text stringlengths 6 9.38M |
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CREATE DATABASE IF NOT EXISTS user_db;
USE user_db;
CREATE TABLE IF NOT EXISTS users (
email VARCHAR(30),
password VARCHAR(30),
PRIMARY_KEY(email)
);
|
# --- !Ups
ALTER TABLE ENTRY ALTER num TYPE text;
ALTER TABLE section ALTER num TYPE text;
ALTER TABLE chapter ALTER num TYPE text;
ALTER TABLE manual_change ALTER old_num TYPE text;
ALTER TABLE manual_change ALTER new_num TYPE text;
ALTER TABLE person ALTER gender TYPE text;
ALTER TABLE person ALTER grade TYPE text;
# --- !Downs
ALTER TABLE ENTRY ALTER num TYPE VARCHAR(8);
ALTER TABLE section ALTER num TYPE VARCHAR(8);
ALTER TABLE chapter ALTER num TYPE VARCHAR(8);
ALTER TABLE manual_change ALTER old_num TYPE VARCHAR(8);
ALTER TABLE manual_change ALTER new_num TYPE VARCHAR(8);
ALTER TABLE person ALTER gender TYPE VARCHAR(10);
ALTER TABLE person ALTER grade TYPE VARCHAR(8); |
CREATE TABLE StudyStatus (
SSID int IDENTITY(1,1) PRIMARY KEY,
NAME varchar(255),
Last_updated_by int,
Last_updated_date date,
Obsoleted bit
); |
--
-- PostgreSQL database dump
--
SET statement_timeout = 0;
SET lock_timeout = 0;
SET client_encoding = 'UTF8';
SET standard_conforming_strings = on;
SET check_function_bodies = false;
SET client_min_messages = warning;
SET search_path = awag_schema, pg_catalog;
ALTER TABLE ONLY awag_schema.parameter_score_factor_scored DROP CONSTRAINT parameter_score_factor_scored_mscoringfactorsscored_mid;
ALTER TABLE ONLY awag_schema.study_study_group DROP CONSTRAINT fk_study_study_group_study_mid;
ALTER TABLE ONLY awag_schema.study_study_group DROP CONSTRAINT fk_study_study_group_mgroups_mid;
ALTER TABLE ONLY awag_schema.study_group_animal DROP CONSTRAINT fk_study_group_animal_studygroup_mid;
ALTER TABLE ONLY awag_schema.study_group_animal DROP CONSTRAINT fk_study_group_animal_manimals_mid;
ALTER TABLE ONLY awag_schema.parameter_score DROP CONSTRAINT fk_parameter_score_mparameterscored_mid;
ALTER TABLE ONLY awag_schema.parameter_score_factor_scored DROP CONSTRAINT fk_parameter_score_factor_scored_parameterscore_mid;
ALTER TABLE ONLY awag_schema.factor_scored DROP CONSTRAINT fk_factor_scored_mscoringfactor_mid;
ALTER TABLE ONLY awag_schema.assessment_template_parameter_factor DROP CONSTRAINT fk_assessment_template_parameter_factor_parameter_id;
ALTER TABLE ONLY awag_schema.assessment_template_parameter_factor DROP CONSTRAINT fk_assessment_template_parameter_factor_factor_id;
ALTER TABLE ONLY awag_schema.assessment_template_parameter_factor DROP CONSTRAINT fk_assessment_template_parameter_factor_assessment_template_id;
ALTER TABLE ONLY awag_schema.assessment_template DROP CONSTRAINT fk_assessment_template_mscale_mid;
ALTER TABLE ONLY awag_schema.assessment_score_parameter_score DROP CONSTRAINT fk_assessment_score_parameter_score_mparametersscored_mid;
ALTER TABLE ONLY awag_schema.assessment_score_parameter_score DROP CONSTRAINT fk_assessment_score_parameter_score_assessmentscore_mid;
ALTER TABLE ONLY awag_schema.assessment DROP CONSTRAINT fk_assessment_mstudy_mid;
ALTER TABLE ONLY awag_schema.assessment DROP CONSTRAINT fk_assessment_mscore_mid;
ALTER TABLE ONLY awag_schema.assessment DROP CONSTRAINT fk_assessment_mreason_mid;
ALTER TABLE ONLY awag_schema.assessment DROP CONSTRAINT fk_assessment_mperformedby_mid;
ALTER TABLE ONLY awag_schema.assessment DROP CONSTRAINT fk_assessment_manimalhousing_mid;
ALTER TABLE ONLY awag_schema.assessment DROP CONSTRAINT fk_assessment_manimal_mid;
ALTER TABLE ONLY awag_schema.animal DROP CONSTRAINT fk_animal_mspecies_mid;
ALTER TABLE ONLY awag_schema.animal DROP CONSTRAINT fk_animal_msource_mid;
ALTER TABLE ONLY awag_schema.animal DROP CONSTRAINT fk_animal_msex_mid;
ALTER TABLE ONLY awag_schema.animal DROP CONSTRAINT fk_animal_mfather_mid;
ALTER TABLE ONLY awag_schema.animal DROP CONSTRAINT fk_animal_mdam_mid;
ALTER TABLE ONLY awag_schema.animal DROP CONSTRAINT fk_animal_massessmenttemplate_mid;
DROP INDEX awag_schema.users_lower_mname_unique;
DROP INDEX awag_schema.study_lower_mstudynumber_unique;
DROP INDEX awag_schema.study_group_lower_mstudygroupnumber_unique;
DROP INDEX awag_schema.species_lower_mname_unique;
