+++ /dev/null
-import conf
-from confparser import *
-import logging as log
-import unittest
-
-class TestConfig(unittest.TestCase):
- def setUp(s):
- s.t = conf.ConfigTree()
- def parse(s, string, level=0, fname='test'):
- c=ConfigParser(string, s.t, fname, level)
- ops = c.parse()
- c.p_WS()
- assert c.eof()
- return ops
- def val(s, varname):
- return s.t.lookup(varname, create=False).value()
- def eqparse(s, string, *args, **kwargs):
- return [(i[0], i[1].operation) for i in s.parse(string, *args, **kwargs)]
-
-class TestParser(TestConfig):
- s1 = r"""a="1";z{b='2';w{S.Tr_an-g.e='""'}};c.d='\n';e="{a}{b}";e+='{c.d}';a+="\"\n\{\}";f+='Z{a.b}'"""
- s2 = '\t\n \n ' + s1.replace('=', '= \n ').replace(';', '\t \n\t \n ').replace('+=',' \n += ') + '\n\n '
- def test_noWS(s):
- assert len(s.parse(s.s1)) == 8
- def test_noWS_COMMENT(s):
- assert s.eqparse(s.s1+'#COMMENT') == s.eqparse(s.s1+'#') == s.eqparse(s.s1+'#\n') == s.eqparse(s.s1+'\n#')
- def test_manyWS(s):
- assert s.eqparse(s.s2) == s.eqparse(s.s1)
- def test_manyWS_COMMENT(s):
- assert s.eqparse(s.s2.replace('\n',' #COMMENT \n')) == s.eqparse(s.s2.replace('\n','#\n')) == s.eqparse(s.s1)
- def test_empty(s):
- assert s.eqparse('') == s.eqparse('\n') == s.eqparse('') == s.eqparse('a{}') == \
- s.eqparse('a.b.c{if ""==\'\' {d.e{\n\n#Nothing\n}} }') == []
- def test_syntax_errors(s):
- s.assertRaises(ConfigSyntaxError, s.parse, "a=#")
- s.assertRaises(ConfigSyntaxError, s.parse, "a='\"")
- s.assertRaises(ConfigSyntaxError, s.parse, 'a="{a@b}"')
- s.assertRaises(ConfigSyntaxError, s.parse, 'a="A{A"')
- def test_error_location(s):
- try: s.parse('\t \n \n { \n \n ')
- except ConfigSyntaxError, e:
- assert e.line == 3 and e.column in range(2,4)
- def test_quoting(s):
- s.parse(' a="\\"\\{a$b\\}\'\n\n\'{z}" ')
- assert s.t.lookup('z', create=False)
- # No escaping in '-string
- s.assertRaises(ConfigSyntaxError, s.parse, " a='\"\\'\n\n' ")
- # Variable should not be created
- s.parse(" a='{z2}' ")
- s.assertRaises(conf.ConfigError, s.t.lookup, 'z2', create=False)
- def test_conditions(s):
- s.assertRaises(ConfigSyntaxError, s.parse, "if '{a}'=='{b}' and ''!='' {}")
- s.parse('if ((#C\n (\n (not not not""!="")\n#C\n)\t ) ) {}')
- s.parse('if (""=="" and not (not not ""!="" or ""=="")){}')
- s.parse('if(""==""){a{if(""==""){if(""==""){b{if(""==""){if(""==""){}}}}}}}')
- s.assertRaises(ConfigSyntaxError, s.parse, "if notnot'{a}'=='{b}' {}")
- s.assertRaises(ConfigSyntaxError, s.parse, "if ('{a}'=='{b}' not and ''!='') {}")
- s.assertRaises(ConfigSyntaxError, s.parse, "if ('{a}'=='{b}' ornot ''!='') {}")
-
-class TestConfigEval(TestConfig):
- def test_ops(s):
- s.parse('c+="-C_APP"', level=20)
- s.parse('a="A"; b="{a}-B"; c="C1-{b}-C2"; a+="FOO"; a="AA"')
- assert s.val('c') == 'C1-AA-B-C2-C_APP'
- s.parse('b+="-A:\{{a}\}";a+="A"', level=10)
- assert s.val('c') == 'C1-AAA-B-A:{AAA}-C2-C_APP'
- def test_nested(s):
- s.parse('a="0"; b{a="1"; b{a="2"; b{a="3"; b{a="4"; b{a="5"}}}}}')
- assert s.val('b.b.b.a') == '3'
- s.parse('b.b{b.b{b.a="5MOD"}}')
- assert s.val('b.b.b.b.b.a') == '5MOD'
