)
(if (re-search-forward "[\"']" eol 'lim)
(progn
(goto-char (1+ (match-beginning 0)))
(setq bq (1- (point)))
(setq delim (char-to-string (preceding-char)))
(if (looking-at delim)
(progn (setq endq (point)) (forward-char 1))
(setq found (search-forward delim eol 'lim))
(while (looking-at delim)
(forward-char 1)
(setq found (search-forward delim eol 'lim)))
(if found
(setq endq (- (point) 1))
(setq endq (point)))
))
(progn (setq bq (point)) (setq endq (point)))))
(store-match-data data)
(if (> start bq) bq))))
(defun idlwave-is-pointer-dereference (&optional limit)
"Determines if the character after point is a pointer dereference *."
(let ((pos (point)))
(and
(eq (char-after) ?\*)
(not (idlwave-in-quote))
(save-excursion
(forward-char)
(re-search-backward (concat "\\(" idlwave-idl-keywords
"\\|[[(*+-/=,^><]\\)\\s-*\\*") limit t)))))
(defun idlwave-template (s1 s2 &optional prompt noindent)
"Build a template with optional prompt expression.
Opens a line if point is not followed by a newline modulo intervening
whitespace. S1 and S2 are strings. S1 is inserted at point followed
by S2. Point is inserted between S1 and S2. The case of S1 and S2 is
adjusted according to `idlwave-abbrev-change-case'. If optional argument
PROMPT is a string then it is displayed as a message in the
minibuffer. The PROMPT serves as a reminder to the user of an
expression to enter.
The lines containing S1 and S2 are reindented using `indent-region'
unless the optional second argument NOINDENT is non-nil."
(if (eq major-mode 'idlwave-shell-mode)
(if (and (eq this-command 'self-insert-command)
(equal last-abbrev-location (point)))
(insert last-abbrev-text)
(error "No templates in idlwave-shell"))
(cond ((eq idlwave-abbrev-change-case 'down)
(setq s1 (downcase s1) s2 (downcase s2)))
(idlwave-abbrev-change-case
(setq s1 (upcase s1) s2 (upcase s2))))
(let ((beg (save-excursion (beginning-of-line) (point)))
end)
(if (not (looking-at "\\s-*\n"))
(open-line 1))
(insert s1)
(save-excursion
(insert s2)
(setq end (point)))
(if (not noindent)
(indent-region beg end nil))
(if (stringp prompt)
(message prompt)))))
(defun idlwave-rw-case (string)
"Make STRING have the case required by `idlwave-reserved-word-upcase'."
(if idlwave-reserved-word-upcase
(upcase string)
string))
(defun idlwave-elif ()
"Build skeleton IDL if-else block."
(interactive)
(idlwave-template
(idlwave-rw-case "if")
(idlwave-rw-case " then begin\n\nendif else begin\n\nendelse")
"Condition expression"))
(defun idlwave-case ()
"Build skeleton IDL case statement."
(interactive)
(idlwave-template
(idlwave-rw-case "case")
(idlwave-rw-case " of\n\nendcase")
"Selector expression"))
(defun idlwave-switch ()
"Build skeleton IDL switch statement."
(interactive)
(idlwave-template
(idlwave-rw-case "switch")
(idlwave-rw-case " of\n\nendswitch")
"Selector expression"))
(defun idlwave-for ()
"Build skeleton for loop statment."
(interactive)
(idlwave-template
(idlwave-rw-case "for")
(idlwave-rw-case " do begin\n\nendfor")
"Loop expression"))
(defun idlwave-if ()
"Build skeleton for loop statment."
(interactive)
(idlwave-template
(idlwave-rw-case "if")
(idlwave-rw-case " then begin\n\nendif")
"Scalar logical expression"))
(defun idlwave-procedure ()
(interactive)
(idlwave-template
(idlwave-rw-case "pro")
(idlwave-rw-case "\n\nreturn\nend")
"Procedure name"))
(defun idlwave-function ()
(interactive)
(idlwave-template
(idlwave-rw-case "function")
(idlwave-rw-case "\n\nreturn\nend")
"Function name"))
(defun idlwave-repeat ()
(interactive)
(idlwave-template
(idlwave-rw-case "repeat begin\n\nendrep until")
(idlwave-rw-case "")
"Exit condition"))
(defun idlwave-while ()
(interactive)
(idlwave-template
(idlwave-rw-case "while")
(idlwave-rw-case " do begin\n\nendwhile")
"Entry condition"))
(defun idlwave-split-string (string &optional pattern)
"Return a list of substrings of STRING which are separated by PATTERN.
If PATTERN is omitted, it defaults to \"[ \\f\\t\\n\\r\\v]+\"."
(or pattern
(setq pattern "[ \f\t\n\r\v]+"))
(let (parts (start 0))
(while (string-match pattern string start)
(setq parts (cons (substring string start (match-beginning 0)) parts)
start (match-end 0)))
(nreverse (cons (substring string start) parts))))
(defun idlwave-replace-string (string replace_string replace_with)
(let* ((start 0)
(last (length string))
(ret_string "")
end)
(while (setq end (string-match replace_string string start))
(setq ret_string
(concat ret_string (substring string start end) replace_with))
(setq start (match-end 0)))
(setq ret_string (concat ret_string (substring string start last)))))
(defun idlwave-get-buffer-visiting (file)
(cond
((boundp 'find-file-compare-truenames) (let ((find-file-compare-truenames t))
(get-file-buffer file)))
((fboundp 'find-buffer-visiting) (find-buffer-visiting file))
(t (error "This should not happen (idlwave-get-buffer-visiting)"))))
(defvar idlwave-outlawed-buffers nil
"List of buffer pulled up by idlwave for special reasons.
Buffers in this list may be killed by `idlwave-kill-autoloaded-buffers'.")
(defun idlwave-find-file-noselect (file &optional why)
(or (idlwave-get-buffer-visiting file)
(let ((buf (find-file-noselect file)))
(if why (add-to-list 'idlwave-outlawed-buffers (cons buf why)))
buf)))
(defun idlwave-kill-autoloaded-buffers ()
"Kill buffers created automatically by IDLWAVE.
Function prompts for a letter to identify the buffers to kill.
Possible letters are:
f Buffers created by the command \\[idlwave-find-module] or mouse
clicks in the routine info window.
s Buffers created by the IDLWAVE Shell to display where execution
stopped or an error was found.
a Both of the above.
Buffer containing unsaved changes require confirmation before they are killed."
(interactive)
(if (null idlwave-outlawed-buffers)
(error "No IDLWAVE-created buffers available")
(princ (format "Kill IDLWAVE-created buffers: [f]ind source(%d), [s]hell display(%d), [a]ll ? "
(idlwave-count-outlawed-buffers 'find)
(idlwave-count-outlawed-buffers 'shell)))
(let ((c (read-char)))
(cond
((member c '(?f ?\C-f))
(idlwave-do-kill-autoloaded-buffers 'find))
((member c '(?s ?\C-s))
(idlwave-do-kill-autoloaded-buffers 'shell))
((member c '(?a ?\C-a))
(idlwave-do-kill-autoloaded-buffers t))
(t (error "Abort"))))))
(defun idlwave-count-outlawed-buffers (tag)
"How many outlawed buffers have tag TAG?"
(length (delq nil
(mapcar
(lambda (x) (eq (cdr x) tag))
idlwave-outlawed-buffers))))
(defun idlwave-do-kill-autoloaded-buffers (&rest reasons)
"Kill all buffers pulled up by IDLWAVE matching REASONS."
(let* ((list (copy-sequence idlwave-outlawed-buffers))
(cnt 0)
entry)
(while (setq entry (pop list))
(if (buffer-live-p (car entry))
(and (or (memq t reasons)
(memq (cdr entry) reasons))
(kill-buffer (car entry))
(incf cnt)
(setq idlwave-outlawed-buffers
(delq entry idlwave-outlawed-buffers)))
(setq idlwave-outlawed-buffers
(delq entry idlwave-outlawed-buffers))))
(message "%d buffer%s killed" cnt (if (= cnt 1) "" "s"))))
(defun idlwave-revoke-license-to-kill ()
"Remove BUFFER from the buffers which may be killed.
Killing would be done by `idlwave-do-kill-autoloaded-buffers'.
Intended for `after-save-hook'."
(let* ((buf (current-buffer))
(entry (assq buf idlwave-outlawed-buffers)))
(if entry
(setq idlwave-outlawed-buffers
(delq entry idlwave-outlawed-buffers)))
(remove-hook 'after-save-hook 'idlwave-revoke-license-to-kill 'local)))
(defvar idlwave-path-alist)
(defun idlwave-locate-lib-file (file)
(let* ((dirs idlwave-path-alist)
dir efile)
(catch 'exit
(while (setq dir (car (pop dirs)))
(if (file-regular-p
(setq efile (expand-file-name file dir)))
(throw 'exit efile))))))
(defun idlwave-expand-lib-file-name (file)
(cond
((null file) nil)
((file-name-absolute-p file) file)
(t (idlwave-locate-lib-file file))))
(defun idlwave-make-tags ()
"Creates the IDL tags file IDLTAGS in the current directory from
the list of directories specified in the minibuffer. Directories may be
for example: . /usr/local/rsi/idl/lib. All the subdirectories of the
specified top directories are searched if the directory name is prefixed
by @. Specify @ directories with care, it may take a long, long time if
you specify /."
(interactive)
(let (directory directories cmd append status numdirs dir getsubdirs
buffer save_buffer files numfiles item errbuf)
(setq directory (read-string "Tag Directories: " "."))
(setq directories (idlwave-split-string directory "[ \t]+"))
(setq cmd "etags --output=IDLTAGS --language=none --regex='/[
\\t]*[pP][Rr][Oo][ \\t]+\\([^ \\t,]+\\)/' --regex='/[
\\t]*[Ff][Uu][Nn][Cc][Tt][Ii][Oo][Nn][ \\t]+\\([^ \\t,]+\\)/' ")
(setq append " ")
(setq status 0)
(setq numdirs 0)
(setq dir (nth numdirs directories))
(while (and dir)
(if (string-match "^[@]\\(.+\\)$" dir)
(setq getsubdirs t) (setq getsubdirs nil))
(if (and getsubdirs) (setq dir (substring dir 1 (length dir))))
(setq dir (expand-file-name dir))
(if (file-directory-p dir)
(progn
(if (and getsubdirs)
(progn
(setq buffer (get-buffer-create "*idltags*"))
(call-process "sh" nil buffer nil "-c"
(concat "find " dir " -type d -print"))
(setq save_buffer (current-buffer))
(set-buffer buffer)
(setq files (idlwave-split-string
(idlwave-replace-string
(buffer-substring 1 (point-max))
"\n" "/*.pro ")
"[ \t]+"))
(set-buffer save_buffer)
(kill-buffer buffer))
(setq files (list (concat dir "/*.pro"))))
(setq numfiles 0)
(setq item (nth numfiles files))
(while (and item)
(if (not (string-match "^[ \\t]*$" item))
(progn
(message "%s" (concat "Tagging " item "..."))
(setq errbuf (get-buffer-create "*idltags-error*"))
(setq status (+ status
(if (eq 0 (call-process
"sh" nil errbuf nil "-c"
(concat cmd append item)))
0
1)))
(setq append " --append ")
(setq numfiles (1+ numfiles))
(setq item (nth numfiles files)))
(progn
(setq numfiles (1+ numfiles))
(setq item (nth numfiles files))
)))
(setq numdirs (1+ numdirs))
(setq dir (nth numdirs directories)))
(progn
(setq numdirs (1+ numdirs))
(setq dir (nth numdirs directories)))))
(setq errbuf (get-buffer-create "*idltags-error*"))
(if (= status 0)
(kill-buffer errbuf))
(message "")
))
(defun idlwave-toggle-comment-region (beg end &optional n)
"Comment the lines in the region if the first non-blank line is
commented, and conversely, uncomment region. If optional prefix arg
N is non-nil, then for N positive, add N comment delimiters or for N
negative, remove N comment delimiters.
Uses `comment-region' which does not place comment delimiters on
blank lines."
(interactive "r\nP")
(if n
(comment-region beg end (prefix-numeric-value n))
(save-excursion
(goto-char beg)
(beginning-of-line)
(skip-chars-forward " \t\n")
(if (looking-at (concat "[ \t]*\\(" comment-start "+\\)"))
(if (fboundp 'uncomment-region)
(uncomment-region beg end)
(comment-region beg end
(- (length (buffer-substring
(match-beginning 1)
(match-end 1))))))
(comment-region beg end)))))
(defvar idlwave-sint-routines '(nil))
(defvar idlwave-sint-keywords '(nil))
(defvar idlwave-sint-methods '(nil))
(defvar idlwave-sint-classes '(nil))
(defvar idlwave-sint-dirs '(nil))
(defvar idlwave-sint-libnames '(nil))
(defun idlwave-reset-sintern (&optional what)
"Reset all sintern hashes."
(if (or (not (fboundp 'gethash))
(not (fboundp 'puthash)))
(progn
(require 'cl)
(or (fboundp 'puthash)
(defalias 'puthash 'cl-puthash))))
(let ((entries '((idlwave-sint-routines 1000 10)
(idlwave-sint-keywords 1000 10)
(idlwave-sint-methods 100 10)
(idlwave-sint-classes 10 10))))
(loop for entry in entries
for var = (car entry)
do (if (not (consp (symbol-value var))) (set var (list nil))))
(when (or (eq what t) (eq what 'syslib)
(null (cdr idlwave-sint-routines)))
(loop for entry in entries
for var = (car entry) for size = (nth 1 entry)
do (setcdr (symbol-value var)
(make-hash-table ':size size ':test 'equal)))
(setq idlwave-sint-dirs nil
idlwave-sint-libnames nil))
(when (or (eq what t) (eq what 'bufsh)
(null (car idlwave-sint-routines)))
(loop for entry in entries
for var = (car entry) for size = (nth 1 entry)
do (setcar (symbol-value var)
(make-hash-table ':size size ':test 'equal))))))
(defun idlwave-sintern-routine-or-method (name &optional class set)
(if class
(idlwave-sintern-method name set)
(idlwave-sintern-routine name set)))
(defun idlwave-sintern (stype &rest args)
(apply (intern (concat "idlwave-sintern-" (symbol-name stype))) args))
(defun idlwave-sintern-routine (name &optional set)
(cond ((not (stringp name)) name)
((gethash (downcase name) (cdr idlwave-sint-routines)))
((gethash (downcase name) (car idlwave-sint-routines)))
(set (idlwave-sintern-set name 'routine idlwave-sint-routines set))
(name)))
(defun idlwave-sintern-keyword (name &optional set)
(cond ((not (stringp name)) name)
((gethash (downcase name) (cdr idlwave-sint-keywords)))
((gethash (downcase name) (car idlwave-sint-keywords)))
(set (idlwave-sintern-set name 'keyword idlwave-sint-keywords set))
(name)))
(defun idlwave-sintern-method (name &optional set)
(cond ((not (stringp name)) name)
((gethash (downcase name) (cdr idlwave-sint-methods)))
((gethash (downcase name) (car idlwave-sint-methods)))
(set (idlwave-sintern-set name 'method idlwave-sint-methods set))
(name)))
(defun idlwave-sintern-class (name &optional set)
(cond ((not (stringp name)) name)
((gethash (downcase name) (cdr idlwave-sint-classes)))
((gethash (downcase name) (car idlwave-sint-classes)))
(set (idlwave-sintern-set name 'class idlwave-sint-classes set))
(name)))
(defun idlwave-sintern-dir (dir &optional set)
(car (or (member dir idlwave-sint-dirs)
(setq idlwave-sint-dirs (cons dir idlwave-sint-dirs)))))
(defun idlwave-sintern-libname (name &optional set)
(car (or (member name idlwave-sint-libnames)
(setq idlwave-sint-libnames (cons name idlwave-sint-libnames)))))
(defun idlwave-sintern-set (name type tables set)
(let* ((func (or (cdr (assq type idlwave-completion-case))
'identity))
(iname (funcall (if (eq func 'preserve) 'identity func) name))
(table (if (eq set 'sys) (cdr tables) (car tables))))
(puthash (downcase name) iname table)
iname))
(defun idlwave-sintern-keyword-list (kwd-list &optional set)
"Sintern a set of keywords (file (key . link) (key2 . link2) ...)"
(mapcar (lambda(x)
(setcar x (idlwave-sintern-keyword (car x) set)))
(cdr kwd-list))
kwd-list)
(defun idlwave-sintern-rinfo-list (list &optional set default-dir)
"Sintern all strings in the rinfo LIST. With optional parameter
SET: also set new patterns. Probably this will always have to be t.
If DEFAULT-DIR is passed, it is used as the base of the directory"
(let (entry name type class kwds res source call new)
(while list
(setq entry (car list)
list (cdr list)
name (car entry)
type (nth 1 entry)
class (nth 2 entry)
source (nth 3 entry)
call (nth 4 entry)
kwds (nthcdr 5 entry))
(if class
(progn
(if (symbolp class) (setq class (symbol-name class)))
(setq class (idlwave-sintern-class class set))
(setq name (idlwave-sintern-method name set)))
(setq name (idlwave-sintern-routine name set)))
(let ((source-type (car source))
(source-file (nth 1 source))
(source-dir (if default-dir
(file-name-as-directory default-dir)
(nth 2 source)))
(source-lib (nth 3 source)))
(if (stringp source-dir)
(setq source-dir (idlwave-sintern-dir source-dir set)))
(if (stringp source-lib)
(setq source-lib (idlwave-sintern-libname source-lib set)))
(setq source (list source-type source-file source-dir source-lib)))
(setq kwds (mapcar (lambda (x)
(idlwave-sintern-keyword-list x set))
kwds))
(setq new (nconc (list name type class source call) kwds)
res (cons new res)))
(nreverse res)))
(defun idlwave-new-sintern-type (tag)
"Define a variable and a function to sintern the new type TAG.
This defines the function `idlwave-sintern-TAG' and the variable
`idlwave-sint-TAGs'."
(let* ((name (symbol-name tag))
(names (concat name "s"))
(var (intern (concat "idlwave-sint-" names)))
(func (intern (concat "idlwave-sintern-" name))))
(set var nil) (fset func `(lambda (name &optional set)
(cond ((not (stringp name)) name)
((cdr (assoc (downcase name) ,var)))
(set
(setq ,var (cons (cons (downcase name) name) ,var))
name)
(name))))))
(defun idlwave-reset-sintern-type (tag)
"Reset the sintern variable associated with TAG."
(set (intern (concat "idlwave-sint-" (symbol-name tag) "s")) nil))
(defvar idlwave-system-routines nil
"Holds the routine-info obtained by scanning buffers.")
(defvar idlwave-buffer-routines nil
"Holds the routine-info obtained by scanning buffers.")
(defvar idlwave-compiled-routines nil
"Holds the routine-info obtained by asking the shell.")
(defvar idlwave-unresolved-routines nil
"Holds the unresolved routine-info obtained by asking the shell.")
(defvar idlwave-user-catalog-routines nil
"Holds the procedure routine-info from the user scan.")
(defvar idlwave-library-catalog-routines nil
"Holds the procedure routine-info from the .idlwave_catalog library files.")
(defvar idlwave-library-catalog-libname nil
"Name of library catalog loaded from .idlwave_catalog files.")
(defvar idlwave-path-alist nil
"Alist with !PATH directories and zero or more flags if the dir has
been scanned in a user catalog ('user) or discovered in a library
catalog \('lib).")
(defvar idlwave-true-path-alist nil
"Like `idlwave-path-alist', but with true filenames.")
(defvar idlwave-routines nil
"Holds the combinded procedure/function/method routine-info.")
(defvar idlwave-class-alist nil
"Holds the class names known to IDLWAVE.")
(defvar idlwave-class-history nil
"The history of classes selected with the minibuffer.")
(defvar idlwave-force-class-query nil)
(defvar idlwave-before-completion-wconf nil
"The window configuration just before the completion buffer was displayed.")
(defvar idlwave-last-system-routine-info-cons-cell nil
"The last cons cell in the system routine info.")
(defvar idlwave-system-routines)
(defvar idlwave-catalog-process nil
"The background process currently updating the catalog.")
(defun idlwave-routines ()
"Provide a list of IDL routines.
This routine loads the builtin routines on the first call. Later it
only returns the value of the variable."
(if (and idlwave-catalog-process
(processp idlwave-catalog-process))
(progn
(cond
((equal (process-status idlwave-catalog-process) 'exit)
(message "updating........")
(setq idlwave-catalog-process nil)
(idlwave-update-routine-info '(4)))
((equal (process-status idlwave-catalog-process) 'run)
)
(t
(message "Problem with catalog process") (beep)
(condition-case nil
(kill-process idlwave-catalog-process)
(error nil))
(setq idlwave-catalog-process nil)))))
(or idlwave-routines
(progn
(idlwave-update-routine-info)
idlwave-routines)))
(defvar idlwave-update-rinfo-hook nil
"List of functions which should run after a global rinfo update.
Does not run after automatic updates of buffer or the shell.")
(defun idlwave-rescan-catalog-directories ()
"Rescan the previously selected directories. For batch processing."
(idlwave-update-routine-info '(16)))
(defun idlwave-rescan-asynchronously ()
"Dispatch another Emacs instance to update the idlwave catalog.
After the process finishes normally, the first access to routine info
will re-read the catalog."
(interactive)
(if (processp idlwave-catalog-process)
(if (eq (process-status idlwave-catalog-process) 'run)
(if (yes-or-no-p "A catalog-updating process is running. Kill it? ")
(progn
(condition-case nil
(kill-process idlwave-catalog-process)
(error nil))
(error "Process killed, no new process started"))
(error "Quit"))
(condition-case nil
(kill-process idlwave-catalog-process)
(error nil))))
(if (or (not idlwave-user-catalog-file)
(not (stringp idlwave-user-catalog-file))
(not (file-regular-p idlwave-user-catalog-file)))
(error "No catalog has been produced yet"))
(let* ((emacs (concat invocation-directory invocation-name))
(args (list "-batch"
"-l" (expand-file-name "~/.emacs")
"-l" "idlwave"
"-f" "idlwave-rescan-catalog-directories"))
(process (apply 'start-process "idlcat"
nil emacs args)))
(setq idlwave-catalog-process process)
(set-process-sentinel
process
(lambda (pro why)
(when (string-match "finished" why)
(setq idlwave-routines nil
idlwave-system-routines nil
idlwave-catalog-process nil)
(or (idlwave-start-load-rinfo-timer)
(idlwave-update-routine-info '(4))))))
(message "Background job started to update catalog file")))
(defvar idlwave-load-rinfo-idle-timer)
(defvar idlwave-shell-path-query)
(defun idlwave-update-routine-info (&optional arg no-concatenate)
"Update the internal routine-info lists.
