internal void mergeJECGTT(JI j, JECAKey key, JECGTT jecFrom, JECGTT jecTo,
Action <GTTI> enqueuePropagateGTTI,
Action <GTTI, GTTI> enqueueMergeGTTI)
{
Debug.Assert(jecFrom != jecTo);
Debug.Assert(jecFrom.jecgtT.SequenceEqual(jecTo.jecgtT));
Debug.Assert(makeJECGTTKey(j, jecTo.jecgtT) == key);
if (jecFrom.CompareTo(jecTo) < 0)
{
FU.swap(ref jecFrom, ref jecTo);
}
gtts.mergeJECInt(j, jecFrom, jecTo, enqueuePropagateGTTI, enqueueMergeGTTI);
#if DEBUG
if (jecgtTBreakCondition(j, jecTo.jecgtT))
{
Debugger.Break();
}
if (jecgtTBreakCondition(j, jecFrom.jecgtT))
{
Debugger.Break();
}
#endif
Debug.Assert(jecTKeyToJECGTT[j][key] == jecFrom || jecTKeyToJECGTT[j][key] == jecTo);
if (jecTKeyToJECGTT[j][key] == jecFrom)
{
removeJECTKeyInt(j, key);
setJECTKeyInt(j, key, jecTo);
}
}
public override bool sourcesCompleteGTTINoLGTTs(int gtti)
{
var gttd = gtts.getTD(gtti);
#region gtis
if (gttd.gtiT.Length > 0)
{
foreach (var pgtA in FU.makeOptions((from gti in gttd.gtiT select pu.depthFilterStrict(gts.getTD(gti).pgts)).ToArray()))
{
GTT pgtt;
if (su.termRepository.tryGetGTT(pgtA, out pgtt))
{
if (pu.hasGTT(pgtt))
{
Debug.Assert(pu.upToDate(pgtt));
Debug.Assert(gttd.hasPGTT(pgtt) || pu.gttRevision(pgtt) >= su.predecessorLastRevision);
}
else
{
Debug.Assert(pu.hasRGTT(pgtt));
}
}
}
}
#endregion gtis
#region pgtts
foreach (var pgtt in gttd.pgtts)
{
Debug.Assert(pu.upToDate(pgtt));
}
#endregion pgtts
return(true);
}
protected CC(IEnumerable <IL> atoms)
{
this.ils = atoms.ToList(); //Atoms should be sorted - cannot have explicit SortedSet because T is not an out parameter
freeVariables = FU.union(from a in this.ils select a.freeVariables);
orderedFreeVariables = new List <LVar>();
foreach (var a in atoms)
{
foreach (var fv in a.freeVariables)
{
if (!orderedFreeVariables.Contains(fv))
{
orderedFreeVariables.Add(fv);
}
}
}
varMap = new Dictionary <LVar, string>();
foreach (var fv in orderedFreeVariables)
{
varMap[fv] = "v" + varMap.Count().ToString();
}
stringNCache = ToStringNInt();
hashCache = stringNCache.GetHashCode();
}
/// <summary>
/// 将十六进制数组字符串转换为十六进制数组
/// </summary>
/// <param name="text"></param>
/// <returns></returns>
public static byte[] ConvertByteString(string text)
{
var buffer = new byte[text.Length / 2];
for (var i = 0; i < buffer.Length; i++)
{
buffer[i] = (byte)((FU.ConvertHexCharToByte(text[i * 2]) << 4) + FU.ConvertHexCharToByte(text[i * 2 + 1]));
}
return(buffer);
}
protected void enqueueMergeGTI(GTI gti1R, GTI gti2R)
{
#region consistency
var gtd1R = getGTD(gti1R);
var gtd2R = getGTD(gti2R);
Debug.Assert(gtd1R.type == null || gtd2R.type == null || gtd1R.type.isEquivalent(gtd2R.type));
#endregion consistency
var gti1 = gti1R;
while (gtiMergeToMap.ContainsKey(gti1))
{
gti1 = gtiMergeToMap[gti1];
}
var gti2 = gti2R;
while (gtiMergeToMap.ContainsKey(gti2))
{
gti2 = gtiMergeToMap[gti2];
}
if (gti1 == gti2)
{
return;
}
if (gti1 > gti2)
{
FU.swap(ref gti1, ref gti2);
}
if (gti1 == currentlyMergingFromGTI)
{
gti1 = currentlyMergingToGTI;
}
if (gti2 == currentlyMergingFromGTI && gti1 == currentlyMergingToGTI)
