What are the tracking tokens i can apply to third party tracking source (Imobitrax)

I am creating a few new campaigns, however i cannot find any tokens i need add to the tracking link on imobitrax to track things like wifi/carrier traffic, ipod/ipad traffic, creatives ( if rotating multiple banners ) in order to properly optimize.

Thank you for the response. I didn't know MPEG STREAMCLIP can accept Ref QT files. I have that so I will try to use it in my workflow and see the results.

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What are the query types,Objects CRM provides for third party

What are the query types,Objects provided by the CRM so that it can be called by third party for integartion pupose.

First, that statement - and those materials - refer to the "legacy" StreamInsight query/adapter model. They do not refer to how things work with the Reactive model introduced in version 2.1. Specifically, it talks about Dynamic Query Composition (DQC).
You cannot use a deployed Observable in another instance of StreamInsight. You may be able to use them across applications in the same instance - off the top of my head, I'm not sure. I'm getting ready to get on a plane but will take a look at it later.
Typically, however, applications act as containers (comparable to .NET AppDomains) so I don't think that you'd be able to do this easily. That said, the code and assemblies
can be reused across multiple instances/applications. You would have separate instances of the classes involved but you would be able to reuse the query logic. That's a common use case.
Can you be more specific about your use case and what you are trying to accomplish here? It's possible that there are alternative ways to do what you are trying to do.
DevBiker (aka J Sawyer)
Microsoft MVP - Sql Server (StreamInsight)
If I answered your question, please mark as answer.
If my post was helpful, please mark as helpful.

What are the important assignment rules that apply?

Hi,
What are the important assignment rules that apply?
Thanx..

hi,
can you please explain, what do you mean by " imp assignment rules ".
regards
sadhu kishore

What are the TCodes generally we can use in ABAP?

Hi Abapers?
What are the TCodes generally we can use in ABAP?
Early reply is highely appriciable.
Regards,
Chow.

HI Chow,
go thru this t-codes..
S001 Abap Workbench
SE09 Workbenche organizer (Transports)
SE11 ABAP/4 Dictionary
SE16 Data browser
SE24 Class builder
SE30 ABAP Runtime analyzes
SE36 Logical Databases
SE37 Function builder
SE38 ABAP/4 Editor
SE55 Table maintenance dialog
SE80 ABAP/4 Object browser
SE91 Message Classes
SE93 Maintain transaction
SapScript
SE71 Form painter
SE72 Style maintenance
SE78 SapScript Graphics Management
SO10 Create standard text module
Workflow
SWDM Workflow explorer
SWDD Workflow builder
SWUS Start workflow - Test enviromnent
SWU0 Simulate event
SBWP Business workplace
PFTC_INS Create Task/Task group
PFTC_CHG Change Task/Task group
SWUD Dagnosis
SWI1 Work item selection
Batch input
SHDB Batch input recorder
SM35 Monitor batch input
System
SM04 User overview ( Possible to end sessions)
SM12 Lock Entries
SM21 System log
SM30 Maintain table views
SM37 See job status
SM50 See processes
ST22 Short dump analysis
Other
ABAPDOCU ABAP coding examples supplied by SAP
AL11 Look at t directories on the host system ( With drill down )
CMOD Enhancementprojects
LSMW LSM Workbench
OSS1 OSS
SA38 Submit batch job
SE01/STMS Transport system
SLG1 View application log
SLG2 Delete application log
SPAD Output devices
SP01 See spool
SPRO Customizing
SPAM Support packet manage
SU03 Maintain Authorizations: Object Classes
SU51 Display Authorization Data (Can be called after failed authorization)
SWEC Events for change documents
SW01 Business Object Builder
SWO4 Display Businesss Object Types
VOK2 Maintain OutputDetermination
regards
sham.

What are the various ways i can clear my previous(page displayed) session?

what are the various ways i can clear my previous(page displayed) session?
or at least one effective one.
here my requirement is when i reach to any page if i refresh or go to other page and come back it should not retain anything there.
session should get clear after every visit to any page or same page.
thanks
vijendra

hi
u can disable back button of browser using....
response.setHeader("pragma","no-cache");
response.setHeader("Cache-Control","no-cache");
response.setHeader("Cache-Control","no-store");

What are the steps need to be taken care for MM data sources while extrac

what are the steps need to be taken care for MM data sources while extracting from R/3 tables
and please provide the Steps involved in R/3 side
thnaks
Racha

Hi,
For Inventory Management, you can have a look at the following link.
[https://www.sdn.sap.com/irj/sdn/go/portal/prtroot/docs/library/uuid/f83be790-0201-0010-4fb0-98bd7c01e328]

What is the site where I can access many 3rd party Widgets for MUSE?

