Profiler Object:Initialization

← Profiler Object Reference

The following functions set the paths to the necessary data files, the license, and initialize the Profiler Interface:

SetLicenseString

This function sets the license string required to enable Profiler Object’s complete functionality.

The License String is a software key that unlocks the full functionality of the component. Without the License String, the object will only function in DEMO mode

The license string is normally set using an environment variable, either MD_LICENSE or MD_LICENSE_DEMO. Calling SetLicenseString is an alternative method for setting the license string, but applications developed for a production environment should only use the environment variable. When using an environment variable, it is not necessary to call the SetLicenseString function. For more information on setting the environment variable, see Licensing.

This function accepts one parameter.

Parameters

Name	Data Type	Description
LicenseString	String	A string value representing the software license key.

Return Value

The SetLicenseString function returns value of 0 or 1.

The SetLicenseString function returns 0 if the provided License String is incorrect.

Syntax	profiler->SetLicenseString(StringValue);
C	integer = mdProfilerSetLicenseString(profiler, LicenseString);
.Net	integer = profiler.SetLicenseString(LicenseString);

SetPathToProfilerDataFiles

This function sets the the path to the data files required for profiling.

The required data files are

• mdProfiler.dat
• mdProfiler.mc

This function accepts one Parameter.

Parameters

Name	Data Type	Description
LocationString	String	A string value representing the location of the Profiler data files.

Syntax	profiler->SetPathToProfilerDataFiles(StringValue);
C	mdProfilerSetPathToProfilerDataFiles (profiler, LocationString);
.Net	profiler.SetPathToProfilerDataFiles(LocationString);

SetFileName (Optional)

Optional. This function sets the path/file name of profiling output file. The processing results will be stored in the output file.

This function accepts one parameter

Parameters

Name	Data Type	Description
FileNameString	String	A string value representing the name of the file.

Syntax	profiler->SetFileName(StringValue);
C	mdProfilerSetFileName(profiler, FileNameString);
.Net	profiler.SetFileName(FileNameString);

SetAppendMode (Optional)

Optional. This function sets the mode for how the output file needs to be handled. The default is overwrite mode if this function is not called.

If a Profiler file is opened in append mode certain statistics will not be accurate, as some results cannot be carried over from run to run. Specifically: TableExactMatch, TableContactMatch, TableHouseholdMatch,TableAddressMatch, ColumnInferredDataType, ColumnSortation, and ColumnSortationPercent.

If you intend to open the file in Append mode, you will want to call SetSortAnalysis, SetMatchUpAnalysis and SetRightFielderAnalysis appropriately.

The SetAppendMode function takes a value of the enumerated type AppendMode.

Value	Name	Description
0	Append	Add new profiling information to any existing information.
1	Report	Open the profile table so that reporting may be done. No new records can be appended to the profile run.
2	Overwrite	Overwrite existing output profile table.
3	MustNotExist	Output profile table must not exist.

Parameters

Name	Data Type	Description
appendMode	AppedMode	This sets the append mode for the output file.

Syntax	profiler->SetAppendMode(AppendModeValue);
C	mdProfilerSetAppendMode (profiler, appendMode);
.Net	profiler.SetAppendMode(appendMode);

SetUserName (Optional)

Optional. This function sets the user name for a particular run.

This function accepts one parameter.

Parameters

Name	Data Type	Description
UserNameString	String	A string value representing the user name.

Syntax	profiler->SetUserName(userNameString);
C	mdProfilerSetUserName (profiler, UserNameString);

SetTableName

This function sets the name of the table.

This function accepts one parameter

Parameters

Name	Data Type	Description
TableNameString	String	A string value representing the table name.

Syntax	profiler->SetTableName(tableNameString);
C	mdProfilerSetTableName(profiler, TableNameString);
.Net	profiler.SetTableName(TableNameString);

SetJobName (Optional)

Optional. This function sets the job name for a particular run.

This fuction accepts one parameter

Parameters

Name	Data Type	Description
JobNameString	String	A string value representing the Job name.

Syntax	profiler->SetJobName(jobNameString);
C	mdProfilerSetJobName (profiler, JobNameString);
.Net	profiler.SetJobName(JobNameString);

SetJobDescription (Optional)

Optional. This function sets the job description for a particular run.

This function accepts one parameter.

Parameters

Name	Data Type	Description
JobDesciptionString	String	A string value representing the job description.

Syntax	profiler->SetJobDescription(jobDescriptionString);
C	mdProfilerSetJobDescription (profiler, JobDesciptionString);
.Net	profiler.SetJobDescription(JobDesciptionString);

SetSortAnalysis (Optional)

Optional. This function handles the sortation analysis, which can increase AddRecord profiling time. This time penalty grows geometrically as more records are added. If you are not interested in this statistic, disable it to decrease your profiling time.

