public Form1()
{
mInitializing = true;
ev = new Evaluator(Eval3.eParserSyntax.cSharp, false);
ev.AddEnvironmentFunctions(this);
ev.AddEnvironmentFunctions(new EvalFunctions());
// This call is required by the Windows Form Designer.
A = new Eval3.EvalVariable(0.0, typeof(double));
B = new Eval3.EvalVariable(0.0, typeof(double));
C = new Eval3.EvalVariable(0.0, typeof(double));
// This call is required by the Windows Form Designer.
InitializeComponent();
A.Value = (double)updownA.Value;
B.Value = (double)updownB.Value;
C.Value = (double)updownC.Value;
// Add any initialization after the InitializeComponent() call
mInitializing = false;
btnEvaluate_Click(null, null);
btnEvaluate2_Click(null, null);
btnEvaluate3_Click(null, null);
}
public Form1()
{
mInitializing = true;
ev = new Evaluator(Eval3.eParserSyntax.cSharp,false);
ev.AddEnvironmentFunctions(this);
ev.AddEnvironmentFunctions(new EvalFunctions());
// This call is required by the Windows Form Designer.
A = new Eval3.EvalVariable(0.0, typeof(double));
B = new Eval3.EvalVariable(0.0, typeof(double));
C = new Eval3.EvalVariable(0.0, typeof(double));
// This call is required by the Windows Form Designer.
InitializeComponent();
A.Value = (double)updownA.Value;
B.Value = (double)updownB.Value;
C.Value = (double)updownC.Value;
// Add any initialization after the InitializeComponent() call
mInitializing = false;
btnEvaluate_Click(null, null);
btnEvaluate2_Click(null, null);
btnEvaluate3_Click(null, null);
}
private Workbook XLSXgenerate
(HttpContext context, OdbcDataReader dr, IMVFormula ENGINEmanif, IEntitlement ENGINEwsent,
bool singlesheet, int idWS, string strRoleList)
{
Workbook book = new Workbook();
Worksheet sheet = null;
Worksheet sheetRoleMetadata = null;
Worksheet sheetEASetMetadata = null;
int IDsubprocess = -1;
int colnumFormula = -1;
int colnumStatus = -1;
int colnumBusRole = -1;
int colnumIdSubprocess = -1;
string currolename = null;
WorksheetRow row;
sheetEASetMetadata = book.Worksheets.Add("Context");
// Create an annotation row with info about the snapshot context.
RoleMetadata mdat = this.GenerateRoleMetadata(null, idWS);
bool boolMetadataHasBeenEmitted = false;
sheetRoleMetadata = book.Worksheets.Add("Role Metadata");
if (singlesheet)
{
sheet = book.Worksheets.Add("Technical Framework");
row = sheet.Table.Rows.Add();
for (int i = 0; i < dr.VisibleFieldCount; i++)
{
switch (dr.GetName(i) as string)
{
case "Formula":
colnumFormula = i;
break;
case "Mod":
colnumStatus = i;
row.Cells.Add(dr.GetName(i));
break;
/*
* case "EntID":
* break;
*/
case "BusRole":
colnumBusRole = i;
row.Cells.Add(dr.GetName(i));
break;
case "IDSubProcess":
colnumIdSubprocess = i;
break;
default:
row.Cells.Add(dr.GetName(i));
break;
}
}
row.Cells.Add("Manifest");
row.Cells.Add("AutoCorrectedNulls");
}
if (colnumBusRole < 0)
{
// We haven't even gone through the SQL result's columns to determine
// key column numbers yet! Special case donehere.