These lists are used by `idlwave-routine-info' (\\[idlwave-routine-info])
and by `idlwave-complete' (\\[idlwave-complete]) to provide information
about individual routines.
The information can come from 4 sources:
1. IDL programs in the current editing session
2. Compiled modules in an IDL shell running as Emacs subprocess
3. A list which covers the IDL system routines.
4. A list which covers the prescanned library files.
Scans all IDLWAVE-mode buffers of the current editing session (see
`idlwave-scan-all-buffers-for-routine-info').
When an IDL shell is running, this command also queries the IDL program
for currently compiled routines.
With prefix ARG, also reload the system and library lists.
With two prefix ARG's, also rescans the chosen user catalog tree.
With three prefix args, dispatch asynchronous process to do the update.
If NO-CONCATENATE is non-nil, don't pre-concatenate the routine info
lists, but instead wait for the shell query to complete and
asynchronously finish updating routine info. This is set
automatically when called interactively. When you need routine
information updated immediately, leave NO-CONCATENATE nil."
(interactive "P\np")
(if (or (and (fboundp 'itimerp)
(itimerp idlwave-load-rinfo-idle-timer))
(and (fboundp 'timerp)
(timerp idlwave-load-rinfo-idle-timer)))
(cancel-timer idlwave-load-rinfo-idle-timer))
(cond
((equal arg '(64))
(idlwave-rescan-asynchronously))
((equal arg '(16))
(idlwave-create-user-catalog-file t))
(t
(let* ((load (or arg
idlwave-buffer-case-takes-precedence
(null idlwave-routines)))
(override-idle (or arg idlwave-buffer-case-takes-precedence)))
(setq idlwave-buffer-routines nil
idlwave-compiled-routines nil
idlwave-unresolved-routines nil)
(if (get 'idlwave-reset-sintern 'done-by-idle)
(put 'idlwave-reset-sintern 'done-by-idle nil)
(idlwave-reset-sintern (cond (load t)
((null idlwave-system-routines) t)
(t 'bufsh))))
(if idlwave-buffer-case-takes-precedence
(progn
(idlwave-update-buffer-routine-info)
(and load (idlwave-load-all-rinfo override-idle)))
(and load (idlwave-load-all-rinfo override-idle))
(idlwave-update-buffer-routine-info))
(let* ((shell-is-running (and (fboundp 'idlwave-shell-is-running)
(idlwave-shell-is-running)))
(ask-shell (and shell-is-running
idlwave-query-shell-for-routine-info)))
(when arg
(if shell-is-running
(idlwave-shell-send-command idlwave-shell-path-query
'(progn
(idlwave-shell-get-path-info)
(idlwave-scan-library-catalogs))
'hide)
(idlwave-scan-library-catalogs)))
(if (or (not ask-shell)
(not no-concatenate))
(idlwave-concatenate-rinfo-lists nil 'run-hooks))
(when ask-shell
(message "Querying the shell")
(idlwave-shell-update-routine-info nil t)))))))
(defvar idlwave-load-rinfo-steps-done (make-vector 6 nil))
(defvar idlwave-load-rinfo-idle-timer nil)
(defun idlwave-start-load-rinfo-timer ()
(if (or (and (fboundp 'itimerp)
(itimerp idlwave-load-rinfo-idle-timer))
(and (fboundp 'timerp)
(timerp idlwave-load-rinfo-idle-timer)))
(cancel-timer idlwave-load-rinfo-idle-timer))
(setq idlwave-load-rinfo-steps-done (make-vector 6 nil))
(setq idlwave-load-rinfo-idle-timer nil)
(if (and idlwave-init-rinfo-when-idle-after
(numberp idlwave-init-rinfo-when-idle-after)
(not (equal 0 idlwave-init-rinfo-when-idle-after))
(not idlwave-routines))
(condition-case nil
(progn
(setq idlwave-load-rinfo-idle-timer
(run-with-idle-timer
idlwave-init-rinfo-when-idle-after
nil 'idlwave-load-rinfo-next-step)))
(error nil))))
(defvar idlwave-library-routines nil "Obsolete variable.")
(defun idlwave-load-system-routine-info ()
(unless (and (load idlwave-xml-system-rinfo-converted-file
'noerror 'nomessage)
(idlwave-xml-system-routine-info-up-to-date))
(condition-case nil
(idlwave-convert-xml-system-routine-info)
(error
(unless (load idlwave-xml-system-rinfo-converted-file
'noerror 'nomessage)
(if idlwave-system-routines
(message
"Failed to load converted routine info, using old conversion.")
(message
"Failed to convert XML routine info, falling back on idlw-rinfo.")
(if (not (load "idlw-rinfo" 'noerror 'nomessage))
(message
"Could not locate any system routine information."))))))))
(defun idlwave-xml-system-routine-info-up-to-date()
(let* ((dir (file-name-as-directory
(expand-file-name "help/online_help" (idlwave-sys-dir))))
(catalog-file (expand-file-name "idl_catalog.xml" dir)))
(file-newer-than-file-p idlwave-xml-system-rinfo-converted-file
catalog-file)))
(defvar idlwave-system-class-info nil) (defvar idlwave-system-variables-alist nil
"Alist of system variables and the associated structure tags.
Gets set in cached XML rinfo, or `idlw-rinfo.el'.")
(defvar idlwave-executive-commands-alist nil
"Alist of system variables and their help files.")
(defvar idlwave-help-special-topic-words nil)
(defun idlwave-shorten-syntax (syntax name &optional class)
(let ((case-fold-search t))
(mapconcat
(lambda (x)
(while (string-match name x)
(setq x (replace-match "%s" t t x)))
(if class
(while (string-match class x)
(setq x (replace-match "%s" t t x))))
x)
(nreverse syntax)
" or ")))
(defun idlwave-xml-create-class-method-lists (xml-entry)
(let* ((nameblock (nth 1 xml-entry))
(class (cdr (assq 'name nameblock)))
(link (cdr (assq 'link nameblock)))
(params (cddr xml-entry))
(case-fold-search t)
class-entry
method methods-entry extra-kwds
props get-props set-props init-props inherits
pelem ptype)
(while params
(setq pelem (car params))
(when (listp pelem)
(setq ptype (car pelem)
props (car (cdr pelem)))
(cond
((eq ptype 'SUPERCLASS)
(let ((pname (cdr (assq 'name props)))
(plink (cdr (assq 'link props))))
(unless (and (string= pname "None")
(string= plink "None"))
(push pname inherits))))
((eq ptype 'PROPERTY)
(let ((pname (cdr (assq 'name props)))
(plink (cdr (assq 'link props)))
(get (string= (cdr (assq 'get props)) "Yes"))
(set (string= (cdr (assq 'set props)) "Yes"))
(init (string= (cdr (assq 'init props)) "Yes")))
(if get (push (list pname plink) get-props))
(if set (push (list pname plink) set-props))
(if init (push (list pname plink) init-props))))
((eq ptype 'METHOD)
(setq method (cdr (assq 'name props)))
(setq extra-kwds (cond
((string-match (concat class "::Init") method)
(put 'init-props 'matched t)
init-props)
((string-match (concat class "::GetProperty") method)
(put 'get-props 'matched t)
get-props)
((string-match (concat class "::SetProperty") method)
(put 'set-props 'matched t)
set-props)
(t nil)))
(setq methods-entry
(nconc (idlwave-xml-create-rinfo-list pelem class extra-kwds)
methods-entry)))
(t)))
(setq params (cdr params)))
(setq class-entry
(if inherits
(list class (append '(inherits) inherits) (list 'link link))
(list class (list 'link link))))
(cons class-entry methods-entry)))
(defun idlwave-xml-create-rinfo-list (xml-entry &optional class extra-kws)
(let* ((nameblock (nth 1 xml-entry))
(name (cdr (assq 'name nameblock)))
(link (cdr (assq 'link nameblock)))
(params (cddr xml-entry))
(syntax-vec (make-vector 3 nil)) (case-fold-search t)
syntax kwd klink pref-list kwds pelem ptype entry props result type)
(if class (if (string-match (concat class "::") name)
(setq name (substring name (match-end 0)))))
(while params
(setq pelem (car params))
(when (listp pelem)
(setq ptype (car pelem)
props (car (cdr pelem)))
(cond
((eq ptype 'SYNTAX)
(setq syntax (cdr (assq 'name props)))
(if (string-match "->" syntax)
(setq syntax (replace-match "->" t nil syntax)))
(setq type (cdr (assq 'type props)))
(push syntax
(aref syntax-vec (cond
((string-match "^pro" type) 0)
((string-match "^fun" type) 1)
((string-match "^exec" type) 2)))))
((eq ptype 'KEYWORD)
(setq kwd (cdr (assq 'name props))
klink (cdr (assq 'link props)))
(if (string-match "^\\[XY\\(Z?\\)\\]" kwd)
(progn
(setq pref-list
(if (match-string 1 kwd) '("X" "Y" "Z") '("X" "Y"))
kwd (substring kwd (match-end 0)))
(loop for x in pref-list do
(push (list (concat x kwd) klink) kwds)))
(push (list kwd klink) kwds)))
(t))) (setq params (cdr params)))
(if (aref syntax-vec 2)
(cons (substring name 1) link)
(if extra-kws (setq kwds (nconc kwds extra-kws)))
(setq kwds (idlwave-rinfo-group-keywords kwds link))
(loop for idx from 0 to 1 do
(if (aref syntax-vec idx)
(push (append (list name (if (eq idx 0) 'pro 'fun)
class '(system)
(idlwave-shorten-syntax
(aref syntax-vec idx) name class))
kwds) result)))
result)))
(defun idlwave-rinfo-group-keywords (kwds master-link)
(let (kwd link anchor linkfiles block master-elt)
(while kwds
(setq kwd (car kwds)
link (idlwave-split-link-target (nth 1 kwd))
anchor (cdr link)
link (car link)
kwd (car kwd))
(if (setq block (assoc link linkfiles))
(push (cons kwd anchor) (cdr block))
(push (list link (cons kwd anchor)) linkfiles))
(setq kwds (cdr kwds)))
(if (setq master-elt (assoc master-link linkfiles))
(if (eq (car linkfiles) master-elt)
linkfiles
(cons master-elt (delq master-elt linkfiles)))
(push (list master-link) linkfiles))))
(defun idlwave-convert-xml-clean-statement-aliases (aliases)
(let (syntax entry)
(loop for x in aliases do
(setq entry (assoc x idlwave-system-routines))
(when entry
(while (string-match " +or +" (setq syntax (nth 4 entry)))
(setf (nth 4 entry) (replace-match ", " t t syntax)))))))
(defun idlwave-convert-xml-clean-routine-aliases (aliases)
(let (alias remove-list new parts all-parts)
(loop for x in aliases do
(when (setq parts (split-string (cdr x) "/"))
(setq new (assoc (cdr x) all-parts))
(unless new
(setq new (cons (cdr x) parts))
(push new all-parts))
(setcdr new (delete (car x) (cdr new)))))
(loop for x in all-parts do
(if (cdr x)
(push (cons (nth 1 x) (car x)) aliases)))
(loop for x in aliases do
(when (setq alias (assoc (cdr x) idlwave-system-routines))
(unless (memq alias remove-list) (push alias remove-list))
(setq alias (copy-sequence alias))
(setcar alias (car x))
(push alias idlwave-system-routines)))
(loop for x in remove-list do
(delq x idlwave-system-routines))))
(defun idlwave-convert-xml-clean-sysvar-aliases (aliases)
(let (alias remove-list new parts all-parts)
(loop for x in aliases do
(when (setq alias (assoc (cdr x) idlwave-system-variables-alist))
(unless (memq alias remove-list) (push alias remove-list))
(setq alias (copy-sequence alias))
(setcar alias (car x))
(push alias idlwave-system-variables-alist)))
(loop for x in remove-list do
(delq x idlwave-system-variables-alist))))
(defun idlwave-xml-create-sysvar-alist (xml-entry)
(let* ((nameblock (nth 1 xml-entry))
(name (cdr (assq 'name nameblock)))
(sysvar (substring name (progn (string-match "^ *!" name)
(match-end 0))))
(link (cdr (assq 'link nameblock)))
(params (cddr xml-entry))
(case-fold-search t)
pelem ptype props fields tags)
(while params
(setq pelem (car params))
(when (listp pelem)
(setq ptype (car pelem)
props (car (cdr pelem)))
(cond
((eq ptype 'FIELD)
(push (cons (cdr (assq 'name props))
(cdr
(idlwave-split-link-target (cdr (assq 'link props)))))
tags))))
(setq params (cdr params)))
(delq nil
(list sysvar (if tags (cons 'tags tags)) (list 'link link)))))
(defvar idlwave-xml-routine-info-file nil)
(defun idlwave-save-routine-info ()
(if idlwave-xml-routine-info-file
(with-temp-file idlwave-xml-system-rinfo-converted-file
(insert
(concat ";; *-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
;; IDLWAVE Routine Information File (IDLWAVE version " idlwave-mode-version ")
;; Automatically generated from source file:
;; " idlwave-xml-routine-info-file "
;; on " (current-time-string) "
;; Do not edit."))
(insert (format "\n(setq idlwave-xml-routine-info-file \n \"%s\")"
idlwave-xml-routine-info-file))
(insert "\n(setq idlwave-system-routines\n '")
(prin1 idlwave-system-routines (current-buffer))
(insert ")")
(insert "\n(setq idlwave-system-variables-alist\n '")
(prin1 idlwave-system-variables-alist (current-buffer))
(insert ")")
(insert "\n(setq idlwave-system-class-info\n '")
(prin1 idlwave-system-class-info (current-buffer))
(insert ")")
(insert "\n(setq idlwave-executive-commands-alist\n '")
(prin1 idlwave-executive-commands-alist (current-buffer))
(insert ")")
(insert "\n(setq idlwave-help-special-topic-words\n '")
(prin1 idlwave-help-special-topic-words (current-buffer))
(insert ")"))))
(defun idlwave-convert-xml-system-routine-info ()
"Convert XML supplied IDL routine info into internal form.
Cache to disk for quick recovery."
(interactive)
(let* ((dir (file-name-as-directory
(expand-file-name "help/online_help" (idlwave-sys-dir))))
(catalog-file (expand-file-name "idl_catalog.xml" dir))
(elem-cnt 0)
props rinfo msg-cnt elem type nelem class-result alias
routines routine-aliases statement-aliases sysvar-aliases
version-string)
(if (not (file-exists-p catalog-file))
(error "No such XML routine info file: %s" catalog-file)
(if (not (file-readable-p catalog-file))
(error "Cannot read XML routine info file: %s" catalog-file)))
(require 'xml)
(message "Reading XML routine info...")
(setq rinfo (xml-parse-file catalog-file))
(message "Reading XML routine info...done")
(setq rinfo (assq 'CATALOG rinfo))
(unless rinfo (error "Failed to parse XML routine info"))
(setq version-string (cdr (assq 'version (nth 1 rinfo)))
rinfo (cddr rinfo))
(setq nelem (length rinfo)
msg-cnt (/ nelem 20))
(setq idlwave-xml-routine-info-file nil)
(message "Converting XML routine info...")
(setq idlwave-system-routines nil
idlwave-system-variables-alist nil
idlwave-system-class-info nil
idlwave-executive-commands-alist nil
idlwave-help-special-topic-words nil)
(while rinfo
(setq elem (car rinfo)
rinfo (cdr rinfo))
(incf elem-cnt)
(when (listp elem)
(setq type (car elem)
props (car (cdr elem)))
(if (= (mod elem-cnt msg-cnt) 0)
(message "Converting XML routine info...%2d%%"
(/ (* elem-cnt 100) nelem)))
(cond
((eq type 'ROUTINE)
(if (setq alias (assq 'alias_to props))
(push (cons (cdr (assq 'name props)) (cdr alias))
routine-aliases)
(setq routines (idlwave-xml-create-rinfo-list elem))
(if (listp (cdr routines))
(setq idlwave-system-routines
(nconc idlwave-system-routines routines))
(push routines idlwave-executive-commands-alist))))
((eq type 'CLASS)
(setq class-result (idlwave-xml-create-class-method-lists elem))
(push (car class-result) idlwave-system-class-info)
(setq idlwave-system-routines
(nconc idlwave-system-routines (cdr class-result))))
((eq type 'STATEMENT)
(push (cons (cdr (assq 'name props))
(cdr (assq 'link props)))
idlwave-help-special-topic-words)
(if (setq alias (assq 'alias_to props))
(unless (member (cdr alias) statement-aliases)
(push (cdr alias) statement-aliases))))
((eq type 'SYSVAR)
(if (setq alias (cdr (assq 'alias_to props)))
(push (cons (substring (cdr (assq 'name props)) 1)
(substring alias 1))
sysvar-aliases)
(push (idlwave-xml-create-sysvar-alist elem)
idlwave-system-variables-alist)))
(t))))
(idlwave-convert-xml-clean-routine-aliases routine-aliases)
(idlwave-convert-xml-clean-statement-aliases statement-aliases)
(idlwave-convert-xml-clean-sysvar-aliases sysvar-aliases)
(setq idlwave-xml-routine-info-file catalog-file)
(idlwave-save-routine-info)
(message "Converting XML routine info...done")))
(defun idlwave-load-rinfo-next-step ()
(let ((inhibit-quit t)
(arr idlwave-load-rinfo-steps-done))
(if (catch 'exit
(when (not (aref arr 0))
(message "Loading system routine info in idle time...")
(idlwave-load-system-routine-info)
(message "Loading system routine info in idle time...done")
(aset arr 0 t)
(throw 'exit t))
(when (not (aref arr 1))
(message "Normalizing idlwave-system-routines in idle time...")
(idlwave-reset-sintern t)
(put 'idlwave-reset-sintern 'done-by-idle t)
(setq idlwave-system-routines
(idlwave-sintern-rinfo-list idlwave-system-routines 'sys))
(message "Normalizing idlwave-system-routines in idle time...done")
(aset arr 1 t)
(throw 'exit t))
(when (not (aref arr 2))
(when (and (stringp idlwave-user-catalog-file)
(file-regular-p idlwave-user-catalog-file))
(message "Loading user catalog in idle time...")
(condition-case nil
(load-file idlwave-user-catalog-file)
(error (throw 'exit nil)))
(if (and
(boundp 'idlwave-library-routines)
idlwave-library-routines)
(progn
(setq idlwave-library-routines nil)
(ding)
(message "Outdated user catalog: %s... recreate"
idlwave-user-catalog-file))
(message "Loading user catalog in idle time...done")))
(aset arr 2 t)
(throw 'exit t))
(when (not (aref arr 3))
(when idlwave-user-catalog-routines
(message "Normalizing user catalog routines in idle time...")
(setq idlwave-user-catalog-routines
(idlwave-sintern-rinfo-list
idlwave-user-catalog-routines 'sys))
(message
"Normalizing user catalog routines in idle time...done"))
(aset arr 3 t)
(throw 'exit t))
(when (not (aref arr 4))
(idlwave-scan-library-catalogs
"Loading and normalizing library catalogs in idle time...")
(aset arr 4 t)
(throw 'exit t))
(when (not (aref arr 5))
(message "Finishing initialization in idle time...")
(idlwave-routines)
(message "Finishing initialization in idle time...done")
(aset arr 5 t)
(throw 'exit nil)))
(if (sit-for 1)
(idlwave-load-rinfo-next-step)
(setq idlwave-load-rinfo-idle-timer
(run-with-idle-timer
idlwave-init-rinfo-when-idle-after
nil 'idlwave-load-rinfo-next-step))))))
(defun idlwave-load-all-rinfo (&optional force)
(when (or force (not (aref idlwave-load-rinfo-steps-done 0)))
(idlwave-load-system-routine-info))
(when (or force (not (aref idlwave-load-rinfo-steps-done 1)))
(message "Normalizing idlwave-system-routines...")
(setq idlwave-system-routines
(idlwave-sintern-rinfo-list idlwave-system-routines 'sys))
(message "Normalizing idlwave-system-routines...done"))
(when idlwave-system-routines
(setq idlwave-routines (copy-sequence idlwave-system-routines))
(setq idlwave-last-system-routine-info-cons-cell
(nthcdr (1- (length idlwave-routines)) idlwave-routines)))
(when (and (stringp idlwave-user-catalog-file)
(file-regular-p idlwave-user-catalog-file))
(condition-case nil
(when (or force (not (aref idlwave-load-rinfo-steps-done 2)))
(load-file idlwave-user-catalog-file))
(error nil))
(when (and
(boundp 'idlwave-library-routines)
idlwave-library-routines)
(setq idlwave-library-routines nil)
(error "Outdated user catalog: %s... recreate"
idlwave-user-catalog-file))
(setq idlwave-true-path-alist nil)
(when (or force (not (aref idlwave-load-rinfo-steps-done 3)))
(message "Normalizing user catalog routines...")
(setq idlwave-user-catalog-routines
(idlwave-sintern-rinfo-list
idlwave-user-catalog-routines 'sys))
(message "Normalizing user catalog routines...done")))
(when (or force (not (aref idlwave-load-rinfo-steps-done 4)))
(idlwave-scan-library-catalogs
"Loading and normalizing library catalogs..."))
(run-hooks 'idlwave-after-load-rinfo-hook))
(defun idlwave-update-buffer-routine-info ()
(let (res)
(cond
((eq idlwave-scan-all-buffers-for-routine-info t)
(message "Scanning all buffers...")
(setq res (idlwave-get-routine-info-from-buffers
(reverse (buffer-list)))))
((null idlwave-scan-all-buffers-for-routine-info)
(setq res nil))
(t
(if (eq major-mode 'idlwave-mode)
(progn
(message "Scanning current buffer...")
(setq res (idlwave-get-routine-info-from-buffers
(list (current-buffer))))))))
(setq idlwave-buffer-routines
(idlwave-sintern-rinfo-list res 'set))))
(defun idlwave-concatenate-rinfo-lists (&optional quiet run-hook)
"Put the different sources for routine information together."
(setcdr idlwave-last-system-routine-info-cons-cell
(append idlwave-buffer-routines
idlwave-compiled-routines
idlwave-library-catalog-routines
idlwave-user-catalog-routines))
(setq idlwave-class-alist nil)
(unless quiet
(message
"Routines Found: buffer(%d) compiled(%d) library(%d) user(%d) system(%d)"
(length idlwave-buffer-routines)
(length idlwave-compiled-routines)
(length idlwave-library-catalog-routines)
(length idlwave-user-catalog-routines)
(length idlwave-system-routines)))
(if run-hook
(run-hooks 'idlwave-update-rinfo-hook)))
(defun idlwave-class-alist ()
"Return the class alist - make it if necessary."
