racket/collects/drracket/tool-lib.rkt
Robby Findler d8f455158c make the get/extend extension more flexible
Specifically, allow a name to be specified with an
extension such that subsequent uses of those extensions
will replace mixins instead of adding new ones
2013-04-06 19:04:05 -05:00

1874 lines
72 KiB
Racket

#lang at-exp racket/base
#|
This first time this is loaded, it loads all of DrRacket and invokes
the main unit, starting up DrRacket. After that, it just provides
all of the names in the tools library, for use defining keybindings
|#
(require racket/class
racket/gui/base
racket/unit
racket/contract
racket/class
;; these have to be absolute requires for `include-extracted'
;; to work with this file.
drracket/private/link
drracket/private/drsig
drracket/private/language-object-contract
framework
framework/splash
mrlib/switchable-button
scribble/srcdoc)
(require (for-syntax racket/base))
(generate-delayed-documents) ; avoids a distribution dependency on `scribblings/tools/doc-util'
(require (for-doc drracket/private/ts
racket/base scribble/manual
scribblings/tools/doc-util
(for-label errortrace/errortrace-key
racket/pretty
mzlib/pconvert
syntax/toplevel)))
(define-values/invoke-unit/infer drracket@)
(provide-signature-elements drracket:tool-cm^) ;; provide all of the classes & interfaces
(provide-signature-elements drscheme:tool-cm^) ;; provide the classes & interfaces w/ drscheme: prefix
(provide drracket:unit:program-editor-mixin)
(define-syntax (drracket:unit:program-editor-mixin stx)
(syntax-case stx ()
[(_ a ...)
#'((drracket:unit:get-program-editor-mixin) a ...)]
[_ #'(drracket:unit:get-program-editor-mixin)]))
(language-object-abstraction drracket:language:object/c #t)
(define-syntax (provide/dr/doc stx)
(let* ([munge-id
(λ (stx)
(datum->syntax
stx
(string->symbol
(regexp-replace #rx"^drracket:" (symbol->string (syntax-e stx)) "drscheme:"))
stx))]
[defthings
(syntax-case stx ()
[(_ case ...)
(map
(λ (case)
(with-syntax ([(id ctc)
(syntax-case case (proc-doc/names proc-doc parameter-doc parameter/c)
[(proc-doc/names id ctc . stuff)
(identifier? #'id)
#'(id ctc)]
[(proc-doc id ctc . stuff)
(identifier? #'id)
#'(id ctc)]
[(parameter-doc id (parameter/c ctc) arg-id . stuff)
(and (identifier? #'id)
(identifier? #'arg-id))
#'(id (parameter/c ctc))]
[_
(raise-syntax-error 'provide/dr/doc "unknown thing" case)])])
(with-syntax ([mid (munge-id #'id)])
#`(thing-doc mid ctc (@undefined-const "This is provided for backwards compatibility; new code should use " (racket id) " instead.")))))
(syntax->list #'(case ...)))])])
(syntax-case stx ()
[(_ rst ...)
#`(provide/doc #,@defthings rst ...)])))
(provide/dr/doc
(proc-doc/names
drracket:module-language-tools:add-opt-out-toolbar-button
(->* ((-> (is-a?/c top-level-window<%>)
(is-a?/c area-container<%>)
(is-a?/c switchable-button%))
symbol?)
(#:number (or/c real? #f))
void?)
((make-button id) ((number #f)))
@{Call this function to add another button to DrRacket's toolbar. When buttons are added this way,
DrRacket monitors the @tt{#lang} line at the top of the file; when it changes DrRacket queries
the language to see if this button should be included.
These buttons are ``opt out'', meaning that if the language doesn't explicitly ask to not
have this button (or all such buttons), the button will appear.
The @racket[number] argument is the same as the @racket[number] argument
to @method[drracket:unit:frame<%> register-toolbar-button].
@language-info-def[drracket:opt-out-toolbar-buttons]{
See @racket[read-language] for more details on how a language can opt out.
DrRacket will invoke the @tt{get-info} proc from @racket[read-language] with
@racket['drracket:opt-out-toolbar-buttons]
(and @indexed-racket['drscheme:opt-out-toolbar-buttons] for backwards compatibility).
If the result is a list of symbols, the
listed symbols are opted out. If the result is @racket[#f], all buttons are opted
out. The default is the empty list, meaning that all opt-out buttons appear.}})
(proc-doc/names
drracket:module-language-tools:add-online-expansion-handler
(-> path-string? symbol? (-> (is-a?/c drracket:unit:definitions-text<%>)
any/c
any)
void?)
(mod-path id local-handler)
@{Registers a pair of procedures with DrRacket's online expansion machinery.
The first two arguments name a procedure in a module that is loaded by
@racket[dynamic-require] is a separate place. When DrRacket detects that
the editor has been modified, it sends the contents of the editor over to
that separate place, @racket[expand]s the program there, and then supplies
the fully expanded object to that first procedure. (The procedure is called
in the same context as the expansion process.)
The contract for that procedure is
@racketblock[(-> syntax? path? any/c custodian?
any)]
There are three other arguments.
@itemize[
@item{
The @racket[path?] argument is the path that was the @racket[current-directory]
when the code was expanded. This directory should be used as the
@racket[current-directory] when resolving module paths obtained from
the syntax object.}
@item{
The third argument is the source object used in the syntax objects that
come from the definitions window in DrRacket. It may be a path (if the file
was saved), but it also might not be. Use @racket[equal?] to compare it
with the @racket[syntax-source] field of syntax objects to determine if
they come from the definitions window.}
@item{ Note that the thread that calls this procedure may be
killed at any time: DrRacket may kill it when the user types in the buffer
(in order to start a new expansion), but bizarro code may also create a separate
thread during expansion that lurks around and then mutates arbitrary things.
Some code, however, should be longer running, surviving such custodian
shutdowns. To support this, the procedure called in the separate place is
supplied with a more powerful custodian that is not shut down. }]
The result of the procedure is expected to be something that can be sent
across a @racket[place-channel], which is then sent back to the original
place where DrRacket itself is running and passed to the @racket[local-handler]
argument. At this point, the only code running is trusted code (DrRacket itself
and other tools), but any long running computations may freeze DrRacket's GUI,
since this procedure is invoked on DrRacket's eventspace's handler thread.})
(proc-doc/names
drracket:module-language-tools:register-online-expansion-pref
(-> (-> (is-a?/c vertical-panel%) void?) void?)
(func)
@{Registers @racket[func] so that it is called while building the
preferences panel. The function is passed a panel that contains
other configuration controls for online expansion.})
(proc-doc/names
drracket:module-language:add-module-language
(-> any)
()
@{Adds the module language to DrRacket. This is called during DrRacket's startup.})
(proc-doc/names
drracket:module-language:module-language-put-file-mixin
(-> (implementation?/c text:basic<%>) (implementation?/c text:basic<%>))
(super%)
@{Extends @racket[super%] by overriding the @method[editor<%> put-file] method
to use a default name from the buffer, if the buffer contains something like
@tt{(module name ...)}.})
;
;
;
; ;
; ;
; ;
; ;;; ; ; ;;; ;
; ; ; ; ; ; ; ;
; ; ; ; ; ; ;
; ;;;;;; ; ; ;;;; ;
; ; ; ; ; ; ;
; ; ; ; ; ;
; ;;;; ; ;;;;; ;
;
;
;
(proc-doc/names
drracket:eval:set-basic-parameters
(->* ((listof (is-a?/c snip-class%)))
(#:gui-modules? boolean?)
void?)
((snipclasses)
((gui-modules #t)))
@{Sets the parameters that are shared between the repl's
initialization and @racket[drracket:eval:build-user-eventspace/custodian].