for (int i = 0; i < dr.VisibleFieldCount; i++)
{
switch (dr.GetName(i) as string)
{
case "Formula":
colnumFormula = i;
break;
case "Mod":
colnumStatus = i;
break;
/*
* case "EntID":
* break;
* */
case "Business_Role_Name":
colnumBusRole = i;
break;
case "IDSubProcess":
colnumIdSubprocess = i;
break;
default:
break;
}
}
}
// FOR EACH ROW
while (dr.Read())
{
try
{
if (!boolMetadataHasBeenEmitted)
{
EmitMetadata(sheetEASetMetadata, ref mdat, dr, colnumFormula);
boolMetadataHasBeenEmitted = true;
}
string newrolename = dr.GetValue(colnumBusRole) as string;
IDsubprocess = (int)dr.GetValue(colnumIdSubprocess);
if (singlesheet)
{
bool isBabySheet = false;
if (currolename == null)
{
currolename = newrolename;
isBabySheet = true;
}
else if (currolename != newrolename)
{
currolename = newrolename;
isBabySheet = true;
}
if (isBabySheet)
{
WorksheetRow row2 = null;
if (sheetRoleMetadata.Table.Rows.Count < 3)
{
row2 = sheetRoleMetadata.Table.Rows.Add();
row2.Cells.Add("ROLE OWNERS/APPROVERS");
row2 = sheetRoleMetadata.Table.Rows.Add();
row2 = sheetRoleMetadata.Table.Rows.Add();
row2.Cells.Add("Role Name");
row2.Cells.Add("Type");
row2.Cells.Add("EID");
row2.Cells.Add("Name");
row2.Cells.Add("Geography");
}
mdat = this.GenerateRoleMetadata(newrolename, idWS);
foreach (RoleMetadataOwner x in mdat.ROLEownersident)
{
row2 = sheetRoleMetadata.Table.Rows.Add();
row2.Cells.Add(newrolename);
row2.Cells.Add(x.rank);
row2.Cells.Add(x.EID);
row2.Cells.Add(x.name);
row2.Cells.Add(x.geography);
}
}
// GenMetadataSpreadsheetRow(sheetRoleMetadata, "--------", "-----------------------");
}
if (!singlesheet)
{
bool isBabySheet = false;
//Note: Excel cannot handle worksheet names longer than 31 chars
string truncsheetname = newrolename;
if (truncsheetname.Length > 31)
{
truncsheetname = truncsheetname.Substring(truncsheetname.Length - 31);
}
if (currolename == null)
{
sheet = book.Worksheets.Add(truncsheetname);
currolename = newrolename;
isBabySheet = true;
}
else if (currolename != newrolename)
{
sheet = book.Worksheets.Add(truncsheetname);
isBabySheet = true;
}
if (isBabySheet)
{
// Create an annotation row with info about the snapshot context.
mdat = this.GenerateRoleMetadata(newrolename, idWS);
GenMetadataSpreadsheetRow(sheet, "Role name:", mdat.rolename);
if (mdat.ROLEownersident.Count == 0)
{
GenMetadataSpreadsheetRow(sheet, "Role owners:", "NOT YET ENTERED");
}
else
{
foreach (object x in mdat.ROLEownersident)
{
GenMetadataSpreadsheetRow(sheet, "Principal: ", x.ToString());
}
}
GenMetadataSpreadsheetRow(sheet, "----------", "---------------------");
/*
*
* row = sheet.Table.Rows.Add();
* row.Cells.Add(annotation);
*/
currolename = newrolename;
row = sheet.Table.Rows.Add();
for (int i = 0; i < dr.VisibleFieldCount; i++)
{
switch (dr.GetName(i) as string)
{
case "Formula":
colnumFormula = i;
break;
case "Mod":
colnumStatus = i;
row.Cells.Add(dr.GetName(i));
break;
/*
* case "EntID":
* break;
* */
case "BusRole":
colnumBusRole = i;
row.Cells.Add(dr.GetName(i));
break;
case "IDSubProcess":
colnumIdSubprocess = i;
break;
default:
row.Cells.Add(dr.GetName(i));
break;
}
}
row.Cells.Add("Manifest");
}
}
row = sheet.Table.Rows.Add();
int IDwsentrow = (int)(dr.GetValue(0));
returnGetEntitlement OBJwsent =
ENGINEwsent.GetEntitlement(IDwsentrow);
string appname = OBJwsent.Application;
returnListMVFormula[] LISTformulas =
ENGINEmanif.ListMVFormula(null, "\"KEYapplication\" = ?",
new string[] { appname }, "");
string STRformula = "";
try
{
returnListMVFormula TheFormula = LISTformulas[0];
if (TheFormula.Formula == null)
{
TheFormula.Formula = "";
}
STRformula = HttpUtility.HtmlDecode(TheFormula.Formula.Trim());
}
catch (Exception eee) { }
if (STRformula == "")
{
STRformula = "\"TBD - " + appname + "\"";
//context.Response.Write("Error: the manifest formula for this application has NOT been specified.");
//return;
}
// We have the formula; now we can evaluate.
Evaluator ev = new Evaluator(Eval3.eParserSyntax.cSharp, false);
ev.AddEnvironmentFunctions(this);
ev.AddEnvironmentFunctions(new ManifestFormulaEvaluatorFunctions(OBJwsent));
opCode lCode;
bool doMakeNullRepair2ndTry = false;
try
{
lCode = ev.Parse(STRformula);
}
catch (Exception e)
{
row.Cells.Add("The formula for " + appname + " has parse errors: " + e.ToString());
return(book);
}
object RESLT = null;
try
{
RESLT = lCode.value;
}
catch (NullReferenceException enull)
{
//row.Cells.Add("Interpreting the formula for this application resulted in an error because of references to one or more fields that are NULL in value.");
//RESLT = "[ERROR: reference to one or more fields with null values]";
//row = sheet.Table.Rows.Add();
doMakeNullRepair2ndTry = true;
}
catch (Exception e)
{
row.Cells.Add("Interpreting the formula for this application resulted in this exception: " + e.ToString());
RESLT = "[ERROR: see line above for details]";
row = sheet.Table.Rows.Add();
}
if (doMakeNullRepair2ndTry)
{
int repairCount = 0;
// NULLs caused failures in the 1st try.
