public void GAAP_Test_GetNodesByPresentation()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
s.CurrentLabelRole = "label";
s.CurrentLanguage = "en";
s.Load(US_GAAP_FILE);
int errors = 0;
s.Parse(out errors);
ArrayList nodeList = s.GetNodesByPresentation();
Assert.IsNotNull(nodeList);
Assert.AreEqual(5, nodeList.Count);
Console.WriteLine("Nodes By Presentation: ");
foreach (Node n in nodeList)
{
Console.WriteLine(TestNode.ToXml(0, n));
}
}
public void GAAP_VerifyNodeOrder()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
s.Load(US_GAAP_FILE);
s.Parse(out errors);
s.currentLabelRole = "label";
s.currentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
Node title = nodes[5] as Node;
Assert.IsNotNull(title, "title is null");
Assert.AreEqual("Statement of Financial Position", title.Label, "title label is wrong");
Assert.AreEqual(0, title.Order, "title.Order is wrong");
Node statement = title.Children[0] as Node;
Assert.IsNotNull(statement, "statement is null");
Assert.AreEqual("Statement of Financial Position", statement.Label, "statement label is wrong");
Assert.AreEqual(0, statement.Order, "statement.Order is wrong");
Assert.AreEqual(2, statement.Children.Count, "statement.Children.Count is wrong");
Node assets = statement.Children[0] as Node;
Assert.IsNotNull(assets, "statement is null");
Assert.AreEqual("Assets", assets.Label, "assets label is wrong");
Assert.AreEqual(1, assets.Order, "assets.Order is wrong");
Assert.AreEqual(3, assets.Children.Count, "assets.Children.Count is wrong");
Node child1 = assets.Children[0] as Node;
Assert.IsNotNull(child1, "child1 is null");
Assert.AreEqual(1, child1.Order, "child1.Order is wrong");
Node child2 = assets.Children[1] as Node;
Assert.IsNotNull(child2, "child2 is null");
Assert.AreEqual(2, child2.Order, "child2.Order is wrong");
Node child3 = assets.Children[2] as Node;
Assert.IsNotNull(child3, "child3 is null");
Assert.AreEqual(3, child3.Order, "child3.Order is wrong");
}
public void GAAP_VerifyProhibitedLinks()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
s.Load(US_GAAP_FILE);
s.Parse(out errors);
s.currentLabelRole = "label";
s.currentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
// ok - here's the hierarchy
// 0. Statement of Cash Flows - Indirect Method - CI
// 1. Statement of Financial Position - CI
// 0. Tuples Abstract
// 0. usfr-pt_CommonStock - prohibited
// 1. usfr-pt_ConvertiblePreferredStock - prohibited
// 2. usfr-pt_NonRedeemableConvertiblePreferredStock - prohibited
// 3. usfr-pt_NonRedeemablePreferredStock - prohibited
// 4. usfr-pt_PreferredStock - prohibited
// 5. usfr-pt_RedeemableConvertiblePreferredStock - prohibited
// 6. usfr-pt_RedeemablePreferredStock - prohibited
// 7. usfr-pt_TreasuryStock - prohibited
Node finPos = nodes[1] as Node;
Assert.IsNotNull(finPos, "Statement of Financial Position - CI not found");
Node tupleAbs = finPos.Children[0] as Node;
Assert.IsNotNull(tupleAbs, "Tuples Abstract not found");
// and now the test
Assert.AreEqual(8, tupleAbs.Children.Count, "TupleAbstract has children");
// make sure are children are prohibited
Assert.IsTrue(((Node)tupleAbs.Children[0]).IsProhibited, "child 0 not prohibited");
Assert.IsTrue(((Node)tupleAbs.Children[1]).IsProhibited, "child 1 not prohibited");
Assert.IsTrue(((Node)tupleAbs.Children[2]).IsProhibited, "child 2 not prohibited");
