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[/] [openrisc/] [trunk/] [gnu-dev/] [or1k-gcc/] [libjava/] [testsuite/] [libjava.special/] [special.exp] - Blame information for rev 790

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# Special test cases.  These require tricky build procedures.
 
proc gcj_special_try_compiler {} {
  global srcdir subdir
  return [bytecompile_file ${srcdir}/${subdir}/pr21115I.java [pwd]]
}
 
proc gcj_special_pr21115 {} {
  global srcdir subdir env
 
  # ---- PR 21115 -------------------------------------------------------
 
  if {! [bytecompile_file ${srcdir}/${subdir}/pr21115I.java [pwd]]} {
    fail "bytecompile ${srcdir}/${subdir}/libjava.special/pr21115I.java"
    # FIXME - should use `untested' on all remaining tests.
    # But that is hard.
    return 0
  }
  pass "bytecompile pr21115I.java"
 
  if {! [gcj_link pr21115 pr21115 [list ${srcdir}/${subdir}/pr21115.java]]} {
    fail "compiling/linking pr21115.java"
    # FIXME
    return 0
  }
 
  if {! [gcj_invoke pr21115 ${srcdir}/${subdir}/pr21115.out ""]} {
    # FIXME
    return 0
  }
 
  return 1
}
 
# Write a .java file and bytecompile it.  Return 0 on failure.
proc gcj_write_and_byte_compile {name contents} {
  set fd [open $name w]
  puts $fd $contents
  close $fd
 
  if {! [bytecompile_file $name [pwd]]} {
    fail "bytecompile $name"
    # FIXME - should use `untested' on all remaining tests.
    # But that is hard.
    return 0
  }
  pass "bytecompile $name"
  return 1
}
 
# Check that BC-compiled code lazily throws IllegalAccessError.
proc gcj_special_lazy_illegal_access {} {
  global srcdir subdir env
 
  # Write and compile the initial files.
  if {! [gcj_write_and_byte_compile LazyA.java {
    public class LazyA {
      public static void m() { }
    }
  }]} {
    return 0
  }
  if {! [gcj_write_and_byte_compile LazyB.java {
    public class LazyB {
      public static void m() { }
      public static void main(String[] args) { }
    }
  }]} {
    return 0
  }
 
  # Create the expected output file.
  set fd [open Lazy.out w]
  close $fd
 
  # Now recompile LazyA with different access for m().
  if {! [gcj_write_and_byte_compile LazyA.java {
    public class LazyA {
      private static void m() { }
    }
  }]} {
    return 0
  }
 
  # Link and run... this should still work, since we don't actually
  # try to call LazyA.m().
  if {! [gcj_link Lazy LazyB {LazyA.class LazyB.class} \
           additional_flags=-findirect-dispatch]} {
    fail "compiling/linking pr21115.java"
    # FIXME
    return 0
  }
 
  if {! [gcj_invoke Lazy Lazy.out ""]} {
    # FIXME
    return 0
  }
 
  return 1
}
 
# For these tests it is simpler to require that gcj work.  So we try
# the compiler and if it fails, we simply skip the tests.
 
if {[gcj_special_try_compiler]} {
  gcj_special_pr21115
  gcj_special_lazy_illegal_access
}

Line No.	Rev	Author	Line
1	765	jeremybenn	`# Special test cases. These require tricky build procedures.`
2
3			`proc gcj_special_try_compiler {} {`
4			`global srcdir subdir`
5			`return [bytecompile_file ${srcdir}/${subdir}/pr21115I.java [pwd]]`
6			`}`
7
8			`proc gcj_special_pr21115 {} {`
9			`global srcdir subdir env`
10
11			`# ---- PR 21115 -------------------------------------------------------`
12
13			`if {! [bytecompile_file ${srcdir}/${subdir}/pr21115I.java [pwd]]} {`
14			`fail "bytecompile ${srcdir}/${subdir}/libjava.special/pr21115I.java"`
15			# FIXME - should use `untested' on all remaining tests.
16			`# But that is hard.`
17			`return 0`
18			`}`
19			`pass "bytecompile pr21115I.java"`
20
21			`if {! [gcj_link pr21115 pr21115 [list ${srcdir}/${subdir}/pr21115.java]]} {`
22			`fail "compiling/linking pr21115.java"`
23			`# FIXME`
24			`return 0`
25			`}`
26
27			`if {! [gcj_invoke pr21115 ${srcdir}/${subdir}/pr21115.out ""]} {`
28			`# FIXME`
29			`return 0`
30			`}`
31
32			`return 1`
33			`}`
34
35			`# Write a .java file and bytecompile it. Return 0 on failure.`
36			`proc gcj_write_and_byte_compile {name contents} {`
37			`set fd [open $name w]`
38			`puts $fd $contents`
39			`close $fd`
40
41			`if {! [bytecompile_file $name [pwd]]} {`
42			`fail "bytecompile $name"`
43			# FIXME - should use `untested' on all remaining tests.
44			`# But that is hard.`
45			`return 0`
46			`}`
47			`pass "bytecompile $name"`
48			`return 1`
49			`}`
50
51			`# Check that BC-compiled code lazily throws IllegalAccessError.`
52			`proc gcj_special_lazy_illegal_access {} {`
53			`global srcdir subdir env`
54
55			`# Write and compile the initial files.`
56			`if {! [gcj_write_and_byte_compile LazyA.java {`
57			`public class LazyA {`
58			`public static void m() { }`
59			`}`
60			`}]} {`
61			`return 0`
62			`}`
63			`if {! [gcj_write_and_byte_compile LazyB.java {`
64			`public class LazyB {`
65			`public static void m() { }`
66			`public static void main(String[] args) { }`
67			`}`
68			`}]} {`
69			`return 0`
70			`}`
71
72			`# Create the expected output file.`
73			`set fd [open Lazy.out w]`
74			`close $fd`
75
76			`# Now recompile LazyA with different access for m().`
77			`if {! [gcj_write_and_byte_compile LazyA.java {`
78			`public class LazyA {`
79			`private static void m() { }`
80			`}`
81			`}]} {`
82			`return 0`
83			`}`
84
85			`# Link and run... this should still work, since we don't actually`
86			`# try to call LazyA.m().`
87			`if {! [gcj_link Lazy LazyB {LazyA.class LazyB.class} \`
88			`additional_flags=-findirect-dispatch]} {`
89			`fail "compiling/linking pr21115.java"`
90			`# FIXME`
91			`return 0`
92			`}`
93
94			`if {! [gcj_invoke Lazy Lazy.out ""]} {`
95			`# FIXME`
96			`return 0`
97			`}`
98
99			`return 1`
100			`}`
101
102			`# For these tests it is simpler to require that gcj work. So we try`
103			`# the compiler and if it fails, we simply skip the tests.`
104
105			`if {[gcj_special_try_compiler]} {`
106			`gcj_special_pr21115`
107			`gcj_special_lazy_illegal_access`
108			`}`

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[/] [openrisc/] [trunk/] [gnu-dev/] [or1k-gcc/] [libjava/] [testsuite/] [libjava.special/] [special.exp] - Blame information for rev 790