DROP INDEX awag_schema.source_lower_mname_unique;
DROP INDEX awag_schema.scale_lower_mname_unique;
DROP INDEX awag_schema.reason_lower_mname_unique;
DROP INDEX awag_schema.parameter_lower_mname_unique;
DROP INDEX awag_schema.housing_lower_mname_unique;
DROP INDEX awag_schema.factor_lower_mname_unique;
DROP INDEX awag_schema.assessment_template_lower_mname_unique;
DROP INDEX awag_schema.assessment_reason_lower_mname_unique;
DROP INDEX awag_schema.animal_lower_manimalnumber_unique;
DROP INDEX awag_schema.animal_housing_lower_mname_unique;
ALTER TABLE ONLY awag_schema.users DROP CONSTRAINT users_pkey;
ALTER TABLE ONLY awag_schema.users DROP CONSTRAINT users_mname_key;
ALTER TABLE ONLY awag_schema.study_study_group DROP CONSTRAINT study_study_group_pkey;
ALTER TABLE ONLY awag_schema.study DROP CONSTRAINT study_pkey;
ALTER TABLE ONLY awag_schema.study DROP CONSTRAINT study_mstudynumber_key;
ALTER TABLE ONLY awag_schema.study_group DROP CONSTRAINT study_group_pkey;
ALTER TABLE ONLY awag_schema.study_group_animal DROP CONSTRAINT study_group_animal_pkey;
ALTER TABLE ONLY awag_schema.species DROP CONSTRAINT species_pkey;
ALTER TABLE ONLY awag_schema.species DROP CONSTRAINT species_mname_key;
ALTER TABLE ONLY awag_schema.source DROP CONSTRAINT source_pkey;
ALTER TABLE ONLY awag_schema.source DROP CONSTRAINT source_mname_key;
ALTER TABLE ONLY awag_schema.sex DROP CONSTRAINT sex_pkey;
ALTER TABLE ONLY awag_schema.sequence DROP CONSTRAINT sequence_pkey;
ALTER TABLE ONLY awag_schema.scale DROP CONSTRAINT scale_pkey;
ALTER TABLE ONLY awag_schema.parameter_score DROP CONSTRAINT parameter_score_pkey;
ALTER TABLE ONLY awag_schema.parameter_score_factor_scored DROP CONSTRAINT parameter_score_factor_scored_pkey;
ALTER TABLE ONLY awag_schema.parameter DROP CONSTRAINT parameter_pkey;
ALTER TABLE ONLY awag_schema.factor_scored DROP CONSTRAINT factor_scored_pkey;
ALTER TABLE ONLY awag_schema.factor DROP CONSTRAINT factor_pkey;
ALTER TABLE ONLY awag_schema.assessment_template DROP CONSTRAINT assessment_template_pkey;
ALTER TABLE ONLY awag_schema.assessment_template_parameter_factor DROP CONSTRAINT assessment_template_parameter_factor_pkey;
ALTER TABLE ONLY awag_schema.assessment_score DROP CONSTRAINT assessment_score_pkey;
ALTER TABLE ONLY awag_schema.assessment_score_parameter_score DROP CONSTRAINT assessment_score_parameter_score_pkey;
ALTER TABLE ONLY awag_schema.assessment_reason DROP CONSTRAINT assessment_reason_pkey;
ALTER TABLE ONLY awag_schema.assessment_reason DROP CONSTRAINT assessment_reason_mname_key;
ALTER TABLE ONLY awag_schema.assessment DROP CONSTRAINT assessment_pkey;
ALTER TABLE ONLY awag_schema.animal DROP CONSTRAINT animal_pkey;
ALTER TABLE ONLY awag_schema.animal DROP CONSTRAINT animal_manimalnumber_key;
ALTER TABLE ONLY awag_schema.animal_housing DROP CONSTRAINT animal_housing_pkey;
ALTER TABLE ONLY awag_schema.animal_housing DROP CONSTRAINT animal_housing_mname_key;
DROP TABLE awag_schema.users;
DROP TABLE awag_schema.study_study_group;
DROP TABLE awag_schema.study_group_animal;
DROP TABLE awag_schema.study_group;
DROP TABLE awag_schema.study;
DROP TABLE awag_schema.species;
DROP TABLE awag_schema.source;
DROP TABLE awag_schema.sex;
DROP TABLE awag_schema.sequence;
DROP TABLE awag_schema.scale;
DROP TABLE awag_schema.parameter_score_factor_scored;
DROP TABLE awag_schema.parameter_score;
DROP TABLE awag_schema.parameter;
DROP TABLE awag_schema.factor_scored;
DROP TABLE awag_schema.factor;
DROP TABLE awag_schema.assessment_template_parameter_factor;
DROP TABLE awag_schema.assessment_template;
DROP TABLE awag_schema.assessment_score_parameter_score;
DROP TABLE awag_schema.assessment_score;
DROP TABLE awag_schema.assessment_reason;
DROP TABLE awag_schema.assessment;
DROP TABLE awag_schema.animal_housing;
DROP TABLE awag_schema.animal;
DROP TABLE awag_schema.activity_log;
DROP SCHEMA awag_schema;
--
-- Name: awag_schema; Type: SCHEMA; Schema: -; Owner: awag
--
CREATE SCHEMA awag_schema;
ALTER SCHEMA awag_schema OWNER TO awag;
--
-- Name: SCHEMA awag_schema; Type: COMMENT; Schema: -; Owner: awag
--
COMMENT ON SCHEMA awag_schema IS 'awag application schema';