Specifically, it sets these parameters:
@itemize[
@item{@racket[current-namespace] has been set to a newly
created empty namespace. This namespace has the following modules
shared (with @racket[namespace-attach-module])
from DrRacket's original namespace:
@itemize[@item{@racketmodname[racket/base]}
@item{@racketmodname['#%foreign]}
@item{@racketmodname[mzlib/pconvert-prop]}
@item{@racketmodname[planet/terse-info]}]
If the @racket[gui-modules?] parameter is a true value, then
these modules are also shared:
@itemize[@item{@racketmodname[mred/mred]}
@item{@racketmodname[mrlib/cache-image-snip]}
@item{@racketmodname[mrlib/image-core]}
@item{@racketmodname[mrlib/matrix-snip]}]
}
@item{@racket[read-curly-brace-as-paren]
is @racket[#t]; }
@item{@racket[read-square-bracket-as-paren]
is @racket[#t];}
@item{@racket[error-print-width] is set to 250;}
@item{@racket[current-ps-setup]
is set to a newly created
@racket[ps-setup%]
object;}
@item{the @racket[exit-handler] is set to
a parameter that kills the user's custodian; and}
@item{the snip-class-list, returned by
@racket[get-the-snip-class-list]
is initialized with all of the snipclasses in DrRacket's eventspace's snip-class-list.}]})
(proc-doc/names
drracket:eval:get-snip-classes
(-> (listof (is-a?/c snip-class%)))
()
@{Returns a list of all of the snipclasses in the current eventspace.})
(proc-doc/names
drracket:eval:expand-program
(->* ((or/c port? drracket:language:text/pos?)
drracket:language-configuration:language-settings?
boolean?
(-> void?)
(-> void?)
(-> (or/c eof-object? syntax? (cons/c string? any/c))
(-> any)
any))
(#:gui-modules? boolean?)
void?)
((input language-settings eval-compile-time-part? init kill-termination iter)
((gui-modules? #t)))
@{Use this function to expand the contents of the definitions
window for use with external program processing tools.
This function uses
@racket[drracket:eval:build-user-eventspace/custodian]
to build the user's environment.
The arguments @racket[language-settings], @racket[init],
@racket[kill-termination], and @racket[gui-modules?] are passed to
@racket[drracket:eval:build-user-eventspace/custodian].
The @racket[input] argument specifies the source of the program.
The @racket[eval-compile-time-part?] argument indicates if
@racket[expand]
is called or if
@racket[expand-top-level-with-compile-time-evals]
is called when the program is expanded.
Roughly speaking, if your tool will evaluate each expression
itself by calling
@racket[eval]
then pass @racket[#f]. Otherwise, if your tool
just processes the expanded program, be sure to pass
@racket[#t].
This function calls
@method[drracket:language:language<%> front-end/complete-program]
to expand the program. Unlike when the @onscreen{Run} is clicked,
however, it does not call
@method[drracket:language:language<%> front-end/finished-complete-program].
The first argument to @racket[iter] is the expanded program
(represented as syntax) or eof.
The @racket[iter] argument is called for each expression in the
expanded program and once more with eof, unless an error is
raised during expansion.
It is called from the user's thread.
If an exception is raised during expansion of the
user's program, @racket[iter] is not called.
Consider setting the exception-handler during @racket[init] to
handle this situation.
The second argument to @racket[iter] is a thunk that
continues expanding the rest of the contents of the
definitions window. If the first argument to @racket[iter] was
eof, this argument is just the primitive
@racket[void].
See also
@racket[drracket:eval:expand-program/multiple].})
(proc-doc/names
drracket:eval:traverse-program/multiple
(->* (drracket:language-configuration:language-settings?
(-> void?)
(-> void?))
(#:gui-modules? boolean?)
(-> (or/c port? drracket:language:text/pos?)
(-> (or/c eof-object? syntax? (cons/c string? any/c))
(-> any)
any)
boolean?
void?))
((language-settings init kill-termination)
((gui-modules #t)))
@{This function is similar to
@racket[drracket:eval:expand-program/multiple]
The only difference is that it does not
expand the program in the editor; instead
the processing function can decide how to
expand the program.})
(proc-doc/names
drracket:eval:expand-program/multiple
(->* (drracket:language-configuration:language-settings?
boolean?
(-> void?)
(-> void?))
(#:gui-modules? boolean?)
(-> (or/c port? drracket:language:text/pos?)
(-> (or/c eof-object? syntax? (cons/c string? any/c))
(-> any)
any)
boolean?
void?))
((language-settings eval-compile-time-part? init kill-termination)
((gui-modules? #t)))
@{This function is just like
@racket[drracket:eval:expand-program]
except that it is curried and the second application
can be used multiple times.
Use this function if you want to initialize the user's
thread (and namespace, etc) once but have program text
that comes from multiple sources.
The extra boolean argument to the result function
determines if
@racket[drracket:language:language front-end/complete-program<%>]
or
@racket[drracket:language:language front-end/interaction<%>]
is called.})
(proc-doc/names
drracket:eval:build-user-eventspace/custodian
(->* (drracket:language-configuration:language-settings?
(-> void?)
(-> void?))
(#:gui-modules? boolean?)
(values eventspace? custodian?))
((language-settings init kill-termination)
((gui-modules? #t)))
@{This function creates a custodian and an eventspace (on the
new custodian) to expand the user's program. It does not
kill this custodian, but it can safely be shutdown (with
@racket[custodian-shutdown-all]) after the
expansion is finished.
It initializes the
user's eventspace's main thread with several parameters:
@itemize[
@item{ @racket[current-custodian] is set to a new custodian.
}@item{
In addition, it calls
@racket[drracket:eval:set-basic-parameters],
passing the @racket[#:gui-modules?] parameter along.
}]
The @racket[language-settings] argument is the current
language and its settings. See
@racket[drracket:language-configuration:language-settings]
for details on that structure.
If the program is associated with a DrRacket
frame, get the frame's language settings from the
@method[drracket:unit:definitions-text<%> get-next-settings]
method of
@racket[drracket:unit:definitions-text<%>]. Also, the most recently chosen language in
the language dialog is saved via the framework's
preferences. Apply
@racket[preferences:get]
to
@racket[drracket:language-configuration:get-settings-preferences-symbol]
for that @racket[language-settings].
The @racket[init] argument is called after the user's parameters
are all set, but before the program is run. It is called on
the user's thread. The
@racket[current-directory] and
@racket[current-load-relative-directory]
parameters are not set, so if there are appropriate directories,
the @racket[init] argument is a good place to set them.
The @racket[kill-termination] argument is called when the main thread of
the eventspace terminates, no matter if the custodian was
shutdown, or the thread was killed. This procedure is also
called when the thread terminates normally. This procedure is
called from a new, dedicated thread (@italic{i. e.}, not the thread
created to do the expansion, nor the thread that
@racket[drracket:eval:build-user-eventspace/custodian] was called from.)})
;
;
;
; ; ;
; ; ;
; ; ;
; ;; ; ;;; ; ;; ; ; ;; ;
; ; ;; ; ; ;; ; ; ; ; ;;
; ; ; ; ; ; ; ; ; ; ;
; ; ; ;;;;;; ; ; ; ; ; ;
; ; ; ; ; ; ; ; ; ;
; ; ;; ; ;; ; ; ;; ; ;;
; ;; ; ;;;; ; ;; ;; ; ;; ;
; ;
; ; ;
; ;;;;
(proc-doc/names
drracket:debug:error-display-handler/stacktrace
(->* (string? any/c)
((or/c false/c (listof srcloc?))
