Şimdi benim tek bir satır yazacak dahi yüzüm yok
Ne anlatırım ki ne diyebilirim
Kendimle bile konuşmuyorum
Ben bir yalanı yaşıyorum
Yalnız kalma korkusundan
Yıllanmış geçmişe sarılıyorum

Benim tek bir satır yazacak dahi yüzüm yok
Bunu biliyorum
Kabulleniyorum
Ancak ben olduğum zaman kendim olduğum zaman
Kendimi dinlediğim ,kalbimi dinlediğim o zaman söylediğim gibi
Her gece kapamadan gözlerimi
Yalnızca sana gönderiyorum
içimde kalan tüm saf duygularımla dualarımı
Benim bile bulamayacağım bir yere sakladım seni
kirlenme diye
umarım hiç bir zaman bulamam
Bana acıdıklarını biliyorum
umrumda değil ,ben artık duymuyorum

geçecek, her şey geçer. hepsi geçer.

hatta sonra, çok sonra anılar hükmünü yitirdikten,

onu iyice unuttuktan,

içindeki acının yerini kocaman bir boşluk aldıktan,

keşke geçmeseydi dedikten sonra,

keşke acısını bir hastalık gibi yüreğimde taşısaydım desen bile geçer.

zaman insanla oynamayı seven hem zalim hem de merhametli bir tanrıdır.

ona karşı çıkamazsın.yapman gereken beklemek.

onun, derin bir unutuşla bizi rahatlatacak örtüsünü üzerimize örtmesini beklemek...


"gitme..

geçmiş zaman olursun gidince

birkaç mısra kalırsın

geleceğin ucundan

geçmez kalbimin

bir şiire tamamlanırsın"

...

Dün sabaha karşı kendimle konuştum.

Ben hep kendime çıkan bir yokuştum.

Yokusun başında bir düşman vard

ıOnu vurmaya gittim kendimle vuruştum.

Print Map Values

Use This code for write record inside your map
void printmapValues()
{
MapIterator mi;

mi = new MapIterator(mapGroupVariablesValues);

while (mi.more())
{
print mi.key();
print mi.value();

mi.next();
}
}

Create Custom Context Menu

Create Custom Context Menu

public int showContextMenu(int _menuHandle)
{

int ret,Clicked2;
PopupMenu popupMenu = PopupMenu::create(_menuHandle,element.hWnd());

;

if(!SalesLine.RecId)
{
Clicked2 = popupMenu.insertItem("Ürün Bulucu"); Ürün Bulucu is a item add standart context menu
}

ret = popupMenu.draw();

switch (ret)
{
case Clicked2 :
salesline_ds.OpenItemConfirmation();//Open my form
break;
}

return ret;


}

Sort-GroupBy-Sum

public void executeQuery()
{
query tmp;
AGC_Variablevalue value;
AGC_ItemVariableId Id;
Queryrun qr;

// AGC_VariableLinksGroup localAGC_VariableLinksGroup;
;
tmp = this.method2();//join edilmis query
while select AGC_VariableLinksGroup where AGC_VariableLinksGroup.AGC_VariableGroupID == AGC_VariableValues.AGC_VariableGroupID
{
Id = AGC_VariableLinksGroup.AGC_ItemVariableID;
if (AGC_VariableLinksGroup.AGC_Set)
{
while select AGC_VariableValues where AGC_VariableValues.AGC_ItemVariableID == AGC_VariableLinksGroup.AGC_ItemVariableID
{
select InventSum where InventSum.ItemId == AGC_VariableValues.ItemId;
if (InventSum)
{
value = AGC_VariableValues.AGC_VariableValue;
tmp.dataSourceTable(tablenum(AGC_VariableValues)).addSortField(fieldnum(AGC_VariableValues,AGC_VariableValue));
tmp.dataSourceTable(tablenum(AGC_VariableValues)).orderMode(OrderMode::GroupBy);
tmp.dataSourceTable(tablenum(InventSum)).addSelectionField(fieldnum(InventSum,PhysicalInvent),SelectionField::Sum);