(or idlwave-class-alist
(let (class)
(loop for x in idlwave-routines do
(when (and (setq class (nth 2 x))
(not (assq class idlwave-class-alist)))
(push (list class) idlwave-class-alist)))
idlwave-class-alist)))
(defun idlwave-save-buffer-update ()
(idlwave-update-current-buffer-info 'save-buffer))
(defun idlwave-kill-buffer-update ()
(idlwave-update-current-buffer-info 'kill-buffer))
(defun idlwave-new-buffer-update ()
(idlwave-update-current-buffer-info 'find-file))
(defun idlwave-update-current-buffer-info (why)
"Update idlwave-routines for current buffer. Can run from after-save-hook."
(when (and (eq major-mode 'idlwave-mode)
(or (eq t idlwave-auto-routine-info-updates)
(memq why idlwave-auto-routine-info-updates))
idlwave-scan-all-buffers-for-routine-info
idlwave-routines)
(condition-case nil
(let (routines)
(idlwave-replace-buffer-routine-info
(buffer-file-name)
(if (eq why 'kill-buffer)
nil
(setq routines
(idlwave-sintern-rinfo-list
(idlwave-get-routine-info-from-buffers
(list (current-buffer))) 'set))))
(idlwave-concatenate-rinfo-lists 'quiet)
routines)
(error nil))))
(defun idlwave-replace-buffer-routine-info (file new)
"Cut the part from FILE out of `idlwave-buffer-routines' and add NEW."
(let ((list idlwave-buffer-routines)
found)
(while list
(if (eq (idlwave-routine-source-file (nth 3 (car list))) file)
(progn
(setcar list nil)
(setq found t))
(if found
(setq list nil)))
(setq list (cdr list)))
(setq idlwave-buffer-routines
(append new (delq nil idlwave-buffer-routines)))))
(defun idlwave-get-routine-info-from-buffers (buffers)
"Call `idlwave-get-buffer-routine-info' on idlwave-mode buffers in BUFFERS."
(let (buf routine-lists res)
(save-excursion
(while (setq buf (pop buffers))
(set-buffer buf)
(if (and (eq major-mode 'idlwave-mode)
buffer-file-name)
(progn (setq res (condition-case nil
(idlwave-get-buffer-routine-info)
(error nil)))
(push res routine-lists)))))
(apply 'nconc routine-lists)))
(defun idlwave-get-buffer-routine-info ()
"Scan the current buffer for routine info. Return (PRO-LIST FUNC-LIST)."
(let* ((case-fold-search t)
routine-list string entry)
(save-excursion
(save-restriction
(widen)
(goto-char (point-min))
(while (re-search-forward
"^[ \t]*\\(pro\\|function\\)[ \t]" nil t)
(setq string (buffer-substring-no-properties
(match-beginning 0)
(progn
(idlwave-end-of-statement)
(point))))
(setq entry (idlwave-parse-definition string))
(push entry routine-list))))
routine-list))
(defvar idlwave-scanning-lib-dir)
(defun idlwave-parse-definition (string)
"Parse a module definition."
(let ((case-fold-search t)
start name args type keywords class)
(while (string-match ";.*" string)
(setq string (replace-match "" t t string)))
(while (string-match "\\([^a-zA-Z0-9$_]\\)\\$[ \t]*\n" string)
(setq string (replace-match "\\1 " t nil string)))
(while (string-match "\n" string)
(setq string (replace-match " " t nil string)))
(when (string-match
"\\<\\(pro\\|function\\)\\>\\s-+\\(\\([a-zA-Z0-9$_]+\\)::\\)?\\([a-zA-Z0-9$_]+\\)" string)
(setq start (match-end 0))
(setq type (downcase (match-string 1 string)))
(if (match-beginning 3)
(setq class (match-string 3 string)))
(setq name (match-string 4 string)))
(while (string-match
",\\s-*\\([a-zA-Z][a-zA-Z0-9$_]*\\|\\(_ref\\)?_extra\\)\\s-*\\(=\\)?"
string start)
(setq start (match-end 0))
(if (match-beginning 3)
(push (match-string 1 string) keywords)
(push (match-string 1 string) args)))
(setq args (nreverse args))
(setq keywords (sort keywords (lambda (a b)
(string< (downcase a) (downcase b)))))
(list name
(if (equal type "pro") 'pro 'fun)
class
(cond ((not (boundp 'idlwave-scanning-lib))
(list 'buffer (buffer-file-name)))
(t (list 'user (file-name-nondirectory (buffer-file-name))
idlwave-scanning-lib-dir "UserLib")))
(concat
(if (string= type "function") "Result = " "")
(if class "Obj ->[%s::]" "")
"%s"
(if args
(concat
(if (string= type "function") "(" ", ")
(mapconcat 'identity args ", ")
(if (string= type "function") ")" ""))))
(if keywords
(cons nil (mapcar 'list keywords)) nil))))
(defun idlwave-sys-dir ()
"Return the syslib directory, or a dummy that never matches."
(cond
((and idlwave-system-directory
(not (string= idlwave-system-directory "")))
idlwave-system-directory)
((getenv "IDL_DIR"))
(t "@@@@@@@@")))
(defun idlwave-create-user-catalog-file (&optional arg)
"Scan all files on selected dirs of IDL search path for routine information.
A widget checklist will allow you to choose the directories. Write
the result as a file `idlwave-user-catalog-file'. When this file
exists, will be automatically loaded to give routine information about
library routines. With ARG, just rescan the same directories as last
time - so no widget will pop up."
(interactive "P")
(if (and (stringp idlwave-user-catalog-file)
(file-regular-p idlwave-user-catalog-file))
(condition-case nil
(load-file idlwave-user-catalog-file)
(error nil)))
(unless (and (stringp idlwave-user-catalog-file)
(> (length idlwave-user-catalog-file) 0)
(file-accessible-directory-p
(file-name-directory idlwave-user-catalog-file))
(not (string= "" (file-name-nondirectory
idlwave-user-catalog-file))))
(error "`idlwave-user-catalog-file' does not point to a file in an accessible directory"))
(cond
((and arg idlwave-path-alist
(consp (car idlwave-path-alist)))
(idlwave-scan-user-lib-files idlwave-path-alist))
(idlwave-library-path
(idlwave-display-user-catalog-widget
(if idlwave-true-path-alist
(mapcar (lambda (x)
(let ((path-entry (assoc (file-truename x)
idlwave-true-path-alist)))
(if path-entry
(cons x (cdr path-entry))
(list x))))
(idlwave-expand-path idlwave-library-path))
(mapcar 'list (idlwave-expand-path idlwave-library-path)))))
(t
(message "Asking the shell for IDL path...")
(require 'idlw-shell)
(idlwave-shell-send-command idlwave-shell-path-query
'(idlwave-user-catalog-command-hook nil)
'hide))))
(defun idlwave-user-catalog-command-hook (&optional arg)
(if arg
(idlwave-scan-user-lib-files idlwave-path-alist)
(idlwave-shell-get-path-info 'no-write) (idlwave-scan-library-catalogs "Locating library catalogs..." 'no-load)
(idlwave-display-user-catalog-widget idlwave-path-alist)))
(defconst idlwave-user-catalog-widget-help-string
"This is the front-end to the creation of the IDLWAVE user catalog.
Please select the directories on IDL's search path from which you
would like to extract routine information, to be stored in the file:
%s
If this is not the correct file, first set variable
`idlwave-user-catalog-file', and call this command again.
N.B. Many libraries include pre-scanned catalog files
\(\".idlwave_catalog\"). These are marked with \"[LIB]\", and need
not be scanned. You can scan your own libraries off-line using the
perl script `idlwave_catalog'.
After selecting the directories, choose [Scan & Save] to scan the library
directories and save the routine info.
\n")
(defvar idlwave-widget)
(defvar widget-keymap)
(defun idlwave-display-user-catalog-widget (dirs-list)
"Create the widget to select IDL search path directories for scanning."
(interactive)
(require 'widget)
(require 'wid-edit)
(unless dirs-list
(error "Don't know IDL's search path"))
(kill-buffer (get-buffer-create "*IDLWAVE Widget*"))
(switch-to-buffer (get-buffer-create "*IDLWAVE Widget*"))
(kill-all-local-variables)
(make-local-variable 'idlwave-widget)
(widget-insert (format idlwave-user-catalog-widget-help-string
idlwave-user-catalog-file))
(widget-create 'push-button
:notify 'idlwave-widget-scan-user-lib-files
"Scan & Save")
(widget-insert " ")
(widget-create 'push-button
:notify 'idlwave-delete-user-catalog-file
"Delete File")
(widget-insert " ")
(widget-create 'push-button
:notify
'(lambda (&rest ignore)
(let ((path-list (widget-get idlwave-widget :path-dirs)))
(mapcar (lambda (x)
(unless (memq 'lib (cdr x))
(idlwave-path-alist-add-flag x 'user)))
path-list)
(idlwave-display-user-catalog-widget path-list)))
"Select All Non-Lib")
(widget-insert " ")
(widget-create 'push-button
:notify
'(lambda (&rest ignore)
(let ((path-list (widget-get idlwave-widget :path-dirs)))
(mapcar (lambda (x)
(idlwave-path-alist-remove-flag x 'user))
path-list)
(idlwave-display-user-catalog-widget path-list)))
"Deselect All")
(widget-insert " ")
(widget-create 'push-button
:notify (lambda (&rest ignore)
(kill-buffer (current-buffer)))
"Quit")
(widget-insert "\n\n")
(widget-insert "Select Directories: \n")
(setq idlwave-widget
(apply 'widget-create
'checklist
:value (delq nil (mapcar (lambda (x)
(if (memq 'user (cdr x))
(car x)))
dirs-list))
:greedy t
:tag "List of directories"
(mapcar (lambda (x)
(list 'item
(if (memq 'lib (cdr x))
(concat "[LIB] " (car x) )
(car x)))) dirs-list)))
(widget-put idlwave-widget :path-dirs dirs-list)
(widget-insert "\n")
(use-local-map widget-keymap)
(widget-setup)
(goto-char (point-min))
(delete-other-windows))
(defun idlwave-delete-user-catalog-file (&rest ignore)
(if (yes-or-no-p
(format "Delete file %s " idlwave-user-catalog-file))
(progn
(delete-file idlwave-user-catalog-file)
(message "%s has been deleted" idlwave-user-catalog-file))))
(defun idlwave-widget-scan-user-lib-files (&rest ignore)
(let* ((widget idlwave-widget)
(selected-dirs (widget-value widget))
(path-alist (widget-get widget :path-dirs))
(this-path-alist path-alist)
dir-entry)
(while (setq dir-entry (pop this-path-alist))
(if (member
(if (memq 'lib (cdr dir-entry))
(concat "[LIB] " (car dir-entry))
(car dir-entry))
selected-dirs)
(idlwave-path-alist-add-flag dir-entry 'user)
(idlwave-path-alist-remove-flag dir-entry 'user)))
(idlwave-scan-user-lib-files path-alist)))
(defvar font-lock-mode)
(defun idlwave-scan-user-lib-files (path-alist)
(let* ((idlwave-scanning-lib t)
(idlwave-scanning-lib-dir "")
(idlwave-completion-case nil)
dirs-alist dir files file)
(setq idlwave-user-catalog-routines nil
idlwave-path-alist path-alist idlwave-true-path-alist nil)
(if idlwave-auto-write-paths (idlwave-write-paths))
(save-excursion
(set-buffer (get-buffer-create "*idlwave-scan.pro*"))
(idlwave-mode)
(setq dirs-alist (reverse path-alist))
(while (setq dir (pop dirs-alist))
(when (memq 'user (cdr dir)) (setq dir (car dir))
(setq idlwave-scanning-lib-dir dir)
(when (file-directory-p dir)
(setq files (directory-files dir 'full "\\.[pP][rR][oO]\\'"))
(while (setq file (pop files))
(when (file-regular-p file)
(if (not (file-readable-p file))
(message "Skipping %s (no read permission)" file)
(message "Scanning %s..." file)
(erase-buffer)
(insert-file-contents file 'visit)
(setq idlwave-user-catalog-routines
(append (idlwave-get-routine-info-from-buffers
(list (current-buffer)))
idlwave-user-catalog-routines)))))))))
(message "Creating user catalog file...")
(kill-buffer "*idlwave-scan.pro*")
(kill-buffer (get-buffer-create "*IDLWAVE Widget*"))
(let ((font-lock-maximum-size 0)
(auto-mode-alist nil))
(find-file idlwave-user-catalog-file))
(if (and (boundp 'font-lock-mode)
font-lock-mode)
(font-lock-mode 0))
(erase-buffer)
(insert ";; IDLWAVE user catalog file\n")
(insert (format ";; Created %s\n\n" (current-time-string)))
(insert "\n(setq idlwave-user-catalog-routines\n '(")
(let ((standard-output (current-buffer)))
(mapcar (lambda (x)
(insert "\n ")
(prin1 x)
(goto-char (point-max)))
idlwave-user-catalog-routines))
(insert (format "))\n\n;;; %s ends here\n"
(file-name-nondirectory idlwave-user-catalog-file)))
(goto-char (point-min))
(save-buffer 0)
(kill-buffer (current-buffer)))
(message "Creating user catalog file...done")
(message "Info for %d routines saved in %s"
(length idlwave-user-catalog-routines)
idlwave-user-catalog-file)
(sit-for 2)
(idlwave-update-routine-info t))
(defun idlwave-read-paths ()
(if (and (stringp idlwave-path-file)
(file-regular-p idlwave-path-file))
(condition-case nil
(load idlwave-path-file t t t)
(error nil))))
(defun idlwave-write-paths ()
(interactive)
(when (and idlwave-path-alist idlwave-system-directory)
(let ((font-lock-maximum-size 0)
(auto-mode-alist nil))
(find-file idlwave-path-file))
(if (and (boundp 'font-lock-mode)
font-lock-mode)
(font-lock-mode 0))
(erase-buffer)
(insert ";; IDLWAVE paths\n")
(insert (format ";; Created %s\n\n" (current-time-string)))
(insert (format "\n(setq idlwave-system-directory \"%s\")\n"
idlwave-system-directory))
(insert "\n(setq idlwave-path-alist\n '(")
(let ((standard-output (current-buffer)))
(mapcar (lambda (x)
(insert "\n ")
(prin1 x)
(goto-char (point-max)))
idlwave-path-alist))
(insert "))\n")
(save-buffer 0)
(kill-buffer (current-buffer))))
(defun idlwave-expand-path (path &optional default-dir)
(message "Expanding path...")
(let (path1 dir recursive)
(while (setq dir (pop path))
(if (setq recursive (string= (substring dir 0 1) "+"))
(setq dir (substring dir 1)))
(if (and recursive
(not (file-name-absolute-p dir)))
(setq dir (expand-file-name dir default-dir)))
(if recursive
(setq path1 (append (idlwave-recursive-directory-list dir) path1))
(push dir path1)))
(message "Expanding path...done")
(nreverse path1)))
(defun idlwave-recursive-directory-list (dir)
(let ((path (list dir)) path1 file files)
(while (setq dir (pop path))
(when (file-directory-p dir)
(setq files (nreverse (directory-files dir t "[^.]")))
(while (setq file (pop files))
(if (file-directory-p file)
(push (file-name-as-directory file) path)))
(push dir path1)))
path1))
(defun idlwave-scan-library-catalogs (&optional message-base no-load)
"Scan for library catalog files (.idlwave_catalog) and ingest.
All directories on `idlwave-path-alist' (or `idlwave-library-path'
instead, if present) are searched. Print MESSAGE-BASE along with the
libraries being loaded, if passed, and skip loading/normalizing if
NO-LOAD is non-nil. The variable `idlwave-use-library-catalogs' can
be set to nil to disable library catalog scanning."
(when idlwave-use-library-catalogs
(let ((dirs
(if idlwave-library-path
(idlwave-expand-path idlwave-library-path)
(mapcar 'car idlwave-path-alist)))
(old-libname "")
dir-entry dir flags catalog all-routines)
(if message-base (message message-base))
(while (setq dir (pop dirs))
(catch 'continue
(when (file-readable-p
(setq catalog (expand-file-name ".idlwave_catalog" dir)))
(unless no-load
(setq idlwave-library-catalog-routines nil)
(condition-case nil
(load catalog t t t)
(error (throw 'continue t)))
(when (and
message-base
(not (string= idlwave-library-catalog-libname
old-libname)))
(message "%s" (concat message-base
idlwave-library-catalog-libname))
(setq old-libname idlwave-library-catalog-libname))
(when idlwave-library-catalog-routines
(setq all-routines
(append
(idlwave-sintern-rinfo-list
idlwave-library-catalog-routines 'sys dir)
all-routines))))
(when (and idlwave-path-alist
(setq dir-entry (assoc dir idlwave-path-alist)))
(idlwave-path-alist-add-flag dir-entry 'lib)))))
(unless no-load (setq idlwave-library-catalog-routines all-routines))
(if message-base (message (concat message-base "done"))))))
(defconst idlwave-routine-info.pro
"
;; START OF IDLWAVE SUPPORT ROUTINES
pro idlwave_print_safe,item,limit
catch,err
if err ne 0 then begin
print,'Could not print item.'
return
endif
if n_elements(item) gt limit then $
print,item[0:limit-1],'<... truncated at ',strtrim(limit,2),' elements>' $
else print,item
end
pro idlwave_print_info_entry,name,func=func,separator=sep
;; See if it's an object method
if name eq '' then return
func = keyword_set(func)
methsep = strpos(name,'::')
meth = methsep ne -1
;; Get routine info
pars = routine_info(name,/parameters,functions=func)
source = routine_info(name,/source,functions=func)
nargs = pars.num_args
nkw = pars.num_kw_args
if nargs gt 0 then args = pars.args
if nkw gt 0 then kwargs = pars.kw_args
;; Trim the class, and make the name
if meth then begin
class = strmid(name,0,methsep)
name = strmid(name,methsep+2,strlen(name)-1)
if nargs gt 0 then begin
;; remove the self argument
wh = where(args ne 'SELF',nargs)
if nargs gt 0 then args = args[wh]
endif
endif else begin
;; No class, just a normal routine.
class = \"\"
endelse
;; Calling sequence
cs = \"\"
if func then cs = 'Result = '
if meth then cs = cs + 'Obj -> [' + '%s' + '::]'
cs = cs + '%s'
if func then cs = cs + '(' else if nargs gt 0 then cs = cs + ', '
if nargs gt 0 then begin
for j=0,nargs-1 do begin
cs = cs + args[j]
if j lt nargs-1 then cs = cs + ', '
endfor
end
if func then cs = cs + ')'
;; Keyword arguments
kwstring = ''
if nkw gt 0 then begin
for j=0,nkw-1 do begin
kwstring = kwstring + ' ' + kwargs[j]
endfor
endif
ret=(['IDLWAVE-PRO','IDLWAVE-FUN'])[func]
print,ret + ': ' + name + sep + class + sep + source[0].path $
+ sep + cs + sep + kwstring
end
pro idlwave_routine_info,file
on_error,1
sep = '<@>'
print,'>>>BEGIN OF IDLWAVE ROUTINE INFO (\"' + sep + '\" IS THE SEPARATOR)'
all = routine_info()
fileQ=n_elements(file) ne 0
if fileQ then file=strtrim(file,2)
for i=0L,n_elements(all)-1L do begin
if fileQ then begin
if (routine_info(all[i],/SOURCE)).path eq file then $
idlwave_print_info_entry,all[i],separator=sep
endif else idlwave_print_info_entry,all[i],separator=sep
endfor
all = routine_info(/functions)
for i=0L,n_elements(all)-1L do begin
if fileQ then begin
if (routine_info(all[i],/FUNCTIONS,/SOURCE)).path eq file then $
idlwave_print_info_entry,all[i],separator=sep,/FUNC
endif else idlwave_print_info_entry,all[i],separator=sep,/FUNC
endfor
print,'>>>END OF IDLWAVE ROUTINE INFO'
end
pro idlwave_get_sysvars
on_error,1
catch,error_status
if error_status ne 0 then begin
print, 'Cannot get info about system variables'
endif else begin
help,/brief,output=s,/system_variables ; ? unsafe use of OUTPUT=
s = strtrim(strjoin(s,' ',/single),2) ; make one line
v = strsplit(s,' +',/regex,/extract) ; get variables
for i=0L,n_elements(v)-1 do begin
t = [''] ; get tag list
a=execute('if n_tags('+v[i]+') gt 0 then t=tag_names('+v[i]+')')
print, 'IDLWAVE-SYSVAR: '+v[i]+' '+strjoin(t,' ',/single)
endfor
endelse
end
pro idlwave_get_class_tags, class
res = execute('tags=tag_names({'+class+'})')
if res then print,'IDLWAVE-CLASS-TAGS: '+class+' '+strjoin(tags,' ',/single)
end
;; END OF IDLWAVE SUPPORT ROUTINES
"
"The idl programs to get info from the shell.")
(defvar idlwave-idlwave_routine_info-compiled nil
"Remembers if the routine info procedure is already compiled.")
(defvar idlwave-shell-temp-pro-file)
(defvar idlwave-shell-temp-rinfo-save-file)
(defun idlwave-shell-compile-helper-routines (&optional wait)
(unless (and idlwave-idlwave_routine_info-compiled
(file-readable-p (idlwave-shell-temp-file 'rinfo)))
(save-excursion
(set-buffer (idlwave-find-file-noselect
(idlwave-shell-temp-file 'pro)))
(erase-buffer)
(insert idlwave-routine-info.pro)
(save-buffer 0))
(idlwave-shell-send-command
(concat ".run \"" idlwave-shell-temp-pro-file "\"")
nil 'hide wait)
(idlwave-shell-send-command
(format "save,'idlwave_print_safe','idlwave_routine_info','idlwave_print_info_entry','idlwave_get_class_tags','idlwave_get_sysvars',FILE='%s',/ROUTINES"
(idlwave-shell-temp-file 'rinfo))
nil 'hide)
(setq idlwave-idlwave_routine_info-compiled t))
(idlwave-shell-send-command
(format "if execute(\"_v=routine_info('idlwave_routine_info',/SOURCE)\") eq 0 then restore,'%s' else if _v.path eq '' then restore,'%s'"
idlwave-shell-temp-rinfo-save-file
idlwave-shell-temp-rinfo-save-file)
nil 'hide))
(defun idlwave-shell-update-routine-info (&optional quiet run-hooks wait file)
"Query the shell for routine_info of compiled modules and update the lists."
(idlwave-shell-compile-helper-routines wait)
(idlwave-shell-send-command
(format "idlwave_routine_info%s" (if file (concat ",'" file "'") ""))
`(progn
(idlwave-shell-routine-info-filter)
(idlwave-concatenate-rinfo-lists ,quiet ,run-hooks))
'hide wait))
(defvar idlwave-completion-help-info nil)
(defvar idlwave-completion-help-links nil)
(defvar idlwave-current-obj_new-class nil)
(defvar idlwave-complete-special nil)
(defun idlwave-complete (&optional arg module class)
"Complete a function, procedure or keyword name at point.