// We will thus now repair all nulls and try again.
// If succeeds, we will generate a useable row but the final column
// will alert the users to the fact that autorepair was performed.
TurnNullsToEmptyStrings(ref OBJwsent, ref repairCount);
if (repairCount == 0)
{
throw new Exception("ASSERTION FAILURE: null fields expected but not found");
}
opCode lCode2;
ev = new Evaluator(Eval3.eParserSyntax.cSharp, false);
ev.AddEnvironmentFunctions(this);
ev.AddEnvironmentFunctions(new ManifestFormulaEvaluatorFunctions(OBJwsent));
lCode2 = ev.Parse(STRformula);
try
{
RESLT = lCode2.value;
}
catch (Exception e)
{
row.Cells.Add("2nd try: Interpreting the formula for this application resulted in this exception: " + e.ToString());
RESLT = "[ERROR: see line above for details]";
row = sheet.Table.Rows.Add();
}
}
// NOW READY TO EMIT THE COLUMNS
for (int i = 0; i < dr.VisibleFieldCount; i++)
{
if (i != -342350) /*used to be != 0 */
{
if ((i != colnumFormula) && (i != colnumIdSubprocess))
{
if (i == colnumStatus)
{
string statSemantics = "ERR";
switch (dr.GetValue(i) as string)
{
case "N":
statSemantics = "New"; break;
case "P":
statSemantics = "New"; break;
case "X":
statSemantics = "Deleted"; break;
case "A":
statSemantics = ""; break;
}
row.Cells.Add(statSemantics);
}
else
{
row.Cells.Add(dr.GetValue(i).ToString());
}
}
}
}
row.Cells.Add(RESLT as string);
row.Cells.Add(doMakeNullRepair2ndTry ? "Y" : "");
}
catch (Exception e)
{
row = sheet.Table.Rows.Add();
row.Cells.Add(e.ToString() + e.StackTrace.ToString());
}
}
EmitRoleMetadata_AdditionalRoles
(sheetRoleMetadata, strRoleList, idWS, IDsubprocess);
EmitRoleMetadata_FuncAppEntsByRole
(sheetRoleMetadata, strRoleList, idWS, IDsubprocess);
EmitRoleMetadata_SubProcessActivities
(sheetRoleMetadata, strRoleList, idWS, IDsubprocess);
return(book);
}
private void ComputePrivilegeString(HttpContext context, IMVFormula ENGINEmanif, IEntitlement ENGINEwsent, int IDwsentrow, out object RESLT)
{
RESLT = "";
returnGetEntitlement OBJwsent =
ENGINEwsent.GetEntitlement(IDwsentrow);
int repaircount = 0;
TurnNullsToEmptyStrings(ref OBJwsent, ref repaircount);
string appname = OBJwsent.Application;
returnListMVFormula[] LISTformulas =
ENGINEmanif.ListMVFormula(null, "\"KEYapplication\" = ?",
new string[] { appname }, "");
string STRformula = "";
try
{
returnListMVFormula TheFormula = LISTformulas[0];
if (TheFormula.Formula == null)
{
TheFormula.Formula = "";
}
STRformula = HttpUtility.HtmlDecode(TheFormula.Formula.Trim());
}
catch (Exception eee) { }
if (STRformula == "")
{
STRformula = "\"TBD - " + appname + "\"";
//context.Response.Write("Error: the manifest formula for this application has NOT been specified.");
//return;
}
// We have the formula; now we can evaluate.