What is the site where I can access many 3rd party Widgets for MUSE?

Hi
Some more
Adobe Muse Free Templates | Download Muse Themes and Widgets
MUSE RESOURCES™ | Library Widgets
RESOURCES | Adobe Muse CC
Regards

What are the possible errors that can happen in data loads(rsmo monitor)?

hi all,
what could be the error that could result in red color in the RSMO monitor of data load transaction?
1. request everything ok
(what are the possible error type which make here red)
2. extraction everything ok
(what are the possible error type which make here red)
3. transfer (idocs and trfc) error occured?
(what are the possible error type which make here red)
4. processing
- data package
5. process chain
(what are the possible error type which make here red)
6 other messages.
(what are the possible error type which make here red)
thanks
pooja

Hi,
I can tell you the most common reasons of these failures.
1. request everything ok
Here it will be telling you if the request was properly send to source system and got triggered there.
2. extraction everything ok
In this step the actual extraction of data happens, issue slike sysfail or CPIC error may cause this to fail.
3. transfer (idocs and trfc) error occured?
When extraction is complete and data is being send to BW. But if dur to some reason it fails, error may come here.
4. processing
Processing in BW fails for each data packet is displayed here.
This can also happen when you have sysfail in source.
5. process chain
This can show the logs of the chain here and also status of subsequent process.
6 other messages.
Any other error message.
Refer
What is the information we can get the through details tab in RSMO
working with RSMO errors
http://help.sap.com/saphelp_nw70/helpdata/en/12/43074208ae2a38e10000000a1550b0/frameset.htm
Also
Data Load Errors
/people/siegfried.szameitat/blog/2005/07/28/data-load-errors--basic-checks
Data Load issues
Errors in loading
data loading errors
load Errors
Process Chain Errors
/people/mona.kapur/blog/2008/01/14/process-chain-errors
Common Process chain errors
process chain issues or errors
Hope this helps.
Thanks,
JituK

What are the Cleansing steps we can perform outside the DMU tool?

We need your advise on this
According to DMU documentation, There are three possible reasons for a value to have invalid binary representation in the database and their respective fixes using DMU tool
a) An application stores binary values,
Fix: To cleanse the invalid binary representation issues for a column storing binary values, migrate the data type of the column to RAW or LONG RAW.
b) An application stores character values in a pass-through configuration and the values are encoded in one or more character sets different from the database character set.
Fix: To identify the actual character set of data in the column, select the column in the Cleansing Editor and repeatedly change the selected value in the Character Set drop-down list, until all values in the column are legible.
c) An application stores values that have some character codes corrupted due to software defects or hardware failures
Fix:To cleanse randomly corrupted values, edit and correct them in the Edit Data dialog box.
What are fixes we can perfmon outside of DMU tool for above issues and how?

Data cleansing is potentially one of the most time-consuming steps in the migration process depending on the data volume and the extent of data exceptions found. The DMU is designed to allow most of the cleansing actions to be performed prior to the conversion downtime window without impact to the production environment. You can choose to have the cleansing actions committed to the database immediately (immediate cleansing) or saved and executed later as part of the conversion phase (scheduled cleansing). Many of the cleansing actions may not be easy to accomplish outside of the DMU or could require significant manual workload otherwise. In your case, I think you have several options:
1) Upgrade to a DMU-supported database release first and work on Unicode migration separately from the upgrade. This way you can leverage the DMU cleansing features to address most of the data issues beforehand and only deal with any incremental data issues in the migration downtime.
If you must do the upgrade and Unicode migration in the same downtime window:
2) Prepare scripts for operations like enlarging column sizes or migrating column data types based on the latest iteration to speed up the process. Keep in mind you may still need extra work as the incremental data changes since the last iteration could affect the cleansing requirements. For invalid data issues, if they are caused by all data being stored in a character set different from the database character set, then set the assumed database character set instead of setting assumed character sets for individual columns.
3) Use DMU and Streams setup to achieve near-zero downtime migration, see the page below for details:
http://www.oracle.com/technetwork/database/globalization/dmu/learnmore/nzd-migration-524223.html

What are the things which we can do in VC

hi,
i have created a simple model in VC. Now can anyone please tell me that what all other things we can do in VC 7.0
Thanku

Hi,
you can do a lot, but I think it would take hours or days to explain, what is possible with VC. In most cases of software development you have requirements.
If you tell us your requirements, maybe we can help you to figure out if VC is the right tool for you.
Best Regards and welcome to the VC community on SDN!
Best Regards,
Marcel

After enabling Oracle Deport Repair, What are the recommended patches to be applied for R12 instance.