The default value is "true." A "false" value will disable this function. This property should be set before InitializeDataFiles is called.

Parameters

Name	Data Type	Description
SortAnalysisValue	Int	0-False, 1-True. This Sets the analysis on or off.

Syntax	profiler->SetSortAnalysis(int);
C	mdProfilerSetSortAnalysis(profiler, SortAnalysisValue);
.Net	profiler.SetJobSortAnalysis(SortAnalysisValue);

SetMatchUpAnalysis (Optional)

Optional. This function handles duplicate record detection. Duplicate analysis increases the AddRecord profiling time by under 5% and ProfileData profiling time by about 30%. These time increases often outweigh the usefulness of having these statistics.

The default value is "true." A "false" value will disable this function. This property should be set before InitializeDataFiles is called.

Parameters

Name	Data Type	Description
MatchUpAnalysisValue	Int	0-False, 1-True. This Sets the analysis on or off.

Syntax	profiler->SetMatchUpAnalysis(int);
C	mdProfilerSetMatchUpAnalysis(profiler, MatchUpAnalysisValue);
.Net	profiler.SetMatchUpAnalysis(MatchUpAnalysisValue);

SetRightFielderAnalysis (Optional)

Optional. This function handles inferred data type analysis. This analysis is responsible for the Inconsistent Data and Inferred Data Type statistics. This increases the AddRecord profiling time by under 10%. It is usually good to keep these useful analysis, even with the increased profiling time.

The default value is "true." A "false" value will disable this function. This property should be set before InitializeDataFiles is called.

Parameters

Name	Data Type	Description
RightFielderAnalysisValue	Int	0-False, 1-True. This Sets the analysis on or Off

Syntax	profiler->SetRightFielderAnalysis(int);
C	mdProfilerSetRightFielderAnalysis(profiler, RightFielderAnalysisValue);
.Net	profiler.SetRightFielderAnalysis(RightFielderAnalysisValue);

SetDataAggregation (Optional)

Optional. This function handles all forms of aggregation. Any statistic that cannot be determined incrementally (for example, median, standard deviation, etc.) is determined via aggregation. This increases profiling time by nearly 40%. These statistics are usually useful enough to justify the increased profiling time.

The default value is "true." A "false" value will disable this function. This property should be set before InitializeDataFiles is called.

Parameters

Name	Data Type	Description
DataAggregationVale	Int	0-False, 1-True. This Sets the aggregation on or off.

Syntax	profiler->SetDataAggregation(int);
C	mdProfilerSetDataAggregation(profiler, dataAggregationValue);
.Net	profiler.SetDataAggregation(dataAggregationValue);

SetCountGeneration (Optional)

Optional. This function handles all forms of value gathering. This analysis is responsible for all value tables (Frequency, Pattern, SoundEx, etc.) All iterators and data aggregation statistics are dependent on these analysis. These analysis increase profiling time by over 90%.

The default value is "true." A "false" value will disable this function and by dependency disable all iterators and data aggregation statistics. This should be set before InitializeDataFiles is called.

Parameters

Name	Data Type	Description
CountGenerationValue	Int	0-False, 1-True. This Sets the count generation on or off.

Syntax	profiler->SetCountGeneration(int);
C	mdProfilerSetCountGeneration(profiler, CountGenerationValue);
.Net	profiler.SetCountGeneration(CountGenerationValue);

InitializeDataFiles

This function opens the required data files and prepares the profiler for use. You must call the SetLicenseString function if you don’t have the MD_LICENSE environmental variable set prior to calling InitializeDataFiles.

If the InitializeDataFiles function returns a code other than zero, you can call the GetInitializeErrorString function to display a string describing the error.

Required Functions

You must successfully call SetPathToProfilerDataFiles and SetFileName functions.

The InitializeDataFiles function returns a value of the enumerated type ProgramStatus.

Value	Name	Description
0	ErrorNone	No error - initialization was successful.
1	ErrorConfigFile	Error in Configuration file
2	ErrorDatabaseExpired	Database file expired
3	ErrorLicenseExpired	License expired.
4	ErrorProfileFile	Error in Profile file
5	ErrorUnknown	Unknown error.

Syntax	profiler->InitializeDataFiles();
C	ProgramStatus = mdProfilerInitializeDataFiles(profiler);
.Net	ProgramStatus = profiler.InitializeDataFiles();

GetInitializeErrorString

This function returns a descriptive string to describe an error from the InitializeDataFiles function. This can be used to output a message to the user.

Syntax	profiler->InitializeErrorString();
C	string = mdProfilerGetInitializeErrorString(profiler);
.Net	string = profiler.InitializeDataFiles();