This function is smart and figures out what can be completed
at this point.
- At the beginning of a statement it completes procedure names.
- In the middle of a statement it completes function names.
- after a `(' or `,' in the argument list of a function or procedure,
it completes a keyword of the relevant function or procedure.
- In the first arg of `OBJ_NEW', it completes a class name.
When several completions are possible, a list will be displayed in the
*Completions* buffer. If this list is too long to fit into the
window, scrolling can be achieved by repeatedly pressing
\\[idlwave-complete].
The function also knows about object methods. When it needs a class
name, the action depends upon `idlwave-query-class', which see. You
can force IDLWAVE to ask you for a class name with a
\\[universal-argument] prefix argument to this command.
See also the variables `idlwave-keyword-completion-adds-equal' and
`idlwave-function-completion-adds-paren'.
The optional ARG can be used to specify the completion type in order
to override IDLWAVE's idea of what should be completed at point.
Possible values are:
0 <=> query for the completion type
1 <=> 'procedure
2 <=> 'procedure-keyword
3 <=> 'function
4 <=> 'function-keyword
5 <=> 'procedure-method
6 <=> 'procedure-method-keyword
7 <=> 'function-method
8 <=> 'function-method-keyword
9 <=> 'class
As a special case, the universal argument C-u forces completion of
function names in places where the default would be a keyword.
Two prefix argument, C-u C-u, prompts for a regexp by which to limit
completion.
For Lisp programmers only:
When we force a keyword, optional argument MODULE can contain the module name.
When we force a method or a method keyword, CLASS can specify the class."
(interactive "P")
(idlwave-routines)
(let* ((where-list
(if (and arg
(or (and (integerp arg) (not (equal arg '(16))))
(symbolp arg)))
(idlwave-make-force-complete-where-list arg module class)
(idlwave-where)))
(what (nth 2 where-list))
(idlwave-force-class-query (equal arg '(4)))
(completion-regexp-list
(if (equal arg '(16))
(list (read-string (concat "Completion Regexp: "))))))
(if (and module (string-match "::" module))
(setq class (substring module 0 (match-beginning 0))
module (substring module (match-end 0))))
(cond
((and (null arg)
(eq (car-safe last-command) 'idlwave-display-completion-list)
(get-buffer-window "*Completions*"))
(setq this-command last-command)
(idlwave-scroll-completions))
((and (idlwave-in-quote)
(not (eq what 'class)))
(idlwave-complete-filename))
((and idlwave-complete-special
(idlwave-call-special idlwave-complete-special)))
((null what)
(error "Nothing to complete here"))
((eq what 'class)
(setq idlwave-completion-help-info '(class))
(idlwave-complete-class))
((eq what 'procedure)
(let* ((cw-list (nth 3 where-list))
(class-selector (idlwave-determine-class cw-list 'pro))
(super-classes (unless (idlwave-explicit-class-listed cw-list)
(idlwave-all-class-inherits class-selector)))
(isa (concat "procedure" (if class-selector "-method" "")))
(type-selector 'pro))
(setq idlwave-completion-help-info
(list 'routine nil type-selector class-selector nil super-classes))
(idlwave-complete-in-buffer
'procedure (if class-selector 'method 'routine)
(idlwave-routines) 'idlwave-selector
(format "Select a %s name%s"
isa
(if class-selector
(format " (class is %s)"
(if (eq class-selector t)
"unknown" class-selector))
""))
isa
'idlwave-attach-method-classes 'idlwave-add-file-link-selector)))
((eq what 'function)
(let* ((cw-list (nth 3 where-list))
(class-selector (idlwave-determine-class cw-list 'fun))
(super-classes (unless (idlwave-explicit-class-listed cw-list)
(idlwave-all-class-inherits class-selector)))
(isa (concat "function" (if class-selector "-method" "")))
(type-selector 'fun))
(setq idlwave-completion-help-info
(list 'routine nil type-selector class-selector nil super-classes))
(idlwave-complete-in-buffer
'function (if class-selector 'method 'routine)
(idlwave-routines) 'idlwave-selector
(format "Select a %s name%s"
isa
(if class-selector
(format " (class is %s)"
(if (eq class-selector t)
"unknown" class-selector))
""))
isa
'idlwave-attach-method-classes 'idlwave-add-file-link-selector)))
((and (memq what '(procedure-keyword function-keyword)) (equal arg '(4)))
(idlwave-complete 3))
((eq what 'procedure-keyword)
(let* ((where (nth 3 where-list))
(name (car where))
(method-selector name)
(type-selector 'pro)
(class (idlwave-determine-class where 'pro))
(class-selector class)
(super-classes (idlwave-all-class-inherits class-selector))
(isa (format "procedure%s-keyword" (if class "-method" "")))
(entry (idlwave-best-rinfo-assq
name 'pro class (idlwave-routines)))
(system (if entry (eq (car (nth 3 entry)) 'system)))
(list (idlwave-entry-keywords entry 'do-link)))
(unless (or entry (eq class t))
(error "Nothing known about procedure %s"
(idlwave-make-full-name class name)))
(setq list (idlwave-fix-keywords name 'pro class list
super-classes system))
(unless list (error "No keywords available for procedure %s"
(idlwave-make-full-name class name)))
(setq idlwave-completion-help-info
(list 'keyword name type-selector class-selector entry super-classes))
(idlwave-complete-in-buffer
'keyword 'keyword list nil
(format "Select keyword for procedure %s%s"
(idlwave-make-full-name class name)
(if (or (member '("_EXTRA") list)
(member '("_REF_EXTRA") list))
" (note _EXTRA)" ""))
isa
'idlwave-attach-keyword-classes)))
((eq what 'function-keyword)
(let* ((where (nth 3 where-list))
(name (car where))
(method-selector name)
(type-selector 'fun)
(class (idlwave-determine-class where 'fun))
(class-selector class)
(super-classes (idlwave-all-class-inherits class-selector))
(isa (format "function%s-keyword" (if class "-method" "")))
(entry (idlwave-best-rinfo-assq
name 'fun class (idlwave-routines)))
(system (if entry (eq (car (nth 3 entry)) 'system)))
(list (idlwave-entry-keywords entry 'do-link))
msg-name)
(unless (or entry (eq class t))
(error "Nothing known about function %s"
(idlwave-make-full-name class name)))
(setq list (idlwave-fix-keywords name 'fun class list
super-classes system))
(setq msg-name (if (and (null class)
(string= (upcase name) "OBJ_NEW"))
(concat idlwave-current-obj_new-class
"::Init (via OBJ_NEW)")
(idlwave-make-full-name class name)))
(unless list (error "No keywords available for function %s"
msg-name))
(setq idlwave-completion-help-info
(list 'keyword name type-selector class-selector nil super-classes))
(idlwave-complete-in-buffer
'keyword 'keyword list nil
(format "Select keyword for function %s%s" msg-name
(if (or (member '("_EXTRA") list)
(member '("_REF_EXTRA") list))
" (note _EXTRA)" ""))
isa
'idlwave-attach-keyword-classes)))
(t (error "This should not happen (idlwave-complete)")))))
(defvar idlwave-complete-special nil
"List of special completion functions.
These functions are called for each completion. Each function must
check if its own special completion context is present. If yes, it
should use `idlwave-complete-in-buffer' to do some completion and
return t. If such a function returns t, *no further* attempts to
complete other contexts will be done. If the function returns nil,
other completions will be tried.")
(defun idlwave-call-special (functions &rest args)
(let ((funcs functions)
fun ret)
(catch 'exit
(while (setq fun (pop funcs))
(if (setq ret (apply fun args))
(throw 'exit ret)))
nil)))
(defun idlwave-make-force-complete-where-list (what &optional module class)
(let* ((what-list '(("procedure") ("procedure-keyword")
("function") ("function-keyword")
("procedure-method") ("procedure-method-keyword")
("function-method") ("function-method-keyword")
("class")))
(module (idlwave-sintern-routine-or-method module class))
(class (idlwave-sintern-class class))
(what (cond
((equal what 0)
(setq what
(intern (completing-read
"Complete what? " what-list nil t))))
((integerp what)
(setq what (intern (car (nth (1- what) what-list)))))
((and what
(symbolp what)
(assoc (symbol-name what) what-list))
what)
(t (error "Invalid WHAT"))))
(nil-list '(nil nil nil nil))
(class-list (list nil nil (or class t) nil)))
(cond
((eq what 'procedure)
(list nil-list nil-list 'procedure nil-list nil))
((eq what 'procedure-keyword)
(let* ((class-selector nil)
(super-classes nil)
(type-selector 'pro)
(pro (or module
(idlwave-completing-read
"Procedure: " (idlwave-routines) 'idlwave-selector))))
(setq pro (idlwave-sintern-routine pro))
(list nil-list nil-list 'procedure-keyword
(list pro nil nil nil) nil)))
((eq what 'function)
(list nil-list nil-list 'function nil-list nil))
((eq what 'function-keyword)
(let* ((class-selector nil)
(super-classes nil)
(type-selector 'fun)
(func (or module
(idlwave-completing-read
"Function: " (idlwave-routines) 'idlwave-selector))))
(setq func (idlwave-sintern-routine func))
(list nil-list nil-list 'function-keyword
(list func nil nil nil) nil)))
((eq what 'procedure-method)
(list nil-list nil-list 'procedure class-list nil))
((eq what 'procedure-method-keyword)
(let* ((class (idlwave-determine-class class-list 'pro))
(class-selector class)
(super-classes (idlwave-all-class-inherits class-selector))
(type-selector 'pro)
(pro (or module
(idlwave-completing-read
(format "Procedure in %s class: " class-selector)
(idlwave-routines) 'idlwave-selector))))
(setq pro (idlwave-sintern-method pro))
(list nil-list nil-list 'procedure-keyword
(list pro nil class nil) nil)))
((eq what 'function-method)
(list nil-list nil-list 'function class-list nil))
((eq what 'function-method-keyword)
(let* ((class (idlwave-determine-class class-list 'fun))
(class-selector class)
(super-classes (idlwave-all-class-inherits class-selector))
(type-selector 'fun)
(func (or module
(idlwave-completing-read
(format "Function in %s class: " class-selector)
(idlwave-routines) 'idlwave-selector))))
(setq func (idlwave-sintern-method func))
(list nil-list nil-list 'function-keyword
(list func nil class nil) nil)))
((eq what 'class)
(list nil-list nil-list 'class nil-list nil))
(t (error "Invalid value for WHAT")))))
(defun idlwave-completing-read (&rest args)
(let ((old-value (default-value 'completion-ignore-case)))
(unwind-protect
(progn
(setq-default completion-ignore-case t)
(apply 'completing-read args))
(setq-default completion-ignore-case old-value))))
(defvar idlwave-shell-default-directory)
(defun idlwave-complete-filename ()
"Use the comint stuff to complete a file name."
(require 'comint)
(let* ((comint-file-name-chars "~/A-Za-z0-9+@:_.$#%={}\\-")
(comint-completion-addsuffix nil)
(default-directory
(if (and (boundp 'idlwave-shell-default-directory)
(stringp idlwave-shell-default-directory)
(file-directory-p idlwave-shell-default-directory))
idlwave-shell-default-directory
default-directory)))
(comint-dynamic-complete-filename)))
(defun idlwave-make-full-name (class name)
(concat (if class (format "%s::" class) "") name))
(defun idlwave-rinfo-assoc (name type class list)
"Like `idlwave-rinfo-assq', but sintern strings first."
(idlwave-rinfo-assq
(idlwave-sintern-routine-or-method name class)
type (idlwave-sintern-class class) list))
(defun idlwave-rinfo-assq (name type class list)
(catch 'exit
(let (match)
(while (setq match (assq name list))
(and (or (eq type t)
(eq (nth 1 match) type))
(eq (nth 2 match) class)
(throw 'exit match))
(setq list (cdr (memq match list)))))))
(defun idlwave-rinfo-assq-any-class (name type class list)
(let* ((classes (cons class (idlwave-all-class-inherits class)))
class rtn)
(while classes
(if (setq rtn (idlwave-rinfo-assq name type (pop classes) list))
(setq classes nil)))
rtn))
(defun idlwave-best-rinfo-assq (name type class list &optional with-file
keep-system)
"Like `idlwave-rinfo-assq', but get all twins and sort, then return first.
If WITH-FILE is passed, find the best rinfo entry with a file
included. If KEEP-SYSTEM is set, don't prune system for compiled
syslib files."
(let ((twins (idlwave-routine-twins
(idlwave-rinfo-assq-any-class name type class list)
list))
syslibp)
(when (> (length twins) 1)
(setq twins (sort twins 'idlwave-routine-entry-compare-twins))
(if (and (null keep-system)
(eq 'system (car (nth 3 (car twins))))
(setq syslibp (idlwave-any-syslib (cdr twins)))
(not (equal 1 syslibp)))
(setq twins (cdr twins)))
(if with-file
(setq twins (delq nil
(mapcar (lambda (x)
(if (nth 1 (nth 3 x)) x))
twins)))))
(car twins)))
(defun idlwave-best-rinfo-assoc (name type class list &optional with-file
keep-system)
"Like `idlwave-best-rinfo-assq', but sintern strings first."
(idlwave-best-rinfo-assq
(idlwave-sintern-routine-or-method name class)
type (idlwave-sintern-class class) list with-file keep-system))
(defun idlwave-any-syslib (entries)
"Does the entry list ENTRIES contain a syslib entry?
If yes, return the index (>=1)."
(let (file (cnt 0))
(catch 'exit
(while entries
(incf cnt)
(setq file (idlwave-routine-source-file (nth 3 (car entries))))
(if (and file (idlwave-syslib-p file))
(throw 'exit cnt)
(setq entries (cdr entries))))
nil)))
(defun idlwave-all-assq (key list)
"Return a list of all associations of Key in LIST."
(let (rtn elt)
(while (setq elt (assq key list))
(push elt rtn)
(setq list (cdr (memq elt list))))
(nreverse rtn)))
(defun idlwave-all-method-classes (method &optional type)
"Return all classes which have a method METHOD. TYPE is 'fun or 'pro.
When TYPE is not specified, both procedures and functions will be considered."
(if (null method)
(mapcar 'car (idlwave-class-alist))
(let (rtn)
(mapcar (lambda (x)
(and (nth 2 x)
(or (not type)
(eq type (nth 1 x)))
(push (nth 2 x) rtn)))
(idlwave-all-assq method (idlwave-routines)))
(idlwave-uniquify rtn))))
(defun idlwave-all-method-keyword-classes (method keyword &optional type)
"Return all classes which have a method METHOD with keyword KEYWORD.
TYPE is 'fun or 'pro.
When TYPE is not specified, both procedures and functions will be considered."
(if (or (null method)
(null keyword))
nil
(let (rtn)
(mapcar (lambda (x)
(and (nth 2 x) (or (not type) (eq type (nth 1 x)))
(assoc keyword (idlwave-entry-keywords x))
(push (nth 2 x) rtn)))
(idlwave-all-assq method (idlwave-routines)))
(idlwave-uniquify rtn))))
(defun idlwave-members-only (list club)
"Return list of all elements in LIST which are also in CLUB."
(let (rtn)
(while list
(if (member (car list) club)
(setq rtn (cons (car list) rtn)))
(setq list (cdr list)))
(nreverse rtn)))
(defun idlwave-nonmembers-only (list club)
"Return list of all elements in LIST which are not in CLUB."
(let (rtn)
(while list
(if (member (car list) club)
nil
(setq rtn (cons (car list) rtn)))
(setq list (cdr list)))
(nreverse rtn)))
(defun idlwave-explicit-class-listed (info)
"Return whether or not the class is listed explicitly, ala a->b::c.
INFO is as returned by idlwave-what-function or -procedure."
(let ((apos (nth 3 info)))
(if apos
(save-excursion (goto-char apos)
(looking-at "->[a-zA-Z][a-zA-Z0-9$_]*::")))))
(defvar idlwave-determine-class-special nil
"List of special functions for determining class.
Must accept two arguments: `apos' and `info'")
(defun idlwave-determine-class (info type)
(let* ((class (nth 2 info))
(apos (nth 3 info))
(nassoc (assoc (if (stringp (car info))
(upcase (car info))
(car info))
idlwave-query-class))
(dassoc (assq (if (car info) 'keyword-default 'method-default)
idlwave-query-class))
(query (cond (nassoc (cdr nassoc))
(dassoc (cdr dassoc))
(t t)))
(arrow (and apos (string= (buffer-substring apos (+ 2 apos)) "->")))
(is-self
(and arrow
(save-excursion (goto-char apos)
(forward-word -1)
(let ((case-fold-search t))
(looking-at "self\\>")))))
(force-query idlwave-force-class-query)
store special-class class-alist)
(cond
((null class) nil)
((eq t class)
(if (and arrow (get-text-property apos 'idlwave-class)
idlwave-store-inquired-class
(not force-query))
(setq class (get-text-property apos 'idlwave-class)
class (idlwave-sintern-class class)))
(if (and (eq t class) is-self)
(setq class (or (nth 2 (idlwave-current-routine)) class)))
(when (and (eq t class)
idlwave-determine-class-special
(not force-query))
(setq special-class
(idlwave-call-special idlwave-determine-class-special apos))
(if special-class
(setq class (idlwave-sintern-class special-class)
store idlwave-store-inquired-class)))
(when (and (eq class t)
(or force-query query))
(setq class-alist
(mapcar 'list (idlwave-all-method-classes (car info) type)))
(setq class
(idlwave-sintern-class
(cond
((and (= (length class-alist) 0) (not force-query))
(error "No classes available with method %s" (car info)))
((and (= (length class-alist) 1) (not force-query))
(car (car class-alist)))
(t
(setq store idlwave-store-inquired-class)
(idlwave-completing-read
(format "Class%s: " (if (stringp (car info))
(format " for %s method %s"
type (car info))
""))
class-alist nil nil nil 'idlwave-class-history))))))
(when (and class (not (eq t class)))
(when (and store arrow)
(condition-case ()
(add-text-properties
apos (+ apos 2)
`(idlwave-class ,class face ,idlwave-class-arrow-face
rear-nonsticky t))
(error nil)))
(setf (nth 2 info) class))
class)
(t class))))
(defvar type-selector)
(defvar class-selector)
(defvar method-selector)
(defvar super-classes)
(defun idlwave-selector (a)
(and (eq (nth 1 a) type-selector)
(or (and (nth 2 a) (eq class-selector t))
(eq (nth 2 a) class-selector)
(memq (nth 2 a) super-classes))))
(defun idlwave-add-file-link-selector (a)
(let ((sel (idlwave-selector a)) file)
(if (and sel (setq file (idlwave-entry-has-help a)))
(push (cons (car a) file) idlwave-completion-help-links))
sel))
(defun idlwave-where ()
"Find out where we are.
The return value is a list with the following stuff:
\(PRO-LIST FUNC-LIST COMPLETE-WHAT CW-LIST LAST-CHAR)
PRO-LIST (PRO POINT CLASS ARROW)
FUNC-LIST (FUNC POINT CLASS ARROW)
COMPLETE-WHAT a symbol indicating what kind of completion makes sense here
CW-LIST (PRO-OR-FUNC POINT CLASS ARROW) Like PRO-LIST, for what can
be completed here.
LAST-CHAR last relevant character before point (non-white non-comment,
not part of current identifier or leading slash).
In the lists, we have these meanings:
PRO: Procedure name
FUNC: Function name
POINT: Where is this
CLASS: What class has the routine (nil=no, t=is method, but class unknown)
ARROW: Location of the arrow"
(idlwave-routines)
(let* ( (bos (save-excursion (idlwave-start-of-substatement 'pre) (point)))
(func-entry (idlwave-what-function bos))
(func (car func-entry))
(func-class (nth 1 func-entry))
(func-arrow (nth 2 func-entry))
(func-point (or (nth 3 func-entry) 0))
(func-level (or (nth 4 func-entry) 0))
(pro-entry (idlwave-what-procedure bos))
(pro (car pro-entry))
(pro-class (nth 1 pro-entry))
(pro-arrow (nth 2 pro-entry))
(pro-point (or (nth 3 pro-entry) 0))
(last-char (idlwave-last-valid-char))
(case-fold-search t)
(match-string (buffer-substring bos (point)))
cw cw-mod cw-arrow cw-class cw-point)
(if (< func-point pro-point) (setq func nil))
(cond
((string-match "\\`[ \t]*\\(pro\\|function\\)[ \t]+[a-zA-Z0-9_]*\\'"
match-string)
(setq cw 'class))
((string-match
"\\`[ \t]*\\([a-zA-Z][a-zA-Z0-9$_]*\\)?\\'"
(if (> pro-point 0)
(buffer-substring pro-point (point))
match-string))
(setq cw 'procedure cw-class pro-class cw-point pro-point
cw-arrow pro-arrow))
((string-match "\\`[ \t]*\\(pro\\|function\\)\\>"
match-string)
nil)
((string-match "OBJ_NEW([ \t]*['\"]\\([a-zA-Z0-9$_]*\\)?\\'"
match-string)
(setq cw 'class))
((string-match "\\<inherits\\s-+\\([a-zA-Z0-9$_]*\\)?\\'"
match-string)
(setq cw 'class))
((and func
(> func-point pro-point)
(= func-level 1)
(memq last-char '(?\( ?,)))
(setq cw 'function-keyword cw-mod func cw-point func-point
cw-class func-class cw-arrow func-arrow))
((and pro (eq last-char ?,))
(setq cw 'procedure-keyword cw-mod pro cw-point pro-point
cw-class pro-class cw-arrow pro-arrow))
(t
(setq cw 'function)
(save-excursion
(if (re-search-backward "->[ \t]*\\(\\$[ \t]*\\(;.*\\)?\n\\s-*\\)?\\(\\([$a-zA-Z0-9_]+\\)::\\)?[$a-zA-Z0-9_]*\\=" bos t)
(setq cw-arrow (copy-marker (match-beginning 0))
cw-class (if (match-end 4)
(idlwave-sintern-class (match-string 4))
t))))))
(list (list pro pro-point pro-class pro-arrow)
(list func func-point func-class func-arrow)
cw
(list cw-mod cw-point cw-class cw-arrow)
last-char)))
(defun idlwave-this-word (&optional class)
(setq class (or class "a-zA-Z0-9$_."))
