Initial pass at tests

tests/test_modules/eos/test_mathUtils.py

@@ -0,0 +1,12 @@
+from eos.mathUtils import floorFloat
+
+
+def test_floorFloat():
+    assert type(floorFloat(1)) is not float
+    assert type(floorFloat(1)) is int
+    assert type(floorFloat(1.1)) is not float
+    assert type(floorFloat(1.1)) is int
+    assert floorFloat(1.1) == 1
+    assert floorFloat(1.9) == 1
+    assert floorFloat(1.5) == 1
+    assert floorFloat(-1.5) == -1

tests/test_modules/gui/test_aboutData.py

@@ -0,0 +1,8 @@
+from gui.aboutData import versionString, licenses, developers, credits, description
+
+def test_aboutData():
+    assert versionString.__len__() > 0
+    assert licenses.__len__() > 0
+    assert developers.__len__() > 0
+    assert credits.__len__() > 0
+    assert description.__len__() > 0

tests/test_modules/service/test_attribute.py

@@ -0,0 +1,41 @@
+from service.attribute import Attribute
+
+def test_attribute():
+    """
+    We don't really have much to test here, to throw a generic attribute at it and validate we get the expected results
+
+    :return:
+    """
+    sAttr = Attribute.getInstance()
+    info = sAttr.getAttributeInfo("maxRange")
+
+    assert info.attributeID == 54
+    assert type(info.attributeID) is int
+    assert info.attributeName == 'maxRange'
+    assert type(info.attributeName) is unicode
+    assert info.defaultValue == 0.0
+    assert type(info.defaultValue) is float
+    assert info.description == 'Distance below which range does not affect the to-hit equation.'
+    assert type(info.description) is unicode
+    assert info.displayName == 'Optimal Range'
+    assert type(info.displayName) is unicode
+    assert info.highIsGood == True
+    assert type(info.highIsGood) is bool
+    assert info.iconID == 1391
+    assert type(info.iconID) is int
+    assert info.name == 'maxRange'
+    assert type(info.name) is unicode
+    assert info.published == True
+    assert type(info.published) is bool
+    assert info.unitID == 1
+    assert type(info.unitID) is int
+    assert info.unit.ID == 1
+    assert type(info.unit.ID) is int
+    assert info.unit.displayName == 'm'
+    assert type(info.unit.displayName) is unicode
+    assert info.unit.name == 'Length'
+    assert type(info.unit.name) is unicode
+    assert info.unit.unitID == 1
+    assert type(info.unit.unitID) is int
+    assert info.unit.unitName == 'Length'
+    assert type(info.unit.unitName) is unicode