Hi,
I'm working on Oracle Deport Repair, so are they any Recommended patches to be applied on the Instance to complete the Implementation successful.
Please let me know if they are any patches available.
Thank you.

Please see ..
Identifying Recommended Patches for E-Business Suite Environments
https://blogs.oracle.com/stevenChan/entry/recommended_patches_for_oracle_e
Identifying the Latest Family Packs for Oracle E-Business Suite
https://blogs.oracle.com/stevenChan/entry/latest_available_packs_for_oracle
Oracle Applications Current Patchset Comparison Utility - patchsets.sh [ID 139684.1]
Thanks,
Hussein

What are PC cards and where can I browse the choices?

I see that my PowerBook has a PC slot, but what kinds of cards go in there? What are the options? Where can I browse the choices?

I would be interested in the answer to this too.

What are the conversion rules

what are the conversion rules?can anybody give information on that?points wil be rewarded?

hI..
From sap help....
Conversion Rules for Elementary Data Types
There are ten predefined ABAP data types. There are 100 possible type combinations between these elementary data types. ABAP supports automatic type conversion and length adjustment for all of them except type D (date) and type T (time) fields which cannot be converted into each other.
The following conversion tables define the rules for converting elementary data types for all possible combinations of source and target fields.
C D F I N P STRING T X XSTRING
Source Type Character

Conversion table for source type C
Target
Conversion
C
The target field is filled from left to right. If it is too long, it is filled with blanks from the right. If it is too short, the contents are truncated from the right.
D
The character field must contain an 8-character date in the format YYYYMMDD .
F
The contents of the source field must be a valid representation of a type F field as described in Literals.
N
Only the digits in the source field are copied. The field is right-justified and filled with trailing zeros.
I, P
The source field must contain the representation of a decimal number, that is, a sequence of digits with an optional sign and no more than one decimal point. The source field can contain blanks. If the target field is too short, an overflow may occur. This may cause the system to terminate the program.
STRING
The occupied length of the source field is copied. All trailing spaces are truncated.
T
The character field must contain a six-character time in HHMMSS format.
X
Since the character field must contain a hexadecimal string, the only valid characters are 0,1,2,3,4,5,6,7,8,9,A,B,C,D,E,F. This string is packed as a hexadecimal number, transported left-justified, and filled with zeros or truncated on the right.
XSTRING
As for fields of type X, except that the target field is not filled with zeros.
Source Type Date
Conversion table for source type D
Target
Conversion
C
The date is transported left-justified without conversion.
D
Transport without conversion.
F
The date is converted into a packed number. The packed number is then converted into a floating point number (see corresponding table).
N
The date is transported left-justified without conversion and, if necessary, filled with zeros on the right.
I, P
The date is converted to the number of days since 01.01.0001.
STRING
The date is converted to a character field, which is then converted to a character string.
T
Not supported. Results in an error message during the syntax check or in a runtime error.
X
The date is converted to the number of days since 01.01.0001 in hexadecimal format.
XSTRING
As for fields of type X, except that only significant bytes are copied.
Source Type Floating Point Number
Conversion table for source type F
Target
Conversion
C
The floating point number is converted to the <mantissa>E<exponent> format and transported to the character field. The value of the mantissa lies between 1 and 10 unless the number is zero. The exponent is always signed. If the target field is too short, the mantissa is rounded. The length of the character field must be at least 6 bytes.
D
The source field is converted into a packed number. The packed number is then converted into a date field (see corresponding table).
F
Transport without conversion.
N
The source field is converted into a packed number. The packed number is then converted into a numeric text field (see corresponding table).
I, P
The floating point number is converted to an integer or fixed point value and, if necessary, rounded.
STRING
As for fields of type C, except that the maximum number of places is used for the mantissa (maximum precision). Despite this, different signs or exponents can lead to different string lengths.
T
The source field is converted into a packed number. The packed number is then converted into a time field (see corresponding table).
X
The source field is converted into a packed number. The packed number is then converted into a hexadecimal number (see corresponding table).
XSTRING
As for fields of type X, except that leading zeros are not copied.
Source Type Integer
Type I is always treated in the same way as type P without decimal places. Wherever type P is mentioned, the same applies to type I fields.
Source Type Numeric Text
Conversion table for source type N
Target
Conversion
C
The numeric field is treated like a character field. Leading zeros are retained.
D
The numeric field is converted into a character field. The character field is then converted into a date field (see corresponding table).
F
The numeric field is converted into a packed number. The packed number is then converted into a floating point number (see corresponding table).
N
The numeric field is transported right-justified and filled with zeros or truncated on the left.
I, P
The numeric field is interpreted as a number, and transferred to the target field, where it is right-justified, and adopts a plus sign. If the target field is too short, the program may be terminated.
STRING
As for fields of type C. The length of the character string matches the length of the numeric text.
T
The numeric field is converted into a character field. The character field is then converted into a time field (see corresponding table).
X
The numeric field is converted into a packed number. The packed number is then converted into a hexadecimal number (see corresponding table).
XSTRING
As for fields of type X, except that leading zeros are not copied.
Source Type Packed Number
If the program attribute Fixed point arithmetic is set, the system rounds type P fields according to the number of decimal places or fills them out with zeros.
Conversion table for source type P
Target
Conversion