}
}
}
}

qr = new QueryRun(tmp);
while (qr.next())
{
InventSum = qr.get(tablenum(InventSum));
print InventSum.ItemId;
}

}

Insert Record Set

public ItemId insertVariableValuesTable(map _mapGroupVariablesValues,AGC_VariableGroup localAGC_VariableGroup,AGC_VariableLinksGroup localAGC_VariableLinksGroup )
{

;
recordInsertList = new RecordInsertList(tablenum(AGC_VariableValues));
mi = new MapIterator(_mapGroupVariablesValues);
if (!mi.more())
{
throw error(strfmt('@AGC73'));
}
NumberSeqItemId = NumberSeq::newGetNumFromCode(localAGC_VariableGroup.AGC_ReferenceNumber);
itemId = NumberSeqItemId.num();
InventTable = inventTable::find(itemId);
if(InventTable.RecId)
{
throw error(strfmt('@AGC74',itemId));
}

else
{
do
{
//bu stok kartı daha onceden yaratılmamıssa:
if (localAGC_VariableLinksGroup.AGC_VariableMandatory)//acilan alan zorunlu olan bir alansa ve bos gecilmisse
{
if ( mi.value() == "")
throw error(strfmt('@AGC70',mi.key()));

}
if ((localAGC_VariableLinksGroup.AGC_VariableMandatory && mi.value()!="")|| (localAGC_VariableLinksGroup.AGC_VariableMandatory == false) )
{
if (localAGC_VariableLinksGroup.AGC_VariableUnique)//Uniq bir alansa
{
while select AGC_VariableValues where AGC_VariableValues.ItemId == itemId
{
if (AGC_VariableValues.AGC_VariableValue == variableValue)
{
throw error(strfmt('@AGC72',AGC_VariableValues.AGC_ItemVariableID));
}
}
}

ttsbegin;
AGC_VariableValues.ItemId = ItemId;
AGC_VariableValues.AGC_VariableGroupID = localAGC_VariableGroup.AGC_VariableGroupID;
AGC_VariableValues.AGC_ItemVariableID = mi.key();
AGC_VariableValues.AGC_VariableValue = mi.value();
AGC_VariableValues.AGC_Description = localAGC_VariableLinksGroup.AGC_Description;
recordInsertList.add(AGC_VariableValues);


}
mi.next();
}while(mi.more());
}
recordInsertList.insertDatabase();
ttscommit;
return itemId;
}

Building a query object

Query objects are used to visually build SQL statements. They are used by Dynamics AX
reports, views, forms, and other objects. Normally queries are stored in AOT, but they can also
be created from code dynamically. This is normally done when visual tools cannot handle
complex and dynamic queries. In this recipe, we will create one dynamically from code.
As an example, we will build a query that selects all active customers who belong to group 10
and have at least one sales order.

How to do it…
1. Open AOT, create a new job called CustTableSales, and enter the following code:


static void CustTableSales(Args _args)
{
Query query;
QueryBuildDataSource qbds1;
QueryBuildDataSource qbds2;
QueryBuildRange qbr1;
QueryBuildRange qbr2;
QueryRun queryRun;
CustTable custTable;
;
query = new Query();
qbds1 = query.addDataSource(tablenum(CustTable));
qbds1.addSortField(
fieldnum(CustTable, Name),
SortOrder::Ascending);
qbr1 = qbds1.addRange(fieldnum(CustTable,Blocked));
qbr1.value(queryvalue(CustVendorBlocked::No));
qbr2 = qbds1.addRange(fieldnum(CustTable,CustGroup));
qbr2.value(queryvalue(’10′));
qbds2 = qbds1.addDataSource(tablenum(SalesTable));
qbds2.relations(false);
qbds2.joinMode(JoinMode::ExistsJoin);
qbds2.addLink(
fieldnum(CustTable,AccountNum),
fieldnum(SalesTable,CustAccount));
queryRun = new QueryRun(query);
while (queryRun.next())
{
custTable = queryRun.get(tablenum(CustTable));
info(strfmt(
“%1 – %2″,
custTable.Name,
custTable.AccountNum));
}
}