{
return;
}
Debug.Assert(!gtiMergeMap.ContainsKey(gti1));
Debug.Assert(!gtiMergeMap.ContainsKey(gti2));
Debug.Assert(!gtiMergeToMap.ContainsKey(gti1));
Debug.Assert(!gtiMergeToMap.ContainsKey(gti2));
#if DEBUG
// if (getGTD(gti1).lgts.Any(isIt) || getGTD(gti2).lgts.Any(isIt))
// Debugger.Break();
// if (isItGTI(gti1) || isItGTI(gti2))
// Debugger.Break();
#endif
gtiMergeToMap[gti2] = gti1;
}
protected void BtnGuardar_Click(object sender, EventArgs e)
{
//decimal costo = txtCosto.Text != "" && txtCosto != null ? Convert.ToDecimal(txtCosto.Text) : 0;
try
{
if (FU.HasFile)
{
string ext = System.IO.Path.GetExtension(FU.FileName);
ext = ext.ToLower();
FU.SaveAs(Server.MapPath("~/img/" + FU.FileName));
Response.Write("Se subió el archivo");
}
Proyecto proye = new Proyecto()
{
//id_proyecto = Convert.ToInt32(txtId.Value),
nombre_proyecto = txtNombre.Text,
desc_proyecto = txtDescripcion.Text,
img_proyecto = FU.FileName,
fecha_proyecto = Convert.ToDateTime(txtDate.Text),
costo_proyecto = Convert.ToInt32(txtCosto.Text)
};
if (txtId.Value == "" || txtId.Value == null)
{
new BusGlobal().CreateProyecto(proye);
Response.Redirect("Proyectos.aspx", false);
}
else
{
proye.id_proyecto = Convert.ToInt32(txtId.Value);
new BusGlobal().UpdateProyecto(proye);
Response.Redirect("Proyectos.aspx", false);
}
}
catch (Exception ex)
{
throw new ApplicationException(ex.Message);
}
}
protected void butUpload_Click(object sender, EventArgs e)
{
int c = 0;
if (FU.HasFile)
{
string s = FU.FileName;
int i = s.Length;
string sa = s.Substring((i - 4), 4);
cmd.CommandText = "select count(T_code) from Course_Material where T_code='" + txtcode.Text + "'";
con.Open();
if (cmd.ExecuteScalar() == null)
{
c = 1;
}
else
{
c = Convert.ToInt32(cmd.ExecuteScalar()) + 1;
}
string s1 = txtcode.Text + Convert.ToString(c) + sa;
FU.SaveAs(Server.MapPath("~/") + "/Materials/" + s1);
cmd.Connection = con;
cmd.CommandText = "Insert into Course_Material values('" + txtcode.Text + "','" + s1 + "')";
if (con.State == ConnectionState.Closed)
{
con.Open();
}
cmd.ExecuteNonQuery();
txtcode.Text = "";
txtcrs.Text = "";
txtSub.Text = "";
txtYSem.Text = "";
con.Close();
}
}
public override bool sourcesCompleteGTTINoLGTTs(int gtti)
{
base.sourcesCompleteGTTINoLGTTs(gtti);
var gttd = gtts.getTD(gtti);
#region gtiT
if (gttd.gtiT.Length > 0)
{
#region gtis
foreach (var j in js)
{
var pu = pus[j];
foreach (var pgtA in FU.makeOptions((from gti in gttd.gtiT select pu.depthFilterStrict(from pgt in gts.getTD(gti).jgts(j) select pgt)).ToArray()))
{
GTT pgtt;
if (ju.termRepository.tryGetGTT(pgtA, out pgtt))
{
if (pu.hasGTT(pgtt))
{
Debug.Assert(pu.upToDate(pgtt));
Debug.Assert(gttd.hasJGTT(j, pgtt) || pu.gttRevision(pgtt) >= ju.predecessorLastRevisions[j]);
}
else
{
Debug.Assert(pu.hasRGTT(pgtt));
}
}
else
{
Debug.Assert(false);
}
}
}
#endregion gtis
}
#endregion gtiT
#region jgtts
foreach (var j in js)
{
foreach (var jgtt in gttd.jgtts(j))
{
Debug.Assert(pus[j].upToDate(jgtt));
}
}
#endregion jgtts