C
The packed field is transported right-justified to the character field, if required with a decimal point. The last position is reserved for the sign. Leading zeros appear as blanks. If the target field is too short, the sign is omitted for positive numbers. If this is still not sufficient, the field is truncated on the left. ABAP indicates the truncation with an asterisk (*). If you want the leading zeros to appear in the character field, use UNPACK instead of MOVE.
D
The packed field value represents the number of days since 01.01.0001 and is converted to a date in YYYYMMDD format.
F
The packed field is accepted and transported as a floating point number.
N
The packed field is rounded if necessary, unpacked, and then transported right-justified. The sign is omitted. If required, the target field is filled with zeros on the left.
I, P
A packed field is converted to type I. The resulting four bytes are placed into the target field right-justified. If the target field is too short, an overflow occurs. If the target field is longer, it is filled with zeros on the left.
STRING
As for fields of type C, except that leading zeros are not generated.
T
The packed field value represents the number of seconds since midnight and is converted to a time in HHMMSS format.
X
A packed field is converted to type I. The resulting four bytes are placed into the target field right-justified and in big-endian format. If the target field is too short, it is truncated from the left. If the target field is longer than 4, it is filled with zeros on the left. Negative numbers are represented by the two's complement (= bit complement +1).
XSTRING
As for fields of type X, except that leading zeros are not generated.
Source Type String
Conversion table for source type STRING
Target
Conversion
C
The target field is filled from left to right. If it is longer than the string, it is filled with trailing spaces. If it is too short, the contents are truncated from the right.
D
The string must contain an 8-character date in the format YYYYMMDD .
F
The contents of the string must be a valid representation of a type F field as described in Literals.
N
Only digits in the string are copied. The field is right-justified and filled with trailing zeros. If the target field is too short, it is truncated from the left.
I, P
The string must contain the representation of a decimal number, that is, a sequence of digits with an optional sign and no more than one decimal point. The source field can contain blanks. If the target field is too short, an overflow may occur. This may cause the system to terminate the program.
STRING
The source string is copied to the target string unconverted.
T
The string must contain a six-character time in HHMMSS format.
X
Since the character field must contain a hexadecimal-character string, the only valid characters are 0,1,2,3,4,5,6,7,8,9,A,B,C,D,E,F. This character string is packed as a hexadecimal number, transported left-justified, and filled with zeros or truncated on the right.
XSTRING
As for target fields of type X, except that the field is not filled with zeros.

