public void test2()
{
Parse myParser = new Parse();
string filename = Path.Combine(Path_TestModels, "test2.cir");
ComponentInfo result = myParser.ParseFile(filename);
ComponentInfo expected = new ComponentInfo()
{
name = "DB9",
elementType = 'X',
parameters = new Dictionary <String, String>()
{
},
pins = new List <string>()
{
"PIN1",
"PIN2",
"PIN3",
"PIN4",
"PIN5",
"PIN6",
"PIN7",
"PIN8",
"PIN9"
}
};
Assert.True(result.Equals(expected));
}
public void test01()
{
Parse myParser = new Parse();
string filename = Path.Combine(Path_TestModels, "L_LINEAR.cir");
ComponentInfo result = myParser.ParseFile(filename);
ComponentInfo expected = new ComponentInfo()
{
name = "L_LINEAR",
elementType = 'X',
parameters = new Dictionary <String, String>()
{
{ "Inductance", "10e-6" },
{ "Rs", "0.01" },
{ "Cp", "2e-12" },
{ "Rp", "300e3" },
},
pins = new List <string>()
{
"1",
"2"
}
};
Assert.True(result.Equals(expected));
}
public void nameCharsTestPass()
{
Parse myParser = new Parse();
string filename = Path.Combine(Path_TestModels, "nameCharsTestPass.cir");
ComponentInfo result = myParser.ParseFile(filename);
ComponentInfo expected = new ComponentInfo()
{
name = "AaBbCXxYyZz!#$%[0189]_",
elementType = 'X',
parameters = new Dictionary <String, String>()
{
},
pins = new List <string>()
{
"1",
"2"
}
};
Assert.True(result.Equals(expected));
}
public void firstLineCommentTest()
{
Parse myParser = new Parse();
string filename = Path.Combine(Path_TestModels, "firstLineCommentTest.cir");
ComponentInfo result = myParser.ParseFile(filename);
ComponentInfo expected = new ComponentInfo()
{
name = "RES_2ndLineComponent",
elementType = 'X',
parameters = new Dictionary <String, String>()
{
},
pins = new List <string>()
{
"1",
"2"
}
};
Assert.True(result.Equals(expected));
}
public void test3()
{
Parse myParser = new Parse();
string filename = Path.Combine(Path_TestModels, "test3.cir");
ComponentInfo result = myParser.ParseFile(filename);
ComponentInfo expected = new ComponentInfo()
{
name = "RES_0603_330",
elementType = 'R',
parameters = new Dictionary <String, String>()
{
},
pins = new List <string>()
{
"PIN1",
"PIN2"
}
};
Assert.True(result.Equals(expected));
}
public void q2n222a()
{
Parse myParser = new Parse();
string filename = Path.Combine(Path_TestModels, "q2n222a.cir");
ComponentInfo result = myParser.ParseFile(filename);
ComponentInfo expected = new ComponentInfo()
{
name = "Q2N222A",
elementType = 'Q',
parameters = new Dictionary <String, String>()
{
},
pins = new List <string>()
{
"COLLECTOR",
"BASE",
"EMITTER"
}
};
Assert.True(result.Equals(expected));
}
public void multiparams()
{
Parse myParser = new Parse();
string filename = Path.Combine(Path_TestModels, "multiparams.cir");
ComponentInfo result = myParser.ParseFile(filename);
ComponentInfo expected = new ComponentInfo()
{
name = "RES_MP",
elementType = 'X',
parameters = new Dictionary <String, String>()
{
{ "RVAL", "1.0k" },
{ "LVAL", "800pH" }
},
pins = new List <string>()
{
"1",
"2"
}
};
Assert.True(result.Equals(expected));
}
public void test00()
{
// Create a ComponentInfo class and set initial values.
ComponentInfo ci = new ComponentInfo()
{
name = "RES_0603",
elementType = 'X',
parameters = new Dictionary <String, String>()
{
{ "RVAL", "1.0k" },
{ "Bogus", "Yeah" }
},
pins = new List <string>()
{
"PinOne",
"PinTwo"
}
};
Assert.False(ci.Equals(null));
Assert.True(ci.Equals(ci));
// Create a ComponentInfo class and set initial values the same as before.
ComponentInfo ci2 = new ComponentInfo()
{
name = "RES_0603",
elementType = 'X',
parameters = new Dictionary <String, String>()
{
{ "RVAL", "1.0k" },
{ "Bogus", "Yeah" }
},
pins = new List <string>()
{
"PinOne",
"PinTwo"
}
};
Assert.True(ci.Equals(ci2));
Assert.True(ci2.Equals(ci2));
Assert.True(ci2.Equals(ci));
// Create a ComponentInfo class but don't set initial values.
ComponentInfo ci3 = new ComponentInfo();
Assert.True(ci3.Equals(ci3));
Assert.False(ci2.Equals(ci3));
Assert.False(ci3.Equals(ci));
// Create a ComponentInfo class and set initial values slightly differently.
ComponentInfo ci4 = new ComponentInfo()
{
name = "RES_0603",
elementType = 'X',
parameters = new Dictionary <String, String>()
{
{ "RVAL", "1.0k" }
},
pins = new List <string>()
{
"PinOne",
"PinTwo"
}
};
Assert.True(ci4.Equals(ci4));
Assert.False(ci2.Equals(ci4));
// Create a ComponentInfo class with the pins in a different order.
ComponentInfo ci5 = new ComponentInfo()
{
name = "RES_0603",
elementType = 'X',
parameters = new Dictionary <String, String>()
{
{ "RVAL", "1.0k" }
},
pins = new List <string>()
{
"PinTwo",
"PinOne",
}
};
Assert.True(ci5.Equals(ci5));
Assert.False(ci5.Equals(ci4));
}