(save-excursion
(buffer-substring
(progn (skip-chars-backward class) (point))
(progn (skip-chars-forward class) (point)))))
(defun idlwave-what-function (&optional bound)
(catch 'exit
(let (pos
func-point
(cnt 0)
func arrow-start class)
(idlwave-with-special-syntax
(save-restriction
(save-excursion
(narrow-to-region (max 1 (or bound 0)) (point-max))
(while (condition-case nil
(progn (up-list -1) t)
(error nil))
(setq pos (point))
(incf cnt)
(when (and (= (following-char) ?\()
(re-search-backward
"\\(::\\|\\<\\)\\([a-zA-Z][a-zA-Z0-9$_]*\\)[ \t]*\\="
bound t))
(setq func (match-string 2)
func-point (goto-char (match-beginning 2))
pos func-point)
(if (re-search-backward
"->[ \t]*\\(\\([a-zA-Z][a-zA-Z0-9$_]*\\)::\\)?\\=" bound t)
(setq arrow-start (copy-marker (match-beginning 0))
class (or (match-string 2) t)))
(throw
'exit
(list
(idlwave-sintern-routine-or-method func class)
(idlwave-sintern-class class)
arrow-start func-point cnt)))
(goto-char pos))
(throw 'exit nil)))))))
(defun idlwave-what-procedure (&optional bound)
(let ((pos (point)) pro-point
pro class arrow-start string)
(save-excursion
(idlwave-start-of-substatement 'pre)
(setq string (buffer-substring (point) pos))
(if (string-match
"\\`[ \t]*\\([a-zA-Z][a-zA-Z0-9$_]*\\)[ \t]*\\(,\\|\\'\\)" string)
(setq pro (match-string 1 string)
pro-point (+ (point) (match-beginning 1)))
(if (and (idlwave-skip-object)
(setq string (buffer-substring (point) pos))
(string-match
"\\`[ \t]*\\(->\\)[ \t]*\\(\\([a-zA-Z][a-zA-Z0-9$_]*\\)::\\)?\\([a-zA-Z][a-zA-Z0-9$_]*\\)?[ \t]*\\(,\\|\\(\\$\\s *\\(;.*\\)?\\)?$\\)"
string))
(setq pro (if (match-beginning 4)
(match-string 4 string))
pro-point (if (match-beginning 4)
(+ (point) (match-beginning 4))
pos)
arrow-start (copy-marker (+ (point) (match-beginning 1)))
class (or (match-string 3 string) t)))))
(list (idlwave-sintern-routine-or-method pro class)
(idlwave-sintern-class class)
arrow-start
pro-point)))
(defun idlwave-skip-object ()
(let ((pos (point)))
(if (catch 'exit
(save-excursion
(skip-chars-forward " ") (skip-chars-forward "*") (cond
((looking-at idlwave-identifier)
(goto-char (match-end 0)))
((eq (following-char) ?\()
nil)
(t (throw 'exit nil)))
(catch 'endwhile
(while t
(cond ((eq (following-char) ?.)
(forward-char 1)
(if (not (looking-at idlwave-identifier))
(throw 'exit nil))
(goto-char (match-end 0)))
((memq (following-char) '(?\( ?\[))
(condition-case nil
(forward-list 1)
(error (throw 'exit nil))))
(t (throw 'endwhile t)))))
(if (looking-at "[ \t]*->")
(throw 'exit (setq pos (match-beginning 0)))
(throw 'exit nil))))
(goto-char pos)
nil)))
(defun idlwave-last-valid-char ()
"Return the last character before point which is not white or a comment
and also not part of the current identifier. Since we do this in
order to identify places where keywords are, we consider the initial
`/' of a keyword as part of the identifier.
This function is not general, can only be used for completion stuff."
(catch 'exit
(save-excursion
(skip-chars-backward "a-zA-Z0-9_$")
(if (eq (preceding-char) ?/)
(backward-char 1))
(while t
(skip-chars-backward " \t")
(cond
((memq (preceding-char) '(?\ ((eq (preceding-char) ?\n)
(beginning-of-line 0)
(if (looking-at "\\([^\n]*\\)\\$[ \t]*\\(;[^\n]*\\)?\n")
(goto-char (match-end 1))
(throw 'exit nil)))
(t (throw 'exit (preceding-char))))))))
(defvar idlwave-complete-after-success-form nil
"A form to evaluate after successful completion.")
(defvar idlwave-complete-after-success-form-force nil
"A form to evaluate after completion selection in *Completions* buffer.")
(defconst idlwave-completion-mark (make-marker)
"A mark pointing to the beginning of the completion string.")
(defun idlwave-complete-in-buffer (type stype list selector prompt isa
&optional prepare-display-function
special-selector)
"Perform TYPE completion of word before point against LIST.
SELECTOR is the PREDICATE argument for the completion function. Show
PROMPT in echo area. TYPE is one of the intern types, e.g. 'function,
'procedure, 'class-tag, 'keyword, 'sysvar, etc.. SPECIAL-SELECTOR is
used only once, for `all-completions', and can be used to, e.g.,
accumulate information on matching completions."
(let* ((completion-ignore-case t)
beg (end (point)) slash part spart completion all-completions
dpart dcompletion)
(unless list
(error (concat prompt ": No completions available")))
(save-excursion
(skip-chars-backward "a-zA-Z0-9_$")
(setq slash (eq (preceding-char) ?/)
beg (point)
idlwave-complete-after-success-form
(list 'idlwave-after-successful-completion
(list 'quote type) slash beg)
idlwave-complete-after-success-form-force
(list 'idlwave-after-successful-completion
(list 'quote type) slash (list 'quote 'force))))
(setq part (buffer-substring beg end)
dpart (downcase part)
spart (idlwave-sintern stype part)
completion (try-completion part list selector)
dcompletion (if (stringp completion) (downcase completion))
idlwave-completion-help-links nil)
(cond
((null completion)
(error (concat prompt ": no completion for \"%s\"") part))
((and (not (equal dpart dcompletion))
(not (eq t completion)))
(delete-region beg end)
(if (and (string= part dpart)
(or (not (string= part ""))
idlwave-complete-empty-string-as-lower-case)
(not idlwave-completion-force-default-case))
(insert dcompletion)
(insert completion))
(if (eq t (try-completion completion list selector))
(idlwave-after-successful-completion type slash beg))
t)
((or (eq completion t)
(and (= 1 (length (setq all-completions
(idlwave-uniquify
(all-completions part list
(or special-selector
selector))))))
(equal dpart dcompletion)))
(idlwave-after-successful-completion type slash beg)
(message "%s is already the complete %s" part isa)
nil)
(t
(message "Making completion list...")
(unless idlwave-completion-help-links (mapcar (lambda (x) (let ((link (get-text-property 0 'link (car x))))
(if link
(push (cons (car x) link)
idlwave-completion-help-links))))
list))
(let* ((list all-completions)
(complete (memq spart all-completions))
(completion-highlight-first-word-only t))
(setq list (sort list (lambda (a b)
(string< (downcase a) (downcase b)))))
(if prepare-display-function
(setq list (funcall prepare-display-function list)))
(if (and (string= part dpart)
(or (not (string= part ""))
idlwave-complete-empty-string-as-lower-case)
(not idlwave-completion-force-default-case))
(setq list (mapcar (lambda (x)
(if (listp x)
(setcar x (downcase (car x)))
(setq x (downcase x)))
x)
list)))
(idlwave-display-completion-list list prompt beg complete))
t))))
(defun idlwave-complete-class ()
"Complete a class at point."
(interactive)
(idlwave-routines)
(if (let ((case-fold-search t))
(save-excursion
(and
(re-search-backward "\\<\\(pro\\|function\\)[ \t]+\\="
(- (point) 15) t)
(goto-char (point-min))
(re-search-forward
"^[ \t]*\\(pro\\|function\\)[ \t]+\\([a-zA-Z0-9_]+::\\)" nil t))))
(insert (match-string 2))
(idlwave-complete-in-buffer
'class 'class (idlwave-class-alist) nil
"Select a class" "class"
'(lambda (list) (mapcar (lambda (x)
(let* ((entry (idlwave-class-info x))
(link (nth 1 (assq 'link entry))))
(if link (push (cons x link)
idlwave-completion-help-links))
x))
list)))))
(defun idlwave-attach-classes (list type show-classes)
(if (or (null show-classes) (null class-selector) (and
(stringp class-selector) (not super-classes))) list
(let* ((do-prop (and (>= show-classes 0)
(>= emacs-major-version 21)))
(do-buf (not (= show-classes 0)))
(do-dots t)
(inherit (if (and (not (eq type 'class-tag)) super-classes)
(cons class-selector super-classes)))
(max (abs show-classes))
(lmax (if do-dots (apply 'max (mapcar 'length list))))
classes nclasses class-info space)
(mapcar
(lambda (x)
(if (eq type 'class-tag)
(setq classes
(list
(idlwave-class-or-superclass-with-tag class-selector x)))
(setq classes
(if (eq type 'kwd)
(idlwave-all-method-keyword-classes
method-selector x type-selector)
(idlwave-all-method-classes x type-selector)))
(if inherit
(setq classes
(delq nil
(mapcar (lambda (x) (if (memq x inherit) x nil))
classes)))))
(setq nclasses (length classes))
(if do-dots
(setq space (concat " " (make-string (- lmax (length x)) ?.)))
(setq space " "))
(if do-buf
(if (<= nclasses max)
(setq class-info (concat
space
"<" (mapconcat 'identity classes ",") ">"))
(setq class-info (format "%s<%d classes>" space nclasses)))
(setq class-info nil))
(when do-prop
(setq x (copy-sequence x))
(put-text-property 0 (length x)
'help-echo (mapconcat 'identity classes " ")
x))
(if class-info
(list x class-info)
x))
list))))
(defun idlwave-attach-method-classes (list)
(idlwave-attach-classes list 'method idlwave-completion-show-classes))
(defun idlwave-attach-keyword-classes (list)
(idlwave-attach-classes list 'kwd idlwave-completion-show-classes))
(defun idlwave-attach-class-tag-classes (list)
(idlwave-attach-classes list 'class-tag idlwave-completion-show-classes))
(defvar rtn)
(defun idlwave-pset (item)
(set 'rtn item))
(defun idlwave-popup-select (ev list title &optional sort)
"Select an item in LIST with a popup menu.
TITLE is the title to put atop the popup. If SORT is non-nil,
sort the list before displaying"
(let ((maxpopup idlwave-max-popup-menu-items)
rtn menu resp)
(cond ((null list))
((= 1 (length list))
(setq rtn (car list)))
((featurep 'xemacs)
(if sort (setq list (sort list (lambda (a b)
(string< (upcase a) (upcase b))))))
(setq menu
(append (list title)
(mapcar (lambda (x) (vector x (list 'idlwave-pset
x)))
list)))
(setq menu (idlwave-split-menu-xemacs menu maxpopup))
(setq resp (get-popup-menu-response menu))
(funcall (event-function resp) (event-object resp)))
(t
(if sort (setq list (sort list (lambda (a b)
(string< (upcase a) (upcase b))))))
(setq menu (cons title
(list
(append (list "")
(mapcar (lambda(x) (cons x x)) list)))))
(setq menu (idlwave-split-menu-emacs menu maxpopup))
(setq rtn (x-popup-menu ev menu))))
rtn))
(defun idlwave-split-menu-xemacs (menu N)
"Split the MENU into submenus of maximum length N."
(if (<= (length menu) (1+ N))
menu
(let* ((title (car menu))
(entries (cdr menu))
(menu (list title))
(cnt 0)
(nextmenu nil))
(while entries
(while (and entries (< cnt N))
(setq cnt (1+ cnt)
nextmenu (cons (car entries) nextmenu)
entries (cdr entries)))
(setq nextmenu (nreverse nextmenu))
(setq nextmenu (cons (format "%s...%s"
(aref (car nextmenu) 0)
(aref (nth (1- cnt) nextmenu) 0))
nextmenu))
(setq menu (cons nextmenu menu)
nextmenu nil
cnt 0))
(nreverse menu))))
(defun idlwave-split-menu-emacs (menu N)
"Split the MENU into submenus of maximum length N."
(if (<= (length (nth 1 menu)) (1+ N))
menu
(let* ((title (car menu))
(entries (cdr (nth 1 menu)))
(menu nil)
(cnt 0)
(nextmenu nil))
(while entries
(while (and entries (< cnt N))
(setq cnt (1+ cnt)
nextmenu (cons (car entries) nextmenu)
entries (cdr entries)))
(setq nextmenu (nreverse nextmenu))
(prin1 nextmenu)
(setq nextmenu (cons (format "%s...%s"
(car (car nextmenu))
(car (nth (1- cnt) nextmenu)))
nextmenu))
(setq menu (cons nextmenu menu)
nextmenu nil
cnt 0))
(setq menu (nreverse menu))
(setq menu (cons title menu))
menu)))
(defvar idlwave-completion-setup-hook nil)
(defun idlwave-scroll-completions (&optional message)
"Scroll the completion window on this frame."
(let ((cwin (get-buffer-window "*Completions*" 'visible))
(win (selected-window)))
(unwind-protect
(progn
(select-window cwin)
(condition-case nil
(scroll-up)
(error (if (and (listp last-command)
(nth 2 last-command))
(progn
(select-window win)
(eval idlwave-complete-after-success-form))
(set-window-start cwin (point-min)))))
(and message (message message)))
(select-window win))))
(defun idlwave-display-completion-list (list &optional message beg complete)
"Display the completions in LIST in the completions buffer and echo MESSAGE."
(unless (and (get-buffer-window "*Completions*")
(idlwave-local-value 'idlwave-completion-p "*Completions*"))
(move-marker idlwave-completion-mark beg)
(setq idlwave-before-completion-wconf (current-window-configuration)))
(if (featurep 'xemacs)
(idlwave-display-completion-list-xemacs
list)
(idlwave-display-completion-list-emacs list))
(setq this-command (list 'idlwave-display-completion-list message complete))
(idlwave-set-local 'idlwave-completion-p t "*Completions*")
(if (and idlwave-completion-fontify-classes
(consp (car list)))
(idlwave-completion-fontify-classes))
(run-hooks 'idlwave-completion-setup-hook)
(message (or message "Making completion list...done")))
(defun idlwave-choose (function &rest args)
"Call FUNCTION as a completion chooser and pass ARGS to it."
(let ((completion-ignore-case t)) (apply function args))
(if (and (eq major-mode 'idlwave-shell-mode)
(boundp 'font-lock-mode)
(not font-lock-mode))
(let ((beg (save-excursion
(skip-chars-backward "a-zA-Z0-9_")
(point))))
(remove-text-properties beg (point) '(face nil))))
(eval idlwave-complete-after-success-form-force))
(defun idlwave-keyboard-quit ()
(interactive)
(unwind-protect
(if (eq (car-safe last-command) 'idlwave-display-completion-list)
(idlwave-restore-wconf-after-completion))
(keyboard-quit)))
(defun idlwave-restore-wconf-after-completion ()
"Restore the old (before completion) window configuration."
(and idlwave-completion-restore-window-configuration
idlwave-before-completion-wconf
(set-window-configuration idlwave-before-completion-wconf)))
(defun idlwave-one-key-select (sym prompt delay)
"Make the user select an element from the alist in the variable SYM.
The keys of the alist are expected to be strings. The function returns the
car of the selected association.
To do this, PROMPT is displayed and and the user must hit a letter key to
select an entry. If the user does not reply within DELAY seconds, a help
window with the options is displayed automatically.
The key which is associated with each option is generated automatically.
First, the strings are checked for preselected keys, like in \"[P]rint\".
If these don't exist, a letter in the string is automatically selected."
(let* ((alist (symbol-value sym))
(temp-buffer-show-hook (if (fboundp 'fit-window-to-buffer)
'(fit-window-to-buffer)))
keys-alist char)
(if (and (eq (symbol-value sym) (get sym :one-key-alist-last)))
(setq keys-alist (get sym :one-key-alist-cache))
(setq keys-alist (idlwave-make-one-key-alist alist))
(put sym :one-key-alist-cache keys-alist)
(put sym :one-key-alist-last alist))
(message "%s[%s]" prompt
(mapconcat (lambda(x) (char-to-string (car x)))
keys-alist ""))
(if (sit-for delay)
(save-window-excursion
(with-output-to-temp-buffer "*Completions*"
(mapcar (lambda(x)
(princ (nth 1 x))
(princ "\n"))
keys-alist))
(setq char (read-char)))
(setq char (read-char)))
(message nil)
(nth 2 (assoc char keys-alist))))
(defun idlwave-make-one-key-alist (alist)
"Make an alist for single key selection."
(let ((l alist) keys-alist name start char help
(cnt 0)
(case-fold-search nil))
(while l
(setq name (car (car l))
l (cdr l))
(catch 'exit
(if (string-match "\\[\\(.\\)\\]" name)
(progn
(setq char (string-to-char (downcase (match-string 1 name)))
help (format "%c: %s" char name)
keys-alist (cons (list char help name) keys-alist))
(throw 'exit t)))
(setq start 0)
(while (string-match "[A-Z]" name start)
(setq start (match-end 0)
char (string-to-char (downcase (match-string 0 name))))
(if (not (assoc char keys-alist))
(progn
(setq help (format "%c: %s" char
(replace-match
(concat "[" (match-string 0 name) "]")
t t name))
keys-alist (cons (list char help name) keys-alist))
(throw 'exit t))))
(setq start 0)
(while (string-match "[a-z]" name start)
(setq start (match-end 0)
char (string-to-char (match-string 0 name)))
(if (not (assoc char keys-alist))
(progn
(setq help (format "%c: %s" char
(replace-match
(concat "[" (match-string 0 name) "]")
t t name))
keys-alist (cons (list char help name) keys-alist))
(throw 'exit t))))
(setq char (string-to-char (int-to-string (setq cnt (1+ cnt))))
help (format "%c: %s" char name)
keys-alist (cons (list char help name) keys-alist))))
(nreverse keys-alist)))
(defun idlwave-set-local (var value &optional buffer)
"Set the buffer-local value of VAR in BUFFER to VALUE."
(save-excursion
(set-buffer (or buffer (current-buffer)))
(set (make-local-variable var) value)))
(defun idlwave-local-value (var &optional buffer)
"Return the value of VAR in BUFFER, but only if VAR is local to BUFFER."
(save-excursion
(set-buffer (or buffer (current-buffer)))
(and (local-variable-p var (current-buffer))
(symbol-value var))))
(defvar idlwave-completion-map nil
"Keymap for completion-list-mode with idlwave-complete.")
(defun idlwave-display-completion-list-xemacs (list &rest cl-args)
(with-output-to-temp-buffer "*Completions*"
(apply 'display-completion-list list
':activate-callback 'idlwave-default-choose-completion
cl-args))
(save-excursion
(set-buffer "*Completions*")
(use-local-map
(or idlwave-completion-map
(setq idlwave-completion-map
(idlwave-make-modified-completion-map-xemacs
(current-local-map)))))))
(defun idlwave-default-choose-completion (&rest args)
"Execute `default-choose-completion' and then restore the win-conf."
(apply 'idlwave-choose 'default-choose-completion args))
(defun idlwave-make-modified-completion-map-xemacs (old-map)
"Replace `choose-completion' and `mouse-choose-completion' in OLD-MAP."
(let ((new-map (copy-keymap old-map)))
(define-key new-map [button3up] 'idlwave-mouse-completion-help)
(define-key new-map [button3] (lambda ()
(interactive)
(setq this-command last-command)))
new-map))
(defun idlwave-display-completion-list-emacs (list)
"Display completion list and install the choose wrappers."
(with-output-to-temp-buffer "*Completions*"
(display-completion-list list))
(save-excursion
(set-buffer "*Completions*")
(use-local-map
(or idlwave-completion-map
(setq idlwave-completion-map
(idlwave-make-modified-completion-map-emacs
(current-local-map)))))))
(defun idlwave-make-modified-completion-map-emacs (old-map)
"Replace `choose-completion' and `mouse-choose-completion' in OLD-MAP."
(let ((new-map (copy-keymap old-map)))
(substitute-key-definition
'choose-completion 'idlwave-choose-completion new-map)
(substitute-key-definition
'mouse-choose-completion 'idlwave-mouse-choose-completion new-map)
(define-key new-map [mouse-3] 'idlwave-mouse-completion-help)
new-map))
(defun idlwave-choose-completion (&rest args)
"Choose the completion that point is in or next to."
(interactive)
(apply 'idlwave-choose 'choose-completion args))
(defun idlwave-mouse-choose-completion (&rest args)
"Click on an alternative in the `*Completions*' buffer to choose it."
(interactive "e")
(apply 'idlwave-choose 'mouse-choose-completion args))
(defvar idlwave-struct-skip
"[ \t]*\\(\\$.*\n\\(^[ \t]*\\(\\$[ \t]*\\)?\\(;.*\\)?\n\\)*\\)?[ \t]*"
"Regexp for skipping continued blank or comment-only lines in
structures")
(defvar idlwave-struct-tag-regexp
(concat "[{,]" idlwave-struct-skip "\\([a-zA-Z][a-zA-Z0-9_]*\\)" "[ \t]*:") "Regexp for structure tags.")
(defun idlwave-struct-tags ()
"Return a list of all tags in the structure defined at point.
Point is expected just before the opening `{' of the struct definition."
(save-excursion
(let* ((borders (idlwave-struct-borders))
(beg (car borders))
(end (cdr borders))
tags)
(goto-char beg)
(save-restriction
(narrow-to-region beg end)
(while (re-search-forward idlwave-struct-tag-regexp end t)
(if (and (condition-case nil (progn (up-list -1) t) (error nil))
(= (point) beg))
(push (match-string-no-properties 5) tags))
(goto-char (match-end 0))))
(nreverse tags))))
(defun idlwave-find-struct-tag (tag)
"Find a given TAG in the structure defined at point."
(let* ((borders (idlwave-struct-borders))
(beg (car borders))
(end (cdr borders))
(case-fold-search t))
(re-search-forward (concat "\\(^[ \t]*\\|[,{][ \t]*\\)" tag "[ \t]*:")
end t)))
(defun idlwave-struct-inherits ()
"Return a list of all `inherits' names in the struct at point.
Point is expected just before the opening `{' of the struct definition."
(save-excursion
(let* ((borders (idlwave-struct-borders))
(beg (car borders))
(end (cdr borders))
(case-fold-search t)
names)
(goto-char beg)
(save-restriction
(narrow-to-region beg end)
(while (re-search-forward
(concat "[{,]" idlwave-struct-skip "inherits" idlwave-struct-skip "\\([a-zA-Z][a-zA-Z0-9_]*\\)") end t)
(if (and (condition-case nil (progn (up-list -1) t) (error nil))
(= (point) beg))
(push (match-string-no-properties 9) names))
(goto-char (match-end 0))))
(nreverse names))))
(defun idlwave-in-structure ()
"Return t if point is inside an IDL structure definition."
(let ((beg (point)))
(save-excursion
(if (not (or (idlwave-in-comment) (idlwave-in-quote)))
(if (idlwave-find-structure-definition nil nil 'back)
(let ((borders (idlwave-struct-borders)))
(or (= (car borders) (cdr borders)) (and (> beg (car borders)) (< beg (cdr borders))))))))))
(defun idlwave-struct-borders ()
"Return the borders of the {...} after point as a cons cell."
