# ***** BEGIN LICENSE BLOCK ***** # Version: MPL 1.1/GPL 2.0/LGPL 2.1 # # The contents of this file are subject to the Mozilla Public License Version # 1.1 (the "License"); you may not use this file except in compliance with # the License. You may obtain a copy of the License at # http://www.mozilla.org/MPL/ # # Software distributed under the License is distributed on an "AS IS" basis, # WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License # for the specific language governing rights and limitations under the # License. # # The Original Code is the Python XPCOM language bindings. # # The Initial Developer of the Original Code is # ActiveState Tool Corp. # Portions created by the Initial Developer are Copyright (C) 2000, 2001 # the Initial Developer. All Rights Reserved. # # Contributor(s): # Mark Hammond (original author) # # Alternatively, the contents of this file may be used under the terms of # either the GNU General Public License Version 2 or later (the "GPL"), or # the GNU Lesser General Public License Version 2.1 or later (the "LGPL"), # in which case the provisions of the GPL or the LGPL are applicable instead # of those above. If you wish to allow use of your version of this file only # under the terms of either the GPL or the LGPL, and not to allow others to # use your version of this file under the terms of the MPL, indicate your # decision by deleting the provisions above and replace them with the notice # and other provisions required by the GPL or the LGPL. If you do not delete # the provisions above, a recipient may use your version of this file under # the terms of any one of the MPL, the GPL or the LGPL. # # ***** END LICENSE BLOCK ***** import sys, os, time import xpcom.components import xpcom._xpcom import xpcom.nsError MakeVariant = xpcom._xpcom.MakeVariant try: import gc except ImportError: gc = None num_errors = 0 component_iid = xpcom.components.ID("{7EE4BDC6-CB53-42c1-A9E4-616B8E012ABA}") new_iid = xpcom.components.ID("{2AF747D3-ECBC-457b-9AF9-5C5D80EDC360}") contractid = "Python.TestComponent" really_big_string = "This is really repetitive!" * 10000 really_big_wstring = u"This is really repetitive!" * 10000 extended_unicode_string = u"The Euro Symbol is '\u20ac'" # Exception raised when a -ve integer is converted to an unsigned C integer # (via an extension module). This changed in Python 2.2 if sys.hexversion > 0x02010000: UnsignedMismatchException = TypeError else: UnsignedMismatchException = OverflowError def print_error(error): print error global num_errors num_errors = num_errors + 1 def _test_value(what, got, expecting): ok = got == expecting if type(got)==type(expecting)==type(0.0): ok = abs(got-expecting) < 0.001 if not ok: print_error("*** Error %s - got '%r', but expecting '%r'" % (what, got, expecting)) def test_attribute(ob, attr_name, expected_init, new_value, new_value_really = None): if xpcom.verbose: print "Testing attribute %s" % (attr_name,) if new_value_really is None: new_value_really = new_value # Handy for eg bools - set a BOOL to 2, you still get back 1! _test_value( "getting initial attribute value (%s)" % (attr_name,), getattr(ob, attr_name), expected_init) setattr(ob, attr_name, new_value) _test_value( "getting new attribute value (%s)" % (attr_name,), getattr(ob, attr_name), new_value_really) # And set it back to the expected init. setattr(ob, attr_name, expected_init) _test_value( "getting back initial attribute value after change (%s)" % (attr_name,), getattr(ob, attr_name), expected_init) def test_string_attribute(ob, attr_name, expected_init, is_dumb_sz = False, ascii_only = False): test_attribute(ob, attr_name, expected_init, "normal value") val = "a null >\0<" if is_dumb_sz: expected = "a null >" # dumb strings are \0 terminated. else: expected = val test_attribute(ob, attr_name, expected_init, val, expected) test_attribute(ob, attr_name, expected_init, "") test_attribute(ob, attr_name, expected_init, really_big_string) test_attribute(ob, attr_name, expected_init, u"normal