Evaluator ev = new Evaluator(Eval3.eParserSyntax.cSharp, false);
ev.AddEnvironmentFunctions(this);
ev.AddEnvironmentFunctions(new ManifestFormulaEvaluatorFunctions(OBJwsent));
opCode lCode;
try
{
lCode = ev.Parse(STRformula);
}
catch (Exception e)
{
context.Response.Write("The formula [[" + STRformula + "]] for this app [[" + appname + "]] has parse errors: " + e.ToString());
return;
}
try
{
RESLT = lCode.value;
}
catch (Exception e)
{
RESLT = "NULL";
//context.Response.Write("Interpreting the formula for this app resulted in errors: " + e.ToString());
//return;
}
return;
}
private void btnEvaluate2_Click(object sender, System.EventArgs e)
{
opCode lCodeR = null;
opCode lCodeG = null;
opCode lCodeB = null;
try
{
ev.AddEnvironmentFunctions(this);
ev.AddEnvironmentFunctions(new EvalFunctions());
lCodeR = ev.Parse(tbExpressionRed.Text);
lCodeG = ev.Parse(tbExpressionGreen.Text);
lCodeB = ev.Parse(tbExpressionBlue.Text);
}
catch (Exception ex)
{
Label1.Text = ex.Message;
return;
}
try
{
Timer t = new Timer();
Bitmap bm = (Bitmap)PictureBox1.Image;
if ((bm == null))
{
bm = new Bitmap(256, 256);
PictureBox1.Image = bm;
}
double mult = (2
* (Math.PI / 256));
double r = 0;
double g = 0;
double b = 0;
for (int Xi = 0; (Xi <= 255); Xi++)
{
X = ((Xi - 128)
* mult);
for (int Yi = 0; (Yi <= 255); Yi++)
{
Y = ((Yi - 128)
* mult);
try
{
r = (double)lCodeR.value;
g = (double)lCodeG.value;
b = (double)lCodeB.value;
if (((r < 0) ||
double.IsNaN(r)))
{
r = 0;
}
else if ((r > 1))
{
r = 1;
}
if (((g < 0) ||
double.IsNaN(g)))
{
g = 0;
}
else if ((g > 1))
{
g = 1;
}
if (((b < 0) ||
double.IsNaN(b)))
{
b = 0;
}
else if ((b > 1))
{
b = 1;
}
}
catch
{
// ignore (same as previous pixel)
}
bm.SetPixel(Xi, Yi, Color.FromArgb((int)(r * 255), (int)(g * 255), (int)(b * 255)));
}
if ((Xi & 7) == 7)
{
PictureBox1.Refresh();
}
}
Label1.Text = ("196,608 evaluations run in "
+ (t.ms() + " ms"));
}
catch (Exception ex)
{
Label1.Text = ex.Message;
}
}
public void ProcessRequest(HttpContext context)
{
if (context.Session["AFWACSESSION"] == null)
{
throw new Exception("Must be in a legal R-AF session");
}
session = context.Session["AFWACSESSION"] as AFWACsession;
string mode = context.Request.Params["mode"];
// mode=dumpraf
// mode=compare
string requestorUserEID = context.Request.Params["usereid"];
string requestorUserName = context.Request.Params["username"];
string pathIdmInput = context.Request.Params["pathidminput"];
bool boolReportInternalIdmRoles =
bool.Parse(context.Request.Params["showinternal"]);
bool boolSaveToHistory =
bool.Parse(context.Request.Params["save"]);
bool boolDoCompare = (mode == "compare");
bool boolCaseSens = false;
string CSVlistOfInterestingRoles = "-3";
string CSVlistOfInterestingSubprocesses = "-3";
//
// New format for the CSVlist:
// Still comma-separated.
// But now each item is either:
// an integer
// "SP/###" where ### is the ID number for a subprocess
// Our goal is to split this into two CSV lists:
// list of interesting roles
// list of interesting subprocesses (meaning all its roles are interesting)
// So here we must tokenize the incoming role list.
StringTok.StringTokenizer TK = new StringTok.StringTokenizer(context.Request.Params["roles"], ",");
string curnode;
while (TK.HasMoreTokens())
{
curnode = TK.NextToken();
if (curnode.StartsWith("SP/"))
{
curnode = curnode.Substring(3);
CSVlistOfInterestingSubprocesses += ("," + curnode);
}
else
{
CSVlistOfInterestingRoles += ("," + curnode);
}
}
int errcountEntitlements = 0;
int errcountRoleMetadata = 0;
DataTable dt_idmdump = null;
if (boolDoCompare)
{
string pathTempFolder = Path.GetDirectoryName(pathIdmInput);
string pathTempFile = Path.GetFileName(pathIdmInput);
// Load the IDM-dump CSV file.
// Load the IDM-dump CSV file.
// Load the IDM-dump CSV file.
// Load the IDM-dump CSV file.
