X-Git-Url: http://git.equinoxoli.org/?p=migration-tools.git;a=blobdiff_plain;f=sql%2Fbase%2Fbase.sql;h=01817db2dfc637b8979c5b321f09cbe56978d4d3;hp=ef2f1388a58cf7688353fe7fe0801aa783c79f45;hb=9cecf073cae1e0be03024902596747825b6e2bb2;hpb=caa2dabe300a6799ff9060e30bf1afab2d2c1daa

diff --git a/sql/base/base.sql b/sql/base/base.sql
index ef2f138..01817db 100644
--- a/sql/base/base.sql
+++ b/sql/base/base.sql
@@ -421,6 +421,93 @@ CREATE OR REPLACE FUNCTION migration_tools.name_parse_out_last_first_middle_and_
     END;
 $$ LANGUAGE PLPGSQL STRICT IMMUTABLE;
 
+CREATE OR REPLACE FUNCTION migration_tools.name_parse_out_fuller_last_first_middle_and_random_affix (TEXT) RETURNS TEXT[] AS $$
+    DECLARE
+        full_name TEXT := $1;
+        temp TEXT;
+        family_name TEXT := '';
+        first_given_name TEXT := '';
+        second_given_name TEXT := '';
+        suffix TEXT := '';
+        prefix TEXT := '';
+    BEGIN
+        temp := BTRIM(full_name);
+        -- Use values, not structure, for prefix/suffix, unless we come up with a better idea
+        --IF temp ~ '^\S{2,}\.' THEN
+        --    prefix := REGEXP_REPLACE(temp, '^(\S{2,}\.).*$','\1');
+        --    temp := BTRIM(REGEXP_REPLACE(temp, '^\S{2,}\.(.*)$','\1'));
+        --END IF;
+        --IF temp ~ '\S{2,}\.$' THEN
+        --    suffix := REGEXP_REPLACE(temp, '^.*(\S{2,}\.)$','\1');
+        --    temp := REGEXP_REPLACE(temp, '^(.*)\S{2,}\.$','\1');
+        --END IF;
+        IF temp ilike '%MR.%' THEN
+            prefix := 'Mr.';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'MR\.\\s*', '', 'i' ));
+        END IF;
+        IF temp ilike '%MRS.%' THEN
+            prefix := 'Mrs.';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'MRS\.\\s*', '', 'i' ));
+        END IF;
+        IF temp ilike '%MS.%' THEN
+            prefix := 'Ms.';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'MS\.\\s*', '', 'i' ));
+        END IF;
+        IF temp ilike '%DR.%' THEN
+            prefix := 'Dr.';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'DR\.\\s*', '', 'i' ));
+        END IF;
+        IF temp ilike '%JR.%' THEN
+            suffix := 'Jr.';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'JR\.\\s*', '', 'i' ));
+        END IF;
+        IF temp ilike '%JR,%' THEN
+            suffix := 'Jr.';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'JR,\\s*', ',', 'i' ));
+        END IF;
+        IF temp ilike '%SR.%' THEN
+            suffix := 'Sr.';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'SR\.\\s*', '', 'i' ));
+        END IF;
+        IF temp ilike '%SR,%' THEN
+            suffix := 'Sr.';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'SR,\\s*', ',', 'i' ));
+        END IF;
+        IF temp like '%III%' THEN
+            suffix := 'III';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'III', '' ));
+        END IF;
+        IF temp like '%II%' THEN
+            suffix := 'II';
+            temp := BTRIM(REGEXP_REPLACE( temp, E'II', '' ));
+        END IF;
+
+        IF temp ~ ',' THEN
+            family_name = BTRIM(REGEXP_REPLACE(temp,'^(.*?,).*$','\1'));
+            temp := BTRIM(REPLACE( temp, family_name, '' ));
+            family_name := REPLACE( family_name, ',', '' );
+            IF temp ~ ' ' THEN
+                first_given_name := BTRIM( REGEXP_REPLACE(temp,'^(.+)\s(.+)$','\1') );
+                second_given_name := BTRIM( REGEXP_REPLACE(temp,'^(.+)\s(.+)$','\2') );
+            ELSE
+                first_given_name := temp;
+                second_given_name := '';
+            END IF;
+        ELSE
+            IF temp ~ '^\S+\s+\S+\s+\S+$' THEN
+                first_given_name := BTRIM( REGEXP_REPLACE(temp,'^(\S+)\s*(\S+)\s*(\S+)$','\1') );
+                second_given_name := BTRIM( REGEXP_REPLACE(temp,'^(\S+)\s*(\S+)\s*(\S+)$','\2') );
+                family_name := BTRIM( REGEXP_REPLACE(temp,'^(\S+)\s*(\S+)\s*(\S+)$','\3') );
+            ELSE
+                first_given_name := BTRIM( REGEXP_REPLACE(temp,'^(\S+)\s*(\S+)$','\1') );
+                second_given_name := temp;
+                family_name := BTRIM( REGEXP_REPLACE(temp,'^(\S+)\s*(\S+)$','\2') );
+            END IF;
+        END IF;
+
+        RETURN ARRAY[ family_name, prefix, first_given_name, second_given_name, suffix ];
+    END;
+$$ LANGUAGE PLPGSQL STRICT IMMUTABLE;
 
 CREATE OR REPLACE FUNCTION migration_tools.address_parse_out_citystatezip (TEXT) RETURNS TEXT[] AS $$
     DECLARE
@@ -2570,3 +2657,42 @@ CREATE OR REPLACE FUNCTION migration_tools.assert (BOOLEAN,TEXT,TEXT) RETURNS TE
     END;
 $$ LANGUAGE PLPGSQL STRICT VOLATILE;
 
+-- push bib sequence and return starting value for reserved range
+CREATE OR REPLACE FUNCTION migration_tools.push_bib_sequence(INTEGER) RETURNS BIGINT AS $$
+    DECLARE
+        bib_count ALIAS FOR $1;
+        output BIGINT;
+    BEGIN
+        PERFORM setval('biblio.record_entry_id_seq',(SELECT MAX(id) FROM biblio.record_entry) + bib_count + 2000);
+        FOR output IN
+            SELECT CEIL(MAX(id)/1000)*1000+1000 FROM biblio.record_entry WHERE id < (SELECT last_value FROM biblio.record_entry_id_seq)
+        LOOP
+            RETURN output;
+        END LOOP;
+    END;
+$$ LANGUAGE PLPGSQL STRICT VOLATILE;
+
+-- set a new salted password
+
+CREATE OR REPLACE FUNCTION migration_tools.set_salted_passwd(INTEGER,TEXT) RETURNS BOOLEAN AS $$
+    DECLARE
+        usr_id              ALIAS FOR $1;
+        plain_passwd        ALIAS FOR $2;
+        plain_salt          TEXT;
+        md5_passwd          TEXT;
+    BEGIN
+
+        SELECT actor.create_salt('main') INTO plain_salt;
+
+        SELECT MD5(plain_passwd) INTO md5_passwd;
+        
+        PERFORM actor.set_passwd(usr_id, 'main', MD5(plain_salt || md5_passwd), plain_salt);
+
+        RETURN TRUE;
+
+    END;
+$$ LANGUAGE PLPGSQL STRICT VOLATILE;
+
+
+
+