#!/usr/bin/env python
#
# MIT License
#
# Copyright The SCons Foundation
#
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# a copy of this software and associated documentation files (the
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# permit persons to whom the Software is furnished to do so, subject to
# the following conditions:
#
# The above copyright notice and this permission notice shall be included
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# WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

"""
Test that when JARCHDIR that our command to create .jar files
correctly finds all the .class files (by putting -C in front
of each class file argument).

Includes logic to make sure that expansions of $JARCHDIR that include
${TARGET} or ${SOURCE} work.
"""


import TestSCons

test = TestSCons.TestSCons()
# Keep this logic because it skips the test if javac or jar not found.
where_javac, java_version = test.java_where_javac()
where_jar = test.java_where_jar()

test.write('SConstruct', """
DefaultEnvironment(tools=[])
dir = 'dist'
env = Environment(tools=['javac', 'jar'], JARCHDIR=dir)
bin = env.Java(dir, Dir('./'))
jar = env.Jar(File('c.jar', dir), bin)

# Make sure we handle class files with $ in them, such as typically
# created for inner classes.
env = env.Clone(JARCHDIR='.')
inner = env.Jar('inner.jar', 'Inner$$Class.class')

# Commented out as this logic doesn't work as is.
# target_env = env.Clone(JARCHDIR = '${TARGET.dir}')
# target_env.Jar('out/t.jar', 'in/t.class')

source_env = env.Clone(JARCHDIR='${SOURCE.dir}')
source_env.Jar('out/s.jar', 'in/s.class')

Default(bin, jar, inner)
""" % locals())

test.subdir('in')

test.write('a.java', """\
package foo.bar;
public class a {}
""")

test.write('b.java', """\
package foo.bar;
public class b {}
""")

test.write(['in', 's.class'], "s.class\n")

# Okay, this is bogus, but we're going with it for testing purposes.
# If jar gets a command line like:
#
#	jar cf out/t.jar -C out /tmp/tmpXYZZY/in/t.class
#
# Empirically, it doesn't seem to treat the absolute path name
# of the argument class file as an absolute path, but looks for
# "out/tmp/tmpXYZZY/in/t.class".  SCons, however, still looks for it in
# the path name specified on the command line.  To make this test work,
# we're going to just create the t.class file in both locations, and
# we can revisit this if someone actually tries to use ${TARGET.dir}
# in a real-life expansion.  Right now, it at least makes sure things
# don't blow up (i.e., validates that we pass the right arguments to
# env.subst() in the code that handle jar).

# p = test.workpath('out')
# for d in test.workpath('in').split(os.sep):
#     p = p + d
#     test.subdir(p)
#     p = p + os.sep

# test.write([p, 't.class'], "t.class\n")
test.write(['in', 't.class'], "t.class\n")

test.write('Inner$Class.class', "Inner$Class.class\n")

test.run(arguments = '.')

test.pass_test()

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