Automated Resyntax fixes (#681)

This is an automated change generated by Resyntax.

#### Pass 1

Applied 1 fix to [`drracket-test/tests/drracket/repl-test-raw.rkt`](../blob/HEAD/drracket-test/tests/drracket/repl-test-raw.rkt)

  * Line 2, `tidy-require`: Keep imports in `require` sorted and grouped by phase, with collections before files.

Applied 4 fixes to [`drracket-test/tests/drracket/populate-compiled.rkt`](../blob/HEAD/drracket-test/tests/drracket/populate-compiled.rkt)

  * Line 2, `tidy-require`: Keep imports in `require` sorted and grouped by phase, with collections before files.
  * Line 12, `make-temporary-directory-migration`: Use `make-temporary-directory` to make directories instead of `make-temporary-file`.
  * Line 82, `tidy-require`: Keep imports in `require` sorted and grouped by phase, with collections before files.
  * Line 97, `let-to-define`: Internal definitions are recommended instead of `let` expressions, to reduce nesting.

Applied 3 fixes to [`drracket/drracket/private/honu-logo.rkt`](../blob/HEAD/drracket/drracket/private/honu-logo.rkt)

  * Line 12, `let-to-define`: Internal definitions are recommended instead of `let` expressions, to reduce nesting.
  * Line 18, `define-lambda-to-define`: The `define` form supports a shorthand for defining functions (including function-returning functions).
  * Line 131, `let-to-define`: Internal definitions are recommended instead of `let` expressions, to reduce nesting.

Applied 1 fix to [`drracket-test/tests/drracket/module-browser.rkt`](../blob/HEAD/drracket-test/tests/drracket/module-browser.rkt)

  * Line 2, `tidy-require`: Keep imports in `require` sorted and grouped by phase, with collections before files.

Applied 1 fix to [`drracket/drracket/syncheck-drracket-button.rkt`](../blob/HEAD/drracket/drracket/syncheck-drracket-button.rkt)

  * Line 2, `tidy-require`: Keep imports in `require` sorted and grouped by phase, with collections before files.

## Summary

Fixed 10 issues in 5 files.

  * Fixed 5 occurrences of `tidy-require`
  * Fixed 3 occurrences of `let-to-define`
  * Fixed 1 occurrence of `make-temporary-directory-migration`
  * Fixed 1 occurrence of `define-lambda-to-define`

Co-authored-by: GitHub Actions <[email protected]>

drracket-test/tests/drracket/module-browser.rkt

@@ -1,7 +1,7 @@
 #lang racket/base
-(require racket/unit
+(require drracket/private/standalone-module-browser
          racket/async-channel
-         drracket/private/standalone-module-browser
+         racket/unit
          rackunit)
 
 (define (fetch-files stx/fn)

drracket-test/tests/drracket/populate-compiled.rkt

@@ -1,15 +1,15 @@
 #lang racket/base
-(require racket/file
-         racket/system
-         compiler/find-exe
-         pkg/lib)
+(require compiler/find-exe
+         pkg/lib
+         racket/file
+         racket/system)
 
 (module test racket/base) ; disable for DrDr
 
 (unless (eq? 'user (default-pkg-scope))
   (error "Run this test with `user' default package scope"))
 
-(define dir (make-temporary-file "~a" 'directory))
+(define dir (make-temporary-directory "~a"))
 (define pkg-dir (build-path dir "popcomp-pkg"))
 (define coll-dir (build-path pkg-dir "popcomp"))
 (define pkg2-dir (build-path dir "popcomp2-pkg"))
@@ -79,12 +79,12 @@
 ;; ----------------------------------------
 
 (module go racket/base
-  (require "private/drracket-test-util.rkt"
-           racket/gui/base
+  (require framework/test
            racket/class
-           racket/path
            racket/file
-           framework/test)
+           racket/gui/base
+           racket/path
+           "private/drracket-test-util.rkt")
 
   (define (check-compiled compiled? path)
     (unless (equal? compiled? (file-exists? path))
@@ -95,59 +95,55 @@
 
   (fire-up-drracket-and-run-tests 
    (λ ()
-      (let ([drs (wait-for-drracket-frame)])
-        (define x (vector-ref (current-command-line-arguments) 0))
-        (define dir (path-only x))
-
-        (do-execute drs)
+     (define drs (wait-for-drracket-frame))
+     (define x (vector-ref (current-command-line-arguments) 0))
+     (define dir (path-only x))
+
+     (do-execute drs)
+
+     (define popcomp-main-zo
+       (build-path dir "popcomp-pkg" "popcomp" "compiled" "drracket" "errortrace" "main_rkt.zo"))
+     (define popcomp2-main-zo
+       (build-path dir "popcomp2-pkg" "popcomp2" "compiled" "drracket" "errortrace" "main_rkt.zo"))
 