2. Run the job, and the following screen should appear:
How it works…
First, we create a new query object. Next, we add a new CustTable data source to the query
by calling its addDataSource() member method. The method returns a reference to the
QueryBuildDataSource object—qbds1. Here, we call addSortField() to enable sorting by
customer name.
The following two blocks of code creates two filter ranges. The first is to show only active
customers and the second one is to list only customers belonging to a single group 10. Those
two filters are automatically added together using the SQL AND operator. QueryBuildRange
objects are created by calling the addRange() member method of the QueryBuildDataSource
object with the field ID number as argument. Range value is set by calling value() on the
QueryBuildRange object itself. It is a good practice to use queryvalue() or a similar function
to process values before applying them as a range. More functions like querynotvalue(),
queryrange(), and so on can be found in the Global application class. Note that these
functions actually process data using the SysQuery application class, which in turn has even
more interesting helper methods that might be handy for every developer.

Adding another data source to an existing one connects both data sources using the SQL
JOIN operator. It this example, we are displaying customers that have at least one sales
order. We start by adding the SalesTable table as another data source. We are going to
use custom relations between those tables, so we need to disable standard relations by
calling the relations() method with false as an argument. Calling joinMode() with
JoinMode::ExistsJoin as a parameter ensures that a record from a parent data source
will be displayed only if the relation exists in its attached data source. And finally, we create a
relation by calling addLink() and passing the field ID number of both tables.
Last thing to do is to create and run the queryRun object and show the selected data on
the screen.
There’s more…
It is worth mentioning a couple of specific cases when working with query objects from code.
One of them is how to use the OR operator and the other one is how to address array fields.
Using the OR operator
As you have already noted, regardless of how many ranges are added, all of them will be
added together using the SQL AND operator. In most cases, it is fine, but sometimes complex
user requirements demand ranges to be added using SQL OR. There might be a number of
work-arounds, like using temporary tables or similar, but I use the Dynamics AX feature that
allows passing raw SQL as a range.
In this case, the range has to be formatted like the fully qualified SQL WHERE clause including
field names, operators, and values. Each separate clause has to be in brackets. It is also very
important that filter values, especially if they are specified by the user, have to be properly
formatted before using them in a query.
Let’s replace the code from the previous example:
qbr2.value(queryValue(’10′));
with the new code:
qbr2.value(strfmt(
‘((%1 = “%2″) || (%3 = “%4″))’,
fieldstr(CustTable,CustGroup),
queryvalue(’10′),
fieldstr(CustTable,Currency),
queryvalue(‘EUR’)));
Now, the result would also include all the customers having the default currency EUR.

Using arrays fields
Some table fields in Dynamics AX are based on extended data types, which contains more
than one array element. An example in a standard application could be financial dimensions
based on the Dimension extended data type or project sorting based on ProjSortingId.
Although such fields are very much the same as normal fields, in queries, they should be
addressed slightly different. To demonstrate the usage, let’s modify the example by filtering
the query to list only customers containing a specific Purpose value. In the standard
application, Purpose is the third financial dimension, where the first is Department and the
second is Cost centre.
First, let’s declare a new QueryBuildRange object in the variable declaration section:
QueryBuildRange qbr3;
Next, we add the following code right after the qbr2.value(…) code:
qbr3 = qbds1.addRange(
fieldid2ext(fieldnum(CustTable,Dimension),3));
qbr3.value(queryvalue(‘Site1′));
Notice that we use the global fieldid2ext() function, which converts the field ID and
the array number into a valid number to be used by addRange(). This function can also be
used anywhere, where addressing the dimension fields is required. The value 3 as its second
argument here means that we are using a third dimension, that is, Purpose. In my application, I
have purposes defined as Site1, Site2, and Site3, so I simply use the first one as filter criteria.
Now, when we run this job, the customer list based on previous criteria will be reduced even
more to match customers having only a specific Purpose set.

Source

Microsoft Dynamics AX 2009 Development Cookbook Dec 2009