(let (beg)
(save-excursion
(skip-chars-forward "^{")
(setq beg (point))
(condition-case nil (forward-list 1)
(error (goto-char beg)))
(cons beg (point)))))
(defun idlwave-find-structure-definition (&optional var name bound)
"Search forward for a structure definition. If VAR is non-nil,
search for a structure assigned to variable VAR. If NAME is non-nil,
search for a named structure NAME, if a string, or a generic named
structure otherwise. If BOUND is an integer, limit the search. If
BOUND is the symbol `all', we search first back and then forward
through the entire file. If BOUND is the symbol `back' we search only
backward."
(let* ((ws "[ \t]*\\(\\$.*\n[ \t]*\\)*")
(case-fold-search t)
(lim (if (integerp bound) bound nil))
(re (concat
(if var
(concat "\\<" (regexp-quote (downcase var)) "\\>" ws)
"\\(\\)")
"=" ws "\\({\\)"
(if name
(if (stringp name)
(concat ws "\\(\\<" (downcase name) "\\)[^a-zA-Z0-9_$]")
(concat ws "\\<\\([a-zA-Z_0-9$]+\\)" ws ","))
""))))
(if (or (and (or (eq bound 'all) (eq bound 'back))
(re-search-backward re nil t))
(and (not (eq bound 'back)) (re-search-forward re lim t)))
(progn
(goto-char (match-beginning 3))
(match-string-no-properties 5)))))
(defvar idlwave-class-info nil)
(defvar idlwave-class-reset nil)
(add-hook 'idlwave-update-rinfo-hook
(lambda () (setq idlwave-class-reset t)))
(add-hook 'idlwave-after-load-rinfo-hook
(lambda () (setq idlwave-class-info nil)))
(defun idlwave-class-info (class)
(let (list entry)
(if idlwave-class-info
(if idlwave-class-reset
(setq
idlwave-class-reset nil
idlwave-class-info (delq nil (mapcar
(lambda (x)
(let ((filebuf
(idlwave-class-file-or-buffer
(or (cdr (assq 'found-in x)) (car x)))))
(if (cdr filebuf)
nil
x)))
idlwave-class-info))))
(setq idlwave-class-info idlwave-system-class-info)
(setq list idlwave-class-info)
(while (setq entry (pop list))
(idlwave-sintern-class-info entry)))
(setq class (idlwave-sintern-class class))
(or (assq class idlwave-class-info)
(progn (idlwave-scan-class-info class)
(assq class idlwave-class-info)))))
(defun idlwave-sintern-class-info (entry)
"Sintern the class names in a class-info entry."
(let ((taglist (assq 'tags entry))
(inherits (assq 'inherits entry)))
(setcar entry (idlwave-sintern-class (car entry) 'set))
(if inherits
(setcdr inherits (mapcar (lambda (x) (idlwave-sintern-class x 'set))
(cdr inherits))))))
(defun idlwave-find-class-definition (class &optional all-hook alt-class)
"Find class structure definition(s)
If ALL-HOOK is set, find all named structure definitions in a given
class__define routine, on which ALL-HOOK will be run. If ALT-CLASS is
set, look for the name__define pro, and inside of it, for the ALT-CLASS
class/struct definition"
(let ((case-fold-search t) end-lim list name)
(when (re-search-forward
(concat "^[ \t]*pro[ \t]+" (downcase class) "__define" "\\>") nil t)
(if all-hook
(progn
(setq end-lim (save-excursion (idlwave-end-of-subprogram) (point)))
(while (setq name
(idlwave-find-structure-definition nil t end-lim))
(funcall all-hook name)))
(idlwave-find-structure-definition nil (or alt-class class))))))
(defun idlwave-class-file-or-buffer (class)
"Find buffer visiting CLASS definition"
(let* ((pro (concat (downcase class) "__define"))
(file (idlwave-routine-source-file
(nth 3 (idlwave-rinfo-assoc pro 'pro nil
(idlwave-routines))))))
(cons file (if file (idlwave-get-buffer-visiting file)))))
(defun idlwave-scan-class-info (class)
"Scan all class and named structure info in the class__define pro"
(let* ((idlwave-auto-routine-info-updates nil)
(filebuf (idlwave-class-file-or-buffer class))
(file (car filebuf))
(buf (cdr filebuf))
(class (idlwave-sintern-class class)))
(if (or
(not file)
(and (not buf)
(not (file-regular-p file))))
nil (save-excursion
(if buf (set-buffer buf)
(set-buffer (get-buffer-create " *IDLWAVE-tmp*"))
(erase-buffer)
(unless (eq major-mode 'idlwave-mode)
(idlwave-mode))
(insert-file-contents file))
(save-excursion
(goto-char 1)
(idlwave-find-class-definition class
(lambda (name)
(let* ((this-class (idlwave-sintern-class name))
(entry
(list this-class
(cons 'tags (idlwave-struct-tags))
(cons 'inherits (idlwave-struct-inherits)))))
(if (not (eq this-class class))
(setq entry (nconc entry (list (cons 'found-in class)))))
(idlwave-sintern-class-info entry)
(push entry idlwave-class-info)))))))))
(defun idlwave-class-found-in (class)
"Return the FOUND-IN property of the class."
(cdr (assq 'found-in (idlwave-class-info class))))
(defun idlwave-class-tags (class)
"Return the native tags in CLASS."
(cdr (assq 'tags (idlwave-class-info class))))
(defun idlwave-class-inherits (class)
"Return the direct superclasses of CLASS."
(cdr (assq 'inherits (idlwave-class-info class))))
(defun idlwave-all-class-tags (class)
"Return a list of native and inherited tags in CLASS."
(condition-case err
(apply 'append (mapcar 'idlwave-class-tags
(cons class (idlwave-all-class-inherits class))))
(error
(idlwave-class-tag-reset)
(error "%s" (error-message-string err)))))
(defun idlwave-all-class-inherits (class)
"Return a list of all superclasses of CLASS (recursively expanded).
The list is cached in `idlwave-class-info' for faster access."
(cond
((not idlwave-support-inheritance) nil)
((eq class nil) nil)
((eq class t) nil)
(t
(let ((info (idlwave-class-info class))
entry)
(if (setq entry (assq 'all-inherits info))
(cdr entry)
(let ((inherits (mapcar (lambda (x) (cons x 0))
(idlwave-class-inherits class)))
rtn all-inherits cl)
(while inherits
(setq cl (pop inherits)
rtn (cons (car cl) rtn)
inherits (append (mapcar (lambda (x)
(cons x (1+ (cdr cl))))
(idlwave-class-inherits (car cl)))
inherits))
(if (> (cdr cl) 999)
(error
"Class scan: inheritance depth exceeded. Circular inheritance?")
))
(setq all-inherits (nreverse rtn))
(nconc info (list (cons 'all-inherits all-inherits)))
all-inherits))))))
(defun idlwave-entry-keywords (entry &optional record-link)
"Return the flat entry keywords alist from routine-info entry.
If RECORD-LINK is non-nil, the keyword text is copied and a text
property indicating the link is added."
(let (kwds)
(mapcar
(lambda (key-list)
(let ((file (car key-list)))
(mapcar (lambda (key-cons)
(let ((key (car key-cons))
(link (cdr key-cons)))
(when (and record-link file)
(setq key (copy-sequence key))
(put-text-property
0 (length key)
'link
(concat
file
(if link
(concat idlwave-html-link-sep
(number-to-string link))))
key))
(push (list key) kwds)))
(cdr key-list))))
(nthcdr 5 entry))
(nreverse kwds)))
(defun idlwave-entry-find-keyword (entry keyword)
"Find keyword KEYWORD in entry ENTRY, and return (with link) if set"
(catch 'exit
(mapc
(lambda (key-list)
(let ((file (car key-list))
(kwd (assoc keyword (cdr key-list))))
(when kwd
(setq kwd (cons (car kwd)
(if (and file (cdr kwd))
(concat file
idlwave-html-link-sep
(number-to-string (cdr kwd)))
(cdr kwd))))
(throw 'exit kwd))))
(nthcdr 5 entry))))
(defvar idlwave-current-tags-class nil)
(defvar idlwave-current-class-tags nil)
(defvar idlwave-current-native-class-tags nil)
(defvar idlwave-sint-class-tags nil)
(idlwave-new-sintern-type 'class-tag)
(add-to-list 'idlwave-complete-special 'idlwave-complete-class-structure-tag)
(add-hook 'idlwave-update-rinfo-hook 'idlwave-class-tag-reset)
(defun idlwave-complete-class-structure-tag ()
"Complete a structure tag on a `self' argument in an object method."
(interactive)
(let ((pos (point))
(case-fold-search t))
(if (save-excursion
(skip-chars-backward "a-zA-Z0-9._$")
(and (< (point) (- pos 4))
(looking-at "self\\.")))
(let* ((class-selector (nth 2 (idlwave-current-routine)))
(super-classes (idlwave-all-class-inherits class-selector)))
(unless class-selector
(error "Not in a method procedure or function"))
(if (not (equal class-selector idlwave-current-tags-class))
(idlwave-prepare-class-tag-completion class-selector))
(setq idlwave-completion-help-info
(list 'idlwave-complete-class-structure-tag-help
(idlwave-sintern-routine
(concat class-selector "__define"))
nil))
(let ((idlwave-cpl-bold idlwave-current-native-class-tags))
(idlwave-complete-in-buffer
'class-tag 'class-tag
idlwave-current-class-tags nil
(format "Select a tag of class %s" class-selector)
"class tag"
'idlwave-attach-class-tag-classes))
t) nil)))
(defun idlwave-class-tag-reset ()
(setq idlwave-current-tags-class nil))
(defun idlwave-prepare-class-tag-completion (class)
"Find and parse the necessary class definitions for class structure tags."
(setq idlwave-sint-class-tags nil)
(setq idlwave-current-tags-class class)
(setq idlwave-current-class-tags
(mapcar (lambda (x)
(list (idlwave-sintern-class-tag x 'set)))
(idlwave-all-class-tags class)))
(setq idlwave-current-native-class-tags
(mapcar 'downcase (idlwave-class-tags class))))
(defvar idlwave-sint-sysvars nil)
(defvar idlwave-sint-sysvartags nil)
(idlwave-new-sintern-type 'sysvar)
(idlwave-new-sintern-type 'sysvartag)
(add-to-list 'idlwave-complete-special 'idlwave-complete-sysvar-or-tag)
(add-hook 'idlwave-update-rinfo-hook 'idlwave-sysvars-reset)
(add-hook 'idlwave-after-load-rinfo-hook 'idlwave-sintern-sysvar-alist)
(defun idlwave-complete-sysvar-or-tag ()
"Complete a system variable."
(interactive)
(let ((pos (point))
(case-fold-search t))
(cond ((save-excursion
(skip-chars-backward "[a-zA-Z0-9_$]")
(equal (char-before) ?!))
(setq idlwave-completion-help-info '(idlwave-complete-sysvar-help))
(idlwave-complete-in-buffer 'sysvar 'sysvar
idlwave-system-variables-alist nil
"Select a system variable"
"system variable")
t) ((save-excursion
(skip-chars-backward "a-zA-Z0-9_$.")
(and (equal (char-before) ?!)
(looking-at "\\([a-zA-Z][a-zA-Z0-9_$]*\\)\\.")
(<= (match-end 0) pos)))
(let* ((var (idlwave-sintern-sysvar (match-string 1)))
(entry (assq var idlwave-system-variables-alist))
(tags (cdr (assq 'tags entry))))
(or entry (error "!%s is not a known system variable" var))
(or tags (error "System variable !%s is not a structure" var))
(setq idlwave-completion-help-info
(list 'idlwave-complete-sysvar-tag-help var))
(idlwave-complete-in-buffer 'sysvartag 'sysvartag
tags nil
"Select a system variable tag"
"system variable tag")
t)) (t nil))))
(defvar link) (defvar props)
(defun idlwave-complete-sysvar-help (mode word)
(let ((word (or (nth 1 idlwave-completion-help-info) word))
(entry (assoc word idlwave-system-variables-alist)))
(cond
((eq mode 'test)
(and (stringp word) entry (nth 1 (assq 'link entry))))
((eq mode 'set)
(if entry (setq link (nth 1 (assq 'link entry))))) (t (error "This should not happen")))))
(defun idlwave-complete-sysvar-tag-help (mode word)
(let* ((var (nth 1 idlwave-completion-help-info))
(entry (assoc var idlwave-system-variables-alist))
(tags (cdr (assq 'tags entry)))
(main (nth 1 (assq 'link entry)))
target main-base)
(cond
((eq mode 'test) (and (stringp word) entry main))
((eq mode 'set)
(if entry
(setq link
(if (setq target (cdr (assoc-string word tags t)))
(idlwave-substitute-link-target main target)
main)))) (t (error "This should not happen")))))
(defun idlwave-split-link-target (link)
"Split a given link into link file and anchor."
(if (string-match idlwave-html-link-sep link)
(cons (substring link 0 (match-beginning 0))
(string-to-number (substring link (match-end 0))))))
(defun idlwave-substitute-link-target (link target)
"Substitute the target anchor for the given link."
(let (main-base)
(setq main-base (if (string-match "#" link)
(substring link 0 (match-beginning 0))
link))
(if target
(concat main-base idlwave-html-link-sep (number-to-string target))
link)))
(defvar name)
(defvar kwd)
(defvar idlwave-help-do-class-struct-tag nil)
(defun idlwave-complete-class-structure-tag-help (mode word)
(cond
((eq mode 'test) nil)
((eq mode 'set)
(let (class-with found-in)
(when (setq class-with
(idlwave-class-or-superclass-with-tag
idlwave-current-tags-class
word))
(if (assq (idlwave-sintern-class class-with)
idlwave-system-class-info)
(error "No help available for system class tags"))
(if (setq found-in (idlwave-class-found-in class-with))
(setq name (cons (concat found-in "__define") class-with))
(setq name (concat class-with "__define")))))
(setq kwd word
idlwave-help-do-class-struct-tag t))
(t (error "This should not happen"))))
(defun idlwave-class-or-superclass-with-tag (class tag)
"Find and return the CLASS or one of its superclass with the
associated TAG, if any."
(let ((sclasses (cons class (idlwave-all-class-inherits class)))
cl)
(catch 'exit
(while sclasses
(setq cl (pop sclasses))
(let ((tags (idlwave-class-tags cl)))
(while tags
(if (eq t (compare-strings tag 0 nil (car tags) 0 nil t))
(throw 'exit cl))
(setq tags (cdr tags))))))))
(defun idlwave-sysvars-reset ()
(if (and (fboundp 'idlwave-shell-is-running)
(idlwave-shell-is-running)
idlwave-idlwave_routine_info-compiled)
(idlwave-shell-send-command "idlwave_get_sysvars"
'idlwave-process-sysvars 'hide)))
(defun idlwave-process-sysvars ()
(idlwave-shell-filter-sysvars)
(setq idlwave-sint-sysvars nil
idlwave-sint-sysvartags nil)
(idlwave-sintern-sysvar-alist))
(defun idlwave-sintern-sysvar-alist ()
(let ((list idlwave-system-variables-alist) entry tags)
(while (setq entry (pop list))
(setcar entry (idlwave-sintern-sysvar (car entry) 'set))
(setq tags (assq 'tags entry))
(if tags
(setcdr tags
(mapcar (lambda (x)
(cons (idlwave-sintern-sysvartag (car x) 'set)
(cdr x)))
(cdr tags)))))))
(defvar idlwave-shell-command-output)
(defun idlwave-shell-filter-sysvars ()
"Get any new system variables and tags."
(let ((text idlwave-shell-command-output)
(start 0)
(old idlwave-system-variables-alist)
var tags type name class link old-entry)
(setq idlwave-system-variables-alist nil)
(while (string-match "^IDLWAVE-SYSVAR: !\\([a-zA-Z0-9_$]+\\)\\( \\(.*\\)\\)?"
text start)
(setq start (match-end 0)
var (match-string 1 text)
tags (if (match-end 3)
(idlwave-split-string (match-string 3 text))))
(setq old-entry (assq (idlwave-sintern-sysvar var) old))
(setq link (assq 'link old-entry))
(setq idlwave-system-variables-alist
(cons (list var
(cons
'tags
(mapcar (lambda (x)
(cons x
(cdr (assq
(idlwave-sintern-sysvartag x)
(cdr (assq 'tags old-entry))))))
tags)) link)
idlwave-system-variables-alist)))
(setq idlwave-system-variables-alist
(or idlwave-system-variables-alist old))))
(defun idlwave-completion-fontify-classes ()
"Goto the *Completions* buffer and fontify the class info."
(when (featurep 'font-lock)
(save-excursion
(set-buffer "*Completions*")
(save-excursion
(goto-char (point-min))
(let ((buffer-read-only nil))
(while (re-search-forward "\\.*<[^>]+>" nil t)
(put-text-property (match-beginning 0) (match-end 0)
'face 'font-lock-string-face)))))))
(defun idlwave-uniquify (list)
(let ((ht (make-hash-table :size (length list) :test 'equal)))
(delq nil
(mapcar (lambda (x)
(unless (gethash x ht)
(puthash x t ht)
x))
list))))
(defun idlwave-after-successful-completion (type slash &optional verify)
"Add `=' or `(' after successful completion of keyword and function.
Restore the pre-completion window configuration if possible."
(cond
((eq type 'procedure)
nil)
((eq type 'function)
(cond
((equal idlwave-function-completion-adds-paren nil) nil)
((or (equal idlwave-function-completion-adds-paren t)
(equal idlwave-function-completion-adds-paren 1))
(insert "("))
((equal idlwave-function-completion-adds-paren 2)
(insert "()")
(backward-char 1))
(t nil)))
((eq type 'keyword)
(if (and idlwave-keyword-completion-adds-equal
(not slash))
(progn (insert "=") t)
nil)))
(if (or (eq verify 'force) (and
(get-buffer-window "*Completions*") (idlwave-local-value 'idlwave-completion-p
"*Completions*") (eq (marker-buffer idlwave-completion-mark)
(current-buffer)) (equal (marker-position idlwave-completion-mark)
verify))) (idlwave-restore-wconf-after-completion))
(move-marker idlwave-completion-mark nil)
(setq idlwave-before-completion-wconf nil))
(defun idlwave-mouse-context-help (ev &optional arg)
"Call `idlwave-context-help' on the clicked location."
(interactive "eP")
(mouse-set-point ev)
(idlwave-context-help arg))
(defvar idlwave-last-context-help-pos nil)
(defun idlwave-context-help (&optional arg)
"Display IDL Online Help on context.
If point is on a keyword, help for that keyword will be shown. If
point is on a routine name or in the argument list of a routine, help
for that routine will be displayed. Works for system routines and
keywords, it pulls up text help. For other routies and keywords,
visits the source file, finding help in the header (if
`idlwave-help-source-try-header' is non-nil) or the routine definition
itself."
(interactive "P")
(idlwave-do-context-help arg))
(defun idlwave-mouse-completion-help (ev)
"Display online help about the completion at point."
(interactive "eP")
(setq this-command last-command)
(idlwave-do-mouse-completion-help ev))
(defun idlwave-routine-info (&optional arg external)
"Display a routines calling sequence and list of keywords. When
point is on the name a function or procedure, or in the argument list
of a function or procedure, this command displays a help buffer with
the information. When called with prefix arg, enforce class query.
When point is on an object operator `->', display the class stored in
this arrow, if any (see `idlwave-store-inquired-class'). With a
prefix arg, the class property is cleared out."
(interactive "P")
(idlwave-routines)
(if (string-match "->" (buffer-substring
(max (point-min) (1- (point)))
(min (+ 2 (point)) (point-max))))
(if (get-text-property (point) 'idlwave-class)
(if arg
(save-excursion
(backward-char 1)
(when (looking-at ".?\\(->\\)")
(remove-text-properties (match-beginning 1) (match-end 1)
'(idlwave-class nil face nil))
(message "Class property removed from arrow")))
(message "Arrow has text property identifying object to be class %s"
(get-text-property (point) 'idlwave-class)))
(message "Arrow has no class text property"))
(let* ((idlwave-query-class nil)
(idlwave-force-class-query (equal arg '(4)))
(module (idlwave-what-module)))
(if (car module)
(apply 'idlwave-display-calling-sequence
(idlwave-fix-module-if-obj_new module))
(error "Don't know which calling sequence to show")))))
(defun idlwave-resolve (&optional arg)
"Call RESOLVE_ROUTINE on the module name at point.
Like `idlwave-routine-info', this looks for a routine call at point.
After confirmation in the minibuffer, it will use the shell to issue
a RESOLVE call for this routine, to attempt to make it defined and its
routine info available for IDLWAVE. If the routine is a method call,
both `class__method' and `class__define' will be tried.
With ARG, enforce query for the class of object methods."
(interactive "P")
(let* ((idlwave-query-class nil)
(idlwave-force-class-query (equal arg '(4)))
(module (idlwave-what-module))
(name (idlwave-make-full-name (nth 2 module) (car module)))
(type (if (eq (nth 1 module) 'pro) "pro" "function"))
(resolve (read-string "Resolve: " (format "%s %s" type name)))
(kwd "")
class)
(if (string-match "\\(pro\\|function\\)[ \t]+\\(\\(.*\\)::\\)?\\(.*\\)"
resolve)
(setq type (match-string 1 resolve)
class (if (match-beginning 2)
(match-string 3 resolve)
nil)
name (match-string 4 resolve)))
(if (string= (downcase type) "function")
(setq kwd ",/is_function"))
(cond
((null class)
(idlwave-shell-send-command
(format "resolve_routine,'%s'%s" (downcase name) kwd)
'idlwave-update-routine-info
nil t))
(t
(idlwave-shell-send-command
(format "resolve_routine,'%s__define'%s" (downcase class) kwd)
(list 'idlwave-shell-send-command
(format "resolve_routine,'%s__%s'%s"
(downcase class) (downcase name) kwd)
'(idlwave-update-routine-info)
nil t))))))
(defun idlwave-find-module-this-file ()
(interactive)
(idlwave-find-module '(4)))
(defun idlwave-find-module (&optional arg)
"Find the source code of an IDL module.
Works for modules for which IDLWAVE has routine info available. The
function offers as default the module name `idlwave-routine-info'
would use. With ARG limit to this buffer. With two prefix ARG's
force class query for object methods."