unicode value") val = u"a null >\0<" if is_dumb_sz: expected = "a null >" # dumb strings are \0 terminated. else: expected = val test_attribute(ob, attr_name, expected_init, val, expected) test_attribute(ob, attr_name, expected_init, u"") test_attribute(ob, attr_name, expected_init, really_big_wstring) if not ascii_only: test_attribute(ob, attr_name, expected_init, extended_unicode_string) def test_attribute_failure(ob, attr_name, new_value, expected_exception): try: setattr(ob, attr_name, new_value) print_error("*** Setting attribute '%s' to '%r' didnt yield an exception!" % (attr_name, new_value) ) except: exc_typ = sys.exc_info()[0] exc_val = sys.exc_info()[1] ok = issubclass(exc_typ, expected_exception) if not ok: print_error("*** Wrong exception setting '%s' to '%r'- got '%s: %s', expected '%s'" % (attr_name, new_value, exc_typ, exc_val, expected_exception)) def test_method(method, args, expected_results): if xpcom.verbose: print "Testing %s%s" % (method.__name__, `args`) ret = method(*args) if ret != expected_results: print_error("calling method %s - expected %r, but got %r" % (method.__name__, expected_results, ret)) def test_int_method(meth): test_method(meth, (0,0), (0,0,0)) test_method(meth, (1,1), (2,0,1)) test_method(meth, (5,2), (7,3,10)) # test_method(meth, (2,5), (7,-3,10)) def test_constant(ob, cname, val): v = getattr(ob, cname) if v != val: print_error("Bad value for constant '%s' - got '%r'" % (cname, v)) try: setattr(ob, cname, 0) print_error("The object allowed us to set the constant '%s'" % (cname,)) except AttributeError: pass def test_base_interface(c): test_attribute(c, "boolean_value", 1, 0) test_attribute(c, "boolean_value", 1, -1, 1) # Set a bool to anything, you should always get back 0 or 1 test_attribute(c, "boolean_value", 1, 4, 1) # Set a bool to anything, you should always get back 0 or 1 test_attribute(c, "boolean_value", 1, "1", 1) # This works by virtual of PyNumber_Int - not sure I agree, but... test_attribute_failure(c, "boolean_value", "boo", ValueError) test_attribute_failure(c, "boolean_value", test_base_interface, TypeError) test_attribute(c, "octet_value", 2, 5) test_attribute(c, "octet_value", 2, 0) test_attribute(c, "octet_value", 2, 128) # octet is unsigned 8 bit test_attribute(c, "octet_value", 2, 255) # octet is unsigned 8 bit test_attribute(c, "octet_value", 2, -1, 255) # octet is unsigned 8 bit test_attribute_failure(c, "octet_value", "boo", ValueError) test_attribute(c, "short_value", 3, 10) test_attribute(c, "short_value", 3, -1) # 16 bit signed test_attribute(c, "short_value", 3, 0xFFFF, -1) # 16 bit signed test_attribute(c, "short_value", 3, 0L) test_attribute(c, "short_value", 3, 1L) test_attribute(c, "short_value", 3, -1L) test_attribute(c, "short_value", 3, 0xFFFFL, -1) test_attribute_failure(c, "short_value", "boo", ValueError) test_attribute(c, "ushort_value", 4, 5) test_attribute(c, "ushort_value", 4, 0) test_attribute(c, "ushort_value", 4, -1, 0xFFFF) # 16 bit signed test_attribute(c, "ushort_value", 4, 0xFFFF) # 16 bit signed test_attribute(c, "ushort_value", 4, 0L) test_attribute(c, "ushort_value", 4, 1L) test_attribute(c, "ushort_value", 4, -1L, 0xFFFF) test_attribute_failure(c, "ushort_value", "boo", ValueError) test_attribute(c, "long_value", 5, 7) test_attribute(c, "long_value", 5, 0) test_attribute(c, "long_value", 5, -1, -1) # 32 bit signed. test_attribute(c, "long_value", 5, -1) # 32 bit signed. test_attribute(c, "long_value", 5, 0L) test_attribute(c, "long_value", 5, 1L) test_attribute(c, "long_value", 5, -1L) test_attribute_failure(c, "long_value", 0xFFFFL * 0xFFFF, OverflowError) # long int too long to convert test_attribute_failure(c, "long_value", "boo", ValueError) test_attribute(c, "ulong_value", 6, 7) test_attribute(c, "ulong_value", 6, 0) test_attribute(c, "ulong_value", 6, -1) # 32 bit signed. test_attribute_failure(c, "ulong_value", "boo", ValueError) test_attribute(c, "long_long_value", 