Assert.IsTrue(((Node)tupleAbs.Children[3]).IsProhibited, "child 3 not prohibited");
Assert.IsTrue(((Node)tupleAbs.Children[4]).IsProhibited, "child 4 not prohibited");
Assert.IsTrue(((Node)tupleAbs.Children[5]).IsProhibited, "child 5 not prohibited");
Assert.IsTrue(((Node)tupleAbs.Children[6]).IsProhibited, "child 6 not prohibited");
Assert.IsTrue(((Node)tupleAbs.Children[7]).IsProhibited, "child 7 not prohibited");
}
public void GAAP_VerifyPreferredLabel()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
s.Load(US_GAAP_FILE);
s.Parse(out errors);
s.currentLabelRole = "preferredLabel";
s.currentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
//0. "Statement of Cash Flows - Indirect Method - CI"
// 0. "usfr-pt_StatementCashFlowsIndirectAbstract"
// ?. "usfr-pt_CashCashEquivalents"
Node scf = nodes[0] as Node;
Assert.IsNotNull(scf, "Statement of Cash Flows - Indirect Method - CI");
Node scfiAbs = scf.Children[0] as Node;
Assert.IsNotNull(scfiAbs, "Failed to find usfr-pt_StatementCashFlowsIndirectAbstract node");
Node cce = null;
foreach (Node node in scfiAbs.Children)
{
if (node.Id == "usfr-pt_CashCashEquivalents")
{
cce = node;
}
}
Assert.IsNotNull(cce, "Failed to find usfr-pt_CashCashEquivalents node");
Assert.AreEqual("periodEndLabel", cce.PreferredLabel, "Invalid preferred element label");
string label = null;
Assert.AreEqual(true, cce.TryGetLabel(s.CurrentLanguage, s.CurrentLabelRole, out label), "Invalid return value from Node TryGetLabel method");
Assert.AreEqual("Cash and Cash Equivalents - Ending Balance", label, "Invalid label value returned from Node TryGetLabel method");
}
public void INS_VerifyNodes()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
s.Load(INS_FILE);
s.Parse(out errors);
s.currentLabelRole = "label";
s.currentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
Node title = nodes[3] as Node;
Assert.IsNotNull(title, "title is null");
Assert.AreEqual("Notes to the Financial Statements", title.Label, "title label is wrong");
Assert.AreEqual(0, title.Order, "title.Order is wrong");
Assert.AreEqual(3, title.Children.Count, "title.Children.Count is wrong");
Node notes = title.Children[2] as Node;
Assert.IsNotNull(notes, "notes is null");
Assert.AreEqual("Notes to the Financial Statements", notes.Label, "notes label is wrong");
Assert.AreEqual(0, notes.Order, "notes.Order is wrong");
Assert.AreEqual(6, notes.Children.Count, "notes.Children.Count is wrong");
Node assets = notes.Children[1] as Node;
Assert.IsNotNull(assets, "statement is null");
Assert.AreEqual("Asset Related Notes", assets.Label, "assets label is wrong");
Assert.AreEqual(2, assets.Order, "assets.Order is wrong");
Assert.AreEqual(19, assets.Children.Count, "assets.Children.Count is wrong");
Node investments = assets.Children[5] as Node;
Assert.IsNotNull(investments, "investments is null");
Assert.AreEqual("Investments Note", investments.Label, "investments label is wrong");
Assert.AreEqual(5, investments.Order, "investments.Order is wrong");
Assert.AreEqual(10, investments.Children.Count, "investments.Children.Count is wrong");
}
public void TestTaxonomyCloneForMerging()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
s.CurrentLabelRole = "label";
s.CurrentLanguage = "en";
s.Load(US_GAAP_FILE);
int errors = 0;
s.Parse(out errors);
ArrayList nodeList = s.GetNodesByPresentation();
foreach (Element ele in s.allElements.Values)
