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41f2f14bd9
* test-suite/tests/coverage.test ("procedure-execution-count")["called
from C"]: Throw 'unresolved when `scm_call_2' cannot be resolved.
Reported by Eli Zaretskii <eliz@gnu.org>.
271 lines
11 KiB
Scheme
271 lines
11 KiB
Scheme
;;;; coverage.test --- Code coverage. -*- mode: scheme; coding: utf-8; -*-
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;;;;
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;;;; Copyright (C) 2010, 2011, 2012, 2013 Free Software Foundation, Inc.
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;;;;
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;;;; This library is free software; you can redistribute it and/or
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;;;; modify it under the terms of the GNU Lesser General Public
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;;;; License as published by the Free Software Foundation; either
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;;;; version 3 of the License, or (at your option) any later version.
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;;;;
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;;;; This library is distributed in the hope that it will be useful,
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;;;; but WITHOUT ANY WARRANTY; without even the implied warranty of
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;;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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;;;; Lesser General Public License for more details.
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;;;;
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;;;; You should have received a copy of the GNU Lesser General Public
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;;;; License along with this library; if not, write to the Free Software
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;;;; Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
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(define-module (test-coverage)
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#:use-module (test-suite lib)
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#:use-module (system vm coverage)
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#:use-module (system vm vm)
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#:use-module (system base compile)
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#:use-module (system foreign)
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#:use-module (srfi srfi-1)
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#:use-module (srfi srfi-11))
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(define-syntax code
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(syntax-rules ()
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((_ filename snippet)
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(let ((input (open-input-string snippet)))
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(set-port-filename! input filename)
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(read-enable 'positions)
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(compile (read input))))))
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(define %test-vm (make-vm))
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(define test-procedure
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(compile '(lambda (x)
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(if (> x 2)
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(- x 2)
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(+ x 2)))))
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(with-test-prefix "instrumented/executed-lines"
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(pass-if "instr = exec"
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(let ((proc (code "foo.scm" "(lambda (x y) ;; 0
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(+ x y)) ;; 1")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (proc 1 2)))))
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(and (coverage-data? data)
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(= 3 result)
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(let-values (((instr exec)
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(instrumented/executed-lines data "foo.scm")))
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(and (= 2 instr) (= 2 exec)))))))
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(pass-if "instr >= exec"
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(let ((proc (code "foo.scm" "(lambda (x y) ;; 0
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(if (> x y) ;; 1
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(begin ;; 2
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(display x) ;; 3
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(+ x y)))) ;; 4")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (proc 1 2)))))
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(and (coverage-data? data)
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(let-values (((instr exec)
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(instrumented/executed-lines data "foo.scm")))
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(and (> instr 0) (>= instr exec))))))))
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(with-test-prefix "line-execution-counts"
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(pass-if "once"
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(let ((proc (code "bar.scm" "(lambda (x y) ;; 0
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(+ (/ x y) ;; 1
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(* x y))) ;; 2")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (proc 1 2)))))
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(let ((counts (line-execution-counts data "bar.scm")))
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(and (pair? counts)
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(every (lambda (line+count)
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(let ((line (car line+count))
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(count (cdr line+count)))
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(and (>= line 0)
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(<= line 2)
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(= count 1))))
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counts))))))
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(pass-if "several times"
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(let ((proc (code "fooz.scm" "(lambda (x) ;; 0
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(format #f \"hello\") ;; 1
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(let loop ((x x)) ;; 2
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(cond ((> x 0) ;; 3
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(begin ;; 4
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(format #f \"~a\" x)
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(loop (1- x)))) ;; 6
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((= x 0) #t) ;; 7
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((< x 0) 'never))))")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (proc 77)))))
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(let ((counts (line-execution-counts data "fooz.scm")))
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(and (pair? counts)
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(every (lambda (line+count)
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(let ((line (car line+count))
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(count (cdr line+count)))
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(case line
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((0 1) (= count 1))
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((2 3) (= count 78))
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((4 5 6) (= count 77))
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((7) (= count 1))
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((8) (= count 0))
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(else #f))))
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counts))))))
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(pass-if "some"
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(let ((proc (code "baz.scm" "(lambda (x y) ;; 0
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(if (> x y) ;; 1
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(begin ;; 2
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(display x) ;; 3
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(+ x y)) ;; 4
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(+ x y))) ;; 5")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (proc 1 2)))))
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(let ((counts (line-execution-counts data "baz.scm")))
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(and (pair? counts)
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(every (lambda (line+count)
