public void resolves_process_role_map()
{
var ctx = EPTest.Compile(@"
orgnode A
process Ax
orgnode B
process Bx
in Ax
process Cx
in Bx
");
var map = ctx.ExtraEcoProcessRoleMap();
Console.WriteLine(map.ToString());
Action <string, string> hasmap = (from, to) =>
{
Assert.NotNull(
map.Elements().FirstOrDefault(
x => x.Attr("from") == from && x.Attr("to") == to));
};
hasmap("A", "Ax_OWN");
hasmap("B", "Bx_OWN");
hasmap("B", "Cx_OWN");
hasmap("Bx_OWN", "Ax_VIEW");
hasmap("Cx_OWN", "Bx_VIEW");
}
public void provides_process_to_thema_SIMPLE()
{
var ctx =
EPTest.Compile(
@"
orgnode A
process Ax
thema At
thema At
activeA = true
activeB = true
in A
out aA
in B
out aB
");
var p = ctx.EcoProcessIndex.Index["Ax"];
var t = ctx.Themas["At"];
var ra = t.Items["aA.out"];
var fa = t.Items["A.in"];
var rb = t.Items["aB.out"];
var fb = t.Items["B.in"];
Assert.True(t.IsUnderEcoProcess);
Assert.AreEqual("At", p.ThemaRefs.First().Thema.Code);
Assert.AreEqual(p.Code, t.OwnerProcessA);
Assert.AreEqual(p.Code, t.OwnerProcessB);
Assert.AreEqual(p.Code, t.EcoProcess);
Assert.AreEqual("Ax_OWN; Ax_VIEW; At_OWN; At_VIEW", t.Role);
Assert.AreEqual("Ax_OWN; At_FORM_A_OWN", fa.Attr("role"));
Assert.AreEqual("Ax_OWN; At_REPORT_VIEW", ra.Attr("role"));
Assert.AreEqual("Ax_OWN; At_FORM_B_OWN", fb.Attr("role"));
Assert.AreEqual("Ax_OWN; At_REPORT_VIEW", rb.Attr("role"));
}
public void prevents_non_coded_orgnodes()
{
var ctx = EPTest.Compile(@"
orgnode A
orgnode
orgnode C
");
Assert.False(ctx.IsComplete);
Assert.NotNull(ctx.Errors.FirstOrDefault(x => x.ErrorCode == "ER_EPI02"));
}
public void prevent_outlock_without_outview()
{
var ctx = EPTest.Compile(@"
orgnode A
process Ax
thema A outlock
thema A
");
Assert.False(ctx.IsComplete);
Assert.NotNull(ctx.Errors.FirstOrDefault(x => x.ErrorCode == "ER_EPI03"));
}
public void not_process_eco_processes_if_option_not_setted_up()
{
var ctx = EPTest.Compile(
@"
orgnode X
orgnode Y
", x => x.UseEcoProcess = false
);
XElement e = null;
Assert.Null(e = ctx.ExtraData.Element("ecoprocess_rolemap"));
}
public void prevents_references_to_not_existed_themas()
{
var ctx = EPTest.Compile(@"
orgnode A
process Ax
thema At2
thema At
");
Assert.False(ctx.IsComplete);
Assert.NotNull(ctx.Errors.FirstOrDefault(x => x.ErrorCode == "ER_EPI05"));
}
public void Prevents_not_orgnoded_processes()
{
var ctx = EPTest.Compile(@"
orgnode A
orgnode B
process Ax, orgnode =A
process Bx, orgnode =B
process Cx
");
Assert.False(ctx.IsComplete);
Assert.NotNull(ctx.Errors.FirstOrDefault(x => x.ErrorCode == "ER_EPI03"));
}
public void builds_role_mapping_tree()
{
var ctx = EPTest.Compile(@"
orgnode A
orgnode B
orgnode C
");
var maps = ctx.ExtraEcoProcessRoleMap().Elements();