Source Type Time
Conversion table for source type T
Target
Conversion
C
The source field is transported left-justified without conversion.
D
Not supported. Results in an error message during the syntax check or in a runtime error.
F
The source field is converted into a packed number. The packed number is then converted into a floating point number (see corresponding table).
N
The date is converted into a character field. The character field is then converted into a numeric text field (see corresponding table).
I, P
The date is converted to the number of seconds since midnight.
STRING
The time is converted to a character field, which is then converted to a character string.
T
The date is transported left-justified without conversion and, if necessary, filled with zeros on the right.
X
The date is converted to the number of seconds since midnight in hexadecimal format.
XSTRING
As for fields of type X, except that only significant bytes are copied.
Source Type Hexadecimal Field
Conversion table for source type X
Target
Conversion
C
The value in the hexadecimal field is converted to a hexadecimal character string, transported left-justified to the target field, and filled with zeros.
D
The source field value represents the number of days since 01.01.0001 and is converted to a date in YYYYMMDD format.
F
The source field is converted into a packed number. The packed number is then converted into a floating point number (see corresponding table).
N
The source field is converted into a packed number. The packed number is then converted into a numeric text field (see corresponding table).
I, P
The value of the source field is interpreted as a hexadecimal number. It is converted to a packed decimal number and transported right-justified to the target field. If the hexadecimal field is longer than 4 bytes, only the last four bytes are converted. If it is too short, a runtime error may occur.
STRING
As for target fields of type C, except that the field is not filled with zeros. The length of the string is twice the length of the hexadecimal field.
T
The source field value represents the number of seconds since midnight and is converted to a time in HHMMSS format.
X
The value is transported left-justified and filled with X'00' on the right, if necessary.
XSTRING
The hexadecimal field is copied completely that is, trailing zeros are not truncated.
Source Type Byte Sequence
Conversion table for source type XSTRING
Target
Conversion
C
The value in the byte sequence is converted to a hexadecimal character string, transported left-justified to the target field, and filled with zeros.
D
The byte sequence value represents the number of days since 01.01.0001 and is converted to a date in YYYYMMDD format.
F
The content of the byte sequence is converted into a packed number. The packed number is then converted into a floating point number (see corresponding table).
N
The content of the byte sequence is converted into a packed number. The packed number is then converted into a numeric text field (see corresponding table).
I, P
The content of the byte sequence is interpreted as a hexadecimal number. It is converted to a packed decimal number and transported right-justified to the target field. If the byte sequence is longer than 4 bytes, only the last four bytes are converted. If it is too short, a runtime error may occur.
STRING
As for target fields of type C, except that the field is not filled with zeros. The length of the string is twice the length of the byte sequence.
T
The byte sequence value represents the number of seconds since midnight and is converted to a time in HHMMSS format.
X
The byte sequence is transported left-justified and filled with X'00' on the right, if necessary.
XSTRING
The source byte sequence is copied to the target byte sequence unconverted.
Conversion Rules for Internal Tables
Internal tables can only be converted into other internal tables. You cannot convert them into structures or elementary fields.
Internal tables are convertible if their line types are convertible. The convertibility of internal tables does not depend on the number of lines.
Conversion rules for internal tables:
Internal tables which have internal tables as their line type are convertible if the internal tables which define the line types are convertible.
Internal tables which have line types that are structures with internal tables as components are convertible according to the conversion rules for structures if the structures are compatible.
Conversion Rules for Structures
ABAP has one rule for converting structures that do not contain internal tables as components. There are no conversion rules for structures that contain internal tables. You can only make assignments between structures that are compatible.
You can combine convertible structures in the following combinations:
Converting a structure into a non-compatible structure
Converting elementary fields into structures
Converting structures into elementary fields
In each case, the system first converts all the structures concerned to type C fields and then performs the conversion between the two resulting elementary fields. The length of the type C fields is the sum of the lengths of the structure components. This rule applies to all operations using structures that do not contain internal tables.
If a structure is aligned, the filler fields are also added to the length of the type C field.
A non-aligned structure without filler fields:
If you convert a structure into a shorter structure, the original structure is truncated. If you convert a structure into a longer one, the parts at the end are not initialized according to their type, but filled with blanks.
It can make sense to assign a structure to another, incompatible, structure if, for example, the target structure is shorter than the source, and both structures have the same construction over the length of the shorter structure. However, numeric components of structures that are filled in incompatible assignments may contain nonsensical or invalid values that may cause runtime errors.
DATA: BEGIN OF FS1,
INT TYPE I VALUE 5,
PACK TYPE P DECIMALS 2 VALUE 2.26,
TEXT(10) TYPE C VALUE Fine text,
FLOAT TYPE F VALUE 1.234e+05,
DATA TYPE D VALUE 19950916,
END OF FS1.
DATA: BEGIN OF FS2,
INT TYPE I VALUE 3,
PACK TYPE P DECIMALS 2 VALUE 72.34,
TEXT(5) TYPE C VALUE Hello,
END OF FS2.
WRITE: / FS1-INT, FS1-PACK; FS1-TEXT, FS1-FLOAT, FS1-DATE.
WRITE: / FS2-INT, FS2-PACK, FS2-TEXT.
MOVE FS1 TO FS2.
WRITE: / FS2-INT, FS2-PACK, FS2-TEXT.
Message was edited by:
Rammohan Nagam

What are the responsibilities of Transport Layer?

What are the responsibilities of Transport Layer?

1. Keeping track of the individual conversations taking place between applications on the source and destinations on the source and destination hosts. 2. Segmenting data and adding a header to identify and manage each segment. 3. Using the header information to reassemble the segments into applications data. 4. Passing the assembled data to the correct applications.

What are the java components?

hi iam new to this it field. this is the question asked by interviewer. so please help me.
what are the java components you can use in a webproject? how you use those components in your project?

http://java.sun.com/j2ee/1.4/docs/tutorial/doc/

What are the tracking tokens i can apply to third party tracking source (Imobitrax)

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