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(let ((line (car line+count))
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(count (cdr line+count)))
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(case line
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((0 1 5) (= count 1))
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((2 3) (= count 0))
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((4) #t) ;; the start of the `else' branch is
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;; attributed to line 4
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(else #f))))
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counts))))))
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(pass-if "one proc hit, one proc unused"
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(let ((proc (code "baz.scm" "(letrec ((even? (lambda (x) ;; 0
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(or (= x 0) ;; 1
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(not (odd? (1- x))))))
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(odd? (lambda (x) ;; 3
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(not (even? (1- x)))))) ;; 4
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even?)")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (proc 0)))))
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(let ((counts (line-execution-counts data "baz.scm")))
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(and (pair? counts)
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(every (lambda (line+count)
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(let ((line (car line+count))
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(count (cdr line+count)))
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(case line
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((0 1) (= count 1))
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((2 3 4) (= count 0))
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((5) (= count 1))
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(else #f))))
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counts))))))
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(pass-if "case-lambda"
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(let ((proc (code "cl.scm" "(case-lambda ;; 0
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((x) (+ x 3)) ;; 1
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((x y) (+ x y))) ;; 2")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda ()
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(+ (proc 1) (proc 2 3))))))
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(let ((counts (line-execution-counts data "cl.scm")))
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(and (pair? counts)
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(lset= equal? '((0 . 2) (1 . 1) (2 . 1)) counts))))))
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(pass-if "all code on one line"
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;; There are several proc/IP pairs pointing to this source line, yet the hit
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;; count for the line should be 1.
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(let ((proc (code "one-liner.scm"
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"(lambda (x y) (+ x y (* x y) (if (> x y) 1 2) (quotient y x)))")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (proc 451 1884)))))
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(let ((counts (line-execution-counts data "one-liner.scm")))
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(equal? counts '((0 . 1))))))))
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(with-test-prefix "procedure-execution-count"
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(pass-if "several times"
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(let ((proc (code "foo.scm" "(lambda (x y) x)")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (+ (proc 1 2) (proc 2 3))))))
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(and (coverage-data? data)
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(= 3 result)
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(= (procedure-execution-count data proc) 2)))))
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(pass-if "case-lambda"
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(let ((proc (code "foo.scm" "(case-lambda ((x) x) ((x y) (+ x y)))")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda ()
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(+ (proc 1) (proc 2 3))))))
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(and (coverage-data? data)
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(= 6 result)
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(= (procedure-execution-count data proc) 2)))))
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(pass-if "never"
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(let ((proc (code "foo.scm" "(lambda (x y) x)")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (+ 1 2)))))
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(and (coverage-data? data)
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(= 3 result)
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(not (procedure-execution-count data proc))))))
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(pass-if "applicable struct"
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(let* ((<box> (make-struct <applicable-struct-vtable> 0 'pw))
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(proc (lambda args (length args)))
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(b (make-struct <box> 0 proc)))
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(let-values (((data result)
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(with-code-coverage %test-vm b)))
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(and (coverage-data? data)
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(= 0 result)
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(= (procedure-execution-count data proc) 1)))))
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(pass-if "called from C"
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;; The `scm_call_N' functions use the VM returned by `the-vm'. This
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;; test makes sure that they get to use %TEST-VM.
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(let ((proc (code "foo.scm" "(lambda (x y) (+ x y))"))
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(call (false-if-exception ; can we resolve `scm_call_2'?
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(pointer->procedure '*
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(dynamic-func "scm_call_2"
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(dynamic-link))
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'(* * *)))))
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(if call
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda ()
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(call (make-pointer (object-address proc))
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(make-pointer (object-address 1))
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(make-pointer (object-address 2)))))))
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(and (coverage-data? data)
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(= (object-address 3) (pointer-address result))
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(= (procedure-execution-count data proc) 1)))
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(throw 'unresolved))))
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(pass-if "called from eval"
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda ()
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(eval '(test-procedure 123) (current-module))))))
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(and (coverage-data? data)
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(= (test-procedure 123) result)
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(= (procedure-execution-count data test-procedure) 1)))))
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(with-test-prefix "instrumented-source-files"
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(pass-if "source files are listed as expected"
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(let ((proc (code "chbouib.scm" "(lambda (x y) x)")))
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(let-values (((data result)
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(with-code-coverage %test-vm
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(lambda () (proc 1 2)))))
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(let ((files (map basename (instrumented-source-files data))))
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(and (member "boot-9.scm" files)
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(member "chbouib.scm" files)
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(not (member "foo.scm" files))))))))
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