racket/collects/compiler/commands/test.rkt

236 lines
7.3 KiB
Racket

#lang racket/base
(require racket/cmdline
racket/match
racket/format
racket/list
racket/function
racket/port
racket/path
raco/command-name
rackunit/log
pkg/lib)
(define submodules '())
(define run-anyways? #t)
(define quiet? #f)
(define quiet-program? #f)
(define table? #f)
(define (dynamic-require* p d)
(parameterize
([current-output-port
(if quiet-program?
(open-output-nowhere)
(current-output-port))]
[current-error-port
(if quiet-program?
(open-output-nowhere)
(current-error-port))])
(dynamic-require p d)))
(struct summary (failed total label body-res))
(define-syntax-rule (with-summary label . body)
(let ()
(match-define (cons before-failed before-total)
(test-log #:display? #f #:exit? #f))
(define res (begin . body))
(match-define (cons after-failed after-total)
(test-log #:display? #f #:exit? #f))
(summary (- after-failed before-failed)
(- after-total before-total)
label
res)))
(define (iprintf i fmt . more)
(for ([j (in-range i)])
(display #\space))
(apply printf fmt more))
(define (display-summary top)
(define files
(let flatten ([sum top])
(match sum
[(list sum ...)
(append-map flatten sum)]
[(summary failed total `(file ,p) body)
(list sum)]
[(summary failed total label body)
(flatten body)]
[(? void?)
empty])))
(define sfiles
(sort files
(λ (x y)
(cond
[(= (summary-failed x) (summary-failed y))
(> (summary-total x) (summary-total y))]
[else
(< (summary-failed x) (summary-failed y))]))))
(define (max-width f)
(string-length
(number->string
(apply max (map f sfiles)))))
(define failed-wid (max-width summary-failed))
(define total-wid (max-width summary-total))
(for ([f (in-list sfiles)])
(match-define (summary failed total `(file ,p) _) f)
(displayln (~a (~a #:min-width failed-wid
#:align 'right
(if (zero? failed)
""
failed))
" "
(~a #:min-width total-wid
#:align 'right
total)
" " p))))
(define (do-test e [check-suffix? #f])
(match e
[(? string? s)
(do-test (string->path s))]
[(? path? p)
(cond
[(directory-exists? p)
(with-summary
`(directory ,p)
(map
(λ (dp)
(do-test (build-path p dp) #t))
(directory-list p)))]
[(and (file-exists? p)
(or (not check-suffix?)
(regexp-match #rx#"\\.rkt$" (path->bytes p))))
(with-summary
`(file ,p)
(parameterize ([current-command-line-arguments '#()])
(define something-wasnt-declared? #f)
(for ([submodule (in-list (if (null? submodules)
'(test)
(reverse submodules)))])
(define mod `(submod ,p ,submodule))
(cond
[(module-declared? mod #t)
(unless quiet?
(printf "raco test: ~s\n" `(submod ,(if (absolute-path? p)
`(file ,(path->string p))
(path->string p))
,submodule)))
(dynamic-require* mod 0)]
[else
(set! something-wasnt-declared? #t)]))
(when (and run-anyways? something-wasnt-declared?)
(unless quiet?
(printf "raco test: ~s\n" (if (absolute-path? p)
`(file ,(path->string p))
(path->string p))))
(dynamic-require* p 0))))]
[(not (file-exists? p))
(error 'test "given path ~e does not exist" p)])]))
(module paths racket/base
(require setup/link
racket/list)
(struct col (name path) #:transparent)
(define (get-linked user? version?)
(define version-re
(and version?
(regexp-quote (version))))
(append
(for/list ([c+p (in-list (links #:user? user? #:version-regexp version-re #:with-path? #t))])
(col (car c+p)
(cdr c+p)))
(for/list ([cp (in-list (links #:root? #t #:user? user? #:version-regexp version-re))]
#:when (directory-exists? cp)
[collection (directory-list cp)]
#:when (directory-exists? (build-path cp collection)))
(col (path->string collection)
(build-path cp collection)))))
;; A list of `col's, where each collection may be represented
;; by multiple elements of the list, each with its own path.
(define (all-collections)
(remove-duplicates
(append*
(for/list ([cp (current-library-collection-paths)]
#:when (directory-exists? cp)
[collection (directory-list cp)]
#:when (directory-exists? (build-path cp collection)))
(col (path->string collection)
(build-path cp collection)))
(for*/list ([user? (in-list '(#t #f))]
[version? (in-list '(#t #f))])
(get-linked user? version?)))))
;; This should be in Racket somewhere and return all the collection
;; paths, rather than just the first as collection-path does.
(define (collection-paths c)
(for/list ([col (all-collections)]
#:when (string=? c (col-name col)))
(col-path col)))
(provide collection-paths))
(require (submod "." paths))
(define collections? #f)
(define packages? #f)
(define (do-test-wrap e)
(cond
[collections?
(match (collection-paths e)
[(list)
(error 'test "Collection ~e is not installed" e)]
[l
(with-summary
`(collection ,e)
(map do-test l))])]
[packages?
(define pd (pkg-directory e))
(if pd
(with-summary
`(package ,e)
(do-test pd))
(error 'test "Package ~e is not installed" e))]
[else
(do-test e)]))
(command-line
#:program (short-program+command-name)
#:multi
[("--submodule" "-s") name
"Runs submodule <name>\n (defaults to running just the `test' submodule)"
(let ([n (string->symbol name)])
(set! submodules (cons n submodules)))]
#:once-any
[("--run-if-absent" "-r")
"Require module if submodule is absent (on by default)"
(set! run-anyways? #t)]
[("--no-run-if-absent" "-x")
"Require nothing if submodule is absent"
(set! run-anyways? #f)]
#:once-each
[("--quiet" "-q")
"Suppress `raco test: ...' message"
(set! quiet? #t)]
[("--table" "-t")
"Print a summary table"
(set! table? #t)]
[("--quiet-program" "-Q")
"Quiet the program"
(set! quiet-program? #t)]
#:once-any
[("--collection" "-c")
"Interpret arguments as collections"
(set! collections? #t)]
[("--package" "-p")
"Interpret arguments as packages"
(set! packages? #t)]
#:args file-or-directory
(begin (define sum (map do-test-wrap file-or-directory))
(when table?
(display-summary sum))
(void (test-log #:display? #t #:exit? #t))))