SET search_path = awag_schema, pg_catalog;
SET default_tablespace = '';
SET default_with_oids = false;
--
-- Name: animal; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE animal (
mid bigint NOT NULL,
manimalnumber character varying(255) NOT NULL,
mdateofbirth character varying(255),
misalive boolean,
misassessed boolean,
massessmenttemplate_mid bigint,
mdam_mid bigint,
mfather_mid bigint,
msex_mid bigint,
msource_mid bigint,
mspecies_mid bigint,
misdeleted boolean DEFAULT false NOT NULL
);
ALTER TABLE awag_schema.animal OWNER TO awag;
--
-- Name: animal_housing; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE animal_housing (
mid bigint NOT NULL,
mname character varying(255) NOT NULL
);
ALTER TABLE awag_schema.animal_housing OWNER TO awag;
--
-- Name: assessment; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE assessment (
mid bigint NOT NULL,
mdate character varying(255),
miscomplete boolean,
manimal_mid bigint,
manimalhousing_mid bigint,
mperformedby_mid bigint,
mreason_mid bigint,
mscore_mid bigint,
mstudy_mid bigint
);
ALTER TABLE awag_schema.assessment OWNER TO awag;
--
-- Name: assessment_reason; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE assessment_reason (
mid bigint NOT NULL,
mname character varying(255) NOT NULL
);
ALTER TABLE awag_schema.assessment_reason OWNER TO awag;
--
-- Name: assessment_score; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE assessment_score (
mid bigint NOT NULL
);
ALTER TABLE awag_schema.assessment_score OWNER TO awag;
--
-- Name: assessment_score_parameter_score; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE assessment_score_parameter_score (
assessmentscore_mid bigint NOT NULL,
mparametersscored_mid bigint NOT NULL
);
ALTER TABLE awag_schema.assessment_score_parameter_score OWNER TO awag;
--
-- Name: assessment_template; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE assessment_template (
mid bigint NOT NULL,
mname character varying(255),
mscale_mid bigint
);
ALTER TABLE awag_schema.assessment_template OWNER TO awag;
--
-- Name: assessment_template_parameter_factor; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE assessment_template_parameter_factor (
assessment_template_id bigint NOT NULL,
parameter_id bigint NOT NULL,
factor_id bigint NOT NULL
);
ALTER TABLE awag_schema.assessment_template_parameter_factor OWNER TO awag;
--
-- Name: factor; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE factor (
mid bigint NOT NULL,
mname character varying(255)
);
ALTER TABLE awag_schema.factor OWNER TO awag;
--
-- Name: factor_scored; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE factor_scored (
mid bigint NOT NULL,
misignored boolean,
mscore integer,
mscoringfactor_mid bigint
);
ALTER TABLE awag_schema.factor_scored OWNER TO awag;
--
-- Name: parameter; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE parameter (
mid bigint NOT NULL,
mname character varying(255)
);
ALTER TABLE awag_schema.parameter OWNER TO awag;
--
-- Name: parameter_score; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE parameter_score (
mid bigint NOT NULL,
maveragescore double precision,
mcomment character varying(255),
mparameterscored_mid bigint
);
ALTER TABLE awag_schema.parameter_score OWNER TO awag;
--
-- Name: parameter_score_factor_scored; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE parameter_score_factor_scored (
parameterscore_mid bigint NOT NULL,
mscoringfactorsscored_mid bigint NOT NULL
);
ALTER TABLE awag_schema.parameter_score_factor_scored OWNER TO awag;
--
-- Name: scale; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE scale (
mid bigint NOT NULL,
mmax integer,
mmin integer,
mname character varying(255)
);
ALTER TABLE awag_schema.scale OWNER TO awag;
--
-- Name: sequence; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE sequence (
seq_name character varying(50) NOT NULL,
seq_count numeric(38,0)
);
ALTER TABLE awag_schema.sequence OWNER TO awag;
--
-- Name: sex; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE sex (
mid bigint NOT NULL,
mname character varying(255)
);
ALTER TABLE awag_schema.sex OWNER TO awag;
--