// Load the IDM-dump CSV file.
dt_idmdump = HELPERS.LoadCsv(pathTempFolder,
System.IO.Path.GetFileName(pathTempFile));
}
OdbcCommand cmd = new OdbcCommand();
cmd.Connection = HELPERS.NewOdbcConn();
Workbook book = null;
WorksheetRow row;
Worksheet sheetMetadata = null;
Worksheet sheetDeltas = null;
Worksheet sheetErrors = null;
if (boolSaveToHistory)
{
ENGINEreport = new IReconcReport(HELPERS.NewOdbcConn());
IDreport = ENGINEreport.NewReconcReport(DateTime.Now, session.idUser);
ENGINEreport.SetReconcReport
(IDreport, DateTime.Now,
"Comparison via upload of file " + pathIdmInput, session.idUser, "IDM");
ENGINEreportDiffItem = new IReconcDiffItem(HELPERS.NewOdbcConn());
}
else
{
book = new Workbook();
context.Response.ContentType = "application/vnd.xls";
context.Response.AddHeader("Content-Disposition",
"filename=RAFidmReconcile.xls;attachment");
sheetMetadata = book.Worksheets.Add("Metadata");
sheetErrors = book.Worksheets.Add("Errors");
row = sheetMetadata.Table.Rows.Add();
row.Cells.Add("Run Date:");
row.Cells.Add(DateTime.Now.ToUniversalTime().ToLongDateString() + " UTC");
row = sheetMetadata.Table.Rows.Add();
row.Cells.Add("Run Time:");
row.Cells.Add(DateTime.Now.ToUniversalTime().ToLongTimeString() + " UTC");
// row = sheetMetadata.Table.Rows.Add();
// row.Cells.Add("User EID:");
// row.Cells.Add(requestorUserEID);
row = sheetMetadata.Table.Rows.Add();
row.Cells.Add("User Name:");
row.Cells.Add(requestorUserName);
row = sheetMetadata.Table.Rows.Add();
row.Cells.Add("Include list of IDM ELE_INT_ and INT_ roles");
row.Cells.Add(boolReportInternalIdmRoles.ToString());
row = sheetMetadata.Table.Rows.Add();
row = sheetMetadata.Table.Rows.Add();
row.Cells.Add("STATISTICS");
sheetDeltas = book.Worksheets.Add("Reconciliation");
row = RecordDelta(sheetDeltas,
"Role Name", "Difference", "Action", "Difference Type", "");
}
OdbcConnection conn2 = HELPERS.NewOdbcConn_FORCE();
IEntitlement ENGINEwsent = new IEntitlement(conn2);
string SQLsubpr = @" SELECT c_r_SubProcess, c_u_Name FROM t_RBSR_AUFW_u_BusRole;";
cmd.CommandText = SQLsubpr;
OdbcDataReader drSubpr = cmd.ExecuteReader();
Dictionary <string, string> MAPbrolenamesToSubprids = new Dictionary <string, string>();
while (drSubpr.Read())
{
int IDsubprid = (int)(drSubpr.GetValue(0));
string brolename = drSubpr.GetValue(1).ToString();
if (!MAPbrolenamesToSubprids.ContainsKey(brolename))
{
MAPbrolenamesToSubprids.Add(brolename, IDsubprid.ToString()); // + " = " + STRsubpr);
}
}
drSubpr.Close();
string extraconds = " AND (TEASS.c_u_Status NOT IN ('X')) ";
// Perform a massive SQL select to obtain all active entitlements in R-AF
string SQL =
@"
SELECT
TENT.c_id as EntID,
BROL.c_u_Name as BusRole,
RTRIM(LTRIM(BROL.c_u_Description)) as BusRoleDescr,
MVF.c_u_Formula as Formula,
MVF.c_u_KEYapplication as Appl,
OWNERS.c_u_EID as EIDprimaryApprover,
SUBPR.c_u_Name as SubprocessName,
BROL.c_r_SubProcess as SubprocessID
FROM
t_RBSR_AUFW_u_EntAssignment TEASS
LEFT OUTER JOIN
t_RBSR_AUFW_u_Entitlement TENT
ON
TEASS.c_r_Entitlement = TENT.c_id
LEFT OUTER JOIN
t_RBSR_AUFW_u_BusRole BROL
ON
BROL.c_id = TEASS.c_r_BusRole
LEFT OUTER JOIN
t_RBSR_AUFW_u_MVFormula MVF
ON
MVF.c_u_KEYapplication = TENT.c_u_Application
LEFT OUTER JOIN
t_RBSR_AUFW_u_EntAssignmentSet TEASET
ON
TEASET.c_id = TEASS.c_r_EntAssignmentSet
LEFT OUTER JOIN
t_RBSR_AUFW_u_SubProcess SUBPR
ON
TEASET.c_r_SubProcess = SUBPR.c_id
LEFT OUTER JOIN
t_RBSR_AUFW_u_BusRoleOwner OWNERS
ON
( (OWNERS.c_r_BusRole = BROL.c_id) AND (OWNERS.c_u_Rank='appr') )
WHERE
(TEASET.c_u_Status = 'ACTIVE')
AND
(SUBPR.c_r_Process NOT IN (7))
AND
(
(BROL.c_id IN (" + CSVlistOfInterestingRoles + ")) OR " +