(interactive "P")
(let* ((idlwave-query-class nil)
(idlwave-force-class-query (equal arg '(16)))
(this-buffer (equal arg '(4)))
(module (idlwave-fix-module-if-obj_new (idlwave-what-module)))
(default (if module
(concat (idlwave-make-full-name
(nth 2 module) (car module))
(if (eq (nth 1 module) 'pro) "<p>" "<f>"))
"none"))
(list
(idlwave-uniquify
(delq nil
(mapcar (lambda (x)
(if (eq 'system (car-safe (nth 3 x)))
nil
(list
(concat (idlwave-make-full-name
(nth 2 x) (car x))
(if (eq (nth 1 x) 'pro) "<p>" "<f>")))))
(if this-buffer
(idlwave-save-buffer-update)
(idlwave-routines))))))
(name (idlwave-completing-read
(if (or (not this-buffer)
(assoc default list))
(format "Module (Default %s): " default)
(format "Module in this file: "))
list))
type class)
(if (string-match "\\`\\s-*\\'" name)
(setq name default))
(if (string-match "<[fp]>" name)
(setq type (substring name -2 -1)
name (substring name 0 -3)))
(if (string-match "\\(.*\\)::\\(.*\\)" name)
(setq class (match-string 1 name)
name (match-string 2 name)))
(setq name (idlwave-sintern-routine-or-method name class)
class (idlwave-sintern-class class)
type (cond ((equal type "f") 'fun)
((equal type "p") 'pro)
(t t)))
(idlwave-do-find-module name type class nil this-buffer)))
(defun idlwave-do-find-module (name type class
&optional force-source this-buffer)
(let ((name1 (idlwave-make-full-name class name))
source buf1 entry
(buf (current-buffer))
(pos (point))
file name2)
(setq entry (idlwave-best-rinfo-assq name type class (idlwave-routines)
'WITH-FILE)
source (or force-source (nth 3 entry))
name2 (if (nth 2 entry)
(idlwave-make-full-name (nth 2 entry) name)
name1))
(if source
(setq file (idlwave-routine-source-file source)))
(unless file (setq file
(idlwave-expand-lib-file-name
(if class
(format "%s__define.pro" (downcase class))
(format "%s.pro" (downcase name))))))
(cond
((or (null name) (equal name ""))
(error "Abort"))
((eq (car source) 'system)
(error "Source code for system routine %s is not available"
name2))
((or (not file) (not (file-regular-p file)))
(error "Source code for routine %s is not available"
name2))
(t
(when (not this-buffer)
(setq buf1
(idlwave-find-file-noselect file 'find))
(pop-to-buffer buf1 t))
(goto-char (point-max))
(let ((case-fold-search t))
(if (re-search-backward
(concat "^[ \t]*\\<"
(cond ((eq type 'fun) "function")
((eq type 'pro) "pro")
(t "\\(pro\\|function\\)"))
"\\>[ \t]+"
(regexp-quote (downcase name2))
"[^a-zA-Z0-9_$]")
nil t)
(goto-char (match-beginning 0))
(pop-to-buffer buf)
(goto-char pos)
(error "Could not find routine %s" name2)))))))
(defun idlwave-what-module ()
"Return a default module for stuff near point.
Used by `idlwave-routine-info' and `idlwave-find-module'."
(idlwave-routines)
(if (let ((case-fold-search t))
(save-excursion
(idlwave-beginning-of-statement)
(looking-at "[ \t]*\\(pro\\|function\\)[ \t]+\\(\\([a-zA-Z0-9_$]+\\)::\\)?\\([a-zA-Z0-9$_]+\\)\\([, \t\n]\\|$\\)")))
(list
(idlwave-sintern-routine-or-method (match-string-no-properties 4)
(match-string-no-properties 2))
(if (equal (downcase (match-string 1)) "pro") 'pro 'fun)
(idlwave-sintern-class (match-string 3)))
(let* ((where (idlwave-where))
(cw (nth 2 where))
(pro (car (nth 0 where)))
(func (car (nth 1 where)))
(this-word (idlwave-this-word "a-zA-Z0-9$_"))
(next-char (save-excursion (skip-chars-forward "a-zA-Z0-9$_")
(following-char)))
)
(cond
((and (eq cw 'procedure)
(not (equal this-word "")))
(setq this-word (idlwave-sintern-routine-or-method
this-word (nth 2 (nth 3 where))))
(list this-word 'pro
(idlwave-determine-class
(cons this-word (cdr (nth 3 where)))
'pro)))
((and (eq cw 'function)
(not (equal this-word ""))
(or (eq next-char ?\() (looking-at "[a-zA-Z0-9_]*[ \t]*(")))
(setq this-word (idlwave-sintern-routine-or-method
this-word (nth 2 (nth 3 where))))
(list this-word 'fun
(idlwave-determine-class
(cons this-word (cdr (nth 3 where)))
'fun)))
((and (memq cw '(function-keyword procedure-keyword))
(not (equal this-word ""))
(eq next-char ?\()) (setq this-word (idlwave-sintern-routine this-word))
(list this-word 'fun nil))
(func
(list func 'fun (idlwave-determine-class (nth 1 where) 'fun)))
(pro
(list pro 'pro (idlwave-determine-class (nth 0 where) 'pro)))
(t nil)))))
(defun idlwave-what-module-find-class ()
"Call idlwave-what-module and find the inherited class if necessary."
(let* ((module (idlwave-what-module))
(class (nth 2 module))
classes)
(if (and (= (length module) 3)
(stringp class))
(list (car module)
(nth 1 module)
(apply 'idlwave-find-inherited-class module))
module)))
(defun idlwave-find-inherited-class (name type class)
"Find the class which defines TYPE NAME and is CLASS or inherited by CLASS."
(let ((entry (idlwave-best-rinfo-assoc name type class (idlwave-routines))))
(if entry
(nth 2 entry)
class)))
(defun idlwave-fix-module-if-obj_new (module)
"Check if MODULE points to obj_new.
If yes, and if the cursor is in the keyword region, change to the
appropriate Init method."
(let* ((name (car module))
(pos (point))
(case-fold-search t)
string)
(if (and (stringp name)
(equal (downcase name) "obj_new")
(save-excursion
(idlwave-beginning-of-statement)
(setq string (buffer-substring (point) pos))
(string-match "obj_new([^'\"]*['\"]\\([a-zA-Z0-9_]+\\)"
string)))
(let ((name "Init")
(class (match-string 1 string)))
(setq module (list (idlwave-sintern-method "Init")
'fun
(idlwave-sintern-class class)))))
module))
(defun idlwave-fix-keywords (name type class keywords
&optional super-classes system)
"Update a list of keywords.
Translate OBJ_NEW, adding all super-class keywords, or all keywords
from all classes if class equals t. If SYSTEM is non-nil, don't
demand _EXTRA in the keyword list."
(let ((case-fold-search t))
(if (and (equal (upcase name) "OBJ_NEW")
(or (eq major-mode 'idlwave-mode)
(eq major-mode 'idlwave-shell-mode)))
(let* ((bos (save-excursion (idlwave-beginning-of-statement) (point)))
(string (buffer-substring bos (point)))
(case-fold-search t)
class)
(and (string-match "obj_new([^'\"]*['\"]\\([a-zA-Z0-9_]+\\)"
string)
(setq class (idlwave-sintern-class (match-string 1 string)))
(setq idlwave-current-obj_new-class class)
(setq keywords
(append keywords
(idlwave-entry-keywords
(idlwave-rinfo-assq
(idlwave-sintern-method "INIT")
'fun
class
(idlwave-routines)) 'do-link))))))
(when (eq class t)
(mapc (lambda (entry)
(and
(nth 2 entry) (eq (nth 1 entry) type) (setq keywords
(append keywords
(idlwave-entry-keywords entry 'do-link)))))
(idlwave-all-assq name (idlwave-routines)))
(setq keywords (idlwave-uniquify keywords)))
(when (and
super-classes
idlwave-keyword-class-inheritance
(stringp class)
(or
system
(assq (idlwave-sintern-keyword "_extra") keywords)
(assq (idlwave-sintern-keyword "_ref_extra") keywords))
(let ((regexps idlwave-keyword-class-inheritance) re)
(catch 'exit
(while (setq re (pop regexps))
(if (string-match re name) (throw 'exit t))))))
(loop for entry in (idlwave-routines) do
(and (nth 2 entry) (memq (nth 2 entry) super-classes) (eq (nth 1 entry) type) (eq (car entry) name) (mapcar (lambda (k) (add-to-list 'keywords k))
(idlwave-entry-keywords entry 'do-link))))
(setq keywords (idlwave-uniquify keywords)))
keywords))
(defun idlwave-expand-keyword (keyword module)
"Expand KEYWORD to one of the valid keyword parameters of MODULE.
KEYWORD may be an exact match or an abbreviation of a keyword.
If the match is exact, KEYWORD itself is returned, even if there may be other
keywords of which KEYWORD is an abbreviation. This is necessary because some
system routines have keywords which are prefixes of other keywords.
If KEYWORD is an abbreviation of several keywords, a list of all possible
completions is returned.
If the abbreviation was unique, the correct keyword is returned.
If it cannot be a keyword, the function return nil.
If we do not know about MODULE, just return KEYWORD literally."
(let* ((name (car module))
(type (nth 1 module))
(class (nth 2 module))
(kwd (idlwave-sintern-keyword keyword))
(entry (idlwave-best-rinfo-assoc name type class (idlwave-routines)))
(kwd-alist (idlwave-entry-keywords entry))
(extra (or (assq (idlwave-sintern-keyword "_EXTRA") kwd-alist)
(assq (idlwave-sintern-keyword "_REF_EXTRA") kwd-alist)))
(completion-ignore-case t)
candidates)
(cond ((assq kwd kwd-alist)
kwd)
((setq candidates (all-completions kwd kwd-alist))
(if (= (length candidates) 1)
(car candidates)
candidates))
((and entry extra)
keyword)
(entry
nil)
(t
keyword))))
(defvar idlwave-rinfo-mouse-map (make-sparse-keymap))
(defvar idlwave-rinfo-map (make-sparse-keymap))
(define-key idlwave-rinfo-mouse-map
(if (featurep 'xemacs) [button2] [mouse-2])
'idlwave-mouse-active-rinfo)
(define-key idlwave-rinfo-mouse-map
(if (featurep 'xemacs) [(shift button2)] [(shift mouse-2)])
'idlwave-mouse-active-rinfo-shift)
(define-key idlwave-rinfo-mouse-map
(if (featurep 'xemacs) [button3] [mouse-3])
'idlwave-mouse-active-rinfo-right)
(define-key idlwave-rinfo-mouse-map " " 'idlwave-active-rinfo-space)
(define-key idlwave-rinfo-map "q" 'idlwave-quit-help)
(define-key idlwave-rinfo-mouse-map "q" 'idlwave-quit-help)
(defvar idlwave-popup-source nil)
(defvar idlwave-rinfo-marker (make-marker))
(defun idlwave-quit-help ()
(interactive)
(let ((ri-window (get-buffer-window "*Help*"))
(olh-window (get-buffer-window "*IDLWAVE Help*")))
(when (and olh-window
(fboundp 'idlwave-help-quit))
(select-window olh-window)
(idlwave-help-quit))
(when (window-live-p ri-window)
(delete-window ri-window))))
(defun idlwave-display-calling-sequence (name type class
&optional initial-class)
(let* ((initial-class (or initial-class class))
(entry (or (idlwave-best-rinfo-assq name type class
(idlwave-routines))
(idlwave-rinfo-assq name type class
idlwave-unresolved-routines)))
(name (or (car entry) name))
(class (or (nth 2 entry) class))
(superclasses (idlwave-all-class-inherits initial-class))
(twins (idlwave-routine-twins entry))
(dtwins (idlwave-study-twins twins))
(all dtwins)
(system (eq (car (nth 3 entry)) 'system))
(calling-seq (nth 4 entry))
(keywords (idlwave-entry-keywords entry 'do-link))
(html-file (car (nth 5 entry)))
(help-echo-kwd
"Button2: Insert KEYWORD (SHIFT=`/KEYWORD') | Button3: Online Help ")
(help-echo-use
"Button2/3: Online Help")
(help-echo-src
"Button2: Jump to source and back | Button3: Source in Help window.")
(help-echo-class
"Button2: Display info about same method in superclass")
(col 0)
(data (list name type class (current-buffer) nil initial-class))
(km-prop (if (featurep 'xemacs) 'keymap 'local-map))
(face 'idlwave-help-link)
beg props win cnt total)
(setq keywords (idlwave-fix-keywords name type class keywords))
(cond
((null entry)
(error "No %s %s known %s" type name
(if initial-class (concat "in class " initial-class) "")))
((or (null name) (equal name ""))
(error "No function or procedure call at point"))
((null calling-seq)
(error "Calling sequence of %s %s not available" type name))
(t
(save-excursion
(move-marker idlwave-rinfo-marker (point))
(set-buffer (get-buffer-create "*Help*"))
(use-local-map idlwave-rinfo-map)
(setq buffer-read-only nil)
(erase-buffer)
(set (make-local-variable 'idlwave-popup-source) nil)
(set (make-local-variable 'idlwave-current-obj_new-class)
idlwave-current-obj_new-class)
(when superclasses
(setq props (list 'mouse-face 'highlight
km-prop idlwave-rinfo-mouse-map
'help-echo help-echo-class
'data (cons 'class data)))
(let ((classes (cons initial-class superclasses)) c)
(insert "Classes: ")
(while (setq c (pop classes))
(insert " ")
(setq beg (point))
(insert c)
(if (equal (downcase c) (downcase class))
(add-text-properties beg (point) (list 'face 'bold))
(if (idlwave-rinfo-assq name type c (idlwave-routines))
(add-text-properties beg (point) props))))
(insert "\n")))
(setq props (list 'mouse-face 'highlight
km-prop idlwave-rinfo-mouse-map
'help-echo help-echo-use
'data (cons 'usage data)))
(if html-file (setq props (append (list 'face face 'link html-file)
props)))
(insert "Usage: ")
(setq beg (point))
(insert (if class
(format calling-seq class name class name class name)
(format calling-seq name name name name))
"\n")
(add-text-properties beg (point) props)
(insert "Keywords:")
(if (null keywords)
(insert " No keywords accepted.")
(setq col 9)
(mapcar
(lambda (x)
(if (>= (+ col 1 (length (car x)))
(window-width))
(progn
(insert "\n ")
(setq col 9)))
(insert " ")
(setq beg (point)
props (list 'mouse-face 'highlight
km-prop idlwave-rinfo-mouse-map
'data (cons 'keyword data)
'help-echo help-echo-kwd
'keyword (car x)))
(if system (setq props (append (list 'face face) props)))
(insert (car x))
(add-text-properties beg (point) props)
(setq col (+ col 1 (length (car x)))))
keywords))
(setq cnt 1 total (length all))
(while (setq entry (pop all))
(setq props (list 'mouse-face 'highlight
km-prop idlwave-rinfo-mouse-map
'help-echo help-echo-src
'source (list (car (car (nth 2 entry))) (nth 1 entry)
nil
(cdr (car (nth 2 entry))))
'data (cons 'source data)))
(idlwave-insert-source-location
(format "\n%-8s %s"
(if (equal cnt 1)
(if (> total 1) "Sources:" "Source:")
"")
(if (> total 1) "- " ""))
entry props)
(incf cnt)
(when (and all (> cnt idlwave-rinfo-max-source-lines))
(insert (format
"\n Source information truncated to %d entries."
idlwave-rinfo-max-source-lines))
(setq all nil)))
(goto-char (point-min))
(setq buffer-read-only t))
(display-buffer "*Help*")
(if (and (setq win (get-buffer-window "*Help*"))
idlwave-resize-routine-help-window)
(progn
(let ((ww (selected-window)))
(unwind-protect
(progn
(select-window win)
(enlarge-window (- (/ (frame-height) 2)
(window-height)))
(shrink-window-if-larger-than-buffer))
(select-window ww)))))))))
(defun idlwave-insert-source-location (prefix entry &optional file-props)
"Insert a source location into the routine info buffer.
Start line with PREFIX. If a file name is inserted, add FILE-PROPS to
it."
(let* ((key (car entry))
(file (nth 1 entry))
(types (nth 2 entry))
(shell-flag (assq 'compiled types))
(buffer-flag (assq 'buffer types))
(user-flag (assq 'user types))
(lib-flag (assq 'lib types))
(ndupl (or (and buffer-flag (idlwave-count-memq 'buffer types))
(and user-flag (idlwave-count-memq 'user types))
(and lib-flag (idlwave-count-memq 'lib types))
1))
(doflags t)
beg special)
(insert prefix)
(cond
((eq key 'system)
(setq doflags nil)
(insert "System "))
((eq key 'builtin)
(setq doflags nil)
(insert "Builtin "))
((and (not file) shell-flag)
(insert "Unresolved"))
((null file)
(insert "ERROR"))
((idlwave-syslib-p file)
(if (string-match "obsolete" (file-name-directory file))
(insert "Obsolete ")
(insert "SystemLib ")))
((setq special (or (cdr lib-flag) (cdr user-flag)))
(insert (format "%-10s" special)))
((setq special (idlwave-special-lib-test file))
(insert (format "%-10s" special)))
((idlwave-lib-p file) (insert "Library "))
(t (insert "Other ")))
(when doflags
(insert (concat
" ["
(if lib-flag "L" "-")
(if user-flag "C" "-")
(if shell-flag "S" "-")
(if buffer-flag "B" "-")
"] ")))
(when (> ndupl 1)
(setq beg (point))
(insert (format "(%dx) " ndupl))
(add-text-properties beg (point) (list 'face 'bold)))
(when (and file (not (equal file "")))
(setq beg (point))
(insert (apply 'abbreviate-file-name
(if (featurep 'xemacs) (list file t) (list file))))
(if file-props
(add-text-properties beg (point) file-props)))))
(defun idlwave-special-lib-test (file)
"Check the path of FILE against the regexps which define special libs.
Return the name of the special lib if there is a match."
(let ((alist idlwave-special-lib-alist)
entry rtn)
(cond
((stringp file)
(while (setq entry (pop alist))
(if (string-match (car entry) file)
(setq rtn (cdr entry)
alist nil)))
rtn)
(t nil))))
(defun idlwave-mouse-active-rinfo-right (ev)
(interactive "e")
(idlwave-mouse-active-rinfo ev 'right))
(defun idlwave-mouse-active-rinfo-shift (ev)
(interactive "e")
(idlwave-mouse-active-rinfo ev nil 'shift))
(defun idlwave-active-rinfo-space ()
(interactive)
(idlwave-mouse-active-rinfo nil 'right))
(defun idlwave-mouse-active-rinfo (ev &optional right shift)
"Does the mouse actions in the routine info buffer.
Optional args RIGHT and SHIFT indicate, if mouse-3 was used, and if SHIFT
was pressed."
(interactive "e")
(if ev (mouse-set-point ev))
(let (data id name type class buf bufwin source link keyword
word initial-class)
(setq data (get-text-property (point) 'data)
source (get-text-property (point) 'source)
keyword (get-text-property (point) 'keyword)
link (get-text-property (point) 'link)
id (car data)
name (nth 1 data) type (nth 2 data) class (nth 3 data)
buf (nth 4 data)
initial-class (nth 6 data)
word (idlwave-this-word)
bufwin (get-buffer-window buf t))
(cond ((eq id 'class) (if (window-live-p bufwin) (select-window bufwin))
(idlwave-display-calling-sequence
(idlwave-sintern-method name)
type (idlwave-sintern-class word)
initial-class))
((eq id 'usage) (idlwave-online-help link name type class))
((eq id 'source) (if right (let ((idlwave-extra-help-function 'idlwave-help-with-source)
(idlwave-help-source-try-header nil)
(idlwave-routines
(list (list name type class source ""))))
(idlwave-help-get-special-help name type class nil))
(setq idlwave-popup-source (not idlwave-popup-source))
(if idlwave-popup-source
(condition-case err
(idlwave-do-find-module name type class source)
(error
(setq idlwave-popup-source nil)
(if (window-live-p bufwin) (select-window bufwin))
(error (nth 1 err))))
(if bufwin
(select-window bufwin)
(pop-to-buffer buf))
(goto-char (marker-position idlwave-rinfo-marker)))))
((eq id 'keyword)
(if right
(idlwave-online-help link name type class keyword)
(idlwave-rinfo-insert-keyword keyword buf shift))))))
(defun idlwave-rinfo-insert-keyword (keyword buffer &optional shift)
"Insert KEYWORD in BUFFER. Make sure buffer is displayed in a window."
(let ((bwin (get-buffer-window buffer)))
(if idlwave-complete-empty-string-as-lower-case
(setq keyword (downcase keyword)))
(if bwin
(select-window bwin)
(pop-to-buffer buffer)
(setq bwin (get-buffer-window buffer)))
(if (eq (preceding-char) ?/)
(insert keyword)
(unless (save-excursion
(re-search-backward
"[(,][ \t]*\\(\\$[ \t]*\\(;.*\\)?\n\\)?[ \t]*\\="
(min (- (point) 100) (point-min)) t))
(insert ", "))
(if shift (insert "/"))
(insert keyword)
(if (and (not shift)
idlwave-keyword-completion-adds-equal)
(insert "=")))))
(defun idlwave-list-buffer-load-path-shadows (&optional arg)
"List the load path shadows of all routines defined in current buffer."
(interactive "P")
(idlwave-routines)
(if (eq major-mode 'idlwave-mode)
(idlwave-list-load-path-shadows
nil (idlwave-update-current-buffer-info 'save-buffer)
"in current buffer")
(error "Current buffer is not in idlwave-mode")))
(defun idlwave-list-shell-load-path-shadows (&optional arg)
"List the load path shadows of all routines compiled under the shell.
This is very useful for checking an IDL application. Just compile the
application, do RESOLVE_ALL, and `C-c C-i' to compile all referenced
routines and update IDLWAVE internal info. Then check for shadowing
with this command."
(interactive "P")
(cond
((or (not (fboundp 'idlwave-shell-is-running))
(not (idlwave-shell-is-running)))
(error "Shell is not running"))
((null idlwave-compiled-routines)
(error "No compiled routines. Maybe you need to update with `C-c C-i'"))
(t
(idlwave-list-load-path-shadows nil idlwave-compiled-routines
"in the shell"))))
(defun idlwave-list-all-load-path-shadows (&optional arg)
"List the load path shadows of all routines known to IDLWAVE."
(interactive "P")
(idlwave-list-load-path-shadows nil nil "globally"))
(defun idlwave-list-load-path-shadows (arg &optional special-routines loc)
"List the routines which are defined multiple times.
Search the information IDLWAVE has about IDL routines for multiple
definitions.
When SPECIAL-ROUTINES in non-nil, only look for shadows of these routines.
When IDL hits a routine call which is not defined, it will search on
the load path in order to find a definition. The output of this
command can be used to detect possible name clashes during this process."