7, 8) test_attribute(c, "long_long_value", 7, 0) test_attribute(c, "long_long_value", 7, -1) test_attribute(c, "long_long_value", 7, 0xFFFF) test_attribute(c, "long_long_value", 7, 0xFFFFL * 2) test_attribute_failure(c, "long_long_value", 0xFFFFL * 0xFFFF * 0xFFFF * 0xFFFF, OverflowError) # long int too long to convert test_attribute_failure(c, "long_long_value", "boo", ValueError) test_attribute(c, "ulong_long_value", 8, 9) test_attribute(c, "ulong_long_value", 8, 0) test_attribute_failure(c, "ulong_long_value", "boo", ValueError) test_attribute_failure(c, "ulong_long_value", -1, UnsignedMismatchException) # can't convert negative value to unsigned long) test_attribute(c, "float_value", 9.0, 10.2) test_attribute(c, "float_value", 9.0, 0) test_attribute(c, "float_value", 9.0, -1) test_attribute(c, "float_value", 9.0, 1L) test_attribute_failure(c, "float_value", "boo", ValueError) test_attribute(c, "double_value", 10.0, 9.0) test_attribute(c, "double_value", 10.0, 0) test_attribute(c, "double_value", 10.0, -1) test_attribute(c, "double_value", 10.0, 1L) test_attribute_failure(c, "double_value", "boo", ValueError) test_attribute(c, "char_value", "a", "b") test_attribute(c, "char_value", "a", "\0") test_attribute_failure(c, "char_value", "xy", ValueError) test_attribute(c, "char_value", "a", u"c") test_attribute(c, "char_value", "a", u"\0") test_attribute_failure(c, "char_value", u"xy", ValueError) test_attribute(c, "wchar_value", "b", "a") test_attribute(c, "wchar_value", "b", "\0") test_attribute_failure(c, "wchar_value", "hi", ValueError) test_attribute(c, "wchar_value", "b", u"a") test_attribute(c, "wchar_value", "b", u"\0") test_attribute_failure(c, "wchar_value", u"hi", ValueError) test_string_attribute(c, "string_value", "cee", is_dumb_sz = True, ascii_only = True) test_string_attribute(c, "wstring_value", "dee", is_dumb_sz = True) test_string_attribute(c, "astring_value", "astring") test_string_attribute(c, "acstring_value", "acstring", ascii_only = True) test_string_attribute(c, "utf8string_value", "utf8string") # Test a string already encoded gets through correctly. test_attribute(c, "utf8string_value", "utf8string", extended_unicode_string.encode("utf8"), extended_unicode_string) # This will fail internal string representation :( Test we don't crash try: c.wstring_value = "a big char >" + chr(129) + "<" print_error("strings with chars > 128 appear to have stopped failing?") except UnicodeError: pass test_attribute(c, "iid_value", component_iid, new_iid) test_attribute(c, "iid_value", component_iid, str(new_iid), new_iid) test_attribute(c, "iid_value", component_iid, xpcom._xpcom.ID(new_iid)) test_attribute_failure(c, "no_attribute", "boo", AttributeError) test_attribute(c, "interface_value", None, c) test_attribute_failure(c, "interface_value", 2, TypeError) test_attribute(c, "isupports_value", None, c) # The methods test_method(c.do_boolean, (0,1), (1,0,1)) test_method(c.do_boolean, (1,0), (1,0,1)) test_method(c.do_boolean, (1,1), (0,1,0)) test_int_method(c.do_octet) test_int_method(c.do_short) test_int_method(c.do_unsigned_short) test_int_method(c.do_long) test_int_method(c.do_unsigned_long) test_int_method(c.do_long_long) test_int_method(c.do_unsigned_long) test_int_method(c.do_float) test_int_method(c.do_double) test_method(c.do_char, ("A", " "), (chr(ord("A")+ord(" ")), " ","A") ) test_method(c.do_char, ("A", "\0"), ("A", "\0","A") ) test_method(c.do_wchar, ("A", " "), (chr(ord("A")+ord(" ")), " ","A") ) test_method(c.do_wchar, ("A", "\0"), ("A", "\0","A") ) test_method(c.do_string, ("Hello from ", "Python"), ("Hello from Python", "Hello from ", "Python") ) test_method(c.do_string, (u"Hello from ", u"Python"), ("Hello from Python", "Hello from ", "Python") ) test_method(c.do_string, (None, u"Python"), ("Python", None, "Python") ) test_method(c.do_string, (None, really_big_string), (really_big_string, None, really_big_string) ) test_method(c.do_string, (None, really_big_wstring), (really_big_string, None, really_big_string) ) test_method(c.do_wstring, ("Hello