"(BROL.c_r_SubProcess IN (" + CSVlistOfInterestingSubprocesses + ")) ) "
+ extraconds +
" ORDER BY TEASS.c_r_BusRole;";
cmd.CommandText = SQL;
OdbcDataReader dr = cmd.ExecuteReader();
Dictionary <string, string> DICTactiveEnts = new Dictionary <string, string>();
// These map role names to role descriptions
Dictionary <string, string> DICTactiveBroles = new Dictionary <string, string>();
Dictionary <string, string> DICTidmBroles = new Dictionary <string, string>();
// Key = rolename + EID of primary approver
// Value = 1
Dictionary <string, string> DICTroleApprover = new Dictionary <string, string>();
Queue <string> QUEUEmsgsWarning = new Queue <string>();
// WE ARE NOW READING THE DATA COMING FROM R-AF VIA SQL QUERY
// WE ARE NOW READING THE DATA COMING FROM R-AF VIA SQL QUERY
// WE ARE NOW READING THE DATA COMING FROM R-AF VIA SQL QUERY
// WE ARE NOW READING THE DATA COMING FROM R-AF VIA SQL QUERY
// WE ARE NOW READING THE DATA COMING FROM R-AF VIA SQL QUERY
while (dr.Read())
{
int IDwsentrow = (int)(dr.GetValue(0));
string brolename = dr.GetValue(1).ToString();
string broledescr = dr.GetValue(2).ToString();
string STRformula = dr.GetValue(3).ToString();
string STRapp = dr.GetValue(4).ToString();
string STRapproverEID = dr.GetValue(5).ToString();
string STRsubpr = dr.GetValue(6).ToString();
int IDsubpr = (int)(dr.GetValue(7));
if (!DICTactiveBroles.ContainsKey(brolename))
{
DICTactiveBroles.Add(brolename, broledescr);
}
/*
* if (!MAPbrolenamesToSubprids.ContainsKey(brolename))
* {
* MAPbrolenamesToSubprids.Add(brolename, IDsubpr.ToString() + " = " + STRsubpr);
* }
*/
if (STRapproverEID.Length > 1)
{
try
{
DICTroleApprover.Add(
brolename + (char)1 + STRapproverEID, "1");
}
catch (Exception) { }
}
returnGetEntitlement OBJwsent =
ENGINEwsent.GetEntitlement(IDwsentrow);
// SKLAR NOTE: the returnGetEntitlement struct has every column/field already segregated
int repaircount = 0;
TurnNullsToEmptyStrings(ref OBJwsent, ref repaircount);
if (STRformula == "")
{
STRformula = "\"TBD - " + dr.GetValue(4).ToString() + "\"";
}
else
{
STRformula = HttpUtility.HtmlDecode(STRformula.Trim());
}
// We have the formula; now we can evaluate.
Evaluator ev = new Evaluator(Eval3.eParserSyntax.cSharp, false);
ev.AddEnvironmentFunctions(this);
ev.AddEnvironmentFunctions(new ManifestFormulaEvaluatorFunctions(OBJwsent));
opCode lCode;
try
{
lCode = ev.Parse(STRformula);
}
catch (Exception e)
{
if (book != null)
{
sheetMetadata.Table.Rows.Add().Cells.Add("The formula [[" + STRformula + "]] for this app [[" + STRapp + "]] has parse errors: " + e.ToString());
}
else
{
context.Response.Write("The formula [[" + STRformula + "]] for this app [[" + STRapp + "]] has parse errors: " + e.ToString());
}
continue;
}
string RESLT;
try
{
RESLT = lCode.value.ToString();
}
catch (Exception e)
{
RESLT = "NULL";
//context.Response.Write("Interpreting the formula for this app resulted in errors: " + e.ToString());
//return;
}
string RESLTforCompare = RESLT;
if (!boolCaseSens)
{
RESLTforCompare = RESLT.ToLower().Replace(" ", "");
}
if (!boolDoCompare)
{
context.Response.Write(CSVquoteize(brolename));
context.Response.Write(",");
context.Response.Write(CSVquoteize(broledescr));
context.Response.Write(",");
context.Response.Write(CSVquoteize(RESLTforCompare));
context.Response.Write("\n");
}
else
{
// Enter the role name and the privilegestring into a dictionary
try {
DICTactiveEnts.Add(brolename + (char)1 + RESLTforCompare, RESLT);
}
catch (Exception eduringprivadd) {
// This situation occurs when two or more distinct entitlements in RAF
// generate the very same priv string (because they differ in a field that
// "does not count" towards generation of the priv string.