(idlwave-routines) (unless (or idlwave-user-catalog-routines idlwave-library-catalog-routines)
(or (y-or-n-p
"You don't have any user or library catalogs. Continue anyway? ")
(error "Abort")))
(let* ((routines (append idlwave-system-routines
idlwave-compiled-routines
idlwave-library-catalog-routines
idlwave-user-catalog-routines
idlwave-buffer-routines
nil))
(km-prop (if (featurep 'xemacs) 'keymap 'local-map))
(keymap (make-sparse-keymap))
(props (list 'mouse-face 'highlight
km-prop keymap
'help-echo "Mouse2: Find source"))
(nroutines (length (or special-routines routines)))
(step (/ nroutines 100))
(n 0)
(cnt 0)
(idlwave-sort-prefer-buffer-info nil)
routine twins dtwins twin done props1 lroutines)
(if special-routines
(setq lroutines routines
routines special-routines))
(message "Sorting routines...")
(setq routines (sort routines
(lambda (a b)
(string< (downcase (idlwave-make-full-name
(nth 2 a) (car a)))
(downcase (idlwave-make-full-name
(nth 2 b) (car b)))))))
(message "Sorting routines...done")
(define-key keymap (if (featurep 'xemacs) [(button2)] [(mouse-2)])
(lambda (ev)
(interactive "e")
(mouse-set-point ev)
(apply 'idlwave-do-find-module
(get-text-property (point) 'find-args))))
(define-key keymap [(return)]
(lambda ()
(interactive)
(apply 'idlwave-do-find-module
(get-text-property (point) 'find-args))))
(message "Compiling list...( 0%%)")
(save-excursion
(set-buffer (get-buffer-create "*Shadows*"))
(setq buffer-read-only nil)
(erase-buffer)
(while (setq routine (pop routines))
(if (= (mod (setq n (1+ n)) step) 0)
(message "Compiling list...(%2d%%)" (/ (* n 100) nroutines)))
(setq twins (idlwave-routine-twins routine (or lroutines routines)))
(if (memq routine done)
(setq dtwins nil)
(setq dtwins (idlwave-study-twins twins)))
(setq done (append twins done))
(when (or (> (length dtwins) 1)
(> (idlwave-count-memq 'lib (nth 2 (car dtwins))) 1)
(> (idlwave-count-memq 'user (nth 2 (car dtwins))) 1)
(> (idlwave-count-memq 'buffer (nth 2 (car dtwins))) 1))
(incf cnt)
(insert (format "\n%s%s"
(idlwave-make-full-name (nth 2 routine)
(car routine))
(if (eq (nth 1 routine) 'fun) "()" "")))
(while (setq twin (pop dtwins))
(setq props1 (append (list 'find-args
(list (nth 0 routine)
(nth 1 routine)
(nth 2 routine)))
props))
(idlwave-insert-source-location "\n - " twin props1))))
(goto-char (point-min))
(setq buffer-read-only t))
(setq loc (or loc ""))
(if (> cnt 0)
(progn
(display-buffer (get-buffer "*Shadows*"))
(message "%d case%s of shadowing found %s"
cnt (if (= cnt 1) "" "s") loc))
(message "No shadowing conflicts found %s" loc))))
(defun idlwave-print-source (routine)
(let* ((source (nth 3 routine))
(stype (car source))
(sfile (idlwave-routine-source-file source)))
(if (idlwave-syslib-p sfile) (setq stype 'syslib))
(if (and (eq stype 'compiled)
(or (not (stringp sfile))
(not (string-match "\\S-" sfile))))
(setq stype 'unresolved))
(princ (format " %-10s %s\n"
stype
(if sfile sfile "No source code available")))))
(defun idlwave-routine-twins (entry &optional list)
"Return all twin entries of ENTRY in LIST.
LIST defaults to `idlwave-routines'.
Twin entries are those which have the same name, type, and class.
ENTRY will also be returned, as the first item of this list."
(let* ((name (car entry))
(type (nth 1 entry))
(class (nth 2 entry))
(candidates (idlwave-all-assq name (or list (idlwave-routines))))
twins candidate)
(while (setq candidate (pop candidates))
(if (and (not (eq candidate entry))
(eq type (nth 1 candidate))
(eq class (nth 2 candidate)))
(push candidate twins)))
(if (setq candidate (idlwave-rinfo-assq name type class
idlwave-unresolved-routines))
(push candidate twins))
(cons entry (nreverse twins))))
(defun idlwave-study-twins (entries)
"Return dangerous twins of first entry in ENTRIES.
Dangerous twins are routines with same name, but in different files on
the load path. If a file is in the system library and has an entry in
the `idlwave-system-routines' list, we omit the latter as
non-dangerous because many IDL routines are implemented as library
routines, and may have been scanned."
(let* ((entry (car entries))
(name (car entry)) (type (nth 1 entry)) (class (nth 2 entry)) (cnt 0)
source type type-cons file alist syslibp key)
(while (setq entry (pop entries))
(incf cnt)
(setq source (nth 3 entry)
type (car source)
type-cons (cons type (nth 3 source))
file (idlwave-routine-source-file source))
(setq key (cond ((eq type 'system) type)
(file (file-truename file))
(t 'unresolved)))
(if (and file
(not syslibp)
(idlwave-syslib-p file))
(setq syslibp t))
(if (setq entry (assoc key alist))
(push type-cons (nth 2 entry))
(push (list key file (list type-cons)) alist)))
(setq alist (nreverse alist))
(when syslibp
(setq alist (delq (assq 'system alist) alist)))
(when (and (idlwave-syslib-scanned-p)
(setq entry (assoc 'system alist)))
(setcar entry 'builtin))
(sort alist 'idlwave-routine-twin-compare)))
(defvar type)
(defvar class)
(defvar idlwave-sort-prefer-buffer-info t
"Internal variable used to influence `idlwave-routine-twin-compare'.")
(defmacro idlwave-xor (a b)
`(and (or ,a ,b)
(not (and ,a ,b))))
(defun idlwave-routine-entry-compare (a b)
"Compare two routine info entries for sortiung. This is the general case.
It first compates class, names, and type. If it turns out that A and B
are twins (same name, class, and type), calls another routine which
compares twins on the basis of their file names and path locations."
(let ((name (car a)) (type (nth 1 a)) (class (nth 2 a)))
(cond
((not (equal (idlwave-downcase-safe class)
(idlwave-downcase-safe (nth 2 b))))
(cond ((null (nth 2 b)) nil)
((null class) t)
(t (string< (downcase class) (downcase (nth 2 b))))))
((not (equal (downcase name) (downcase (car b))))
(string< (downcase name) (downcase (car b))))
((not (eq type (nth 1 b)))
(< (if (eq type 'fun) 1 0) (if (eq (nth 1 b) 'fun) 1 0)))
(t
(idlwave-routine-entry-compare-twins a b)))))
(defun idlwave-routine-entry-compare-twins (a b)
"Compare two routine entries, under the assumption that they are
twins. This basically calls `idlwave-routine-twin-compare' with the
correct args."
(let* ((name (car a)) (type (nth 1 a)) (class (nth 2 a)) (asrc (nth 3 a))
(atype (car asrc))
(bsrc (nth 3 b))
(btype (car bsrc))
(afile (idlwave-routine-source-file asrc))
(bfile (idlwave-routine-source-file bsrc)))
(idlwave-routine-twin-compare
(if (stringp afile)
(list (file-truename afile) afile (list atype))
(list atype afile (list atype)))
(if (stringp bfile)
(list (file-truename bfile) bfile (list btype))
(list btype bfile (list btype))))
))
(defun idlwave-routine-twin-compare (a b)
"Compare two routine twin entries for sorting.
In here, A and B are not normal routine info entries, but special
lists (KEY FILENAME (TYPES...)).
This expects NAME TYPE CLASS to be bound to the right values."
(let* ( (akey (car a)) (bkey (car b))
(afile (nth 1 a)) (bfile (nth 1 b))
(atypes (nth 2 a)) (btypes (nth 2 b))
(asysp (memq akey '(builtin system)))
(bsysp (memq bkey '(builtin system)))
(acompp (memq 'compiled atypes))
(bcompp (memq 'compiled btypes))
(aunresp (or (eq akey 'unresolved)
(and acompp (not afile))))
(bunresp (or (eq bkey 'unresolved)
(and bcompp (not bfile))))
(abufp (memq 'buffer atypes))
(bbufp (memq 'buffer btypes))
(tpath-alist (idlwave-true-path-alist))
(apathp (and (stringp akey)
(assoc (file-name-directory akey) tpath-alist)))
(bpathp (and (stringp bkey)
(assoc (file-name-directory bkey) tpath-alist)))
(anpath (length (memq apathp tpath-alist)))
(bnpath (length (memq bpathp tpath-alist)))
(aname (if (stringp afile) (downcase (file-name-nondirectory afile)) ""))
(bname (if (stringp bfile) (downcase (file-name-nondirectory bfile)) ""))
(fname-re (if class (format "\\`%s__\\(%s\\|define\\)\\.pro\\'"
(regexp-quote (downcase class))
(regexp-quote (downcase name)))
(format "\\`%s\\.pro" (regexp-quote (downcase name)))))
(anamep (string-match fname-re aname))
(adefp (and class anamep (string= "define" (match-string 1 aname))))
(bnamep (string-match fname-re bname))
(bdefp (and class bnamep (string= "define" (match-string 1 bname)))))
(cond
((idlwave-xor asysp bsysp) asysp) ((idlwave-xor aunresp bunresp) bunresp) ((and idlwave-sort-prefer-buffer-info
(idlwave-xor abufp bbufp)) abufp) ((idlwave-xor acompp bcompp) acompp) ((idlwave-xor apathp bpathp) apathp) ((idlwave-xor anamep bnamep) anamep) ((and class anamep bnamep (idlwave-xor adefp bdefp)) bdefp) ((> anpath bnpath) t) (t nil))))
(defun idlwave-routine-source-file (source)
(if (nth 2 source)
(expand-file-name (nth 1 source) (nth 2 source))
(nth 1 source)))
(defun idlwave-downcase-safe (string)
"Donwcase if string, else return unchanged."
(if (stringp string)
(downcase string)
string))
(defun idlwave-count-eq (elt list)
"How often is ELT in LIST?"
(length (delq nil (mapcar (lambda (x) (eq x elt)) list))))
(defun idlwave-count-memq (elt alist)
"How often is ELT a key in ALIST?"
(length (delq nil (mapcar (lambda (x) (eq (car x) elt)) alist))))
(defun idlwave-syslib-p (file)
"Non-nil if FILE is in the system library."
(let* ((true-syslib (file-name-as-directory
(file-truename
(expand-file-name "lib" (idlwave-sys-dir)))))
(true-file (file-truename file)))
(string-match (concat "^" (regexp-quote true-syslib)) true-file)))
(defun idlwave-lib-p (file)
"Non-nil if file is in the library"
(let ((true-dir (file-name-directory (file-truename file))))
(assoc true-dir (idlwave-true-path-alist))))
(defun idlwave-path-alist-add-flag (list-entry flag)
"Add a flag to the path list entry, if not set."
(let ((flags (cdr list-entry)))
(add-to-list 'flags flag)
(setcdr list-entry flags)))
(defun idlwave-path-alist-remove-flag (list-entry flag)
"Remove a flag to the path list entry, if set."
(let ((flags (delq flag (cdr list-entry))))
(setcdr list-entry flags)))
(defun idlwave-true-path-alist ()
"Return `idlwave-path-alist' alist with true-names.
Info is cached, but relies on the functions setting `idlwave-path-alist'
to reset the variable `idlwave-true-path-alist' to nil."
(or idlwave-true-path-alist
(setq idlwave-true-path-alist
(mapcar (lambda(x) (cons
(file-name-as-directory
(file-truename
(directory-file-name
(car x))))
(cdr x)))
idlwave-path-alist))))
(defun idlwave-syslib-scanned-p ()
"Non-nil if the system lib file !DIR/lib has been scanned."
(let* ((true-syslib (file-name-as-directory
(file-truename
(expand-file-name "lib" (idlwave-sys-dir))))))
(cdr (assoc true-syslib (idlwave-true-path-alist)))))
(defun idlwave-prev-index-position ()
"Search for the previous procedure or function.
Return nil if not found. For use with imenu.el."
(save-match-data
(cond
((idlwave-find-key "\\<\\(pro\\|function\\)\\>" -1 'nomark))
(t nil))))
(defun idlwave-unit-name ()
"Return the unit name.
Assumes that point is at the beginning of the unit as found by
`idlwave-prev-index-position'."
(forward-sexp 2)
(forward-sexp -1)
(let ((begin (point)))
(re-search-forward
"[a-zA-Z_][a-zA-Z0-9$_]+\\(::[a-zA-Z_][a-zA-Z0-9$_]+\\)?")
(if (fboundp 'buffer-substring-no-properties)
(buffer-substring-no-properties begin (point))
(buffer-substring begin (point)))))
(defalias 'idlwave-function-menu
(condition-case nil
(progn
(require 'func-menu)
'function-menu)
(error (condition-case nil
(progn
(require 'imenu)
'imenu)
(error nil)))))
(when (fboundp 'eval-after-load)
(eval-after-load "func-menu"
'(progn
(or (assq 'idlwave-mode fume-function-name-regexp-alist)
(not (boundp 'fume-function-name-regexp-idl)) (setq fume-function-name-regexp-alist
(cons '(idlwave-mode . fume-function-name-regexp-idl)
fume-function-name-regexp-alist)))
(or (assq 'idlwave-mode fume-find-function-name-method-alist)
(not (fboundp 'fume-find-next-idl-function-name)) (setq fume-find-function-name-method-alist
(cons '(idlwave-mode . fume-find-next-idl-function-name)
fume-find-function-name-method-alist))))))
(defun idlwave-edit-in-idlde ()
"Edit the current file in IDL Development environment."
(interactive)
(start-process "idldeclient" nil
idlwave-shell-explicit-file-name "-c" "-e"
(buffer-file-name)))
(defvar idlwave-help-use-assistant)
(defun idlwave-launch-idlhelp ()
"Start the IDLhelp application."
(interactive)
(if idlwave-help-use-assistant
(idlwave-help-assistant-raise)
(start-process "idlhelp" nil idlwave-help-application)))
(defvar idlwave-mode-menu-def
`("IDLWAVE"
["PRO/FUNC menu" idlwave-function-menu t]
("Motion"
["Subprogram Start" idlwave-beginning-of-subprogram t]
["Subprogram End" idlwave-end-of-subprogram t]
["Block Start" idlwave-beginning-of-block t]
["Block End" idlwave-end-of-block t]
["Up Block" idlwave-backward-up-block t]
["Down Block" idlwave-down-block t]
["Skip Block Backward" idlwave-backward-block t]
["Skip Block Forward" idlwave-forward-block t])
("Mark"
["Subprogram" idlwave-mark-subprogram t]
["Block" idlwave-mark-block t]
["Header" idlwave-mark-doclib t])
("Format"
["Indent Entire Statement" idlwave-indent-statement
:active t :keys "C-u \\[indent-for-tab-command]" ]
["Indent Subprogram" idlwave-indent-subprogram t]
["(Un)Comment Region" idlwave-toggle-comment-region t]
["Continue/Split line" idlwave-split-line t]
"--"
["Toggle Auto Fill" idlwave-auto-fill-mode :style toggle
:selected (symbol-value idlwave-fill-function)])
("Templates"
["Procedure" idlwave-procedure t]
["Function" idlwave-function t]
["Doc Header" idlwave-doc-header t]
["Log" idlwave-doc-modification t]
"--"
["Case" idlwave-case t]
["For" idlwave-for t]
["Repeat" idlwave-repeat t]
["While" idlwave-while t]
"--"
["Close Block" idlwave-close-block t])
("Completion"
["Complete" idlwave-complete t]
("Complete Specific"
["1 Procedure Name" (idlwave-complete 'procedure) t]
["2 Procedure Keyword" (idlwave-complete 'procedure-keyword) t]
"--"
["3 Function Name" (idlwave-complete 'function) t]
["4 Function Keyword" (idlwave-complete 'function-keyword) t]
"--"
["5 Procedure Method Name" (idlwave-complete 'procedure-method) t]
["6 Procedure Method Keyword" (idlwave-complete 'procedure-method-keyword) t]
"--"
["7 Function Method Name" (idlwave-complete 'function-method) t]
["8 Function Method Keyword" (idlwave-complete 'function-method-keyword) t]
"--"
["9 Class Name" idlwave-complete-class t]))
("Routine Info"
["Show Routine Info" idlwave-routine-info t]
["Online Context Help" idlwave-context-help t]
"--"
["Find Routine Source" idlwave-find-module t]
["Resolve Routine" idlwave-resolve (featurep 'idlw-shell)]
"--"
["Update Routine Info" idlwave-update-routine-info t]
["Rescan XML Help Catalog" idlwave-convert-xml-system-routine-info t]
"--"
"IDL User Catalog"
["Select Catalog Directories" (idlwave-create-user-catalog-file nil) t]
["Scan Directories" (idlwave-update-routine-info '(16))
(and idlwave-path-alist (not idlwave-catalog-process))]
["Scan Directories &" (idlwave-update-routine-info '(64))
(and idlwave-path-alist (not idlwave-catalog-process))]
"--"
"Routine Shadows"
["Check Current Buffer" idlwave-list-buffer-load-path-shadows t]
["Check Compiled Routines" idlwave-list-shell-load-path-shadows t]
["Check Everything" idlwave-list-all-load-path-shadows t])
("Misc"
["Kill auto-created buffers" idlwave-kill-autoloaded-buffers t]
"--"
["Insert TAB character" idlwave-hard-tab t])
"--"
("External"
["Start IDL shell" idlwave-shell t]
["Edit file in IDLDE" idlwave-edit-in-idlde t]
["Launch IDL Help" idlwave-launch-idlhelp t])
"--"
("Customize"
["Browse IDLWAVE Group" idlwave-customize t]
"--"
["Build Full Customize Menu" idlwave-create-customize-menu
(fboundp 'customize-menu-create)])
("Documentation"
["Describe Mode" describe-mode t]
["Abbreviation List" idlwave-list-abbrevs t]
"--"
["Commentary in idlwave.el" idlwave-show-commentary t]
["Commentary in idlw-shell.el" idlwave-shell-show-commentary t]
"--"
["Info" idlwave-info t]
"--"
["Help with Topic" idlwave-help-assistant-help-with-topic
idlwave-help-use-assistant]
["Launch IDL Help" idlwave-launch-idlhelp t])))
(defvar idlwave-mode-debug-menu-def
'("Debug"
["Start IDL shell" idlwave-shell t]
["Save and .RUN buffer" idlwave-shell-save-and-run
(and (boundp 'idlwave-shell-automatic-start)
idlwave-shell-automatic-start)]))
(if (or (featurep 'easymenu) (load "easymenu" t))
(progn
(easy-menu-define idlwave-mode-menu idlwave-mode-map
"IDL and WAVE CL editing menu"
idlwave-mode-menu-def)
(easy-menu-define idlwave-mode-debug-menu idlwave-mode-map
"IDL and WAVE CL editing menu"
idlwave-mode-debug-menu-def)))
(defun idlwave-customize ()
"Call the customize function with idlwave as argument."
(interactive)
(or (featurep 'idlw-shell)
(load "idlw-shell" t))
(customize-browse 'idlwave))
(defun idlwave-create-customize-menu ()
"Create a full customization menu for IDLWAVE, insert it into the menu."
(interactive)
(if (fboundp 'customize-menu-create)
(progn
(or (featurep 'idlw-shell)
(load "idlw-shell" t))
(easy-menu-change
'("IDLWAVE") "Customize"
`(["Browse IDLWAVE group" idlwave-customize t]
"--"
,(customize-menu-create 'idlwave)
["Set" Custom-set t]
["Save" Custom-save t]
["Reset to Current" Custom-reset-current t]
["Reset to Saved" Custom-reset-saved t]
["Reset to Standard Settings" Custom-reset-standard t]))
(message "\"IDLWAVE\"-menu now contains full customization menu"))
(error "Cannot expand menu (outdated version of cus-edit.el)")))
(defun idlwave-show-commentary ()
"Use the finder to view the file documentation from `idlwave.el'."
(interactive)
(require 'finder)
(finder-commentary "idlwave.el"))
(defun idlwave-shell-show-commentary ()
"Use the finder to view the file documentation from `idlw-shell.el'."
(interactive)
(require 'finder)
(finder-commentary "idlw-shell.el"))
(defun idlwave-info ()
"Read documentation for IDLWAVE in the info system."
(interactive)
(require 'info)
(Info-goto-node "(idlwave)"))
(defun idlwave-list-abbrevs (arg)
"Show the code abbreviations define in IDLWAVE mode.
This lists all abbrevs where the replacement text differs from the input text.
These are the ones the users want to learn to speed up their writing.
The function does *not* list abbrevs which replace a word with itself
to call a hook. These hooks are used to change the case of words or
to blink the matching `begin', and the user does not need to know them.
With arg, list all abbrevs with the corresponding hook.
This function was written since `list-abbrevs' looks terrible for IDLWAVE mode."
(interactive "P")
(let ((table (symbol-value 'idlwave-mode-abbrev-table))
abbrevs
str rpl func fmt (len-str 0) (len-rpl 0))
(mapatoms
(lambda (sym)
(if (symbol-value sym)
(progn
(setq str (symbol-name sym)
rpl (symbol-value sym)
func (symbol-function sym))
(if arg
(setq func (prin1-to-string func))
(if (and (listp func) (stringp (nth 2 func)))
(setq rpl (concat "EVAL: " (nth 2 func))
func "")
(setq func "")))
(if (or arg (not (string= rpl str)))
(progn
(setq len-str (max len-str (length str)))
(setq len-rpl (max len-rpl (length rpl)))
(setq abbrevs (cons (list str rpl func) abbrevs)))))))
table)
(setq abbrevs (sort abbrevs (lambda (a b) (string< (car a) (car b)))))
(setq fmt (format "%%-%ds %%-%ds %%s\n" len-str len-rpl))
(with-output-to-temp-buffer "*Help*"
(if arg
(progn
(princ "Abbreviations and Actions in IDLWAVE-Mode\n")
(princ "=========================================\n\n")
(princ (format fmt "KEY" "REPLACE" "HOOK"))
(princ (format fmt "---" "-------" "----")))
(princ "Code Abbreviations and Templates in IDLWAVE-Mode\n")
(princ "================================================\n\n")
(princ (format fmt "KEY" "ACTION" ""))
(princ (format fmt "---" "------" "")))
(mapcar
(lambda (list)
(setq str (car list)
rpl (nth 1 list)
func (nth 2 list))
(princ (format fmt str rpl func)))
abbrevs)))
(save-excursion
(set-buffer "*Help*")
(setq truncate-lines t)))
(eval-after-load "speedbar" '(speedbar-add-supported-extension ".pro"))
(or idlwave-routines (idlwave-start-load-rinfo-timer))
(run-hooks 'idlwave-load-hook)
(provide 'idlwave)