-        (define popcomp-main-zo
-          (build-path dir "popcomp-pkg" "popcomp" "compiled" "drracket" "errortrace" "main_rkt.zo"))
-        (define popcomp2-main-zo
-          (build-path dir "popcomp2-pkg" "popcomp2" "compiled" "drracket" "errortrace" "main_rkt.zo"))
+     (check-compiled #t (build-path dir "compiled" "drracket" "errortrace" "y_rkt.zo"))
+     (check-compiled #f popcomp-main-zo)
+     (check-compiled #f popcomp2-main-zo)
 
-        (check-compiled #t (build-path dir "compiled" "drracket" "errortrace" "y_rkt.zo"))
-        (check-compiled #f popcomp-main-zo)
-        (check-compiled #f popcomp2-main-zo)
+     ;; Create a broken ".zo" file where it should not be used:
+     (make-directory* (path-only popcomp-main-zo))
+     (call-with-output-file* popcomp-main-zo (lambda (o) (fprintf o "broken\n")))
 
-        ;; Create a broken ".zo" file where it should not be used:
-        (make-directory* (path-only popcomp-main-zo))
-        (call-with-output-file* 
-         popcomp-main-zo
-         (lambda (o)
-           (fprintf o "broken\n")))
+     (do-execute drs)
+     (let* ([got (fetch-output drs)])
+       (unless (string=? "" got)
+         (error 'check-output "wrong output: ~s" got)))
 
-        (do-execute drs)
-        (let* ([got (fetch-output drs)])
-          (unless (string=? "" got)
-            (error 'check-output "wrong output: ~s" got)))
+     (delete-file popcomp-main-zo)
 
-        (delete-file popcomp-main-zo)
+     ;; Open "main.rkt" in "popcomp-pkg", so now it should be compiled
+     ;; when we run "x.rkt":
 
-        ;; Open "main.rkt" in "popcomp-pkg", so now it should be compiled
-        ;; when we run "x.rkt":
+     (test:menu-select "File" "New Tab")
+     (use-get/put-dialog (λ () (test:menu-select "File" "Open…"))
+                         (build-path dir "popcomp-pkg" "popcomp" "main.rkt"))
 
-        (test:menu-select "File" "New Tab")
-        (use-get/put-dialog (λ () 
-                               (test:menu-select "File" "Open…"))
-                            (build-path dir "popcomp-pkg" "popcomp" "main.rkt"))
+     (queue-callback/res (λ () (send drs change-to-tab (car (send drs get-tabs)))))
 
-        (queue-callback/res (λ () (send drs change-to-tab (car (send drs get-tabs)))))
+     (do-execute drs)
 
-        (do-execute drs)
+     (check-compiled #t popcomp-main-zo)
+     (check-compiled #f popcomp2-main-zo)
 
-        (check-compiled #t popcomp-main-zo)
-        (check-compiled #f popcomp2-main-zo)
+     ;; But if the "popcomp-pkg" directory is not writable, then
+     ;; don't compile after all:
 
-        ;; But if the "popcomp-pkg" directory is not writable, then
-        ;; don't compile after all:
+     (delete-file popcomp-main-zo)
+     (file-or-directory-permissions (build-path dir "popcomp-pkg") #o555)
 
-        (delete-file popcomp-main-zo)
-        (file-or-directory-permissions (build-path dir "popcomp-pkg") #o555)
-
-        (do-execute drs)
+     (do-execute drs)
 
-        (check-compiled #f popcomp-main-zo)
-        (check-compiled #f popcomp2-main-zo)
+     (check-compiled #f popcomp-main-zo)
+     (check-compiled #f popcomp2-main-zo)
 
-        (file-or-directory-permissions (build-path dir "popcomp-pkg") #o777)))))
+     (file-or-directory-permissions (build-path dir "popcomp-pkg") #o777))))

drracket-test/tests/drracket/repl-test-raw.rkt

@@ -1,5 +1,6 @@
 #lang racket/base
-(require "private/repl-test.rkt" "private/drracket-test-util.rkt")
+(require "private/drracket-test-util.rkt"
+         "private/repl-test.rkt")
 (fire-up-drracket-and-run-tests (λ () (run-test '(raw))))
 
 (module+ test

drracket/drracket/private/honu-logo.rkt

@@ -10,48 +10,41 @@
 (define body-path (make-object dc-path%))
 