Assert.AreEqual(2, maps.Count());
Assert.NotNull(maps.FirstOrDefault(x => x.Attr("from") == "A" && x.Attr("to") == "B"));
Assert.NotNull(maps.FirstOrDefault(x => x.Attr("from") == "B" && x.Attr("to") == "C"));
}
public void process_eco_processes_if_option_setted_up()
{
var ctx = EPTest.Compile(
@"
orgnode X
orgnode Y
"
);
XElement e = null;
Assert.NotNull(e = ctx.ExtraData.Element("ecoprocess_rolemap"));
Assert.NotNull(e.Elements("map").FirstOrDefault(x => x.Attr("from") == "X" && x.Attr("to") == "Y"));
}
public void warning_mode_to_prevent_references_to_not_existed_themas()
{
var ctx = EPTest.Compile(@"
orgnode A
process Ax
thema At2
thema At
",
x => x.NonResolvedProcessThemaRefIsError = false);
Assert.True(ctx.IsComplete);
Assert.NotNull(ctx.Errors.FirstOrDefault(x => x.ErrorCode == "WR_EPI05"));
}
public void resolves_org_node()
{
var ctx = EPTest.Compile(@"
orgnode A
process Ax
orgnode B
process Bx
process Cx
");
Assert.AreEqual(3, ctx.EcoProcessIndex.Index.Count);
Assert.AreEqual("A", ctx.EcoProcessIndex["Ax"].OrgNode.Code);
Assert.AreEqual("B", ctx.EcoProcessIndex["Bx"].OrgNode.Code);
Assert.AreEqual("B", ctx.EcoProcessIndex["Cx"].OrgNode.Code);
}
public void prevent_self_coded_process_in()
{
var ctx = EPTest.Compile(@"
orgnode A
process Ax
orgnode B
process Bx
in Bx
process Cx
in Bx
");
Assert.False(ctx.IsComplete);
Assert.NotNull(ctx.Errors.FirstOrDefault(x => x.ErrorCode == "ER_EPI04"));
}
public void can_read_outer_to_org_node()
{
var ctx =
EPTest.Compile(@"
orgnode A
orgnode B
process Ax, orgnode =A
process Bx, orgnode =B
process Cx, orgnode =B
");
Assert.AreEqual(3, ctx.EcoProcessIndex.Index.Count);
Assert.AreEqual("A", ctx.EcoProcessIndex["Ax"].OrgNodeCode);
Assert.AreEqual("B", ctx.EcoProcessIndex["Bx"].OrgNodeCode);
Assert.AreEqual("B", ctx.EcoProcessIndex["Cx"].OrgNodeCode);
}
public void prevent_recoursive_process_in()
{
var ctx =
EPTest.Compile(@"
orgnode A
process Ax
in Cx
orgnode B
process Bx
in Ax
process Cx
in Bx
");
Assert.False(ctx.IsComplete);
Assert.AreEqual(3, ctx.Errors.Where(x => x.ErrorCode == "ER_EPINTEG_3").Count());
}
public void resolves_process_in()
{
var ctx = EPTest.Compile(@"
orgnode A
process Ax
orgnode B
process Bx
in Ax
process Cx
in Bx
");
Assert.AreEqual("Ax", ctx.EcoProcessIndex.Index["Bx"].InDepends.First().Process.Code);
Assert.AreEqual("Bx", ctx.EcoProcessIndex.Index["Ax"].OutDepends.First().Process.Code);
Assert.AreEqual("Bx", ctx.EcoProcessIndex.Index["Cx"].InDepends.First().Process.Code);
Assert.AreEqual("Cx", ctx.EcoProcessIndex.Index["Bx"].OutDepends.First().Process.Code);
}
public void process_in_dependency_injected()
{
var ctx =
EPTest.Compile(
@"
orgnode A
process Ax
thema a1, outview, outlock