{
Element tmp = ele.Clone() as Element;
}
Taxonomy copy = s.CopyTaxonomyForMerging();
}
public void BASI_BlankElement()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
if (s.Load(BASI_FILE, out errors) != true)
{
Assert.Fail((string)s.ErrorList[0]);
}
errors = 0;
s.Parse(out errors);
if (errors > 0)
{
SendErrorsToConsole(s.errorList);
}
s.CurrentLabelRole = "preferredLabel";
s.CurrentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
Node incStmtBasi = nodes[4] as Node;
Assert.IsNotNull(incStmtBasi, "incStmtBasi is null");
Node incStmt = incStmtBasi.Children[0] as Node;
Assert.IsNotNull(incStmt, "incStmt is null");
Node interestExpense = incStmt.Children[1] as Node;
Assert.IsNotNull(interestExpense, "interestExpense is null");
Node emptyElement = interestExpense.Children[5] as Node;
Assert.IsNotNull(emptyElement, "emptyElement is null");
}
public void GAAP_VerifyTupleChildMinMaxOccurs()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
if ( s.Load( US_GAAP_FILE, out errors ) != true )
{
Assert.Fail( (string)s.ErrorList[0] );
}
errors = 0;
if ( s.Parse(out errors ) != true )
{
Assert.Fail( "Parse failed." );
}
s.CurrentLabelRole = "label";
s.CurrentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
// CI Presentation
// 5 - Statement of Financial Position
// 0 - Statement of Financial Position
// 1 - Liabilities and Stockhoders' Equity
// 2 - Stockholder's Equity
// 1 - Preferred Stock Value
// 0 - Preferred Stock
// 3 - Redeemable Convertible Preferred Stock
Node title = nodes[5] as Node;
Assert.IsNotNull( title, "title is null" );
Assert.IsNotNull( title.MyPresentationLink, "presentationLink is null" );
Node statement = title.Children[0] as Node;
Assert.IsNotNull( statement , "Statement of Financial Position is null" );
Node liabSE = statement.Children[1] as Node;
Assert.IsNotNull( liabSE, "Liabilities and Stockhoders' Equity is null" );
Node se = liabSE.Children[2] as Node;
Assert.IsNotNull( se, "Stockholder's Equity is null" );
Node psv = se.Children[1] as Node;
Assert.IsNotNull( psv, "Preferred Stock Value is null" );
Node preferredStock = psv.Children[0] as Node;
Assert.IsNotNull( preferredStock, "Preferred Stock is null" );
Node rcPreferredStock = psv.Children[3] as Node;
Assert.IsNotNull( rcPreferredStock, "RedeemableConvertiblePreferredStock is null" );
//first check the Preferred Stock children
//preferredStockDescription is min 1 max 1
Node psd= preferredStock.Children[0] as Node;
Assert.IsNotNull( psd, "PreferredStockDescription is null" );
Assert.IsNotNull( psd.MyElement, "PreferredStockDescription MyElement is null" );
Assert.AreEqual(1, psd.GetMinOccurance(), "PreferredStockDescription min value should be 1.");
Assert.AreEqual(1, psd.GetMaxOccurance(), "PreferredStockDescription max value should be 1.");
//preferredStockValue is min 0 max 1
Node psvChild= preferredStock.Children[1] as Node;
Assert.IsNotNull( psvChild, "PreferredStockValue is null" );
Assert.IsNotNull( psvChild.MyElement, "PreferredStockValue MyElement is null" );
Assert.AreEqual(0, psvChild.GetMinOccurance(), "PreferredStockValue min value should be 0.");
Assert.AreEqual(1, psvChild.GetMaxOccurance(), "PreferredStockValue max value should be 1.");
//now check the Redeemable Convertible Preferred Stock children
//redeemableConvertiblePreferredStockDescription is min 1 max 1
Node rcpsd= rcPreferredStock.Children[0] as Node;
