Profiler Object:Table-Based Statistics

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The table-based statistics should only be retrieved after ProfileData is called.

GetTableRecordCount

This function returns the number of records processed.

Syntax	profiler->GetTableRecordCount();
C	integer = mdProfilerGetTableRecordCount(profiler);
.Net	integer = profiler.GetTableRecordCount();

GetTableRecordEmptyCount

This function returns the number of records with empty values for all columns. An empty value is not Null, can contain spaces, and has no string or value.

Syntax	profiler->GetTableRecordEmptyCount();
C	integer = mdProfilerGetTableRecordEmptyCount(profiler);
.Net	integer = profiler.GetTableRecordEmptyCount();

GetTableRecordNullCount

This returns the number of records having Null values for all columns.

Syntax	profiler->GetTableRecordNullCount();
C	integer = mdProfilerGetTableRecordNullCount(profiler);
.Net	integer = profiler.GetTableRecordNullCount();

GetTableExactMatchDistinctCount

This function returns the number of unique records using an Exact Match matching critera. All data fields provided will be compared. Casing and punctuation will be ignored.

Syntax	profiler->GetTableExactMatchDistinctCount();
C	integer = mdProfilerGetTableExactMatchDistinctCount(profiler);
.Net	integer = profiler.GetTableExactMatchDistinctCount();

GetTableExactMatchDupesCount

This function returns the number of duplicate records using an Exact Match matching critera. All data fields provided will be compared. Casing and punctuation will be ignored.

Syntax	profiler->GetTableExactMatchDupesCount();
C	integer = mdProfilerGetTableExactMatchDupesCount(profiler);
.Net	integer = profiler.GetTableExactMatchDupesCount();

GetTableExactMatchLargestGroup

This function returns the size of the largest group of duplicate records using an Exact Match matching critera. All data fields provided will be compared. Casing and punctuation will be ignored.

Syntax	profiler->GetTableExactMatchLargestGroup();
C	integer = mdProfilerGetTableExactMatchLargestGroup(profiler);
.Net	integer = profiler.GetTableExactMatchLargestGroup();

GetTableContactMatchDistinctCount

This function returns the number of distinct records using Address, First Name and Last Name matching criteria.

The Contact Match matching rules used are:

• Zip5 AND First Name AND Last Name AND Street Number AND Street Name (All have to match)

OR

• Zip5 AND First Name AND Last Name AND PO Box (All have to match)

Note: The Profiler will parse data present in a single field such as an AddressLine or a FullName for matching purposes. (e.g., From an Address field containing “12 Main Street,” the Profiler will take the “12” as the Street Number and “Main” as the Street Name for its matching needs.)

Syntax	profiler->GetTableContactMatchDistinctCount();
C	integer = mdProfilerGetTableContactMatchDistinctCount(profiler);
.Net	integer = profiler.GetTableContactMatchDistinctCount();

GetTableContactMatchDupesCount

This function returns the number of duplicate records using Contact Match described under GetTableContactMatchDistinctCount.

Syntax	profiler->GetTableContactMatchDupesCount();
C	integer = mdProfilerGetTableContactMatchDupesCount(profiler);
.Net	integer = profiler.GetTableContactMatchDupesCount();

GetTableContactMatchLargestGroup

This function returns the size of the largest group of duplicates using Contact Match described under GetTableContactMatchDistinctCount.

Syntax	profiler->GetTableContactMatchLargestGroup();
C	integer = mdProfilerGetTableContactMatchLargestGroup(profiler);
.Net	integer = profiler.GetTableContactMatchLargestGroup();

GetTableHouseholdMatchDistinctCount

This function returns the number of distinct records using Address, and Last Name matching criteria.

The Household Match matching rules used are:

• Zip5 AND Last Name AND Street Number AND Street Name (All have to match)

OR

• Zip5 AND Last Name AND PO Box (All have to match)

Note: The Profiler will parse data present in a single field such as an AddressLine or a FullName for matching purposes. (e.g, From an Address field containing “12 Main Street,” the Profiler will take the “12” as the Street Number and “Main” as the Street Name for its matching needs.)

Syntax	profiler->GetTableHouseholdMatchDistinctCount();
C	integer = mdProfilerGetTableHouseholdMatchDistinctCount(profiler);
.Net	integer = profiler.GetTableHouseholdMatchDistinctCount();

GetTableHouseholdMatchDupesCount

This function returns the number of duplicate records using the Household Match matching strategy described under GetTableHouseholdMatchDistinctCount.

Syntax	profiler->GetTableHouseholdMatchDupesCount();
C	integer = mdProfilerGetTableHouseholdMatchDupesCount(profiler);
.Net	integer = profiler.GetTableHouseholdMatchDupesCount();

GetTableHouseholdMatchLargestGroup

This function returns the size of the largest group of duplicate records using the Household Match matching strategy described under GetTableHouseholdMatchDistinctCount.

