public void APITest_core_graph_acc_small()
{
string path = tmpFile("small");
SkillFile sf = SkillFile.open(path, Mode.Create, Mode.Write);
// create objects
graph.Node nd_2 = (graph.Node)sf.Nodes().make();
graph.Node nd_1 = (graph.Node)sf.Nodes().make();
// set fields
nd_2.color = (string)"blue";
nd_2.edges = (System.Collections.Generic.HashSet <Node>)set <Node>();
nd_1.color = (string)"red";
nd_1.edges = (System.Collections.Generic.HashSet <Node>)set <Node>(nd_2);
sf.close();
{ // read back and assert correctness
SkillFile sf2 = SkillFile.open(sf.currentPath(), Mode.Read, Mode.ReadOnly);
// check count per Type
Assert.AreEqual(2, sf.Nodes().staticSize());
// create objects from file
graph.Node nd_2_2 = (graph.Node)sf2.Nodes().getByID(nd_2.SkillID);
graph.Node nd_1_2 = (graph.Node)sf2.Nodes().getByID(nd_1.SkillID);
// assert fields
Assert.IsTrue(nd_2_2.color != null && nd_2_2.color.Equals("blue"));
Assert.IsTrue(nd_2_2.edges != null && Enumerable.SequenceEqual(nd_2_2.edges, set <Node>( )));
Assert.IsTrue(nd_1_2.color != null && nd_1_2.color.Equals("red"));
Assert.IsTrue(nd_1_2.edges != null && Enumerable.SequenceEqual(nd_1_2.edges, set <Node>(nd_2_2)));
}
File.Delete(path);
}
public void writeGenericChecked()
{
string path = tmpFile("write.generic.checked");
SkillFile sf = SkillFile.open(path);
reflectiveInit(sf);
// write file
sf.flush();
// create a name -> type map
Dictionary <string, IAccess> types = new Dictionary <string, IAccess>();
foreach (IAccess t in sf.allTypes())
{
types[t.Name] = t;
}
// read file and check skill IDs
SkillFile sf2 = SkillFile.open(path, Mode.Read);
foreach (IAccess t in sf2.allTypes())
{
IEnumerator os = types[t.Name].GetEnumerator();
foreach (SkillObject o in t)
{
Assert.IsTrue(os.MoveNext(), "to few instances in read state");
Assert.AreEqual(o.SkillID, ((SkillObject)os.Current).SkillID);
}
Assert.IsFalse(os.MoveNext(), "to many instances in read state");
}
File.Delete(path);
}
public void writeGeneric()
{
string path = tmpFile("write.generic");
SkillFile sf = SkillFile.open(path);
reflectiveInit(sf);
sf.close();
File.Delete(path);
}
public void APITest_core_graph_acc_penta()
{
string path = tmpFile("penta");
SkillFile sf = SkillFile.open(path, Mode.Create, Mode.Write);
// create objects
graph.Node n1 = (graph.Node)sf.Nodes().make();
graph.Node n2 = (graph.Node)sf.Nodes().make();
graph.Node n3 = (graph.Node)sf.Nodes().make();
graph.Node n4 = (graph.Node)sf.Nodes().make();
graph.Node n5 = (graph.Node)sf.Nodes().make();
// set fields
n1.color = (string)"black";
n1.edges = (System.Collections.Generic.HashSet <Node>)set <Node>(n1, n2, n3, n4, n5);
n2.color = (string)"schwarz";
n2.edges = (System.Collections.Generic.HashSet <Node>)set <Node>(n1, n2, n3, n4, n5);
n3.color = (string)"niger";
n3.edges = (System.Collections.Generic.HashSet <Node>)set <Node>(n1, n2, n3, n4, n5);
n4.color = (string)"noir";
n4.edges = (System.Collections.Generic.HashSet <Node>)set <Node>(n1, n2, n3, n4, n5);
n5.color = (string)"negro";
n5.edges = (System.Collections.Generic.HashSet <Node>)set <Node>(n1, n2, n3, n4, n5);
sf.close();
{ // read back and assert correctness
SkillFile sf2 = SkillFile.open(sf.currentPath(), Mode.Read, Mode.ReadOnly);
// check count per Type
Assert.AreEqual(5, sf.Nodes().staticSize());
// create objects from file
graph.Node n1_2 = (graph.Node)sf2.Nodes().getByID(n1.SkillID);
graph.Node n2_2 = (graph.Node)sf2.Nodes().getByID(n2.SkillID);
graph.Node n3_2 = (graph.Node)sf2.Nodes().getByID(n3.SkillID);
graph.Node n4_2 = (graph.Node)sf2.Nodes().getByID(n4.SkillID);
graph.Node n5_2 = (graph.Node)sf2.Nodes().getByID(n5.SkillID);
// assert fields
Assert.IsTrue(n1_2.color != null && n1_2.color.Equals("black"));
Assert.IsTrue(n1_2.edges != null && Enumerable.SequenceEqual(n1_2.edges, set <Node>(n1_2, n2_2, n3_2, n4_2, n5_2)));
Assert.IsTrue(n2_2.color != null && n2_2.color.Equals("schwarz"));
Assert.IsTrue(n2_2.edges != null && Enumerable.SequenceEqual(n2_2.edges, set <Node>(n1_2, n2_2, n3_2, n4_2, n5_2)));
Assert.IsTrue(n3_2.color != null && n3_2.color.Equals("niger"));
Assert.IsTrue(n3_2.edges != null && Enumerable.SequenceEqual(n3_2.edges, set <Node>(n1_2, n2_2, n3_2, n4_2, n5_2)));
Assert.IsTrue(n4_2.color != null && n4_2.color.Equals("noir"));
Assert.IsTrue(n4_2.edges != null && Enumerable.SequenceEqual(n4_2.edges, set <Node>(n1_2, n2_2, n3_2, n4_2, n5_2)));
Assert.IsTrue(n5_2.color != null && n5_2.color.Equals("negro"));
Assert.IsTrue(n5_2.edges != null && Enumerable.SequenceEqual(n5_2.edges, set <Node>(n1_2, n2_2, n3_2, n4_2, n5_2)));
}
File.Delete(path);
}
public SkillFile read(string s)
{
return(SkillFile.open(basePath + s, Mode.Read, Mode.ReadOnly));
}