#:definitions-text (or/c #f (is-a?/c drracket:unit:definitions-text<%>))
#:interactions-text (or/c #f (is-a?/c drracket:rep:text<%>))
)
any/c)
((msg exn) ((stack #f)
(defs #f)
(ints #f)))
@{Displays the error message represented by the string, adding
embellishments like those that appears in the DrRacket REPL,
specifically a clickable icon for the stack trace (if the srcloc location is not empty),
and a clickable icon for the source of the error (read & syntax errors show their source
locations and otherwise the first place in the stack trace is shown).
If @racket[stack] is false, then the stack traces embedded in the @racket[exn] argument (if any) are used.
Specifically, this function looks for a stacktrace via
@racket[errortrace-key] in the continuation marks of @racket[exn] and @racket[continuation-mark-set->context].
If @racket[stack] is not false, that stack is added to the stacks already in the exception.
This should be called in the same eventspace and on the same thread as the error.})
(proc-doc/names
drracket:debug:make-debug-error-display-handler
(-> (-> string? (or/c any/c exn?) any)
(-> string? (or/c any/c exn?) any))
(oedh)
@{This function implements an error-display-handler in terms
of another error-display-handler.
See also Racket's
@racket[error-display-handler]
parameter.
If the current-error-port is the definitions window in
DrRacket, this error handler inserts some debugging
annotations, calls @racket[oedh], and then highlights the
source location of the runtime error.
It looks for both stack trace information in the continuation
marks both via the
@racketmodname[errortrace/errortrace-key]
module and via
@racket[continuation-mark-set->context].
})
(proc-doc/names
drracket:debug:hide-backtrace-window
(-> void?)
()
@{Hides the backtrace window.})
(proc-doc/names
drracket:debug:add-prefs-panel
(-> void?)
()
@{Adds the profiling preferences panel.})
(proc-doc/names
drracket:debug:open-and-highlight-in-file
(->* ((or/c srcloc? (listof srcloc?)))
((or/c #f (cons/c (λ (x) (and (weak-box? x)
(let ([v (weak-box-value x)])
(or (not v)
(is-a?/c v editor<%>)))))
number?)))
void?)
((debug-info)
((edition-pair #f)))
@{This function opens a DrRacket to display
@racket[debug-info]. Only the src the position
and the span fields of the srcloc are considered.
The @racket[edition-pair] is used to determine if a
warning message is shown when before opening the file.
If the @racket[edition-pair] is not @racket[#f], it is compared
with the result of @method[text:basic<%> get-edition-number]
of the editor that is loaded to determine if the file has been
edited since the source location was recorded. If so, it
puts up a warning dialog message to that effect.})
(proc-doc/names
drracket:debug:show-backtrace-window/edition-pairs
(-> string?
(listof srcloc?)
(listof
(or/c
#f
(cons/c (λ (x)
(and (weak-box? x)
(let ([v (weak-box-value x)])
(or (not v)
(is-a?/c v editor<%>)))))
number?)))
(or/c #f (is-a?/c drracket:unit:definitions-text<%>))
(or/c #f (is-a?/c drracket:rep:text<%>))
void?)
(error-message dis editions-pairs defs ints)
@{Same as @racket[drracket:debug:show-backtrace-window/edition-pairs/two],
where the @racket[_dis2] and @racket[_editions-pairs2] arguments
are both @racket['()]})
(proc-doc/names
drracket:debug:show-backtrace-window/edition-pairs/two
(-> string?
(listof srcloc?)
(listof
(or/c
#f
(cons/c (λ (x)
(and (weak-box? x)
(let ([v (weak-box-value x)])
(or (not v)
(is-a?/c v editor<%>)))))
number?)))
(listof srcloc?)
(listof
(or/c
#f
(cons/c (λ (x)
(and (weak-box? x)
(let ([v (weak-box-value x)])
(or (not v)
(is-a?/c v editor<%>)))))
number?)))
(or/c #f (is-a?/c drracket:unit:definitions-text<%>))
(or/c #f (is-a?/c drracket:rep:text<%>))
void?)
(error-message dis1 editions-pairs1 dis2 editions-pairs2 defs ints)
@{Shows the backtrace window you get when clicking on the bug in
DrRacket's REPL.
The @racket[error-message] argument is the text of the error,
@racket[dis1] and @racket[dis2] are the stacktrace information,
extracted from the
continuation mark in the exception record, using
@racket[errortrace-key] and using
@racket[continuation-mark-set->context].
The @racket[editions1] and @racket[editions2] arguments indicate
the editions of any editors
that are open editing the files corresponding to the source locations.
The lists must have the same length as @racket[dis1] and @racket[dis2].
The @racket[defs] argument should be non-@racket[#f] if there are
possibly stacktrace frames that contain unsaved versions of the
definitions window from DrRacket. Similarly, the @racket[ints] argument
should be non-@racket[#f] if there are possibly stacktrace frames that contain
unsaved versions of the interactions window.
Use
@racket[drracket:rep:current-rep] to get the rep during evaluation of a program.
})
(proc-doc/names
drracket:debug:show-backtrace-window
(->* (string?
(or/c exn?
(listof srcloc?)
(non-empty-listof (cons/c string? (listof srcloc?)))))
((or/c #f (is-a?/c drracket:rep:text<%>))
(or/c #f (is-a?/c drracket:unit:definitions-text<%>)))
void?)
((error-message dis)
((rep #f)
(defs #f)))
@{Shows the backtrace window you get when clicking on the bug in
DrRacket's REPL.
This function simply calls @racket[drracket:debug:show-backtrace-window/edition-pairs],
using @racket[drracket:debug:srcloc->edition/pair].
})
(proc-doc/names
drracket:debug:srcloc->edition/pair
(->* (srcloc?
(or/c #f (is-a?/c drracket:rep:text<%>))
(or/c #f (is-a?/c drracket:unit:definitions-text<%>)))
((or/c #f (and/c hash? hash-equal?)))
(or/c #f (cons/c (let ([weak-box-containing-an-editor?
(λ (x) (and (weak-box? x)
(let ([v (weak-box-value x)])
(or (not v)
(is-a?/c v editor<%>)))))])
weak-box-containing-an-editor?)
number?)))
((srcloc ints defs)
((cache #f)))
@{Constructs a edition pair from a source location,
returning the current edition of the editor editing
the source location (if any).
The @racket[ints] and @racket[defs] arguments are used to map source locations,
in the case that the source location corresponds to the definitions
window (when it has not been saved) or the interactions window. This calls
@racket[normalize-path], so to avoid the severe performance penalty that can
incur on some filesystems, the @racket[cache] argument is consulted and updated,
when it is provided. Use this argument if you're calling
@racket[drracket:debug:srcloc->edition/pair] a number of times in a loop, when you
do not expect the filesystem to change across iterations of the loop. The initial
argument should be an empty equal hash (e.g., @racket[(make-hash)]).
})
;
;
;
; ;; ;; ;;; ;;
; ;; ;; ;; ;;
; ;; ;; ;; ;;
; ;;;;;; ;;;; ;; ;;;;; ;;;;; ;;;; ;;;; ;; ;;
; ;; ;; ;;; ;; ;; ;; ;; ;; ;;; ;;; ;; ;; ; ;; ;
; ;; ;; ;;;;;; ;; ;; ;; ;;;;;;; ;; ;;;;;; ;;;; ;;;;
; ;; ;; ;; ;; ;; ;; ;;;;;;; ;; ;; ;;;; ;;;;;
; ;; ;; ;;; ; ;; ;; ;; ;; ;; ;;; ; ; ;; ;; ;;
; ;; ;;; ;;;; ;; ;;;;; ;;;;;; ;;;; ;;;; ;; ;;;
; ;;
; ;;
; ;;
(proc-doc/names
drracket:help-desk:help-desk
(->* ()
((or/c #f string?)