-- Name: source; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE source (
mid bigint NOT NULL,
mname character varying(255) NOT NULL
);
ALTER TABLE awag_schema.source OWNER TO awag;
--
-- Name: species; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE species (
mid bigint NOT NULL,
mname character varying(255) NOT NULL,
misdeleted boolean DEFAULT false NOT NULL
);
ALTER TABLE awag_schema.species OWNER TO awag;
--
-- Name: study; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE study (
mid bigint NOT NULL,
misopen boolean DEFAULT true,
mstudynumber character varying(255) NOT NULL
);
ALTER TABLE awag_schema.study OWNER TO awag;
--
-- Name: study_group; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE study_group (
mid bigint NOT NULL,
mstudygroupnumber character varying(255)
);
ALTER TABLE awag_schema.study_group OWNER TO awag;
--
-- Name: study_group_animal; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE study_group_animal (
studygroup_mid bigint NOT NULL,
manimals_mid bigint NOT NULL
);
ALTER TABLE awag_schema.study_group_animal OWNER TO awag;
--
-- Name: study_study_group; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE study_study_group (
study_mid bigint NOT NULL,
mgroups_mid bigint NOT NULL
);
ALTER TABLE awag_schema.study_study_group OWNER TO awag;
--
-- Name: users; Type: TABLE; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE TABLE users (
mid bigint NOT NULL,
mname character varying(255) NOT NULL
);
ALTER TABLE awag_schema.users OWNER TO awag;
CREATE TABLE awag_schema.activity_log
(
mid bigint NOT NULL,
maction character varying(255) NOT NULL,
mdatetime character varying(255) NOT NULL,
musername character varying(255) NOT NULL,
CONSTRAINT activity_log_pkey PRIMARY KEY (mid)
)
WITH (
OIDS=FALSE
);
ALTER TABLE awag_schema.activity_log OWNER TO awag;
--
-- Data for Name: animal; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY animal (mid, manimalnumber, mdateofbirth, misalive, misassessed, massessmenttemplate_mid, mdam_mid, mfather_mid, msex_mid, msource_mid, mspecies_mid, misdeleted) FROM stdin;
10001 Animal 2 2012-03-20T00:00:00.000Z t t 10000 \N \N 10001 10000 10000 f
10000 Animal 1 2010-02-10T00:00:00.000Z t t 10000 \N \N 10000 10000 10000 f
10002 Animal 3 2013-02-01T00:00:00.000Z t t 10000 10000 10001 10000 10000 10000 f
10003 Animal 4 2011-02-01T00:00:00.000Z t t 10002 10000 10001 10000 10000 10000 f
\.
--
-- Data for Name: animal_housing; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY animal_housing (mid, mname) FROM stdin;
10000 Housing 1
10001 Housing 2
10002 Housing 3
\.
--
-- Data for Name: assessment; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY assessment (mid, mdate, miscomplete, manimal_mid, manimalhousing_mid, mperformedby_mid, mreason_mid, mscore_mid, mstudy_mid) FROM stdin;
\.
--
-- Data for Name: assessment_reason; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY assessment_reason (mid, mname) FROM stdin;
10000 Reason 1
10001 Reason 2
10002 Reason 3
\.
--
-- Data for Name: assessment_score; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY assessment_score (mid) FROM stdin;
\.
--
-- Data for Name: assessment_score_parameter_score; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY assessment_score_parameter_score (assessmentscore_mid, mparametersscored_mid) FROM stdin;
\.
--
-- Data for Name: assessment_template; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY assessment_template (mid, mname, mscale_mid) FROM stdin;
10000 Template 1 10000
10001 Template 2 10000
10002 Template 3 10000
\.
--
-- Data for Name: assessment_template_parameter_factor; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY assessment_template_parameter_factor (assessment_template_id, parameter_id, factor_id) FROM stdin;
10000 10000 10000
10000 10000 10001
10000 10000 10002
10000 10000 10003
10002 10000 10000
10002 10000 10001
10002 10000 10002
10002 10000 10003
10002 10001 10000
10002 10001 10001
10002 10001 10002
10002 10001 10003
\.
--
-- Data for Name: factor; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY factor (mid, mname) FROM stdin;
10000 Factor 1
10001 Factor 2
10002 Factor 3
10003 Factor 4
\.
