Examples of PID

ca.uhn.hl7v2.model.v24.segment.PID
Represents an HL7 PID message segment (Patient identification). This segment has the following fields:
- PID-1: Set ID - PID (SI) optional
- PID-2: Patient ID (CX) optional
- PID-3: Patient Identifier List (CX) repeating
- PID-4: Alternate Patient ID - PID (CX) optional repeating
- PID-5: Patient Name (XPN) repeating
- PID-6: Mother's Maiden Name (XPN) optional repeating
- PID-7: Date/Time Of Birth (TS) optional
- PID-8: Administrative Sex (IS) optional
- PID-9: Patient Alias (XPN) optional repeating
- PID-10: Race (CE) optional repeating
- PID-11: Patient Address (XAD) optional repeating
- PID-12: County Code (IS) optional
- PID-13: Phone Number - Home (XTN) optional repeating
- PID-14: Phone Number - Business (XTN) optional repeating
- PID-15: Primary Language (CE) optional
- PID-16: Marital Status (CE) optional
- PID-17: Religion (CE) optional
- PID-18: Patient Account Number (CX) optional
- PID-19: SSN Number - Patient (ST) optional
- PID-20: Driver's License Number - Patient (DLN) optional
- PID-21: Mother's Identifier (CX) optional repeating
- PID-22: Ethnic Group (CE) optional repeating
- PID-23: Birth Place (ST) optional
- PID-24: Multiple Birth Indicator (ID) optional
- PID-25: Birth Order (NM) optional
- PID-26: Citizenship (CE) optional repeating
- PID-27: Veterans Military Status (CE) optional
- PID-28: Nationality (CE) optional
- PID-29: Patient Death Date and Time (TS) optional
- PID-30: Patient Death Indicator (ID) optional
- PID-31: Identity Unknown Indicator (ID) optional
- PID-32: Identity Reliability Code (IS) optional repeating
- PID-33: Last Update Date/Time (TS) optional
- PID-34: Last Update Facility (HD) optional
- PID-35: Species Code (CE) optional
- PID-36: Breed Code (CE) optional
- PID-37: Strain (ST) optional
- PID-38: Production Class Code (CE) optional
io.fathom.auto.processes.Pid
org.fcrepo.common.PID
A persistent identifier for Fedora digital objects.
The following describes the syntactic constraints for PIDs in normalized form. The only differences with non-normalized PIDs are that the colon delimiter may be encoded as "%3a" or "%3A", and hex-digits may use lowercase [a-f].
```
 PID: Length : maximum 64 Syntax : namespace-id ":" object-id namespace-id: Syntax : ( [A-Z] / [a-z] / [0-9] / "-" / "." ) 1+ object-id: Syntax : ( [A-Z] / [a-z] / [0-9] / "-" / "." / "~" / "_" / escaped-octet ) 1+ escaped-octet: Syntax : "%" hex-digit hex-digit hex-digit: Syntax : [0-9] / [A-F] 
```
@author Chris Wilper

Examples of org.fcrepo.common.PID

            fail(e.getMessage());
        }
    }


    public void testgetLastPID() {
        PID pid;
        try {
            pid = testPIDGenerator.getLastPID();
        } catch (UnsupportedOperationException e) {
            // optional
        } catch (IOException e) {

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Examples of org.fcrepo.common.PID

    /**
     * hashCode() should return the same value for lexically equivalent PIDs.
     */
    @Test
    public void testHashCodeSamePID() throws Exception {
        PID pid1 = PID.getInstance("test:somepid");
        PID pid2 = new PID("test:somepid");
        PID pid3 = PID.fromFilename("test_somepid");
        assertEquals(pid1.hashCode(), pid2.hashCode());
        assertEquals(pid2.hashCode(), pid3.hashCode());
    }

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Examples of org.fcrepo.common.PID

    /**
     * equals() should return true for lexically equivalent PIDs.
     */
    @Test
    public void testEqualsSamePID() throws Exception {
        PID pid1 = PID.getInstance("test:somepid");
        PID pid2 = new PID("test:somepid");
        PID pid3 = PID.fromFilename("test_somepid");
        assertEquals(pid1, pid2);
        assertEquals(pid2, pid3);
    }

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Examples of org.fcrepo.common.PID

    /**
     * equals() should return false for lexically distinct PIDs.
     */
    @Test
    public void testEqualsDifferentPID() throws Exception {
        PID pid1 = PID.getInstance("test:somepid");
        PID pid2 = new PID("test:someotherpid");
        PID pid3 = PID.fromFilename("test_yetanotherpid");
        assertFalse(pid1.equals(pid2));
        assertFalse(pid2.equals(pid1));
        assertFalse(pid2.equals(pid3));
        assertFalse(pid3.equals(pid2));
    }

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