(or/c #f string? (list/c string? string?)))
any)
(()
((search-key #f)
(search-context #f)))
@{if @racket[search-key] is a string, calls @racket[perform-search] with
@racket[search-key] and @racket[search-context].
Otherwise, calls @racket[send-main-page] with no arguments.})
;
;
;
; ;
;
; ;
; ; ; ; ;; ; ;;;;
; ; ; ;; ; ; ;
; ; ; ; ; ; ;
; ; ; ; ; ; ;
; ; ; ; ; ; ;
; ; ;; ; ; ; ;
; ;; ; ; ; ; ;;
;
;
;
(proc-doc/names
drracket:unit:get-program-editor-mixin
(-> ((subclass?/c text%) . -> . (subclass?/c text%)))
()
@{Returns a mixin that must be mixed in to any
@racket[text%] object that might contain
program text (and thus can be in the source
field of some syntax object).
See also
@racket[drracket:unit:add-to-program-editor-mixin].})
(proc-doc/names
drracket:unit:add-to-program-editor-mixin
(((subclass?/c text%) . -> . (subclass?/c text%)) . -> . void?)
(mixin)
@{@phase[1]
Adds @racket[mixin] to the result of
@racket[drracket:unit:get-program-editor-mixin].})
(proc-doc/names
drracket:unit:open-drscheme-window
(case->
(-> (is-a?/c drracket:unit:frame%))
((or/c string? false/c) . -> . (is-a?/c drracket:unit:frame%)))
(() (filename))
@{Opens a DrRacket frame that displays
@racket[filename],
or nothing if @racket[filename] is @racket[#f] or not supplied.})
(proc-doc/names
drracket:unit:add-search-help-desk-menu-item
(->* ((is-a?/c text%) (is-a?/c menu-item-container<%>) exact-nonnegative-integer?) ((-> any)) void?)
((text menu position)
((add-sep void)))
@{Adds a menu item to @racket[menu] that searches in Help Desk
for the word around @racket[position] in @racket[text].
If there is only whitespace around @racket[position],
then no @racket[menu-item%]s are added, and
@racket[add-sep] is not called. If there is something to be
added, then @racket[add-sep] is called before the menu item is
created.
})
;
;
;
; ;
; ;
; ;
; ; ;; ;; ;;; ;; ; ;;; ;;;
; ;; ;; ; ; ; ; ;; ; ; ;
; ; ; ; ; ; ; ; ; ; ;;
; ; ; ; ; ; ; ; ;;;;;; ;;
; ; ; ; ; ; ; ; ; ;
; ; ; ; ; ; ; ;; ; ;
; ; ; ; ;;; ;; ; ;;;; ;;;
;
;
;
(proc-doc/names
drracket:modes:add-mode
(string?
(or/c false/c (is-a?/c mode:surrogate-text<%>))
((is-a?/c drracket:rep:text%) number? . -> . boolean?)
((or/c false/c (listof string?)) . -> . boolean?)
. -> .
drracket:modes:mode?)
(name surrogate repl-submit matches-language)
@{Adds a mode to DrRacket. Returns a mode value
that identifies the mode.
The first argument, @racket[name], is the name
of the mode, used in DrRacket's GUI to allow
the user to select this mode.
The @racket[surrogate] argument is set to the
definitions text and the interactions text
(via the
@racket[mode:host-text set-surrogate<%>]
method) whenever this mode is enabled.
The @racket[repl-submit] procedure is called
whenever the user types a return in the interactions
window. It is passed the interactions editor
and the position where the last prompt occurs.
If it
returns @racket[#t], the text after the last
prompt is treated as a program fragment and
evaluated, according to the language settings.
If it returns @racket[#f], the text is
assumed to be an incomplete program fragment, and
the keystroke is not treated specially.
The @racket[matches-language] predicate is called whenever
the language changes. If it returns @racket[#t]
this mode is installed. It is passed the list of strings
that correspond to the names of the language in the
language dialog.
Modes are tested in the opposite order that they are
added. That is, the last mode to be added gets tested
first when the filename changes or when the language
changes.
See also
@racket[drracket:modes:get-modes].})
(proc-doc/names
drracket:modes:mode?
(any/c . -> . boolean?)
(val)
@{Determines if @racket[val] is a mode.})
(proc-doc/names
drracket:modes:get-modes
(-> (listof drracket:modes:mode?))
()
@{Returns all of the modes currently added to DrRacket.
See also
@racket[drracket:modes:add-mode].})
(proc-doc/names
drracket:modes:mode-name
(drracket:modes:mode? . -> . string?)
(mode)
@{Extracts the name of the mode.
See also
@racket[drracket:modes:add-mode].})
(proc-doc/names
drracket:modes:mode-surrogate
(drracket:modes:mode? . -> . (or/c false/c (is-a?/c mode:surrogate-text<%>)))
(mode)
@{Extracts the surrogate of the mode.
See also
@racket[drracket:modes:add-mode].})
(proc-doc/names
drracket:modes:mode-repl-submit
(drracket:modes:mode? . -> . any)
(mode)
@{Extracts the repl submission predicate of the mode.
See also
@racket[drracket:modes:add-mode].})
(proc-doc/names
drracket:modes:mode-matches-language
(drracket:modes:mode? . -> . ((or/c false/c (listof string?)) . -> . boolean?))
(mode)
@{Extracts the language matching predicate of the mode.
See also
@racket[drracket:modes:add-mode].})
;
;
;
;
;
;
; ; ; ;;; ; ;;
; ;; ; ; ;; ;
; ; ; ; ; ;
; ; ;;;;;; ; ;
; ; ; ; ;
; ; ; ;; ;
; ; ;;;; ; ;;
; ;
; ;
; ;
(proc-doc/names
drracket:rep:get-welcome-delta
(-> (is-a?/c style-delta%))
()
@{Returns a style delta that matches the style and color of the
phrase ``Welcome to'' in the beginning of the interactions window.})
(proc-doc/names
drracket:rep:get-dark-green-delta
(-> (is-a?/c style-delta%))
()
@{Returns a style delta that matches the style and color of the
name of a language in the interactions window.})
(proc-doc/names
drracket:rep:get-drs-bindings-keymap
(-> (is-a?/c keymap%))
()
@{Returns a keymap that binds various DrRacket-specific
keybindings. This keymap is used in the definitions
and interactions window.
By default, binds C-x;o to a function that switches
the focus between the definitions and interactions
windows. Also binds f5 to Execute and f1 to Help Desk.})
(proc-doc/names
drracket:rep:current-rep
(-> (or/c false/c (is-a?/c drracket:rep:text%)))
()
@{This is a parameter whose value should not be set by tools.
It is initialized to the repl that controls this evaluation
in the user's thread.
It only returns @racket[#f] if the program not running
in the context of a repl (eg, the test suite window).})
(proc-doc/names
drracket:rep:current-value-port
(-> (or/c false/c port?))
()
@{This is a parameter whose value is a port that
prints in the REPL in blue. It is used to print
the values of toplevel expressions in the REPL.
It is only initialized on the user's thread.})
(parameter-doc
drracket:rep:after-expression
(parameter/c (or/c #f (-> any)))
top-level-expression
@{This parameter is used by @method[drracket:rep:text% evaluate-from-port].