--
-- Data for Name: factor_scored; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY factor_scored (mid, misignored, mscore, mscoringfactor_mid) FROM stdin;
\.
--
-- Data for Name: parameter; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY parameter (mid, mname) FROM stdin;
10000 Parameter 1
10001 Parameter 2
10002 Parameter 3
\.
--
-- Data for Name: parameter_score; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY parameter_score (mid, maveragescore, mcomment, mparameterscored_mid) FROM stdin;
\.
--
-- Data for Name: parameter_score_factor_scored; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY parameter_score_factor_scored (parameterscore_mid, mscoringfactorsscored_mid) FROM stdin;
\.
--
-- Data for Name: scale; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY scale (mid, mmax, mmin, mname) FROM stdin;
10000 10 1 1 to 10
10001 5 1 1 to 5
10002 3 1 1 to 3
\.
--
-- Data for Name: sequence; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY sequence (seq_name, seq_count) FROM stdin;
SEQ_GEN 1
\.
--
-- Data for Name: sex; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY sex (mid, mname) FROM stdin;
10000 Female
10001 Male
\.
--
-- Data for Name: source; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY source (mid, mname) FROM stdin;
10000 Source 1
10001 Source 2
10002 Source 3
\.
--
-- Data for Name: species; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY species (mid, mname, misdeleted) FROM stdin;
10000 Species 1 f
10001 Species 2 f
10002 Species 3 f
\.
--
-- Data for Name: study; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY study (mid, misopen, mstudynumber) FROM stdin;
10000 t Study 1
10001 t Study 2
10002 t Study 3
\.
--
-- Data for Name: study_group; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY study_group (mid, mstudygroupnumber) FROM stdin;
10000 Study Group 1
10001 Study Group 2
10002 Study Group 3
\.
--
-- Data for Name: study_group_animal; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY study_group_animal (studygroup_mid, manimals_mid) FROM stdin;
10000 10000
10000 10001
\.
--
-- Data for Name: study_study_group; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY study_study_group (study_mid, mgroups_mid) FROM stdin;
10000 10000
\.
--
-- Data for Name: users; Type: TABLE DATA; Schema: awag_schema; Owner: awag
--
COPY users (mid, mname) FROM stdin;
10000 User 1
10001 User 2
10002 User 3
\.
--
-- Name: animal_housing_mname_key; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY animal_housing
ADD CONSTRAINT animal_housing_mname_key UNIQUE (mname);
--
-- Name: animal_housing_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY animal_housing
ADD CONSTRAINT animal_housing_pkey PRIMARY KEY (mid);
--
-- Name: animal_manimalnumber_key; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY animal
ADD CONSTRAINT animal_manimalnumber_key UNIQUE (manimalnumber);
--
-- Name: animal_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY animal
ADD CONSTRAINT animal_pkey PRIMARY KEY (mid);
--
-- Name: assessment_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY assessment
ADD CONSTRAINT assessment_pkey PRIMARY KEY (mid);
--
-- Name: assessment_reason_mname_key; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY assessment_reason
ADD CONSTRAINT assessment_reason_mname_key UNIQUE (mname);
--
-- Name: assessment_reason_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY assessment_reason
ADD CONSTRAINT assessment_reason_pkey PRIMARY KEY (mid);
--
-- Name: assessment_score_parameter_score_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY assessment_score_parameter_score
ADD CONSTRAINT assessment_score_parameter_score_pkey PRIMARY KEY (assessmentscore_mid, mparametersscored_mid);
--
-- Name: assessment_score_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY assessment_score
ADD CONSTRAINT assessment_score_pkey PRIMARY KEY (mid);
--
-- Name: assessment_template_parameter_factor_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY assessment_template_parameter_factor
ADD CONSTRAINT assessment_template_parameter_factor_pkey PRIMARY KEY (assessment_template_id, parameter_id, factor_id);
--
-- Name: assessment_template_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY assessment_template
ADD CONSTRAINT assessment_template_pkey PRIMARY KEY (mid);
--
-- Name: factor_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY factor
ADD CONSTRAINT factor_pkey PRIMARY KEY (mid);
--
-- Name: factor_scored_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY factor_scored
ADD CONSTRAINT factor_scored_pkey PRIMARY KEY (mid);
--
-- Name: parameter_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY parameter