QUEUEmsgsWarning.Enqueue
("Role " + brolename + ": privilege was registered redundantly: " + RESLTforCompare);
}
}
}
// Now comes the comparison.
if (boolDoCompare)
{
Queue <string> QUEUE_idmRowsLackingActiveMatch = new Queue <string>();
// HERE WE ARE ACTUALLY LOOKING AT THE DATA COMING IN FROM THE IDM DUMP FILE
// HERE WE ARE ACTUALLY LOOKING AT THE DATA COMING IN FROM THE IDM DUMP FILE
// HERE WE ARE ACTUALLY LOOKING AT THE DATA COMING IN FROM THE IDM DUMP FILE
// HERE WE ARE ACTUALLY LOOKING AT THE DATA COMING IN FROM THE IDM DUMP FILE
// HERE WE ARE ACTUALLY LOOKING AT THE DATA COMING IN FROM THE IDM DUMP FILE
// HERE WE ARE ACTUALLY LOOKING AT THE DATA COMING IN FROM THE IDM DUMP FILE
// HERE WE ARE ACTUALLY LOOKING AT THE DATA COMING IN FROM THE IDM DUMP FILE
// HERE WE ARE ACTUALLY LOOKING AT THE DATA COMING IN FROM THE IDM DUMP FILE
foreach (DataRow idmrow in dt_idmdump.Rows)
{
string idmrsrcRolename = idmrow[0].ToString().Trim();
string idmrsrcValue = idmrow[1].ToString().Trim();
string idmrsrcObjType = idmrow[2].ToString().Trim();
switch (idmrsrcObjType)
{
case "PrimaryApprover":
case "RoleApprover":
string target = idmrsrcRolename + (char)1 + idmrsrcValue;
if (DICTroleApprover.ContainsKey(target))
{
// Was also found in RAF, so nothing to report.
DICTroleApprover.Remove(target);
}
else
{
// Was not found in RAF, so report a need for removal
RecordDelta(sheetDeltas, idmrsrcRolename, idmrsrcValue, "Remove", "PrimaryApprover", null);
}
break;
case "RoleDescription":
if (!DICTidmBroles.ContainsKey(idmrsrcRolename))
{
DICTidmBroles.Add(idmrsrcRolename, idmrsrcValue);
}
break;
case "Entitlement":
string idmrsrcPrivForCompare = idmrsrcValue;
if (!boolCaseSens)
{
idmrsrcPrivForCompare = idmrsrcValue.ToLower().Replace(" ", "");
}
string idmrsrcKey = idmrsrcRolename + (char)1 + idmrsrcPrivForCompare;
if (DICTactiveEnts.ContainsKey(idmrsrcKey))
{
DICTactiveEnts.Remove(idmrsrcKey);
}
else
{
QUEUE_idmRowsLackingActiveMatch.Enqueue(idmrsrcKey);
/*
* int idxSep = idmrsrcKey.IndexOf((char)1);
* string reportRolename = idmrsrcKey.Substring(0,idxSep);
* string reportPriv = idmrsrcKey.Substring(idxSep+1);
* */
if (!boolReportInternalIdmRoles)
{
if (idmrsrcRolename.StartsWith("ELE_INT_")
||
idmrsrcRolename.StartsWith("INT_"))
{
continue;
}
}
try
{
RecordDelta(sheetDeltas, idmrsrcRolename, idmrsrcValue, "Remove", "Entitlement", MAPbrolenamesToSubprids[idmrsrcRolename]);
}
catch (Exception) {
RecordDelta(sheetDeltas, idmrsrcRolename, idmrsrcValue, "Remove", "Entitlement", "Note: this role is not known to the RAF system at all.");
}
errcountEntitlements++;
}
break;
}
}
foreach (string keytoadd in DICTactiveEnts.Keys)
{
int idxSep = keytoadd.IndexOf((char)1);
string reportRolename = keytoadd.Substring(0, idxSep);
string reportPriv = DICTactiveEnts[keytoadd];
if (!boolReportInternalIdmRoles)
{
if (reportRolename.StartsWith("ELE_INT_")
||
reportRolename.StartsWith("INT_"))
{
continue;
}
}
RecordDelta(sheetDeltas, reportRolename, reportPriv, "Add", "Entitlement", null);
errcountEntitlements++;
}
foreach (string keytoadd in DICTroleApprover.Keys)
{
int idxSep = keytoadd.IndexOf((char)1);
string reportRolename = keytoadd.Substring(0, idxSep);
string reportEID = keytoadd.Substring(idxSep + 1);
if (!boolReportInternalIdmRoles)
{
if (reportRolename.StartsWith("ELE_INT_")
||
reportRolename.StartsWith("INT_"))
{
continue;
}
}
RecordDelta(sheetDeltas, reportRolename, reportEID, "Add", "PrimaryApprover", null);
}
// Roles as a whole
foreach (string rolePresentInRAF in DICTactiveBroles.Keys)
{
if (DICTidmBroles.ContainsKey(rolePresentInRAF))
{
// This role is present in both RAF and IDM.