When it is a thunk, then DrRacket invokes the thunk on the user's thread
as the last thing it does (before cleaning up).})
;
;
;
; ; ;
; ; ;
; ; ; ; ;
; ;; ; ;;; ;;;; ; ;;; ; ; ;;;; ;;; ; ;; ;; ;
; ; ;; ; ; ; ; ; ; ; ; ; ; ; ;; ; ; ;;
; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;
; ; ; ;;;;;; ; ; ;;;;;; ; ; ;;;;;; ; ; ; ;
; ; ; ; ; ; ; ; ; ; ; ; ; ; ;
; ; ;; ; ; ; ; ; ; ; ; ; ; ; ;;
; ;; ; ;;;; ;; ; ;;;; ; ; ;; ;;;; ; ; ;; ;
; ; ;
; ; ; ;
; ;;;;
(proc-doc
drracket:get/extend:extend-unit-frame
(->i ([mixin (make-mixin-contract drracket:unit:frame%)])
([before boolean?]
#:name-for-changes [name-for-changes (or/c #f symbol?)])
[result void?])
(#t #f)
@{Extends the class that is used for the frame that implements the main DrRacket window.
The @racket[before] argument controls if the mixin is applied before or
after already installed mixins.
If @racket[name-for-changes] is a symbol and @racket[drracket:get/extend:allow-re-extension!]
has been called (without a subsequent call to @racket[drracket:get/extend:disallow-re-extension!])
then calling this function replaces any earlier mixins that have been added
that have the same name. Otherwise, calling this with the same name
twice is an error and calling it once @racket[drracket:get/extend:get-frame] has been
called is an error.})
(proc-doc
drracket:get/extend:get-unit-frame
(-> (subclass?/c drracket:unit:frame%))
@{Returns a class whose objects are used for the DrRacket frames.
Once this function is called,
@racket[drracket:get/extend:extend-unit-frame]
raises an error, disallowing any more extensions.
See also @racket[drracket:get/extend:allow-re-extension!].})
(proc-doc
drracket:get/extend:extend-tab
(->i ([mixin (make-mixin-contract drracket:unit:tab<%>)])
([before boolean?]
#:name-for-changes [name-for-changes (or/c #f symbol?)])
[result void?])
(#t #f)
@{Like @racket[drracket:get/extend:extend-unit-frame], except it extends the class
that implements the tabs in DrRacket. One is created for each tab
in a frame (each frame always has at least one tab, even if the tab bar is not shown).})
(proc-doc
drracket:get/extend:get-tab
(-> (implementation?/c drracket:unit:tab<%>))
@{Like @racket[drracket:get/extend:get-unit-frame], except it
returns the class used for tabs.})
(proc-doc
drracket:get/extend:extend-definitions-text
(->i ([mixin (make-mixin-contract drracket:unit:definitions-text<%>)])
([before boolean?]
#:name-for-changes [name-for-changes (or/c #f symbol?)])
[result void?])
(#t #f)
@{Like @racket[drracket:get/extend:extend-unit-frame], except
this text is used in the top window of DrRacket frames.})
(proc-doc
drracket:get/extend:get-definitions-text
(-> (implementation?/c drracket:unit:definitions-text<%>))
@{Like @racket[drracket:get/extend:get-unit-frame], except
for the text that is used in the top window of DrRacket frames.})
(proc-doc
drracket:get/extend:extend-interactions-text
(->i ([mixin (make-mixin-contract drracket:rep:text<%>)])
([before boolean?]
#:name-for-changes [name-for-changes (or/c #f symbol?)])
[result void?])
(#t #f)
@{Like @racket[drracket:get/extend:extend-unit-frame], except it extends the class
that implements the the editor in the interactions window.})
(proc-doc
drracket:get/extend:get-interactions-text
(-> (implementation?/c drracket:rep:text<%>))
@{Like @racket[drracket:get/extend:get-unit-frame] except it returns
the class that implements the editor in the interactions window.})
(proc-doc
drracket:get/extend:extend-definitions-canvas
(->i ([mixin (make-mixin-contract drracket:unit:definitions-canvas%)])
([before boolean?]
#:name-for-changes [name-for-changes (or/c #f symbol?)])
[result void?])
(#t #f)
@{Like @racket[drracket:get/extend:extend-unit-frame], except it extends the class
that implements the definitions window's @racket[editor-canvas%].})
(proc-doc
drracket:get/extend:get-definitions-canvas
(-> (subclass?/c drracket:unit:definitions-canvas%))
@{Like @racket[drracket:get/extend:get-unit-frame] except it returns
the class that implements the definitions window's @racket[editor-canvas%].})
(proc-doc
drracket:get/extend:extend-interactions-canvas
(->i ([mixin (make-mixin-contract drracket:unit:interactions-canvas%)])
([before boolean?]
#:name-for-changes [name-for-changes (or/c #f symbol?)])
[result void?])
(#t #f)
@{Like @racket[drracket:get/extend:extend-unit-frame], except it extends the class
that implements the interactions window's @racket[editor-canvas%].})
(proc-doc
drracket:get/extend:get-interactions-canvas
(-> (subclass?/c drracket:unit:interactions-canvas%))
@{Like @racket[drracket:get/extend:get-unit-frame] except it returns
the class that implements the definitions window's @racket[editor-canvas%].})
(proc-doc
drracket:get/extend:disallow-re-extension!
(-> void?)
@{Once this is called, re-extension of the mixins described in this
section is not allowed. This is the default state of mixin extension,
but it can be changed by @racket[drracket:get/extend:allow-re-extension!].})
(proc-doc
drracket:get/extend:allow-re-extension!
(-> void?)
@{Once this is called, re-extension of the mixins described in this
section are now allowed (see @racket[drracket:get/extend:extend-unit-frame]
for details of how to effect a re-extension).
This mode is intended to support a faster development cycle, not for production code.
Specifically, the issue is that replacing mixins in this manner does not affect any
objects that have already been create and thus
there can, in general, be a mixture of old and new objects in a single DrRacket.
If some kind of systematic change to the classes is wanted, consider instead using
the @racketmodname[racket/surrogate] library.
Once an extension happens, newly created objects will use the new mixins.
Mostly, however, creating a new frame will create a new set of all of the objects
that are extended in this section, so that can be used to experiment more quickly
with changes.
})
;
;
;
;
; ; ;;;
; ;;;
; ;;;; ;;; ;;;;;;; ;;; ;;; ;;; ;; ;; ;;;
; ;;;; ;;;;;;;;;;;; ;;;;; ;;; ;;;;;;; ;;;;;;;
; ;;; ;;; ;; ;;; ;;; ;; ;;; ;;; ;;; ;;; ;;;
; ;;; ;;; ;;;;; ;;; ;;; ;;; ;;; ;;; ;;;
; ;;; ;;; ;;; ;;; ;;; ;; ;;; ;;; ;;; ;;; ;;;
; ;;;; ;;; ;;; ;;; ;;;;; ;;; ;;; ;;; ;;;;;;;
; ;;; ;;; ;;;;;; ;;; ;;; ;;; ;;; ;; ;;;
; ;;;
; ;;;;;;
;
;
(proc-doc/names
drracket:tracing:annotate
(-> syntax? syntax?)