ADD CONSTRAINT parameter_pkey PRIMARY KEY (mid);
--
-- Name: parameter_score_factor_scored_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY parameter_score_factor_scored
ADD CONSTRAINT parameter_score_factor_scored_pkey PRIMARY KEY (parameterscore_mid, mscoringfactorsscored_mid);
--
-- Name: parameter_score_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY parameter_score
ADD CONSTRAINT parameter_score_pkey PRIMARY KEY (mid);
--
-- Name: scale_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY scale
ADD CONSTRAINT scale_pkey PRIMARY KEY (mid);
--
-- Name: sequence_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY sequence
ADD CONSTRAINT sequence_pkey PRIMARY KEY (seq_name);
--
-- Name: sex_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY sex
ADD CONSTRAINT sex_pkey PRIMARY KEY (mid);
--
-- Name: source_mname_key; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY source
ADD CONSTRAINT source_mname_key UNIQUE (mname);
--
-- Name: source_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY source
ADD CONSTRAINT source_pkey PRIMARY KEY (mid);
--
-- Name: species_mname_key; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY species
ADD CONSTRAINT species_mname_key UNIQUE (mname);
--
-- Name: species_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY species
ADD CONSTRAINT species_pkey PRIMARY KEY (mid);
--
-- Name: study_group_animal_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY study_group_animal
ADD CONSTRAINT study_group_animal_pkey PRIMARY KEY (studygroup_mid, manimals_mid);
--
-- Name: study_group_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY study_group
ADD CONSTRAINT study_group_pkey PRIMARY KEY (mid);
--
-- Name: study_mstudynumber_key; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY study
ADD CONSTRAINT study_mstudynumber_key UNIQUE (mstudynumber);
--
-- Name: study_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY study
ADD CONSTRAINT study_pkey PRIMARY KEY (mid);
--
-- Name: study_study_group_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY study_study_group
ADD CONSTRAINT study_study_group_pkey PRIMARY KEY (study_mid, mgroups_mid);
--
-- Name: users_mname_key; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY users
ADD CONSTRAINT users_mname_key UNIQUE (mname);
--
-- Name: users_pkey; Type: CONSTRAINT; Schema: awag_schema; Owner: awag; Tablespace:
--
ALTER TABLE ONLY users
ADD CONSTRAINT users_pkey PRIMARY KEY (mid);
--
-- Name: animal_housing_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX animal_housing_lower_mname_unique ON animal_housing USING btree (lower((mname)::text));
--
-- Name: animal_lower_manimalnumber_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX animal_lower_manimalnumber_unique ON animal USING btree (lower((manimalnumber)::text));
--
-- Name: assessment_reason_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX assessment_reason_lower_mname_unique ON assessment_reason USING btree (lower((mname)::text));
--
-- Name: assessment_template_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX assessment_template_lower_mname_unique ON assessment_template USING btree (lower((mname)::text));
--
-- Name: factor_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX factor_lower_mname_unique ON factor USING btree (lower((mname)::text));
--
-- Name: housing_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX housing_lower_mname_unique ON animal_housing USING btree (lower((mname)::text));
--
-- Name: parameter_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX parameter_lower_mname_unique ON parameter USING btree (lower((mname)::text));
--
-- Name: reason_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX reason_lower_mname_unique ON assessment_reason USING btree (lower((mname)::text));
--
-- Name: scale_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX scale_lower_mname_unique ON scale USING btree (lower((mname)::text));
--
-- Name: source_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX source_lower_mname_unique ON source USING btree (lower((mname)::text));
--
-- Name: species_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX species_lower_mname_unique ON species USING btree (lower((mname)::text));
--
-- Name: study_group_lower_mstudygroupnumber_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX study_group_lower_mstudygroupnumber_unique ON study_group USING btree (lower((mstudygroupnumber)::text));
--
-- Name: study_lower_mstudynumber_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX study_lower_mstudynumber_unique ON study USING btree (lower((mstudynumber)::text));
--
-- Name: users_lower_mname_unique; Type: INDEX; Schema: awag_schema; Owner: awag; Tablespace:
--