from ", "Python"), ("Hello from Python", "Hello from ", "Python") ) test_method(c.do_wstring, (u"Hello from ", u"Python"), ("Hello from Python", "Hello from ", "Python") ) test_method(c.do_string, (None, really_big_wstring), (really_big_wstring, None, really_big_wstring) ) test_method(c.do_string, (None, really_big_string), (really_big_wstring, None, really_big_wstring) ) test_method(c.do_nsIIDRef, (component_iid, new_iid), (component_iid, component_iid, new_iid)) test_method(c.do_nsIIDRef, (new_iid, component_iid), (new_iid, component_iid, component_iid)) test_method(c.do_nsIPythonTestInterface, (None, None), (None, None, c)) test_method(c.do_nsIPythonTestInterface, (c, c), (c, c, c)) test_method(c.do_nsISupports, (None, None), (c, None, None)) test_method(c.do_nsISupports, (c,c), (c, c, c)) test_method(c.do_nsISupportsIs, (xpcom._xpcom.IID_nsISupports,), c) test_method(c.do_nsISupportsIs, (xpcom.components.interfaces.nsIPythonTestInterface,), c) ## test_method(c.do_nsISupportsIs2, (xpcom.components.interfaces.nsIPythonTestInterface,c), (xpcom.components.interfaces.nsIPythonTestInterface,c)) ## test_method(c.do_nsISupportsIs3, (c,), (xpcom.components.interfaces.nsIPythonTestInterface,c)) ## test_method(c.do_nsISupportsIs4, (), (xpcom.components.interfaces.nsIPythonTestInterface,c)) # Test the constants. test_constant(c, "One", 1) test_constant(c, "Two", 2) test_constant(c, "MinusOne", -1) test_constant(c, "BigLong", 0x7FFFFFFF) test_constant(c, "BiggerLong", -1) test_constant(c, "BigULong", -1) # Test the components.Interfaces semantics i = xpcom.components.interfaces.nsIPythonTestInterface test_constant(i, "One", 1) test_constant(i, "Two", 2) test_constant(i, "MinusOne", -1) test_constant(i, "BigLong", 0x7FFFFFFF) test_constant(i, "BigULong", -1) def test_derived_interface(c, test_flat = 0): val = "Hello\0there" expected = val * 2 test_method(c.DoubleString, (val,), expected) test_method(c.DoubleString2, (val,), expected) test_method(c.DoubleString3, (val,), expected) test_method(c.DoubleString4, (val,), expected) test_method(c.UpString, (val,), val.upper()) test_method(c.UpString2, (val,), val.upper()) test_method(c.GetFixedString, (20,), "A"*20) val = u"Hello\0there" expected = val * 2 test_method(c.DoubleWideString, (val,), expected) test_method(c.DoubleWideString2, (val,), expected) test_method(c.DoubleWideString3, (val,), expected) test_method(c.DoubleWideString4, (val,), expected) test_method(c.UpWideString, (val,), val.upper()) test_method(c.UpWideString2, (val,), val.upper()) test_method(c.GetFixedWideString, (20,), u"A"*20) val = extended_unicode_string test_method(c.CopyUTF8String, ("foo",), "foo") test_method(c.CopyUTF8String, (u"foo",), "foo") test_method(c.CopyUTF8String, (val,), val) test_method(c.CopyUTF8String, (val.encode("utf8"),), val) test_method(c.CopyUTF8String2, ("foo",), "foo") test_method(c.CopyUTF8String2, (u"foo",), "foo") test_method(c.CopyUTF8String2, (val,), val) test_method(c.CopyUTF8String2, (val.encode("utf8"),), val) items = [1,2,3,4,5] test_method(c.MultiplyEachItemInIntegerArray, (3, items,), map(lambda i:i*3, items)) test_method(c.MultiplyEachItemInIntegerArrayAndAppend, (3, items), items + map(lambda i:i*3, items)) items = "Hello from Python".split() expected = map( lambda x: x*2, items) test_method(c.DoubleStringArray, (items,), expected) test_method(c.CompareStringArrays, (items, items), cmp(items, items)) # Can we pass lists and tuples correctly? test_method(c.CompareStringArrays, (items, tuple(items)), cmp(items, items)) items2 = ["Not", "the", "same"] test_method(c.CompareStringArrays, (items, items2), cmp(items, items2)) expected = items[:] expected.reverse() test_method(c.ReverseStringArray, (items,), expected) expected = "Hello from the Python test component".split() test_method(c.GetStrings, (), expected) val = "Hello\0there" test_method(c.UpOctetArray, (val,), val.upper()) test_method(c.UpOctetArray, (unicode(val),), val.upper()) # Passing Unicode objects here used to cause us grief. test_method(c.UpOctetArray2, (val,), val.upper()) test_method(c.CheckInterfaceArray, ((c, c),), 1) test_method(c.CheckInterfaceArray, ((c, None),), 0) test_method(c.CheckInterfaceArray, ((),), 1) test_method(c.CopyInterfaceArray, ((c, c),), [c,c]) test_method(c.GetInterfaceArray, (), [c,c,c, None]) test_method(c.ExtendInterfaceArray, ((c,c,c, None),), [c,c,c,None,c,c,c,None] ) expected = [xpcom.components.interfaces.nsIPythonTestInterfaceDOMStrings, xpcom.components.classes[contractid].clsid] test_method(c.GetIIDArray, (), expected) val = [xpcom.components.interfaces.nsIPythonTestInterfaceExtra, xpcom.components.classes[contractid].clsid] expected = val * 2 test_method(c.ExtendIIDArray, (val,), expected) test_method(c.GetArrays, (), ( [1,2,3], [4,5,6] ) ) test_method(c.CopyArray, ([1,2,3],), [1,2,3] ) test_method(c.CopyAndDoubleArray, ([1,2,3],), [1,2,3,1,2,3] ) test_method(c.AppendArray, ([1,2,3],), [1,2,3]) test_method(c.AppendArray, ([1,2,3],[4,5,6]), [1,2,3,4,5,6]) test_method(c.CopyVariant, (None,), None) test_method(c.CopyVariant, (1,), 1) test_method(c.CopyVariant, (1.0,), 1.0) test_method(c.CopyVariant, (-1,), -1) test_method(c.CopyVariant, (sys.maxint+1,), sys.maxint+1) test_method(c.CopyVariant, ("foo",), "foo") test_method(c.CopyVariant, (u"foo",), u"foo") test_method(c.CopyVariant, (c,), c) test_method(c.CopyVariant, (component_iid,), component_iid) test_method(c.CopyVariant, ((1,2),), [1,2]) test_method(c.CopyVariant, ((1.2,2.1),), [1.2,2.1]) test_method(c.CopyVariant, (("foo","bar"),), ["foo", "bar"]) test_method(c.CopyVariant, ((component_iid,component_iid),), [component_iid,component_iid]) test_method(c.CopyVariant, ((c,c),), [c,c]) sup = c.queryInterface(xpcom.components.interfaces.nsISupports)._comobj_ test_method(c.CopyVariant, ((sup, sup),), [sup,sup]) test_method(c.AppendVariant, (1,2), 3) test_method(c.AppendVariant, ((1,2),(3,4)), 10) test_method(c.AppendVariant, ("bar", "foo"), "foobar") test_method(c.AppendVariant, (None, None), None) test_method(c.SumVariants, ([],), None) # Array's dont expose their interface, so we are unable to auto-wrap # variant arrays, as they aren't aware if the IID of the array test_method(c.SumVariants, ([MakeVariant(1),MakeVariant(2),MakeVariant(3)],), 6) test_method(c.SumVariants, ([MakeVariant('foo'), MakeVariant('bar')],), 'foobar') if not test_flat: c = c.queryInterface(xpcom.components.interfaces.nsIPythonTestInterfaceDOMStrings) # NULL DOM strings don't work yet. # test_method(c.GetDOMStringResult, (-1,), None) test_method(c.GetDOMStringResult, (3,), "PPP") # test_method(c.GetDOMStringOut, (-1,), None) test_method(c.GetDOMStringOut, (4,), "yyyy") val = "Hello there" test_method(c.GetDOMStringLength, (val,), len(val)) test_method(c.GetDOMStringRefLength, (val,), len(val)) test_method(c.GetDOMStringPtrLength, (val,), len(val)) test_method(c.ConcatDOMStrings, (val,val), val+val) test_attribute(c, "domstring_value", "dom", "new dom") if c.domstring_value_ro != "dom": print "Read-only DOMString not correct - got", c.domstring_ro try: c.dom_string_ro = "new dom" print "Managed to set a readonly attribute - eek!" except AttributeError: pass except: print "Unexpected exception when setting readonly attribute: %s: %s" % (sys.exc_info()[0], sys.exc_info()[1]) if c.domstring_value_ro != "dom": print "Read-only DOMString not correct after failed set attempt - got", c.domstring_ro def do_test_failures(): c = xpcom.client.Component(contractid, xpcom.components.interfaces.nsIPythonTestInterfaceExtra) try: ret = c.do_nsISupportsIs( xpcom._xpcom.IID_nsIInterfaceInfoManager ) print "*** got", ret, "***" raise RuntimeError, "We worked when using an IID we dont support!?!" except xpcom.Exception, details: if details.errno != xpcom.nsError.NS_ERROR_NO_INTERFACE: raise RuntimeError, "Wrong COM exception type: %r" % (details,) def test_failures(): # This extra stack-frame ensures Python cleans up sys.last_traceback etc do_test_failures() def test_all(): c = xpcom.client.Component(contractid, xpcom.components.interfaces.nsIPythonTestInterface) test_base_interface(c) # Now create an instance using the derived IID, and test that. c = xpcom.client.Component(contractid, xpcom.components.interfaces.nsIPythonTestInterfaceExtra) test_base_interface(c) test_derived_interface(c) # Now create an instance and test interface flattening. c = xpcom.components.classes[contractid].createInstance() test_base_interface(c) test_derived_interface(c, test_flat=1) # We had a bug where a "set" of an attribute before a "get" failed. # Don't let it happen again :) c = xpcom.components.classes[contractid].createInstance() c.boolean_value = 0 # This name is used in exceptions etc - make sure we got it from nsIClassInfo OK. assert c._object_name_ == "Python.TestComponent" test_failures() try: from sys import gettotalrefcount except ImportError: # Not a Debug build - assume no references (can't be leaks then :-) def gettotalrefcount(): return 0 from pyxpcom_test_tools import getmemusage def test_from_js(): # Ensure we can find the js test script - same dir as this! # Assume the path of sys.argv[0] is where we can find the js test code. # (Running under the regression test is a little painful) script_dir = os.path.split(sys.argv[0])[0] fname = os.path.join( script_dir, "test_test_component.js") if not os.path.isfile(fname): raise RuntimeError, "Can not find '%s'" % (fname,) # Note we _dont_ pump the test output out, as debug "xpcshell" spews # extra debug info that will cause our output comparison to fail. data = os.popen('xpcshell "' + fname + '"').readlines() good = 0 for line in data: if line.strip() == "javascript successfully tested the Python test component.": good = 1 if not good: print "** The javascript test appeared to fail! Test output follows **" print "".join(data) print "** End of javascript test output **" raise RuntimeError, "test failed" def doit(num_loops = -1): if "-v" in sys.argv: # Hack the verbose flag for the server xpcom.verbose = 1 # Do the test lots of times - can help shake-out ref-count bugs. if num_loops == -1: num_loops = 5 for i in xrange(num_loops): test_all() if i==0: # First loop is likely to "leak" as we cache things. # Leaking after that is a problem. if gc is not None: gc.collect() num_refs = gettotalrefcount() mem_usage = getmemusage() if num_errors: break if gc is not None: gc.collect() lost = gettotalrefcount() - num_refs # Sometimes we get spurious counts off by 1 or 2. # This can't indicate a real leak, as we have looped # more than twice! if abs(lost)>3: # 2 or 3 :) print "*** Lost %d references" % (lost,) # sleep to allow the OS to recover time.sleep(1) mem_lost = getmemusage() - mem_usage # working set size is fickle, and when we were leaking strings, this test # would report a leak of 100MB. So we allow a 3MB buffer - but even this # may still occasionally report spurious warnings. If you are really # worried, bump the counter to a huge value, and if there is a leak it will # show. if mem_lost > 3000000: print "*** Lost %.6f MB of memory" % (mem_lost/1000000.0,) assert num_errors==0, "There were %d errors testing the Python component" % (num_errors,) def suite(): from pyxpcom_test_tools import suite_from_functions return suite_from_functions(doit, test_from_js) if __name__=='__main__': num_iters = 10 # times times is *lots* - we do a fair bit of work! if __name__=='__main__' and len(sys.argv) > 1: num_iters = int(sys.argv[1]) print "Testing the Python.TestComponent component" doit(num_iters) print "The Python test component worked." test_from_js() print "JS successfully used our Python test component." xpcom._xpcom.NS_ShutdownXPCOM() ni = xpcom._xpcom._GetInterfaceCount() ng = xpcom._xpcom._GetGatewayCount() if ni or ng: print "********* WARNING - Leaving with %d/%d objects alive" % (ni,ng)