Assert.IsNotNull( rcpsd, "RedeemableConvertiblePreferredStockDescription is null" );
Assert.IsNotNull( rcpsd.MyElement, "RedeemableConvertiblePreferredStockDescription MyElement is null" );
Assert.AreEqual(1, rcpsd.GetMinOccurance(), "RedeemableConvertiblePreferredStockDescription min value should be 1.");
Assert.AreEqual(1, rcpsd.GetMaxOccurance(), "RedeemableConvertiblePreferredStockDescription max value should be 1.");
//redeemableConvertiblePreferredStockValue is min 0 max 1
Node rcpsv= rcPreferredStock.Children[1] as Node;
Assert.IsNotNull( rcpsv, "RedeemableConvertiblePreferredStockValue is null" );
Assert.IsNotNull( rcpsv.MyElement, "RedeemableConvertiblePreferredStockValue MyElement is null" );
Assert.AreEqual(0, rcpsv.GetMinOccurance(), "RedeemableConvertiblePreferredStockValue min value should be 0.");
Assert.AreEqual(1, rcpsv.GetMaxOccurance(), "RedeemableConvertiblePreferredStockValue max value should be 1.");
//redeemableConvertiblePreferredStockValueSharesSubscribedUnissued is min 0 with no max
Node rcpsvssu = rcPreferredStock.Children[7] as Node;
Assert.IsNotNull( rcpsvssu, "RedeemableConvertiblePreferredStockValueSharesSubscribedUnissued is null" );
Assert.IsNotNull( rcpsvssu.MyElement, "RedeemableConvertiblePreferredStockValueSharesSubscribedUnissued MyElement is null" );
Assert.AreEqual(0, rcpsvssu.GetMinOccurance(), "RedeemableConvertiblePreferredStockValueSharesSubscribedUnissued min value should be 0.");
Assert.AreEqual(int.MaxValue, rcpsvssu.GetMaxOccurance(), "RedeemableConvertiblePreferredStockValueSharesSubscribedUnissued max value should be " + int.MaxValue);
}
public void GAAP_VerifyProhibitedLinks()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
s.Load( US_GAAP_FILE);
s.Parse( out errors );
s.currentLabelRole = "label";
s.currentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
// ok - here's the hierarchy
// 0. Statement of Cash Flows - Indirect Method - CI
// 1. Statement of Financial Position - CI
// 0. Tuples Abstract
// 0. usfr-pt_CommonStock - prohibited
// 1. usfr-pt_ConvertiblePreferredStock - prohibited
// 2. usfr-pt_NonRedeemableConvertiblePreferredStock - prohibited
// 3. usfr-pt_NonRedeemablePreferredStock - prohibited
// 4. usfr-pt_PreferredStock - prohibited
// 5. usfr-pt_RedeemableConvertiblePreferredStock - prohibited
// 6. usfr-pt_RedeemablePreferredStock - prohibited
// 7. usfr-pt_TreasuryStock - prohibited
Node finPos = nodes[1] as Node;
Assert.IsNotNull( finPos, "Statement of Financial Position - CI not found" );
Node tupleAbs = finPos.Children[0] as Node;
Assert.IsNotNull( tupleAbs, "Tuples Abstract not found" );
// and now the test
Assert.AreEqual( 8, tupleAbs.Children.Count, "TupleAbstract has children" );
// make sure are children are prohibited
Assert.IsTrue( ((Node)tupleAbs.Children[0]).IsProhibited, "child 0 not prohibited" );
Assert.IsTrue( ((Node)tupleAbs.Children[1]).IsProhibited, "child 1 not prohibited" );
Assert.IsTrue( ((Node)tupleAbs.Children[2]).IsProhibited, "child 2 not prohibited" );
Assert.IsTrue( ((Node)tupleAbs.Children[3]).IsProhibited, "child 3 not prohibited" );
Assert.IsTrue( ((Node)tupleAbs.Children[4]).IsProhibited, "child 4 not prohibited" );
Assert.IsTrue( ((Node)tupleAbs.Children[5]).IsProhibited, "child 5 not prohibited" );
Assert.IsTrue( ((Node)tupleAbs.Children[6]).IsProhibited, "child 6 not prohibited" );