CREATE UNIQUE INDEX users_lower_mname_unique ON users USING btree (lower((mname)::text));
--
-- Name: fk_animal_massessmenttemplate_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY animal
ADD CONSTRAINT fk_animal_massessmenttemplate_mid FOREIGN KEY (massessmenttemplate_mid) REFERENCES assessment_template(mid);
--
-- Name: fk_animal_mdam_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY animal
ADD CONSTRAINT fk_animal_mdam_mid FOREIGN KEY (mdam_mid) REFERENCES animal(mid);
--
-- Name: fk_animal_mfather_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY animal
ADD CONSTRAINT fk_animal_mfather_mid FOREIGN KEY (mfather_mid) REFERENCES animal(mid);
--
-- Name: fk_animal_msex_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY animal
ADD CONSTRAINT fk_animal_msex_mid FOREIGN KEY (msex_mid) REFERENCES sex(mid);
--
-- Name: fk_animal_msource_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY animal
ADD CONSTRAINT fk_animal_msource_mid FOREIGN KEY (msource_mid) REFERENCES source(mid);
--
-- Name: fk_animal_mspecies_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY animal
ADD CONSTRAINT fk_animal_mspecies_mid FOREIGN KEY (mspecies_mid) REFERENCES species(mid);
--
-- Name: fk_assessment_manimal_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment
ADD CONSTRAINT fk_assessment_manimal_mid FOREIGN KEY (manimal_mid) REFERENCES animal(mid);
--
-- Name: fk_assessment_manimalhousing_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment
ADD CONSTRAINT fk_assessment_manimalhousing_mid FOREIGN KEY (manimalhousing_mid) REFERENCES animal_housing(mid);
--
-- Name: fk_assessment_mperformedby_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment
ADD CONSTRAINT fk_assessment_mperformedby_mid FOREIGN KEY (mperformedby_mid) REFERENCES users(mid);
--
-- Name: fk_assessment_mreason_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment
ADD CONSTRAINT fk_assessment_mreason_mid FOREIGN KEY (mreason_mid) REFERENCES assessment_reason(mid);
--
-- Name: fk_assessment_mscore_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment
ADD CONSTRAINT fk_assessment_mscore_mid FOREIGN KEY (mscore_mid) REFERENCES assessment_score(mid);
--
-- Name: fk_assessment_mstudy_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment
ADD CONSTRAINT fk_assessment_mstudy_mid FOREIGN KEY (mstudy_mid) REFERENCES study(mid);
--
-- Name: fk_assessment_score_parameter_score_assessmentscore_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment_score_parameter_score
ADD CONSTRAINT fk_assessment_score_parameter_score_assessmentscore_mid FOREIGN KEY (assessmentscore_mid) REFERENCES assessment_score(mid);
--
-- Name: fk_assessment_score_parameter_score_mparametersscored_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment_score_parameter_score
ADD CONSTRAINT fk_assessment_score_parameter_score_mparametersscored_mid FOREIGN KEY (mparametersscored_mid) REFERENCES parameter_score(mid);
--
-- Name: fk_assessment_template_mscale_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment_template
ADD CONSTRAINT fk_assessment_template_mscale_mid FOREIGN KEY (mscale_mid) REFERENCES scale(mid);
--
-- Name: fk_assessment_template_parameter_factor_assessment_template_id; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment_template_parameter_factor
ADD CONSTRAINT fk_assessment_template_parameter_factor_assessment_template_id FOREIGN KEY (assessment_template_id) REFERENCES assessment_template(mid);
--
-- Name: fk_assessment_template_parameter_factor_factor_id; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment_template_parameter_factor
ADD CONSTRAINT fk_assessment_template_parameter_factor_factor_id FOREIGN KEY (factor_id) REFERENCES factor(mid);
--
-- Name: fk_assessment_template_parameter_factor_parameter_id; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY assessment_template_parameter_factor
ADD CONSTRAINT fk_assessment_template_parameter_factor_parameter_id FOREIGN KEY (parameter_id) REFERENCES parameter(mid);
--
-- Name: fk_factor_scored_mscoringfactor_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY factor_scored
ADD CONSTRAINT fk_factor_scored_mscoringfactor_mid FOREIGN KEY (mscoringfactor_mid) REFERENCES factor(mid);
--
-- Name: fk_parameter_score_factor_scored_parameterscore_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY parameter_score_factor_scored
ADD CONSTRAINT fk_parameter_score_factor_scored_parameterscore_mid FOREIGN KEY (parameterscore_mid) REFERENCES parameter_score(mid);
--
-- Name: fk_parameter_score_mparameterscored_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY parameter_score
ADD CONSTRAINT fk_parameter_score_mparameterscored_mid FOREIGN KEY (mparameterscored_mid) REFERENCES parameter(mid);