 (define (find-arc-spot x y w h end)
-  (let ([ce (cos end)]
-        [se (- (sin end))])
-    (values (+ x (* w 1/2) (* w 1/2 ce))
-            (+ y (* h 1/2) (* h 1/2 se)))))
-
-(define weighted-arc 
-  (lambda (path x y w h start end ccw? [dx1 0.0] [dy1 0.2] [dx2 dx1] [dy2 (- dy1)])
-    (let ([sweep (let loop ([s (if ccw? (- end start) (- start end))])
-		   (if (< s 0)
-		       (loop (+ s (* 2 pi)))
-		       s))])
-      (if (> sweep pi)
-	  (let ([halfway ((if ccw? + -) start (/ sweep 2))])
-	    (weighted-arc path x y w h start halfway ccw? dx1 dy1 dx2 dy2)
-	    (weighted-arc path x y w h halfway end ccw? dx2 (- dy2) dx1 (- dy1)))
-	  (let ([p (new dc-path%)])
-	    ;; Set p to be the arc for a unit circle,
-	    ;;  centered on the X-axis:
-	    (let* ([x0 (cos (/ sweep 2))]
-		   [y0 (sin (/ sweep 2))]
-		   [x1 (/ (- 4 x0) 3)]
-		   [y1 (/ (* (- 1 x0) (- 3 x0)) (* 3 y0))]
-		   [x2 x1]
-		   [y2 (- y1)]
-		   [x3 x0]
-		   [y3 (- y0)]
-		   [sw (/ w 2)]
-		   [sh (/ h 2)])
-	      (send p move-to x0 y0)
-	      (send p curve-to 
-		    (+ x1 dx1) (+ y1 dy1)
-		    (+ x2 dx2) (+ y2 dy2)
-		    x3 y3)
-	      ;; Rotate to match start:
-	      (send p rotate (+ (if ccw? start end) (/ sweep 2)))
-	      ;; Scale to match width and height:
-	      (send p scale (/ w 2) (/ h 2))
-	      ;; Translate to match x and y
-	      (send p translate (+ x (/ w 2)) (+ y (/ h 2)))
-	      (unless ccw?
-		(send p reverse)))
-	    (send path append p))))))
+  (define ce (cos end))
+  (define se (- (sin end)))
+  (values (+ x (* w 1/2) (* w 1/2 ce)) (+ y (* h 1/2) (* h 1/2 se))))
+
+(define (weighted-arc path x y w h start end ccw? [dx1 0.0] [dy1 0.2] [dx2 dx1] [dy2 (- dy1)])
+  (let ([sweep (let loop ([s (if ccw? (- end start) (- start end))])
+                 (if (< s 0) (loop (+ s (* 2 pi))) s))])
+    (if (> sweep pi)
+        (let ([halfway ((if ccw? + -) start (/ sweep 2))])
+          (weighted-arc path x y w h start halfway ccw? dx1 dy1 dx2 dy2)
+          (weighted-arc path x y w h halfway end ccw? dx2 (- dy2) dx1 (- dy1)))
+        (let ([p (new dc-path%)])
+          ;; Set p to be the arc for a unit circle,
+          ;;  centered on the X-axis:
+          (let* ([x0 (cos (/ sweep 2))]
+                 [y0 (sin (/ sweep 2))]
+                 [x1 (/ (- 4 x0) 3)]
+                 [y1 (/ (* (- 1 x0) (- 3 x0)) (* 3 y0))]
+                 [x2 x1]
+                 [y2 (- y1)]
+                 [x3 x0]
+                 [y3 (- y0)]
+                 [sw (/ w 2)]
+                 [sh (/ h 2)])
+            (send p move-to x0 y0)
+            (send p curve-to (+ x1 dx1) (+ y1 dy1) (+ x2 dx2) (+ y2 dy2) x3 y3)
+            ;; Rotate to match start:
+            (send p rotate (+ (if ccw? start end) (/ sweep 2)))
+            ;; Scale to match width and height:
+            (send p scale (/ w 2) (/ h 2))
+            ;; Translate to match x and y
+            (send p translate (+ x (/ w 2)) (+ y (/ h 2)))
+            (unless ccw?
+              (send p reverse)))
+          (send path append p)))))
 
 (define overall-rotation (- (* pi 1/2 3/8)))
 
@@ -129,18 +122,15 @@
    (+ (* pi 3/2) angle-offset)))
 
 (define (add-big-fin-top add)
-  (let ([fin-width (- big-fin-right-edge big-fin-top-x)])
-    (add big-fin-top-x
-         big-fin-top-y
-
-         (+ big-fin-top-x (* 1/3 fin-width))
-         big-fin-curve-top-offset
-
-         (+ big-fin-top-x (* 2/3 fin-width))
-         big-fin-curve-top-offset
-
-         big-fin-right-edge
-	 (+ big-fin-bottom-y 10))))
+  (define fin-width (- big-fin-right-edge big-fin-top-x))
+  (add big-fin-top-x
+       big-fin-top-y
+       (+ big-fin-top-x (* 1/3 fin-width))
+       big-fin-curve-top-offset
+       (+ big-fin-top-x (* 2/3 fin-width))
+       big-fin-curve-top-offset
+       big-fin-right-edge
+       (+ big-fin-bottom-y 10)))
 
 (define (add-big-fin-bottom add)
   (let ([fin-width (- big-fin-right-edge big-fin-bottom-x)])

drracket/drracket/syncheck-drracket-button.rkt

@@ -1,8 +1,8 @@
 #lang racket/base
-(require racket/class 
-         string-constants/string-constant
+(require (for-syntax images/icons/style images/icons/tool racket/base)
          images/compile-time
-         (for-syntax racket/base images/icons/tool images/icons/style))
+         racket/class
+         string-constants/string-constant)
 (provide syncheck-drracket-button
          syncheck-bitmap
          syncheck-small-bitmap