Assert.IsTrue( ((Node)tupleAbs.Children[7]).IsProhibited, "child 7 not prohibited" );
}
public void BASI_BlankElement()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
if ( s.Load( BASI_FILE, out errors ) != true )
{
Assert.Fail( (string)s.ErrorList[0]);
}
errors = 0;
s.Parse( out errors );
if ( errors > 0 )
{
SendErrorsToConsole( s.errorList );
}
s.CurrentLabelRole = "preferredLabel";
s.CurrentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
Node incStmtBasi = nodes[4] as Node;
Assert.IsNotNull( incStmtBasi, "incStmtBasi is null" );
Node incStmt = incStmtBasi.Children[0] as Node;
Assert.IsNotNull( incStmt, "incStmt is null" );
Node interestExpense = incStmt.Children[1] as Node;
Assert.IsNotNull( interestExpense, "interestExpense is null" );
Node emptyElement = interestExpense.Children[5] as Node;
Assert.IsNotNull( emptyElement, "emptyElement is null" );
}
public void GAAP_VerifyPreferredLabel()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
s.Load( US_GAAP_FILE);
s.Parse( out errors );
s.currentLabelRole = "preferredLabel";
s.currentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
//0. "Statement of Cash Flows - Indirect Method - CI"
// 0. "usfr-pt_StatementCashFlowsIndirectAbstract"
// ?. "usfr-pt_CashCashEquivalents"
Node scf = nodes[0] as Node;
Assert.IsNotNull( scf, "Statement of Cash Flows - Indirect Method - CI" );
Node scfiAbs = scf.Children[0] as Node;
Assert.IsNotNull( scfiAbs, "Failed to find usfr-pt_StatementCashFlowsIndirectAbstract node" );
Node cce = null;
foreach(Node node in scfiAbs.Children)
if(node.Id == "usfr-pt_CashCashEquivalents")
cce = node;
Assert.IsNotNull( cce, "Failed to find usfr-pt_CashCashEquivalents node" );
Assert.AreEqual("periodEndLabel", cce.PreferredLabel, "Invalid preferred element label");
string label = null;
Assert.AreEqual(true, cce.TryGetLabel(s.CurrentLanguage, s.CurrentLabelRole, out label), "Invalid return value from Node TryGetLabel method");
Assert.AreEqual("Cash and Cash Equivalents - Ending Balance", label, "Invalid label value returned from Node TryGetLabel method");
}
public void GAAP_VerifyNodeOrder()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
s.Load( US_GAAP_FILE);
s.Parse( out errors );
s.currentLabelRole = "label";
s.currentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
Node title = nodes[5] as Node;
Assert.IsNotNull( title, "title is null" );
Assert.AreEqual( "Statement of Financial Position", title.Label, "title label is wrong" );
Assert.AreEqual( 0, title.Order, "title.Order is wrong" );
Node statement = title.Children[0] as Node;
Assert.IsNotNull( statement, "statement is null" );
Assert.AreEqual( "Statement of Financial Position", statement.Label, "statement label is wrong" );
Assert.AreEqual( 0, statement.Order, "statement.Order is wrong" );
Assert.AreEqual( 2, statement.Children.Count, "statement.Children.Count is wrong" );
Node assets = statement.Children[0] as Node;
Assert.IsNotNull( assets, "statement is null" );
Assert.AreEqual( "Assets", assets.Label, "assets label is wrong" );
Assert.AreEqual( 1, assets.Order, "assets.Order is wrong" );
Assert.AreEqual( 3, assets.Children.Count, "assets.Children.Count is wrong" );
Node child1 = assets.Children[0] as Node;
Assert.IsNotNull( child1, "child1 is null" );
Assert.AreEqual( 1, child1.Order, "child1.Order is wrong" );
Node child2 = assets.Children[1] as Node;
