static void Main(string[] args)
{
StreamWriter outTemp = new StreamWriter(@"c:\temp\testout.txt");
Dictionary <string, uText> tranLines = new Dictionary <string, uText>();
for (int i = 0; i < 5; i++)
{
string descr = "PROP CLASS " + (i + 1).ToString();
tranLines.Add(descr, new uText(descr, outTemp));
tranLines[descr].createReadPosition(xpos: 7392 + i * 65, length: 30, funcName: "TRIM");
string actual = "CURR ACTUAL " + (i + 1).ToString();
tranLines.Add(actual, new uText(actual, outTemp));
tranLines[actual].createReadPosition(xpos: 7422 + i * 65, length: 15, funcName: "TRIM");
string taxable = "CURR TAXABLE " + (i + 1).ToString();
tranLines.Add(taxable, new uText(taxable, outTemp));
tranLines[taxable].createReadPosition(xpos: 7437 + i * 65, length: 15, funcName: "TRIM");
}
uluroCond test = new uluroCond(outTemp);
uluroGroup wraper = new uluroGroup("COND MAP", outTemp);
uReal xPos1 = new uReal("XPOS1", outTemp);
uReal xPos2 = new uReal("XPOS2", outTemp);
uReal xPos3 = new uReal("XPOS3", outTemp);
xPos1.createFixed("1");
xPos2.createFixed("2");
xPos3.createFixed("3");
uReal ypos = new uReal("YPOS", outTemp);
ypos.createFixed("4");
for (int i = 0; i < 5; i++)
{
test.createCondition(tranLines["PROP CLASS " + (i + 1).ToString()], "blank", false);
wraper.writeOpen();
string descr = "PROP CLASS " + (i + 1).ToString();
tranLines[descr].createMap(xPos1, ypos);
string actual = "CURR ACTUAL " + (i + 1).ToString();
tranLines[actual].createMap(xPos2, ypos);
string taxable = "CURR TAXABLE " + (i + 1).ToString();
tranLines[taxable].createMap(xPos3, ypos);
outTemp.WriteLine("C011 \"YPOS\" \"R\" \" + \" C2 X .3 V YPOS N N");
wraper.writeClose();
}
outTemp.Close();
}
static void Main(string[] args)
{
StreamWriter outTemp = new StreamWriter(@"c:\temp\testout.nmp");
uMirror da3 = new uMirror(@"U:\SUBMIT\MAPS\DACDA5\da5.nmp", "MID TRANS", outTemp);
da3.mirrorToGroup();
uluroCond test = new uluroCond(outTemp);
uluroFuncWriter ufunc = new uluroFuncWriter(outTemp);
uluroGroup group = new uluroGroup(outTemp);
uMapper col1 = new uMapper(alignment: "L", fontSize: "8");
uMapper col2 = new uMapper(alignment: "C", fontSize: "8");
uMapper col3 = new uMapper(alignment: "C", fontSize: "8");
uReal xMid1 = new uReal("XMID1", outTemp);
uReal xMid15 = new uReal("XMID1.5", outTemp);
uReal xMid2 = new uReal("XMID2", outTemp);
uReal xMid3 = new uReal("XMID3", outTemp);
uReal ypos = new uReal("YPOS", outTemp);
uReal ydelta = new uReal("YDELTA", outTemp);
Dictionary <string, uText> tranLines = new Dictionary <string, uText>();
for (int i = 0; i < 12; i++)
{
string descr = "PROP CLASS " + (i + 1).ToString();
tranLines.Add(descr, new uText(descr, outTemp));
string actual = "CURR ACTUAL " + (i + 1).ToString();
tranLines.Add(actual, new uText(actual, outTemp));
//tranLines[actual].createReadPosition(xpos: 7422 + i * 65, length: 15, funcName: "TRIM");
string taxable = "CURR TAXABLE " + (i + 1).ToString();
tranLines.Add(taxable, new uText(taxable, outTemp));
//tranLines[taxable].createReadPosition(xpos: 7437 + i * 65, length: 15, funcName: "TRIM");
string units = "UNITS " + (i + 1).ToString();
tranLines.Add(units, new uText(units, outTemp));
//tranLines[units].createReadPosition(xpos: 7452 + i * 65, length: 5, funcName: "TRIM");
}
for (int i = 0; i < 12; i++)
{
string descr = "PROP CLASS " + (i + 1).ToString();
test.createCondition(tranLines[descr], "not blank", true);
group.writeOpen("MAP " + descr);
col1.createMap(tranLines[descr], xMid1, ypos);
string units = "UNITS " + (i + 1).ToString();
col1.createMap(tranLines[units], xMid15, ypos);
string actual = "CURR ACTUAL " + (i + 1).ToString();
col2.createMap(tranLines[actual], xMid2, ypos);
string taxable = "CURR TAXABLE " + (i + 1).ToString();
col3.createMap(tranLines[taxable], xMid3, ypos);
ufunc.createFunc(ypos, "+", ypos, ydelta);
group.writeClose("MAP " + descr);
}
da3.mirrorAfterGroup();
outTemp.Close();
}
