private void CheckNeedsRecursive(NodeStack nodeStack, UrlDir.UrlConfig urlConfig)
{
ConfigNode original = nodeStack.value;
for (int i = 0; i < original.values.Count; ++i)
{
ConfigNode.Value val = original.values[i];
string valname = val.name;
try
{
if (CheckNeedsName(ref valname))
{
val.name = valname;
}
else
{
original.values.Remove(val);
i--;
progress.NeedsUnsatisfiedValue(urlConfig, nodeStack.GetPath() + '/' + val.name);
}
}
catch (ArgumentOutOfRangeException e)
{
progress.Exception("ArgumentOutOfRangeException in CheckNeeds for value \"" + val.name + "\"", e);
throw;
}
catch (Exception e)
{
progress.Exception("General Exception in CheckNeeds for value \"" + val.name + "\"", e);
throw;
}
}
for (int i = 0; i < original.nodes.Count; ++i)
{
ConfigNode node = original.nodes[i];
string nodeName = node.name;
if (nodeName == null)
{
progress.Error(urlConfig, "Error - Node in file " + urlConfig.SafeUrl() + " subnode: " + nodeStack.GetPath() + " has config.name == null");
}
try
{
if (CheckNeedsName(ref nodeName))
{
node.name = nodeName;
CheckNeedsRecursive(nodeStack.Push(node), urlConfig);
}
else
{
original.nodes.Remove(node);
i--;
progress.NeedsUnsatisfiedNode(urlConfig, nodeStack.GetPath() + '/' + node.name);
}
}
catch (ArgumentOutOfRangeException e)
{
progress.Exception("ArgumentOutOfRangeException in CheckNeeds for node \"" + node.name + "\"", e);
throw;
}
catch (Exception e)
{
progress.Exception("General Exception " + e.GetType().Name + " for node \"" + node.name + "\"", e);
throw;
}
}
}
public void TestCheckNeedsRecursive()
{
ConfigNode node = new TestConfigNode("SOME_NODE")
{
{ "aa", "00" },
{ "bb:NEEDS[mod1]", "01" },
{ "cc:NEEDS[mod3]", "02" },
new TestConfigNode("INNER_NODE_1")
{
{ "dd", "03" },
{ "ee", "04" },
new TestConfigNode("INNER_INNER_NODE_1")
{
{ "ff", "05" },
},
},
new TestConfigNode("INNER_NODE_2")
{
{ "gg:NEEDS[mod1]", "06" },
{ "hh:NEEDS[mod3]", "07" },
{ "ii", "08" },
new TestConfigNode("INNER_INNER_NODE_11")
{
{ "jj", "09" },
},
new TestConfigNode("INNER_INNER_NODE_12:NEEDS[mod2]")
{
{ "kk", "10" },
},
new TestConfigNode("INNER_INNER_NODE_12:NEEDS[mod3]")
{
{ "ll", "11" },
},
},
new TestConfigNode("INNER_NODE_3:NEEDS[mod1]")
{
{ "mm:NEEDS[mod1]", "12" },
{ "nn:NEEDS[mod3]", "13" },
{ "oo", "14" },
new TestConfigNode("INNER_INNER_NODE_21")
{
{ "pp", "15" },
},
new TestConfigNode("INNER_INNER_NODE_22:NEEDS[mod2]")
{
{ "qq", "16" },
},
new TestConfigNode("INNER_INNER_NODE_22:NEEDS[mod3]")
{
{ "rr", "17" },
},
},
new TestConfigNode("INNER_NODE_4:NEEDS[mod3]")
{
{ "ss:NEEDS[mod1]", "18" },
},
};
UrlDir.UrlConfig urlConfig = UrlBuilder.CreateConfig("abc/def", node);
needsChecker.CheckNeedsRecursive(node, urlConfig);
progress.DidNotReceiveWithAnyArgs().Warning(null, null);
progress.DidNotReceiveWithAnyArgs().Error(null, null);
progress.DidNotReceiveWithAnyArgs().Exception(null, null);
progress.DidNotReceiveWithAnyArgs().Exception(null, null, null);
Received.InOrder(delegate
{