var jgttsA = (from j in js select new HashSet <GTT>(gtts.getJTs(j, gtti))).ToArray();
#region empty gtt
if (getGTTIGTIs(gtti).Count == 0)
{
foreach (var j in js)
{
Debug.Assert(jgttsA[j].Count == 1 && jgttsA[j].Contains(ju.emptyGTT));
}
}
#endregion empty gtt
#region sources
if (ju.jn == 2)
{
foreach (var j in js)
{
var ju = this.ju.pus[j];
if (getGTTIGTIs(gtti).Count > 0)
{
var jgtsA = ju.depthFilterStrict(from gt in getGTTIGTIs(gtti) select gts.getJTs(j, gt));
var pjgtts = from jgtA in FU.makeOptions(jgtsA) select ju.getGTT(jgtA);
foreach (var pjgtt in pjgtts)
{
if (!ju.hasGTT(pjgtt))
{
Debug.Assert(ju.hasRGTT(pjgtt));
}
else
if (this.ju.predecessorLastRevisions[j] > ju.gttRevision(pjgtt))
{
Debug.Assert(jgttsA[j].Contains(pjgtt));
}
}
}
}
}
#endregion sources
return(true);
}
public override bool sourcesCompleteGTINoLGTs(int gti)
{
base.sourcesCompleteGTINoLGTs(gti);
var gtd = gts.getTD(gti);
#region gfas
foreach (var gfa in gtd.gfas)
{
foreach (var j in js)
{
var pu = pus[j];
if (pu.inScope(gfa.Item1))
{
var f = gfa.Item1;
var gtti = gfa.Item2;
var gttd = gtts.getTD(gtti);
foreach (var pgtt in gttd.jgtts(j))
{
if (pu.inDepthBoundStrict(pgtt))
{
GFA pgfa;
if (pu.tryGetGFA(f, pgtt, out pgfa))
{
Debug.Assert(gtd.hasJGT(j, pgfa.gt) || pu.gtRevision(pgfa.gt) >= ju.predecessorLastRevisions[j]);
}
else
{
Debug.Assert(pu.hasRGFA(f, pgtt));
}
}
}
}
}
}
#endregion gfas
#region pgts
foreach (var j in js)
{
foreach (var jgt in gtd.jgts(j))
{
Debug.Assert(pus[j].upToDate(jgt));
}
}
if (gtd.depth > minDepth)
{
var gfaMap = new Dictionary <Function, ISet <GTT>[]>();
foreach (var j in js)
{
foreach (var pgt in gtd.jgts(j))
{
foreach (var pgfa in pgt.gfas)
{
if (ju.inScope(pgfa.function))
{
gfaMap.insert(jn, pgfa.function, j, pgfa.gtt);
}
}
}
}
foreach (var kv in gfaMap)
{
foreach (var jgttA in FU.makeOptions((from j in js select kv.Value[j]).ToArray()))
{
Debug.Assert(gtd.hasGFA(kv.Key, getJGTTAGTTI(jgttA)));
}
}
}
#endregion pgts
return(true);
}
protected override sealed void propagateUsed(JGTSD gtd, ISet <JGTSD> todoGTDs, ISet <JGTSD> usedGTDs, ISet <JGTTSD> todoGTTDs, ISet <JGTTSD> usedGTTDs)
{
if (gtd.depth != topDepth && gtd.depth > minDepth)
{
if (jn == 1)
{
foreach (var pgt in gtd.jgts(0))
{
foreach (var pgfa in pgt.gfas)
{
if (ju.inScope(pgfa.function))
{
var gttds = from gtti in gtts.getJTJEC(0, pgfa.gtt).tis select gtts.getTD(gtti);
foreach (var gttd in gttds)
{
if (usedGTTDs.Add(gttd))
{
todoGTTDs.Add(gttd);
}
}
}
}
}
}
else
{
Debug.Assert(jn == 2);
#region jgtxjgt
var jgtA = (from j in js select gtd.jgts(j)).ToArray();
var jfA = (from j in js select new HashSet <Function>(from jgt in jgtA[j] from f in jgt.gfasByFunction.Keys select f)).ToArray();
foreach (var f in FU.intersection(jfA))
{
foreach (var jecgttT in
FU.makeOptions(
(from j in js
select new HashSet <JECGTT>(
from jgt in jgtA[j] from jgfa in jgt.getGFAsByFunction(f) select gtts.getJTJEC(j, jgfa.gtt))).ToArray()))
{
var gttd = gtts.getJECATD(jecgttT);
if (usedGTTDs.Add(gttd))
{
todoGTTDs.Add(gttd);
}
}
}
#endregion jgtxjgt
#region jgtxgfa + gfaxjgt