(stx)
@{Call this function to add tracing annotations to the a fully-expanded
expression. When the program runs, DrRacket will pop open the tracing
window to display the trace.})
;
;
;
; ;
; ;
; ;
; ; ;;; ; ;; ;; ; ; ; ;;; ;; ; ;;;
; ; ; ; ;; ; ; ;; ; ; ; ; ; ;; ; ;
; ; ; ; ; ; ; ; ; ; ; ; ; ;
; ; ;;;; ; ; ; ; ; ; ;;;; ; ; ;;;;;;
; ; ; ; ; ; ; ; ; ; ; ; ; ; ;
; ; ; ; ; ; ; ;; ; ;; ; ; ; ;; ;
; ; ;;;;; ; ; ;; ; ;; ; ;;;;; ;; ; ;;;;
; ; ;
; ; ; ; ;
; ;;;; ;;;;
;
;
;
; ;;; ; ;
; ;
; ; ;
; ;;; ;;; ; ;; ;;;; ; ;; ; ; ; ; ; ;;; ;;;; ; ;;; ; ;;
; ; ; ; ; ;; ; ; ; ; ;; ; ; ;; ; ; ; ; ; ; ;; ;
; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;
; ; ; ; ; ; ; ; ; ; ; ; ; ;;;; ; ; ; ; ; ;
; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ;
; ; ; ; ; ; ; ; ; ; ;; ; ;; ; ; ; ; ; ; ; ; ;
; ;;; ;;; ; ; ; ; ;; ; ;; ; ; ;;;;; ;; ; ;;; ; ;
; ;
; ; ;
; ;;;;
(proc-doc/names
drracket:language-configuration:get-languages
(-> (listof (is-a?/c drracket:language:language<%>)))
()
@{This can only be called after all of the tools initialization phases have completed.
Returns the list of all of the languages installed in DrRacket.})
(proc-doc/names
drracket:language-configuration:add-language
(->* ((and/c (is-a?/c drracket:language:language<%>)
drracket:language:object/c))
(#:allow-executable-creation? boolean?)
void?)
((language) ((allow-executable-creation? #f)))
@{@phase[2]
Adds @racket[language] to the languages offered by DrRacket.
If @racket[allow-executable-creation?] is @racket[#f], then
choosing the @onscreen{Create Executable...} menu item results
in a dialog box saying that executable creation is disabled.
If it is @racket[#t], then the
@method[drracket:language:language<%> create-executable]
is called when that menu item is selected (after checking
to make sure the file is saved).})
(proc-doc/names
drracket:language-configuration:get-settings-preferences-symbol
(-> symbol?)
()
@{Returns the symbol that is used to store the user's language
settings. Use as an argument to either
@racket[preferences:get]
or
@racket[preferences:set].})
(proc-doc/names
drracket:language-configuration:language-settings
((or/c (is-a?/c drracket:language:language<%>)
drracket:language:object/c)
any/c
. -> .
drracket:language-configuration:language-settings?)
(language settings)
@{This is the constructor for a record consisting of two
elements, a language and its settings.
The settings is a language-specific record that holds a
value describing a parameterization of the language.
It has two selectors,
@racket[drracket:language-configuration:language-settings-language]
and
@racket[drracket:language-configuration:language-settings-settings], and a predicate,
@racket[drracket:language-configuration:language-settings?]})
#;
(proc-doc/names
drracket:language-configuration:make-language-settings
((or/c (is-a?/c drracket:language:language<%>) drracket:language:object/c)
any/c
. -> .
drracket:language-configuration:language-settings?)
(language settings)
@{This is an alias for @racket[drrracket:language-configuration:language-settings]})
(proc-doc/names
drracket:language-configuration:language-settings-settings
(-> drracket:language-configuration:language-settings?
any/c)
(ls)
@{Extracts the settings field of a language-settings.})
(proc-doc/names
drracket:language-configuration:language-settings-language
(drracket:language-configuration:language-settings?
. -> .
(or/c (is-a?/c drracket:language:language<%>)
drracket:language:object/c))
(ls)
@{Extracts the language field of a language-settings.})
(proc-doc/names
drracket:language-configuration:language-settings?
(any/c . -> . boolean?)
(val)
@{Determines if the argument is a language-settings or not.})
(proc-doc/names
drracket:language-configuration:language-dialog
(->* (boolean? drracket:language-configuration:language-settings?)
((or/c false/c (is-a?/c top-level-window<%>)))
(or/c false/c drracket:language-configuration:language-settings?))
((show-welcome? language-settings-to-show)
((parent #t)))
@{Opens the language configuration dialog.
See also
@racket[drracket:language-configuration:fill-language-dialog].
The @racket[show-welcome?] argument determines if
if a ``Welcome to DrRacket'' message and some
natural language buttons are shown.
The @racket[language-settings-to-show] argument
must be some default language settings that the dialog
is initialized to.
If unsure of a default, the currently set language
in the user's preferences can be obtained via:
@racketblock[
(preferences:get
(drracket:language-configuration:get-settings-preferences-symbol))]
The @racket[parent] argument is used as the parent
to the dialog.
The result if @racket[#f] when the user cancells the dialog, and
the selected language if they hit ok.})
(proc-doc/names
drracket:language-configuration:fill-language-dialog
(->*
((is-a?/c vertical-panel%)
(is-a?/c area-container<%>)
drracket:language-configuration:language-settings?)
((or/c false/c (is-a?/c top-level-window<%>))
(-> symbol? void?))
(values (-> (is-a?/c drracket:language:language<%>))
(-> any/c)
(-> any/c (is-a?/c mouse-event%) any)))
((panel button-panel language-setting)
((re-center #f)
(ok-handler void)))
@{This procedure accepts two parent panels and
fills them with the contents of the language dialog.
It is used to include language configuration controls
in some larger context in another dialog.
The @racket[panel] argument is the main panel where the
language controls will be placed.
The function adds buttons to the @racket[button-panel]
to revert a language to its default settings and to
show the details of a language.
The @racket[language-setting] is the default
language to show in the dialog.
The @racket[re-center] argument is used when the @onscreen{Show Details}
button is clicked. If that argument is a @racket[top-level-window<%>],
the @onscreen{Show Details} callback will recenter the window each time
it is clicked. Otherwise, the argument is not used.
@racket[ok-handler] is a function that is in charge of interfacing the OK
button. It should accept a symbol message: @racket['enable] and
@racket['disable] to toggle the button, and @racket['execute] to run
the desired operation. (The language selection dialog also uses an
internal @racket['enable-sync] message.)
The first two results of the function return a language object
and a settings for that language, as chosen by the user using the dialog.
The final function should be called when keystrokes are typed in the
enclosing frame. It is used to implement the shortcuts that choose the
two radio buttons in the language dialog.
})
(proc-doc
drracket:language:register-capability
(->i ([s symbol?]
[the-contract contract?]
[default (the-contract) the-contract])
()
[res void?])
@{Registers a new capability with a default value for each language
and a contract on the values the capability might have.
By default, these capabilities are registered as DrRacket starts up:
@(let-syntax ([cap (syntax-rules ()
[(cap key contract default desc ...)
(item @racket['key : contract = default]
"--- " desc ...)])])
(itemize
@cap[drracket:check-syntax-button boolean? #t]{controls the visiblity of the check syntax button}
@cap[drracket:language-menu-title string?
(string-constant scheme-menu-name)]{
controls the name of the menu just to the right of the language
menu (named ``Racket'' by default)}
@cap[drscheme:define-popup
(or/c #f
(list/c string? string? string?)
(cons/c string? string?))
(list "(define" "(define ...)" "δ")]{
specifies the prefix that the define popup should look for and what
label it should have, or @racket[#f] if it should not appear at all.
If the list of three strings alternative is used, the first string is
the prefix that is looked for when finding definitions. The second
and third strings are used as the label of the control, in horizontal
and vertical mode, respectively.