progress.NeedsUnsatisfiedValue(urlConfig, "SOME_NODE/cc:NEEDS[mod3]");
progress.NeedsUnsatisfiedValue(urlConfig, "SOME_NODE/INNER_NODE_2/hh:NEEDS[mod3]");
progress.NeedsUnsatisfiedNode(urlConfig, "SOME_NODE/INNER_NODE_2/INNER_INNER_NODE_12:NEEDS[mod3]");
progress.NeedsUnsatisfiedValue(urlConfig, "SOME_NODE/INNER_NODE_3/nn:NEEDS[mod3]");
progress.NeedsUnsatisfiedNode(urlConfig, "SOME_NODE/INNER_NODE_3/INNER_INNER_NODE_22:NEEDS[mod3]");
progress.NeedsUnsatisfiedNode(urlConfig, "SOME_NODE/INNER_NODE_4:NEEDS[mod3]");
});
Assert.Equal(2, node.values.Count);
Assert.Equal(3, node.nodes.Count);
Assert.Equal("aa", node.values[0].name);
Assert.Equal("00", node.values[0].value);
Assert.Equal("bb", node.values[1].name);
Assert.Equal("01", node.values[1].value);
Assert.Same(node.nodes[0], node.nodes[0]);
Assert.Equal("INNER_NODE_1", node.nodes[0].name);
Assert.Equal(2, node.nodes[0].values.Count);
Assert.Equal(1, node.nodes[0].nodes.Count);
Assert.Equal("dd", node.nodes[0].values[0].name);
Assert.Equal("03", node.nodes[0].values[0].value);
Assert.Equal("ee", node.nodes[0].values[1].name);
Assert.Equal("04", node.nodes[0].values[1].value);
Assert.Equal("INNER_INNER_NODE_1", node.nodes[0].nodes[0].name);
Assert.Equal(1, node.nodes[0].nodes[0].values.Count);
Assert.Equal(0, node.nodes[0].nodes[0].nodes.Count);
Assert.Equal("ff", node.nodes[0].nodes[0].values[0].name);
Assert.Equal("05", node.nodes[0].nodes[0].values[0].value);
// Assert.NotSame(node.nodes[1], newNode.nodes[1]);
Assert.Equal("INNER_NODE_2", node.nodes[1].name);
Assert.Equal(2, node.nodes[1].values.Count);
Assert.Equal(2, node.nodes[1].nodes.Count);
Assert.Equal("gg", node.nodes[1].values[0].name);
Assert.Equal("06", node.nodes[1].values[0].value);
Assert.Equal("ii", node.nodes[1].values[1].name);
Assert.Equal("08", node.nodes[1].values[1].value);
Assert.Equal("INNER_INNER_NODE_11", node.nodes[1].nodes[0].name);
Assert.Equal("jj", node.nodes[1].nodes[0].values[0].name);
Assert.Equal("09", node.nodes[1].nodes[0].values[0].value);
Assert.Equal("INNER_INNER_NODE_12", node.nodes[1].nodes[1].name);
Assert.Equal("kk", node.nodes[1].nodes[1].values[0].name);
Assert.Equal("10", node.nodes[1].nodes[1].values[0].value);
// Assert.NotSame(node.nodes[1], newNode.nodes[1]);
Assert.Equal("INNER_NODE_3", node.nodes[2].name);
Assert.Equal(2, node.nodes[2].values.Count);
Assert.Equal(2, node.nodes[2].nodes.Count);
Assert.Equal("mm", node.nodes[2].values[0].name);
Assert.Equal("12", node.nodes[2].values[0].value);
Assert.Equal("oo", node.nodes[2].values[1].name);
Assert.Equal("14", node.nodes[2].values[1].value);
Assert.Equal("INNER_INNER_NODE_21", node.nodes[2].nodes[0].name);
Assert.Equal("pp", node.nodes[2].nodes[0].values[0].name);
Assert.Equal("15", node.nodes[2].nodes[0].values[0].value);
Assert.Equal("INNER_INNER_NODE_22", node.nodes[2].nodes[1].name);
Assert.Equal("qq", node.nodes[2].nodes[1].values[0].name);
Assert.Equal("16", node.nodes[2].nodes[1].values[0].value);
}