Syntax	profiler->GetTableHouseholdMatchLargestGroup();
C	integer = mdProfilerGetTableHouseholdMatchLargestGroup(profiler);
.Net	integer = profiler.GetTableHouseholdMatchLargestGroup();

GetTableAddressMatchDistinctCount

This function returns the number of distinct records using Address only matching criteria.

The Address Match matching rules used are:

• Zip5 AND Street Number AND Street Name (All have to match)

OR

• Zip5 AND PO Box (both have to match)

Note: The Profiler will parse data present in a single field such as an AddressLine or a FullName for matching purposes. (e.g., From an Address field containing “12 Main Street,” the Profiler will take the “12” as the Street Number and “Main” as the Street Name for its matching needs.)

Syntax	profiler->GetTableAddressMatchDistinctCount();
C	integer = mdProfilerGetTableAddressMatchDistinctCount(profiler);
.Net	integer = profiler.GetTableAddressMatchDistinctCount();

GetTableAddressMatchDupesCount

This function returns the number of duplicate records using Address Match matching strategy decribed under GetTableHouseholdMatchDistinctCount.

Syntax	profiler->GetTableAddressMatchDupesCount();
C	integer = mdProfilerGetTableAddressMatchDupesCount(profiler);
.Net	integer = profiler.GetTableAddressMatchDupesCount();

GetTableAddressMatchLargestGroup

This function returns the size of the largest group of duplicate records using Address Match matching strategy decribed under GetTableHouseholdMatchDistinctCount.

Syntax	profiler->GetTableAddressMatchLargestGroup();
C	integer = mdProfilerGetTableAddressMatchLargestGroup(profiler);
.Net	integer = profiler.GetTableAddressMatchLargestGroup();

GetTableEmbeddedRowDelimiterCount

This returns the count of the row delimiters that appeared in one of the parsed fields.

This function will return results only if AddDelimitedRecord is used for parsing the input data.

Syntax	int = profiler->GetTableEmbeddedRowDelimiterCount();
C	int = mdProfilerGetTableEmbeddedRowDelimiterCount(profiler);
.Net	integer = profiler.GetTableEmbeddedRowDelimiterCount();

GetTableNotAllFieldsPresentCount

This returns the count of when not all fields were presents. Each field specified by AddColumn() should have a corresponding value after using AddDelimitedRecord(), if not this count will be incremented.

This function will return results only if AddDelimitedRecord() is used for parsing the input data.

Syntax	int = profiler->GetTableNotAllFieldsPresentCount();
C	int = mdProfilerGetTableNotAllFieldsPresentCount(profiler);
.Net	integer = profiler.GetTableNotAllFieldsPresentCount();

GetTableExtraFieldsPresentCount

Each field specified by AddColumn() should have a corresponding value after using AddDelimitedRecord(), if there are any extra fields present this count will be incremented. This function will return results only if AddDelimitedRecord() is used for parsing the input data.

Syntax	int = profiler->GetTableExtraFieldsPresentCount();
C	int = mdProfilerGetTableExtraFieldsPresentCount(profiler);
.Net	integer = profiler.GetTableExtraFieldsPresentCount();

GetTableUnbalancedTextQualifiersCount

The Text Qualifier indicates the character that can (optionally) enclose fields. It is usually used to ‘protect’ in-field delimiters, and is often the double-quote character. Also, if this character appears in the field data itself, it must be properly escaped. If any unbalanced text qualifiers appeared in the data, this count will be incremented. The text qualifier is specified by the SetTextQualifier() function. This function will return results only if AddDelimitedRecord() is used for parsing the input data.

Syntax	int = profiler->GetTableUnbalancedTextQualifiersCount();
C	int = mdProfilerGetTableUnbalancedTextQualifiersCount(profiler);
.Net	integer = profiler.GetTableUnbalancedTextQualifiersCount();

GetTableUnescapedEmbeddedTextQualifiersCount

The Text Qualifier indicates the character that can (optionally) enclose fields. It is usually used to ‘protect’ in-field delimiters, and is often the double-quote character. Also, if this character appears in the field data itself, it must be properly escaped. If any unbalanced text qualifiers were not escaped, this count will be incremented. The text qualifier is specified by the SetTextQualifier() function. This function will return results only if AddDelimitedRecord() is used for parsing the input data.

Syntax	int = profiler->GetTableUnescapedEmbeddedTextQualifiersCount();
C	int = mdProfilerGetTableUnescapedEmbeddedTextQualifiersCount(profiler);
.Net	integer = profiler.GetTableUnescapedEmbeddedTextQualifiersCount();