The pair of strings alternative is deprecated. If it is used,
the pair @racket[(cons a-str b-str)] is the same as @racket[(list a-str b-str "δ")].}
@cap[drscheme:help-context-term (or/c false/c string?) #f]{
specifies a context query for documentation searches that are
initiated in this language, can be @racket[#f] (no change to the
user's setting) or a string to be used as a context query (note: the
context is later maintained as a cookie, @racket[""] is different
from @racket[#f] in that it clears the stored context)}
@cap[drscheme:special:insert-fraction boolean? #t]{
determines if the insert fraction menu item in the special menu is
visible}
@cap[drscheme:special:insert-lambda boolean? #t]{
determines if the insert lambda menu item in the special menu is
visible}
@cap[drscheme:special:insert-large-letters boolean? #t]{
determines if the insert large letters menu item in the special menu
is visible}
@cap[drscheme:special:insert-image boolean? #t]{
determines if the insert image menu item in the special menu is
visible}
@cap[drscheme:special:insert-comment-box boolean? #t]{
determines if the insert comment box menu item in the special menu
is visible}
@cap[drscheme:special:insert-gui-tool boolean? #t]{
determines if the insert gui menu item in the special menu is
visible}
@cap[drscheme:special:slideshow-menu-item boolean? #t]{
determines if the insert pict box menu item in the special menu is
visible}
@cap[drscheme:special:insert-text-box boolean? #t]{
determines if the insert text box menu item in the special menu is
visible}
@cap[drscheme:special:xml-menus boolean? #t]{
determines if the insert scheme box, insert scheme splice box, and
the insert xml box menu item in the special menu are visible}
@cap[drscheme:autocomplete-words (listof string?) '()]{
determines the list of words that are used when completing words in
this language}
@cap[drscheme:tabify-menu-callback
(or/c false/c (-> (is-a?/c text%) number? number? void?))
(λ (t a b) (send t tabify-selection a b))]{
is used as the callback when the ``Reindent'' or ``Reindent All''
menu is selected. The first argument is the editor, and the second
and third are a range in the editor.}
))})
(proc-doc/names
drracket:language:capability-registered?
(-> symbol? boolean?)
(s)
@{Indicates if
@racket[drracket:language:register-capability]
has been called with @racket[s].})
(proc-doc
drracket:language:get-capability-default
(->i ([s (and/c symbol? drracket:language:capability-registered?)])
()
[res (s) (drracket:language:get-capability-contract s)])
@{Returns the default for a particular capability.})
(proc-doc/names
drracket:language:get-capability-contract
(-> (and/c symbol? drracket:language:capability-registered?)
contract?)
(s)
@{Returns the contract for a given capability, which was specified
when @racket[drracket:language:register-capability] was called.})
;
;
;
; ;
; ;
; ;
; ; ;;; ; ;; ;; ; ; ; ;;; ;; ; ;;;
; ; ; ; ;; ; ; ;; ; ; ; ; ; ;; ; ;
; ; ; ; ; ; ; ; ; ; ; ; ; ;
; ; ;;;; ; ; ; ; ; ; ;;;; ; ; ;;;;;;
; ; ; ; ; ; ; ; ; ; ; ; ; ; ;
; ; ; ; ; ; ; ;; ; ;; ; ; ; ;; ;
; ; ;;;;; ; ; ;; ; ;; ; ;;;;; ;; ; ;;;;
; ; ;
; ; ; ; ;
; ;;;; ;;;;
(proc-doc/names
drracket:language:add-snip-value
(->* ((-> any/c boolean?)
(-> any/c (is-a?/c snip%)))
((-> any/c))
void?)
((test-value convert-value)
((setup-thunk void)))
@{Registers a handler to convert values into snips as they are printed in the REPL.
The @racket[test-snip] argument is called to determine if this handler can convert the value
and the @racket[convert-value] argument is called to build a snip.
The (optional) @racket[setup-thunk] is called just after the user's namespace and other
setings are built, but before any of the user's code is evaluated.
All three functions are called on the user's thread and with the user's settings.})
(proc-doc/names
drracket:language:extend-language-interface
(-> interface?
(make-mixin-contract drracket:language:language<%>)
void?)
(interface default-implementation)
@{@phase[1]
Each language added passed to
@racket[drracket:language-configuration:add-language]
must implement @racket[interface].
The @racket[default-implementation] is a mixin
that provides a default implementation of
@racket[interface]. Languages that are unaware of
the specifics of @racket[extension] use
@racket[default-implementation] via
@racket[drracket:language:get-default-mixin].})
(proc-doc
drracket:language:get-default-mixin
(-> (make-mixin-contract drracket:language:language<%>))
@{@phase[2]
The result of this function is the composite of all of the
@racket[default-implementation] arguments passed
to
@racket[drracket:language:extend-language-interface].})
(proc-doc/names
drracket:language:get-language-extensions
(-> (listof interface?))
()
@{@phase[2]
Returns a list of the interfaces passed to
@racket[drracket:language:extend-language-interface].})
(proc-doc/names
drracket:language:put-executable
((is-a?/c top-level-window<%>)
path?
(or/c boolean? (symbols 'launcher 'standalone 'distribution))
boolean?
string?
. -> . (or/c false/c path?))
(parent program-filename mode mred? title)
@{Calls the GRacket primitive
@racket[put-file]
with arguments appropriate for creating an executable
from the file @racket[program-filename].
The arguments @racket[mred?] and @racket[mode] indicates
what type of executable this should be (and the dialog
may be slightly different on some platforms, depending
on these arguments). For historical reasons, @racket[#f]
is allowed for @racket[mode] as an alias for @racket['launcher], and
@racket[#t] is allowed for @racket[mode] as an alias for @racket['stand-alone].
The @racket[title] argument is used as the title to the primitive
@racket[put-file]
or
@racket[get-directory]
primitive.})
(proc-doc/names
drracket:language:create-executable-gui
((or/c false/c (is-a?/c top-level-window<%>))
(or/c false/c string?)
(or/c (λ (x) (eq? x #t)) (symbols 'launcher 'standalone 'distribution))
(or/c (λ (x) (eq? x #t)) (symbols 'mzscheme 'mred))
. -> .
(or/c false/c
(list/c (symbols 'no-show 'launcher 'stand-alone 'distribution)
(symbols 'no-show 'mred 'mzscheme)
string?)))
(parent program-name show-type show-base)
@{Opens a dialog to prompt the user about their choice of executable.
If @racket[show-type] is @racket[#t], the user is prompted about
a choice of executable: stand-alone,
launcher, or distribution; otherwise, the symbol determines the type.
If @racket[show-base]
is @racket[#t], the user is prompted about a choice of base
binary: mzscheme or mred; otherwise the symbol determines the base.
The @racket[program-name] argument is used to construct the default
executable name in a platform-specific manner.
The @racket[parent] argument is used for the parent of the dialog.
The result of this function is @racket[#f] if the user cancel's
the dialog and a list of three items indicating what options
they chose. If either @racket[show-type] or @racket[show-base]
was not @racket[#t], the corresponding result will be @racket['no-show],
otherwise it will indicate the user's choice.})
(proc-doc/names
drracket:language:create-module-based-stand-alone-executable
((or/c path? string?)
(or/c path? string?) any/c any/c any/c boolean? boolean?
. -> .
void?)
(program-filename
executable-filename
module-language-spec
transformer-module-language-spec
init-code
gui?
use-copy?)
@{This procedure creates a stand-alone executable in the file
@racket[executable-filename] that runs the program
@racket[program-filename].
The arguments
@racket[module-language-spec] and
@racket[transformer-module-language-spec] specify the
settings of the initial namespace, both the transformer
portion and the regular portion. Both may be @racket[#f]
to indicate there are no initial bindings.
The @racket[init-code] argument is an s-expression representing
the code for a module. This module is expected to provide
the identifier @racket[init-code], bound to a procedure of no
arguments. That module is required and the @racket[init-code]
procedure is executed to initialize language-specific
settings before the code in @racket[program-filename] runs.