// But perhaps differs in description?
if (DICTactiveBroles[rolePresentInRAF] != DICTidmBroles[rolePresentInRAF])
{
// 1. Do a remove
RecordDelta(sheetDeltas,
rolePresentInRAF,
DICTidmBroles[rolePresentInRAF],
"Remove", "RoleDescription", "");
// 2. Do an add
RecordDelta(sheetDeltas,
rolePresentInRAF,
DICTactiveBroles[rolePresentInRAF],
"Add", "RoleDescription", "");
errcountRoleMetadata++;
}
//Record having seen this.
DICTidmBroles.Remove(rolePresentInRAF);
}
else
{
RecordDelta(sheetDeltas, rolePresentInRAF, DICTactiveBroles[rolePresentInRAF], "Add", "Role", null);
errcountRoleMetadata++;
}
}
foreach (string rolePresentInIDM in DICTidmBroles.Keys)
{
if (!boolReportInternalIdmRoles)
{
if (rolePresentInIDM.StartsWith("ELE_INT_")
||
rolePresentInIDM.StartsWith("INT_"))
{
continue;
}
}
RecordDelta(sheetDeltas, rolePresentInIDM, rolePresentInIDM, "Remove", "Role", null);
errcountRoleMetadata++;
}
if (book != null)
{
row = sheetMetadata.Table.Rows.Add();
row.Cells.Add(" - Entitlement deltas:");
row.Cells.Add(errcountEntitlements.ToString());
row = sheetMetadata.Table.Rows.Add();
row.Cells.Add(" - Role deltas:");
row.Cells.Add(errcountRoleMetadata.ToString());
if (QUEUEmsgsWarning.Count > 0)
{
row = sheetMetadata.Table.Rows.Add();
row.Cells.Add(" - Warning messages regarding RAF-side data:");
while (QUEUEmsgsWarning.Count > 0)
{
string msg = QUEUEmsgsWarning.Dequeue();
row = sheetMetadata.Table.Rows.Add();
row.Cells.Add("");
row.Cells.Add(msg);
}
}
book.Save(context.Response.OutputStream);
}
else
{
context.Response.Redirect("../Page_Reconc_History.aspx");
}
}
}
public void ProcessRequest(HttpContext context)
{
OdbcConnection conn = HELPERS.NewOdbcConn();
int IDwsentrow = int.Parse(context.Request.Params["IDwsent"]);
context.Response.ContentType = "text/plain";
IMVFormula ENGINEmanif = new IMVFormula(conn);
IEntitlement ENGINEwsent = new IEntitlement(conn);
OBJwsent =
ENGINEwsent.GetEntitlement(IDwsentrow);
string appname = OBJwsent.Application;
returnListMVFormula[] LISTformulas =
ENGINEmanif.ListMVFormula(null, "\"KEYapplication\" = ?",
new string[] { appname }, "");
// Currently, we only allow one formula per manifest.
// Later we might have richer selection process where other fields
// get to play a role in which formula is used.
if (LISTformulas.Length > 1)
{
context.Response.Write("Error: more than one manifest formula for this app.");
return;
}
if (LISTformulas.Length < 1)
{
context.Response.Write("Error: there is no manifest formula for this app.");
return;
}
returnListMVFormula TheFormula = LISTformulas[0];
if (TheFormula.Formula == null)
{
TheFormula.Formula = "";
}
string STRformula = TheFormula.Formula.Trim();
if (STRformula == "")
{
context.Response.Write("Error: the manifest formula for this application has NOT been specified.");
return;
}
// We have the formula; now we can evaluate.
Evaluator ev = new Evaluator(Eval3.eParserSyntax.cSharp, false);
ev.AddEnvironmentFunctions(this);
ev.AddEnvironmentFunctions(new ManifestFormulaEvaluatorFunctions(OBJwsent));
opCode lCode;
try
{
lCode = ev.Parse(STRformula);
}
catch (Exception e)
{
context.Response.Write("The formula [[" + STRformula + "]] for this app [[" + appname + "]] has parse errors: " + e.ToString());
return;
}
object RESLT;
try
{
RESLT = lCode.value;
}
catch (Exception e)
{
context.Response.Write("Interpreting the formula for this app resulted in errors: " + e.ToString());
return;
}
context.Response.Write(RESLT.ToString().Replace(" ", ""));
}