- def test_escape_chars(s):
- s.parse(r"""a='{a}\\\\#\n'; b="{a}'\"\{\}"; c='\'; c+="\{{b}\}";""")
- assert s.val('c') == r"""\{{a}\\\\#\n'"{}}"""
-
-# TODO: conditions, chaining conditions, undefined (incl +=), loops, removal, fixing, fail on 1st April
-# TODO: coverage
-
-if __name__ == '__main__':
- log.getLogger().setLevel(log.WARN)
-# log.getLogger().setLevel(log.DEBUG)
- unittest.main()
-
-# TODO: log.info('maxdepth: %d', conf.debug_maxdepth)
-
--- /dev/null
+import moe.conf
+from moe.confparser import *
+import logging as log
+import unittest
+
+class TestConfig(unittest.TestCase):
+ def setUp(s):
+ s.t = conf.ConfigTree()
+ def parse(s, string, level=0, fname='test'):
+ c=ConfigParser(string, s.t, fname, level)
+ ops = c.parse()
+ c.p_WS()
+ assert c.eof()
+ return ops
+ def val(s, varname):
+ return s.t.lookup(varname, create=False).value()
+ def eqparse(s, string, *args, **kwargs):
+ return [(i[0], i[1].operation) for i in s.parse(string, *args, **kwargs)]
+
+class TestParser(TestConfig):
+ s1 = r"""a="1";z{b='2';w{S.Tr_an-g.e='""'}};c.d='\n';e="{a}{b}";e+='{c.d}';a+="\"\n\{\}";f+='Z{a.b}'"""
+ s2 = '\t\n \n ' + s1.replace('=', '= \n ').replace(';', '\t \n\t \n ').replace('+=',' \n += ') + '\n\n '
+ def test_noWS(s):
+ assert len(s.parse(s.s1)) == 8
+ def test_noWS_COMMENT(s):
+ assert s.eqparse(s.s1+'#COMMENT') == s.eqparse(s.s1+'#') == s.eqparse(s.s1+'#\n') == s.eqparse(s.s1+'\n#')
+ def test_manyWS(s):
+ assert s.eqparse(s.s2) == s.eqparse(s.s1)
+ def test_manyWS_COMMENT(s):
+ assert s.eqparse(s.s2.replace('\n',' #COMMENT \n')) == s.eqparse(s.s2.replace('\n','#\n')) == s.eqparse(s.s1)
+ def test_empty(s):
+ assert s.eqparse('') == s.eqparse('\n') == s.eqparse('') == s.eqparse('a{}') == \
+ s.eqparse('a.b.c{if ""==\'\' {d.e{\n\n#Nothing\n}} }') == []
+ def test_syntax_errors(s):
+ s.assertRaises(ConfigSyntaxError, s.parse, "a=#")
+ s.assertRaises(ConfigSyntaxError, s.parse, "a='\"")
+ s.assertRaises(ConfigSyntaxError, s.parse, 'a="{a@b}"')
+ s.assertRaises(ConfigSyntaxError, s.parse, 'a="A{A"')
+ def test_error_location(s):
+ try: s.parse('\t \n \n { \n \n ')
+ except ConfigSyntaxError, e:
+ assert e.line == 3 and e.column in range(2,4)
+ def test_quoting(s):
+ s.parse(' a="\\"\\{a$b\\}\'\n\n\'{z}" ')
+ assert s.t.lookup('z', create=False)
+ # No escaping in '-string
+ s.assertRaises(ConfigSyntaxError, s.parse, " a='\"\\'\n\n' ")
+ # Variable should not be created
+ s.parse(" a='{z2}' ")
+ s.assertRaises(conf.ConfigError, s.t.lookup, 'z2', create=False)
+ def test_conditions(s):
+ s.assertRaises(ConfigSyntaxError, s.parse, "if '{a}'=='{b}' and ''!='' {}")
+ s.parse('if ((#C\n (\n (not not not""!="")\n#C\n)\t ) ) {}')
+ s.parse('if (""=="" and not (not not ""!="" or ""=="")){}')
+ s.parse('if(""==""){a{if(""==""){if(""==""){b{if(""==""){if(""==""){}}}}}}}')
+ s.assertRaises(ConfigSyntaxError, s.parse, "if notnot'{a}'=='{b}' {}")
+ s.assertRaises(ConfigSyntaxError, s.parse, "if ('{a}'=='{b}' not and ''!='') {}")
+ s.assertRaises(ConfigSyntaxError, s.parse, "if ('{a}'=='{b}' ornot ''!='') {}")
+