The @racket[gui?] argument indicates if a GRacket or Racket
stand-alone executable is created.
The @racket[use-copy?] argument indicates if the initial
namespace should be populated with
@racket[namespace-require/copy] or
@racket[namespace-require]. })
(proc-doc/names
drracket:language:create-module-based-distribution
((or/c path? string?)
(or/c path? string?) any/c any/c any/c boolean? boolean?
. -> .
void?)
(program-filename
distribution-filename
module-language-spec
transformer-module-language-spec
init-code
gui?
use-copy?)
@{Like
@racket[drracket:language:create-module-based-stand-alone-executable], but packages the stand-alone executable into a distribution.})
(proc-doc/names
drracket:language:create-distribution-for-executable
((or/c path? string?)
boolean?
(-> path? void?)
. -> .
void?)
(distribution-filename
gui?
make-executable)
@{Creates a distribution where the given @racket[make-executable] procedure
creates the stand-alone executable to be distributed.
The @racket[make-executable] procedure is given the name of the
executable to create. The @racket[gui?] argument is needed in case the
executable's name (which @racket[drracket:language:create-distribution-for-executable]
must generate) depends on the type of executable. During the distribution-making
process, a progress dialog is shown to the user, and the user can click an
@onscreen{Abort} button that sends a break to the current thread.})
(proc-doc/names
drracket:language:create-module-based-launcher
((or/c path? string?) (or/c path? string?) any/c any/c any/c boolean? boolean?
. -> .
void?)
(program-filename
executable-filename
module-language-spec
transformer-module-language-spec
init-code
gui?
use-copy?)
@{This procedure is identical to
@racket[drracket:language:create-module-based-stand-alone-executable], except that it creates a launcher instead of a
stand-alone executable.})
(proc-doc/names
drracket:language:simple-module-based-language-convert-value
(-> any/c drracket:language:simple-settings? any)
(value settings)
@{The result can be either one or two values. The first result is
the converted value. The second result is @racket[#t] if the converted
value should be printed with @racket[write] (or @racket[pretty-write]),
@racket[#f] if the converted result should be printed with
@racket[print] (or @racket[pretty-print]); the default second
result is @racket[#t].
The default implementation of this method depends on the
@racket[simple-settings-printing-style] field of @racket[settings].
If it is @racket['print], the
result is @racket[(values value #f)]. If it is @racket['write] or @racket['trad-write],
the result is just @racket[value]. Otherwise, the result is produce by
adjusting the @racket[constructor-style-printing] and @racket[show-sharing]
parameters based on @racket[settings], setting @racket[current-print-convert-hook]
to ignore snips, and then applying @racket[print-convert] to @racket[value].})
(proc-doc/names
drracket:language:setup-printing-parameters
(-> (-> any) drracket:language:simple-settings? (or/c number? 'infinity) any)
(thunk settings width)
@{Equivalent to @racket[(drracket:language:make-setup-printing-parameters)].})
(proc-doc/names
drracket:language:make-setup-printing-parameters
(-> (-> (-> any) drracket:language:simple-settings? (or/c number? 'infinity) any))
()
@{Returns a procedure that accepts three arguments: a thunk, settings, and
a pretty-print width. The result procedure, when invoked sets all of the
@racket[pretty-print] and @racket[print-convert] parameters
either to the defaults to values based on @racket[settings]
and then invokes @racket[thunk], returning what it returns.
When @racket[drracket:language:make-setup-printing-parameters] is invoked,
it @racket[dynamic-require]s @racketmodname[slideshow/pict-convert] and
closes over the results, using them to convert values when the resulting
procedure is invoked.
})
(proc-doc/names
drracket:language:text/pos-text
(drracket:language:text/pos? . -> . (is-a?/c text%))
(text/pos)
@{Selects the @racket[text%] from a text/pos.})
(proc-doc/names
drracket:language:text/pos-start
(drracket:language:text/pos? . -> . number?)
(text/pos)
@{Selects the starting position from a text/pos.})
(proc-doc/names
drracket:language:text/pos-end
(drracket:language:text/pos? . -> . number?)
(text/pos)
@{Selects the ending position from a text/pos.})
(proc-doc/names
drracket:language:text/pos?
(any/c . -> . boolean?)
(val)
@{Returns @racket[#t] if @racket[val] is a text/pos, and @racket[#f]
otherwise.})
(proc-doc/names
drracket:language:text/pos
((is-a?/c text%) number? number?
. -> .
drracket:language:text/pos?)
(text start end)
@{Constructs a text/pos.})
(proc-doc/names
drracket:language:make-text/pos
((is-a?/c text%) number? number?
. -> .
drracket:language:text/pos?)
(text start end)
@{An alias for @racket[drracket:language:text/pos]})
(proc-doc/names
drracket:language:simple-settings-case-sensitive
(drracket:language:simple-settings? . -> . boolean?)
(simple-settings)
@{Extracts the case-sensitive setting from a simple-settings.})
(proc-doc/names
drracket:language:simple-settings-printing-style
(drracket:language:simple-settings?
. -> .
(symbols 'constructor 'quasiquote 'write 'trad-write 'print))
(simple-settings)
@{Extracts the printing-style setting from a simple-settings.})
(proc-doc/names
drracket:language:simple-settings-fraction-style
(drracket:language:simple-settings?
. -> .
(symbols 'mixed-fraction
'mixed-fraction-e
'repeating-decimal
'repeating-decimal-e))
(simple-settings)
@{Extracts the fraction-style setting from a simple-settings.})
(proc-doc/names
drracket:language:simple-settings-show-sharing
(drracket:language:simple-settings?
. -> .
boolean?)
(simple-settings)
@{Extracts the show-sharing setting from a simple-settings.})
(proc-doc/names
drracket:language:simple-settings-insert-newlines
(drracket:language:simple-settings?
. -> .
boolean?)
(simple-settings)
@{Extracts the insert-newline setting from a simple-settings.})
(proc-doc/names
drracket:language:simple-settings-annotations
(drracket:language:simple-settings?
. -> .
(symbols 'none 'debug 'debug/profile 'test-coverage))
(simple-settings)
@{Extracts the debugging setting from a simple-settings.})
(proc-doc/names
drracket:language:simple-settings?
(any/c . -> . boolean?)
(val)
@{Determines if @racket[val] is a simple-settings.})
(proc-doc/names
drracket:language:simple-settings
(-> boolean?
(symbols 'constructor 'quasiquote 'write 'trad-write 'print)
(symbols 'mixed-fraction 'mixed-fraction-e 'repeating-decimal 'repeating-decimal-e)
boolean?
boolean?
(symbols 'none 'debug 'debug/profile 'test-coverage)
drracket:language:simple-settings?)
(case-sensitive
printing-style
fraction-style
show-sharing
insert-newlines
annotations)
@{Constructs a simple settings.})
(proc-doc/names
drracket:language:make-simple-settings
(-> boolean?
(symbols 'constructor 'quasiquote 'write 'trad-write 'print)
(symbols 'mixed-fraction 'mixed-fraction-e 'repeating-decimal 'repeating-decimal-e)
boolean?
boolean?
(symbols 'none 'debug 'debug/profile 'test-coverage)
drracket:language:simple-settings?)
(case-sensitive
printing-style
fraction-style
show-sharing
insert-newlines
annotations)
@{An alias for @racket[drracket:language:simple-settings].})
(proc-doc/names
drracket:language:simple-settings->vector
(drracket:language:simple-settings? . -> . vector?)
(simple-settings)
@{Constructs a vector whose elements are the fields of @racket[simple-settings].}))