foreach (var j in js)
{
foreach (var f in jfA[j])
{
if (gtd.hasGFAFunction(f))
{
foreach (var jecgttT in
FU.makeOptions(
(from j2 in js
select j == j2
? new HashSet <JECGTT>(from jgt in jgtA[j2] from jgfa in jgt.getGFAsByFunction(f) select gtts.getJTJEC(j2, jgfa.gtt))
: new HashSet <JECGTT>(from gtti in gtd.getGFAs(f) select gtts.getTD(gtti).jecA[j2])
).ToArray()))
{
var gttd = gtts.getJECATD(jecgttT);
if (usedGTTDs.Add(gttd))
{
todoGTTDs.Add(gttd);
}
}
}
}
}
#endregion jgtxgfa + gfaxjgt
}
}
base.propagateUsed(gtd, todoGTDs, usedGTDs, todoGTTDs, usedGTTDs);
}
protected void Submit_Click(object sender, EventArgs e)
{
Product product;
Labeloldprod.Text = "";
try
{
string productName = productNameTB.Text;
double productPrice = Convert.ToDouble(productPriceTB.Text);
string CategoryName = productCategoryDDL.SelectedValue;
int productInventory = Convert.ToInt32(productInventoryTB.Text);
string name = FU.FileName;
string ProductFilePath = "";
string SavedFileName = "";
if ((name == "" && Session["oldProduct"] != null))
{
ProductFilePath = productImg.ImageUrl;
}
else
{
SavedFileName = Server.MapPath(".") + "/images/" + name;
ProductFilePath = "images/" + name;
FU.SaveAs(SavedFileName);
}
bool productStatus;
if (statusCB.Checked == true)
{
productStatus = true;
}
else
{
productStatus = false;
}
if (Session["oldProduct"] != null)
{
product = new Product(productName, productPrice, CategoryName, productInventory, ProductFilePath, productStatus, (int)Session["product_id"]);
}
else
{
product = new Product(productName, productPrice, CategoryName, productInventory, ProductFilePath, productStatus);
}
}
catch (Exception ex)
{
messageLBL.Text = "invalid argoments inserted " + ex.Message;
return;
}
try
{
if (Session["oldProduct"] != null)
{
product.updateTable();
try
{
product.updateDatabase();
Session["oldProduct"] = null;
messageLBL.Text = "you changed " + productNameTB.Text + " product successfully";
}
catch (Exception ex)
{
Response.Write("Error updating the products database " + ex.Message);
}
}
else
{
int numEffected = product.insertProduct();
messageLBL.Text = "you added " + numEffected.ToString() + " new product";
}
}
catch (Exception ex)
{
messageLBL.Text = "An error accured " + ex.Message;
}
productNameTB.Text = "";
productPriceTB.Text = "";
productInventoryTB.Text = "";
statusCB.Checked = false;
productImg.Visible = false;
RequiredFileUploadValidator.Enabled = true;
}
protected void butSubmit_Click(object sender, EventArgs e)
{
if (txtAdd.Text != "" && txtAmt.Text != "" && txtCD.Text != "" && txtCno.Text != "" && txtEadd.Text != "" && txtFname.Text != "" && txtLsp.Text != "" && txtQlf.Text != "" && txtSname.Text != "")
{
string Course_ID = "";
if (rbBCA.Checked == true)
{
Course_ID = "BCS001";
}
if (rbBtech.Checked == true)
{
Course_ID = "BT002";
}
if (rbMCA.Checked == true)
{
Course_ID = "MCS003";
}
if (rbMtech.Checked == true)
{
Course_ID = "MT004";
}
String sex = "";
if (rbMle.Checked == true)
{
sex = "Male";
}
if (rbFml.Checked == true)
{
sex = "Male";
}
String Status = "";
if (rbMd.Checked == true)