process Ax2
in Ax
thema a2, outview, outlock
process Ax3
in Ax2
thema a3
thema A, abst
activeA = true
activeB = true
in A
in B
A a1
A a2
A a3
");
var p = ctx.EcoProcessIndex.Index["Ax"];
var t1 = ctx.Themas["a1"];
var t2 = ctx.Themas["a2"];
var t3 = ctx.Themas["a3"];
var f1a = t1.Items["A.in"];
var f1b = t1.Items["B.in"];
var f2a = t2.Items["A.in"];
var f2b = t2.Items["B.in"];
var f3a = t3.Items["A.in"];
var f3b = t3.Items["B.in"];
Assert.Null(f1a.Elements().FirstOrDefault(x => x.Name.LocalName == "lockdepend"));
Assert.Null(f1b.Elements().FirstOrDefault(x => x.Name.LocalName == "lockdepend"));
Assert.NotNull(f2a.Elements().FirstOrDefault(x => x.Name.LocalName == "lockdepend" && x.Attr("code") == "a1.A.in"));
Assert.NotNull(f2b.Elements().FirstOrDefault(x => x.Name.LocalName == "lockdepend" && x.Attr("code") == "a1.B.in"));
Assert.NotNull(f3a.Elements().FirstOrDefault(x => x.Name.LocalName == "lockdepend" && x.Attr("code") == "a2.A.in"));
Assert.NotNull(f3b.Elements().FirstOrDefault(x => x.Name.LocalName == "lockdepend" && x.Attr("code") == "a2.B.in"));
Assert.Null(f3a.Elements().FirstOrDefault(x => x.Name.LocalName == "lockdepend" && x.Attr("code") == "a1.A.in"));
Assert.Null(f3b.Elements().FirstOrDefault(x => x.Name.LocalName == "lockdepend" && x.Attr("code") == "a1.B.in"));
}
public void can_read_embeded_to_org_node()
{
var ctx = EPTest.Compile(@"
orgnode A, An
process Ax, An
orgnode B
process Bx
process Cx
");
Assert.AreEqual(3, ctx.EcoProcessIndex.Index.Count);
Assert.AreEqual("A", ctx.EcoProcessIndex["Ax"].OrgNodeCode);
Assert.AreEqual("B", ctx.EcoProcessIndex["Bx"].OrgNodeCode);
Assert.AreEqual("B", ctx.EcoProcessIndex["Cx"].OrgNodeCode);
Assert.AreEqual("B", ctx.EcoProcessIndex["Cx"].OrgNodeCode);
Assert.AreEqual("An", ctx.EcoProcessIndex["Ax"].Name);
Assert.AreEqual(1, ctx.OrgNodeIndex.Roots.Count());
Assert.AreEqual("A", ctx.OrgNodeIndex.Roots.First().Code);
Assert.AreEqual("An", ctx.OrgNodeIndex.Roots.First().Name);
}
public void hole_in_stages_prevented()
{
var ctx =
EPTest.Compile(
@"
orgnode A
process Ax
thema a1, stage = 1
thema a2, stage = 2
thema a3, stage = 4
thema A, abst
activeA = true
activeB = true
in A
in B
A a1
A a2
A a3
");
Assert.False(ctx.IsComplete);
Assert.NotNull(ctx.Errors.FirstOrDefault(x => x.ErrorCode == "ER_EPINTEG_2"));
}
public void hole_in_stages_prevented_noref()
{
var ctx =
EPTest.Compile(
@"
orgnode A
process Ax
thema a1, stage = 1
thema a4, stage = 2
thema a3, stage = 3
thema A, abst
activeA = true
activeB = true
in A
in B
A a1
A a2
A a3
",
x => x.NonResolvedProcessThemaRefIsError = false);
Assert.False(ctx.IsComplete);
Assert.NotNull(ctx.Errors.FirstOrDefault(x => x.ErrorCode == "ER_EPINTEG_2"));
}