Assert.IsNotNull( child2, "child2 is null" );
Assert.AreEqual( 2, child2.Order, "child2.Order is wrong" );
Node child3 = assets.Children[2] as Node;
Assert.IsNotNull( child3, "child3 is null" );
Assert.AreEqual( 3, child3.Order, "child3.Order is wrong" );
}
public void GAAP_Test_GetNodesByPresentation()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
s.CurrentLabelRole = "label";
s.CurrentLanguage = "en";
s.Load( US_GAAP_FILE);
int errors = 0;
s.Parse( out errors );
ArrayList nodeList = s.GetNodesByPresentation();
Assert.IsNotNull( nodeList );
Assert.AreEqual( 5, nodeList.Count );
Console.WriteLine( "Nodes By Presentation: " );
foreach (Node n in nodeList )
{
Console.WriteLine( TestNode.ToXml( 0, n ) );
}
}
public void TestTaxonomyCloneForMerging()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
s.CurrentLabelRole = "label";
s.CurrentLanguage = "en";
s.Load(US_GAAP_FILE);
int errors = 0;
s.Parse(out errors);
ArrayList nodeList = s.GetNodesByPresentation();
foreach (Element ele in s.allElements.Values)
{
Element tmp = ele.Clone() as Element;
}
Taxonomy copy = s.CopyTaxonomyForMerging();
}
public void INS_VerifyNodes()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
s.Load( INS_FILE);
s.Parse( out errors );
s.currentLabelRole = "label";
s.currentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
Node title = nodes[3] as Node;
Assert.IsNotNull( title, "title is null" );
Assert.AreEqual( "Notes to the Financial Statements", title.Label, "title label is wrong" );
Assert.AreEqual( 0, title.Order, "title.Order is wrong" );
Assert.AreEqual( 3, title.Children.Count, "title.Children.Count is wrong" );
Node notes = title.Children[2] as Node;
Assert.IsNotNull( notes, "notes is null" );
Assert.AreEqual( "Notes to the Financial Statements", notes.Label, "notes label is wrong" );
Assert.AreEqual( 0, notes.Order, "notes.Order is wrong" );
Assert.AreEqual( 6, notes.Children.Count, "notes.Children.Count is wrong" );
Node assets = notes.Children[1] as Node;
Assert.IsNotNull( assets, "statement is null" );
Assert.AreEqual( "Asset Related Notes", assets.Label, "assets label is wrong" );
Assert.AreEqual( 2, assets.Order, "assets.Order is wrong" );
Assert.AreEqual( 19, assets.Children.Count, "assets.Children.Count is wrong" );
Node investments = assets.Children[5] as Node;
Assert.IsNotNull( investments, "investments is null" );
Assert.AreEqual( "Investments Note", investments.Label, "investments label is wrong" );
Assert.AreEqual( 5, investments.Order, "investments.Order is wrong" );
Assert.AreEqual( 10, investments.Children.Count, "investments.Children.Count is wrong" );
}
public void GAAP_VerifyTupleChildMinMaxOccurs()
{
TestTaxonomy_2005_02_28 s = new TestTaxonomy_2005_02_28();
int errors = 0;
if (s.Load(US_GAAP_FILE, out errors) != true)
{
Assert.Fail((string)s.ErrorList[0]);
}
errors = 0;
if (s.Parse(out errors) != true)
{
Assert.Fail("Parse failed.");
}
s.CurrentLabelRole = "label";
s.CurrentLanguage = "en";
ArrayList nodes = s.GetNodesByPresentation();
// CI Presentation
// 5 - Statement of Financial Position
// 0 - Statement of Financial Position
// 1 - Liabilities and Stockhoders' Equity
// 2 - Stockholder's Equity
// 1 - Preferred Stock Value
// 0 - Preferred Stock
// 3 - Redeemable Convertible Preferred Stock
Node title = nodes[5] as Node;
Assert.IsNotNull(title, "title is null");