{
Status = "Married";
}
if (rbUm.Checked == true)
{
Status = "Unmarried";
}
string mode = "";
if (rbCash.Checked == true)
{
mode = "Cash";
}
if (rbChk.Checked == true)
{
mode = "Check";
}
if (rbdd.Checked == true)
{
mode = "DD";
}
int RegNo;
cmd.CommandText = "select max (Reg_No) from Student_Registration";
con.Open();
if (cmd.ExecuteScalar() == DBNull.Value)
{
RegNo = 1456;
}
else
{
RegNo = Convert.ToInt32(cmd.ExecuteScalar()) + 1;
}
int c = 0;
if (FU.HasFile)
{
string s = FU.FileName;
int i = s.Length;
string sa = s.Substring((i - 4), 4);
cmd.CommandText = "select count(Sname) from Student_Registration where Sname='" + txtSname.Text + "'";
if (con.State == ConnectionState.Closed)
{
con.Open();
}
if (cmd.ExecuteScalar() == null)
{
c = 1;
}
else
{
c = Convert.ToInt32(cmd.ExecuteScalar()) + 1;
}
string s1 = txtSname.Text + Convert.ToString(c) + sa;
FU.SaveAs(Server.MapPath("~/") + "/Students Photo/" + s1);
cmd.Connection = con;
cmd.CommandText = "Insert into Student_Registration values(" + RegNo + ",'" + Course_ID + "','" + txtSname.Text + "','" + (mm1.SelectedIndex + 1) + "/" + dd1.Text + "/" + yy1.Text + "','" + sex + "','" + Status + "'," + txtCno.Text + ",'" + txtQlf.Text + "','" + txtLsp.Text + "','" + txtFname.Text + "','" + (mm3.SelectedIndex + 1) + "/" + dd3.Text + "/" + yy3.Text + "','" + txtAdd.Text + "','" + txtEadd.Text + "','" + mode + "','" + txtCD.Text + "'," + txtAmt.Text + ",'" + (mm2.SelectedIndex + 1) + "/" + dd2.Text + "/" + yy2.Text + "','" + s1 + "')";
if (con.State == ConnectionState.Closed)
{
con.Open();
}
cmd.ExecuteNonQuery();
con.Close();
clear();
Response.Redirect("StudentApp.aspx?Snm=" + txtSname.Text);
txtSname.Text = "";
}
}
else
{
lblmsg.Text = "Any Field Cannot be Blank!";
}
}
public override bool sourcesCompleteGTINoLGTs(int gti)
{
var gtd = gts.getTD(gti);
#region gfas
foreach (var gfa in gtd.gfas)
{
if (pu.inScope(gfa.Item1))
{
var f = gfa.Item1;
var gtti = gfa.Item2;
var gttd = gtts.getTD(gtti);
foreach (var pgtt in gttd.pgtts)
{
if (pu.inDepthBoundStrict(pgtt))
{
GFA pgfa;
if (pu.tryGetGFA(f, pgtt, out pgfa))
{
Debug.Assert(gtd.hasPGT(pgfa.gt) || pu.gtRevision(pgfa.gt) >= su.predecessorLastRevision);
}
else
{
Debug.Assert(pu.hasRGFA(f, pgtt));
}
}
}
}
}
#endregion gfas
#region pgts
foreach (var pgt in gtd.pgts)
{
Debug.Assert(pu.upToDate(pgt));
}
if (gtd.depth > minDepth)
{
foreach (var pgt in gtd.pgts)
{
Debug.Assert(pu.upToDate(pgt));
foreach (var pgfa in pgt.gfas)
{
if (su.inScope(pgfa.function) && pu.gttRevision(pgfa.gtt) < su.predecessorLastRevision)
{
Debug.Assert(gtd.hasGFA(pgfa.function, gtts.getPTTI(pgfa.gtt)));
}
}
}
}
#endregion pgts
#region rgtts
foreach (var lgt in gtd.lgts)
{
foreach (var rgtt in su.getGTRGTTs(lgt))
{
var pgtsT = (from gt in rgtt.gtT select pu.depthFilterStrict(gts.getLTTD(gt).pgts)).ToArray();
var pgtTs = FU.makeOptions(pgtsT);
var pgtts = (from pgtT in pgtTs select pu.getGTT(pgtT));
foreach (var pgtt in pgtts)
{
Debug.Assert(pu.hasGTT(pgtt) || pu.hasRGTT(pgtt));
}
}
}
#endregion rgtts
return(true);
}