+class TestConfigEval(TestConfig):
+ def test_ops(s):
+ s.parse('c+="-C_APP"', level=20)
+ s.parse('a="A"; b="{a}-B"; c="C1-{b}-C2"; a+="FOO"; a="AA"')
+ assert s.val('c') == 'C1-AA-B-C2-C_APP'
+ s.parse('b+="-A:\{{a}\}";a+="A"', level=10)
+ assert s.val('c') == 'C1-AAA-B-A:{AAA}-C2-C_APP'
+ def test_nested(s):
+ s.parse('a="0"; b{a="1"; b{a="2"; b{a="3"; b{a="4"; b{a="5"}}}}}')
+ assert s.val('b.b.b.a') == '3'
+ s.parse('b.b{b.b{b.a="5MOD"}}')
+ assert s.val('b.b.b.b.b.a') == '5MOD'
+ def test_escape_chars(s):
+ s.parse(r"""a='{a}\\\\#\n'; b="{a}'\"\{\}"; c='\'; c+="\{{b}\}";""")
+ assert s.val('c') == r"""\{{a}\\\\#\n'"{}}"""
+ ts = 'a="A:"; if "{c1}"=="1" {a+="C1"; b="B"; if ("{c2a}"=="1" or not "{c2b}"=="1") { a+="C2"; '\
+ 'if ("{c3a}"=="1" and "{c3b}"=="1") { a+="C3" }}}'
+ def test_cond_chain(s):
+ s.parse(s.ts)
+ s.parse('c1="1"; c2="0"')
+ # b should have determined value, a should not (since c3a is undefined)
+ s.assertRaises(conf.UndefinedError, s.val, 'a')
+ assert s.val('b') == 'B'
+ s.parse('c1="0"')
+ # now b should be undefined
+ s.assertRaises(conf.UndefinedError, s.val, 'b')
+ # Normal evaluation
+ s.parse('c1="1"; c2a="1"; c2b="0"; c3a="0"')
+ assert s.val('a') == 'A:C1C2'
+ s.parse('c3a="1"; c3b="1"; c2b="1"')
+ assert s.val('a') == 'A:C1C2C3'
+ # tests condition invalidating
+ s.parse('c2a+="0"')
+ assert s.val('a') == 'A:C1'
+ def test_cond_eager(s):
+ s.parse(s.ts)
+ # undefined c2b and c3a should not be evaluated
+ s.parse('c1="1"; c2a="1"; c3a="0"')
+ assert s.val('a') == 'A:C1C2'
+ # but now c3b should be evaluated
+ s.parse('c1="1"; c2a="1"; c3a="1"')
+ s.assertRaises(conf.UndefinedError, s.val, 'a')
+ s.parse('c1="1"; c2a="1"; c3b="1"')
+ assert s.val('a') == 'A:C1C2C3'
+ def test_undef(s):
+ s.assertRaises(conf.UndefinedError, s.val, 'a')
+ s.parse('a="{b}"')
+ s.assertRaises(conf.UndefinedError, s.val, 'a')
+ s.parse('b+="1"')
+ s.assertRaises(conf.UndefinedError, s.val, 'b')
+ def test_loopy_def(s):
+ s.parse('a="A"; a+="{a}"')
+ s.assertRaises(conf.CyclicConfigError, s.val, 'a')
+ s.parse('b="{c}"; c="{b}"')
+ s.assertRaises(conf.CyclicConfigError, s.val, 'b')
+ def test_varname(s):
+ s.assertRaises(conf.VariableNameError, s.val, 'b/c')
+ s.assertRaises(conf.VariableNameError, s.val, '.b.c')
+ s.assertRaises(conf.VariableNameError, s.val, 'b.c.')
+ s.assertRaises(conf.VariableNameError, s.val, 'b..c')
+ def test_remove(s):
+ l = s.parse('a="A1"; b="B1"; if "{cond}"=="1" {a+="A2"; b+="B2"}; a+="A3"; b+="B3"; cond="1"')
+ assert s.val('a') == 'A1A2A3'
+ assert s.val('b') == 'B1B2B3'
+ # remove b+="B2"
+ s.t.lookup('b').remove_operation(l[3][1])
+ assert s.val('a') == 'A1A2A3'
+ assert s.val('b') == 'B1B3'
+ # are the dependencies still handled properly?
+ s.parse('cond+="-invalidated"')
+ assert s.val('a') == 'A1A3'
+ s.parse('cond="1"')
+ assert s.val('a') == 'A1A2A3'
+
+# TODO: fixing, fail on 1st April
+# TODO: coverage
+
+if __name__ == '__main__':
+ log.getLogger().setLevel(log.WARN)
+ #log.getLogger().setLevel(log.DEBUG)
+ unittest.main()
+
+# TODO: log.info('maxdepth: %d', conf.debug_maxdepth)
+