Summary Table

Categories Total Count
PII 0
URL 0
DNS 0
EKL 0
IP 0
PORT 0
VsID 0
CF 0
AI 0
VPD 0
PL 0
Other 0

File Content

package gov.va.med.pbm.ampl.constant;

import gov.va.med.pbm.ampl.asset.mock.PatientData;

/**
* This class consists of constants used by the mock {@link PatientData}.
*
* @author Ian Meinert
* @since 1.0
*/
public final class MockDataConstants {


/**
* Default constructor for the static methods.
*/
private MockDataConstants() {
// Not used
}

/**
* Constant representation of the number 0.
*/
public static final int ZERO = 0;

/**
* Constant representation of the number 1.
*/
public static final int ONE = 1;

/**
* Constant representation of the number 2.
*/
public static final int TWO = 2;

/**
* Constant representation of the number 3.
*/
public static final int THREE = 3;

/**
* Constant representation of the number 4.
*/
public static final int FOUR = 4;

/**
* Constant representation of the number 5.
*/
public static final int FIVE = 5;

/**
* Constant representation of the number 6.
*/
public static final int SIX = 6;

/**
* Constant representation of the number 7.
*/
public static final int SEVEN = 7;

/**
* Constant representation of the number 8.
*/
public static final int EIGHT = 8;

/**
* Constant representation of the number 9.
*/
public static final int NINE = 9;

/**
* Constant representation of the number 10.
*/
public static final int TEN = 10;

/**
* Constant representation of the number 11.
*/
public static final int ELEVEN = 11;

/**
* Constant representation of the number 15.
*/
public static final int FIFTEEN = 15;

/**
* Constant representation of the number 16.
*/
public static final int SIXTEEN = 16;

/**
* Constant representation of the number 18.
*/
public static final int EIGHTTEEN = 18;

/**
* Constant representation of the number 20.
*/
public static final int TWENTY = 20;

/**
* Constant representation of the number 23.
*/
public static final int TWENTY_THREE = 23;

/**
* Constant representation of the number 25.
*/
public static final int TWENTY_FIVE = 25;

/**
* Constant representation of the number 28.
*/
public static final int TWENTY_EIGHT = 28;

/**
* Constant representation of the number 30.
*/
public static final int THIRTY = 30;

/**
* Constant representation of the number 48.
*/
public static final int FOURTY_EIGHT = 48;

/**
* Constant representation of the number 50.
*/
public static final int FIFTY = 50;

/**
* Constant representation of the number 55.
*/
public static final int FIFTY_FIVE = 55;

/**
* Constant representation of the number 59.
*/
public static final int FIFTY_NINE = 59;

/**
* Constant representation of the number 60.
*/
public static final int SIXTY = 60;

/**
* Constant representation of the number 65.
*/
public static final int SIXTY_FIVE = 65;

/**
* Constant representation of the number 80.
*/
public static final int EIGHTY = 80;

/**
* Constant representation of the number 83.
*/
public static final int EIGHTY_THREE = 83;

/**
* Constant representation of the number 90.
*/
public static final int NINETY = 90;

/**
* Constant representation of the number 94.
*/
public static final int NINETY_FOUR = 94;

/**
* Constant representation of the number 95.0.
*/
public static final Float NINETY_FIVE_ZERO = 95.0F;

/**
* Constant representation of the number 100.
*/
public static final int ONE_HUNDRED = 100;

/**
* Constant representation of the number 101.0.
*/
public static final Float ONE_O_ONE_ZERO = 101.0F;

/**
* Constant representation of the number 110.
*/
public static final int ONE_TEN = 110;

/**
* Constant representation of the number 120.
*/
public static final int ONE_TWENTY = 120;

/**
* Constant representation of the number 150.
*/
public static final int ONE_FIFTY = 150;

/**
* Constant representation of the number 240.
*/
public static final int TWO_FOURTY = 240;

/**
* Constant representation of the number 300.
*/
public static final int THREE_HUNDRED = 300;

/**
* Constant representation of the number 500.
*/
public static final int FIVE_HUNDRED = 500;

/**
* Constant representation of the number 1000.
*/
public static final int ONE_K = 1000;

/**
* Constant representation of the number 1920.
*/
public static final int NINETEEN_TWENTY = 1920;

/**
* Constant representation of the number 2018.
*/
public static final int TWO_K_SIXTEEN = 2016;

/**
* Constant representation of the number 2018.
*/
public static final int TWO_K_EIGHTTEEN = 2018;

/**
* Constant representation of the number 2020.
*/
public static final int TWO_K_TWENTY = 2020;

/**
* Constant representation of the number 2030.
*/
public static final int TWO_K_THIRTY = 2030;

/**
* Constant representation of the number 1959.
*/
public static final int NINETEEN_FIFTY = 1959;

/**
* Constant representation of the number 2000.
*/
public static final int TWO_K = 2000;

/**
* Constant representation of the number 1000.
*/
public static final int TEN_K = 1000;

/**
* Constant representation of the number 19000.
*/
public static final int NINETEEN_K = 19000;

/**
* Constant representation of the maximum zip code number.
*/
public static final int ZIP_MAX = 99950;

/**
* Constant representation of the number 100000.
*/
public static final int ONE_HUNDRED_K = 100000;

/**
* Constant representation of the number 1000000.
*/
public static final int ONE_M = 1000000;

/**
* Constant representation of the number 10000000.
*/
public static final int TEN_M = 10000000;

/**
* Constant representation of non-mapped FHIR elements.
*/
public static final String NOT_MAPPED = "NOT MAPPED";

/**
* Constant representation of FHIR element to be verified.
*/
public static final String VERIFY_FHIR_ELEMENT = "VERIFY FHIR ELEMENT";

/**
* Constant representation of FHIR element removed from VPR.
*/
public static final String VPR_REMOVED_FIELD = "VPR REMOVED FIELD";

/**
* Constant representation of FHIR element not included in the bundle.
*/
public static final String NOT_BUNDLED = "NOT BUNDLED";
}