Assert.IsNotNull(title.MyPresentationLink, "presentationLink is null");
Node statement = title.Children[0] as Node;
Assert.IsNotNull(statement, "Statement of Financial Position is null");
Node liabSE = statement.Children[1] as Node;
Assert.IsNotNull(liabSE, "Liabilities and Stockhoders' Equity is null");
Node se = liabSE.Children[2] as Node;
Assert.IsNotNull(se, "Stockholder's Equity is null");
Node psv = se.Children[1] as Node;
Assert.IsNotNull(psv, "Preferred Stock Value is null");
Node preferredStock = psv.Children[0] as Node;
Assert.IsNotNull(preferredStock, "Preferred Stock is null");
Node rcPreferredStock = psv.Children[3] as Node;
Assert.IsNotNull(rcPreferredStock, "RedeemableConvertiblePreferredStock is null");
//first check the Preferred Stock children
//preferredStockDescription is min 1 max 1
Node psd = preferredStock.Children[0] as Node;
Assert.IsNotNull(psd, "PreferredStockDescription is null");
Assert.IsNotNull(psd.MyElement, "PreferredStockDescription MyElement is null");
Assert.AreEqual(1, psd.GetMinOccurance(), "PreferredStockDescription min value should be 1.");
Assert.AreEqual(1, psd.GetMaxOccurance(), "PreferredStockDescription max value should be 1.");
//preferredStockValue is min 0 max 1
Node psvChild = preferredStock.Children[1] as Node;
Assert.IsNotNull(psvChild, "PreferredStockValue is null");
Assert.IsNotNull(psvChild.MyElement, "PreferredStockValue MyElement is null");
Assert.AreEqual(0, psvChild.GetMinOccurance(), "PreferredStockValue min value should be 0.");
Assert.AreEqual(1, psvChild.GetMaxOccurance(), "PreferredStockValue max value should be 1.");
//now check the Redeemable Convertible Preferred Stock children
//redeemableConvertiblePreferredStockDescription is min 1 max 1
Node rcpsd = rcPreferredStock.Children[0] as Node;
Assert.IsNotNull(rcpsd, "RedeemableConvertiblePreferredStockDescription is null");
Assert.IsNotNull(rcpsd.MyElement, "RedeemableConvertiblePreferredStockDescription MyElement is null");
Assert.AreEqual(1, rcpsd.GetMinOccurance(), "RedeemableConvertiblePreferredStockDescription min value should be 1.");
Assert.AreEqual(1, rcpsd.GetMaxOccurance(), "RedeemableConvertiblePreferredStockDescription max value should be 1.");
//redeemableConvertiblePreferredStockValue is min 0 max 1
Node rcpsv = rcPreferredStock.Children[1] as Node;
Assert.IsNotNull(rcpsv, "RedeemableConvertiblePreferredStockValue is null");
Assert.IsNotNull(rcpsv.MyElement, "RedeemableConvertiblePreferredStockValue MyElement is null");
Assert.AreEqual(0, rcpsv.GetMinOccurance(), "RedeemableConvertiblePreferredStockValue min value should be 0.");
Assert.AreEqual(1, rcpsv.GetMaxOccurance(), "RedeemableConvertiblePreferredStockValue max value should be 1.");
//redeemableConvertiblePreferredStockValueSharesSubscribedUnissued is min 0 with no max
Node rcpsvssu = rcPreferredStock.Children[7] as Node;
Assert.IsNotNull(rcpsvssu, "RedeemableConvertiblePreferredStockValueSharesSubscribedUnissued is null");
Assert.IsNotNull(rcpsvssu.MyElement, "RedeemableConvertiblePreferredStockValueSharesSubscribedUnissued MyElement is null");
Assert.AreEqual(0, rcpsvssu.GetMinOccurance(), "RedeemableConvertiblePreferredStockValueSharesSubscribedUnissued min value should be 0.");
Assert.AreEqual(int.MaxValue, rcpsvssu.GetMaxOccurance(), "RedeemableConvertiblePreferredStockValueSharesSubscribedUnissued max value should be " + int.MaxValue);
}