--
-- Name: fk_study_group_animal_manimals_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY study_group_animal
ADD CONSTRAINT fk_study_group_animal_manimals_mid FOREIGN KEY (manimals_mid) REFERENCES animal(mid);
--
-- Name: fk_study_group_animal_studygroup_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY study_group_animal
ADD CONSTRAINT fk_study_group_animal_studygroup_mid FOREIGN KEY (studygroup_mid) REFERENCES study_group(mid);
--
-- Name: fk_study_study_group_mgroups_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY study_study_group
ADD CONSTRAINT fk_study_study_group_mgroups_mid FOREIGN KEY (mgroups_mid) REFERENCES study_group(mid);
--
-- Name: fk_study_study_group_study_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY study_study_group
ADD CONSTRAINT fk_study_study_group_study_mid FOREIGN KEY (study_mid) REFERENCES study(mid);
--
-- Name: parameter_score_factor_scored_mscoringfactorsscored_mid; Type: FK CONSTRAINT; Schema: awag_schema; Owner: awag
--
ALTER TABLE ONLY parameter_score_factor_scored
ADD CONSTRAINT parameter_score_factor_scored_mscoringfactorsscored_mid FOREIGN KEY (mscoringfactorsscored_mid) REFERENCES factor_scored(mid);
--
-- Name: awag_schema; Type: ACL; Schema: -; Owner: awag
--
REVOKE ALL ON SCHEMA awag_schema FROM PUBLIC;
REVOKE ALL ON SCHEMA awag_schema FROM awag;
GRANT ALL ON SCHEMA awag_schema TO awag;
--
-- PostgreSQL database dump complete
--
|
-- main views
use ccgitranscripts;
CREATE OR REPLACE VIEW area_z_out_dist AS
WITH ENR
AS
(
select
c.District as Enrolled_District
, c.School as Enrolled_School
, s.CA_STATE_STUDENT_ID
from student s
join cds_codes c on c.CDSCode = s.cds_code
)
,
CG_ENR
AS
(
select
c.District as CourseTaken_District
, c.School as CourseTaken_School
, cg.LOCAL_COURSE_ID
, cg.LOCAL_COURSE_NAME_1 as 'Course_Name'
, cg.Subject_Area
, cg.CA_STATE_STUDENT_ID
from course_grades cg
join cds_codes c on c.cdscode = cg.cds_code
where cg.SUBJECT_AREA like '%z%'
)
select
e.Enrolled_District
, e.Enrolled_School
, cg.CourseTaken_District
, cg.CourseTaken_School
, cg.LOCAL_COURSE_ID
, cg.Course_Name
, count(distinct cg.CA_STATE_STUDENT_ID) as '# of Enrolled Students'
from ENR e
join CG_ENR cg on cg.CA_STATE_STUDENT_ID = e.CA_STATE_STUDENT_ID
WHERE e.Enrolled_District != cg.CourseTaken_District
group by cg.CourseTaken_District, cg.CourseTaken_School, cg.LOCAL_COURSE_ID
order by e.Enrolled_District, '# of Enrolled Students' desc, cg.Course_Name;
use ccgi_staging;
CREATE OR REPLACE VIEW area_z_out_dist AS
WITH ENR
AS
(
select
c.District as Enrolled_District
, c.School as Enrolled_School
, s.CA_STATE_STUDENT_ID
from student s
join cds_codes c on c.CDSCode = s.cds_code
)
,
CG_ENR
AS
(
select
c.District as CourseTaken_District
, c.School as CourseTaken_School
, cg.LOCAL_COURSE_ID
, cg.LOCAL_COURSE_NAME_1 as 'Course_Name'
, cg.Subject_Area
, cg.CA_STATE_STUDENT_ID
from course_grades cg
join cds_codes c on c.cdscode = cg.cds_code
where cg.SUBJECT_AREA like '%z%'
)
select
e.Enrolled_District
, e.Enrolled_School
, cg.CourseTaken_District
, cg.CourseTaken_School
, cg.LOCAL_COURSE_ID
, cg.Course_Name
, count(distinct cg.CA_STATE_STUDENT_ID) as '# of Enrolled Students'
from ENR e
join CG_ENR cg on cg.CA_STATE_STUDENT_ID = e.CA_STATE_STUDENT_ID
WHERE e.Enrolled_District != cg.CourseTaken_District
group by cg.CourseTaken_District, cg.CourseTaken_School, cg.LOCAL_COURSE_ID
order by e.Enrolled_District, '# of Enrolled Students' desc, cg.Course_Name;
-- archive views
use ccgitranscripts;
CREATE OR REPLACE VIEW area_z_out_dist_archive AS
WITH ENR
AS
(
select
c.District as Enrolled_District
, c.School as Enrolled_School
, s.CA_STATE_STUDENT_ID
from archive_student s
join cds_codes c on c.CDSCode = s.cds_code
)
,
CG_ENR
AS
(
select
c.District as CourseTaken_District
, c.School as CourseTaken_School
, cg.LOCAL_COURSE_ID
, cg.LOCAL_COURSE_NAME_1 as 'Course_Name'
, cg.Subject_Area
, cg.CA_STATE_STUDENT_ID
from archive_course_grades cg
join cds_codes c on c.cdscode = cg.cds_code
where cg.SUBJECT_AREA like '%z%'
)
select
e.Enrolled_District
, e.Enrolled_School
, cg.CourseTaken_District
, cg.CourseTaken_School
, cg.LOCAL_COURSE_ID
, cg.Course_Name
, count(distinct cg.CA_STATE_STUDENT_ID) as '# of Enrolled Students'
from ENR e
join CG_ENR cg on cg.CA_STATE_STUDENT_ID = e.CA_STATE_STUDENT_ID
WHERE e.Enrolled_District != cg.CourseTaken_District
group by cg.CourseTaken_District, cg.CourseTaken_School, cg.LOCAL_COURSE_ID
order by e.Enrolled_District, '# of Enrolled Students' desc, cg.Course_Name;
use ccgi_staging;
CREATE OR REPLACE VIEW area_z_out_dist_archive AS
WITH ENR
AS
(
select
c.District as Enrolled_District
, c.School as Enrolled_School
, s.CA_STATE_STUDENT_ID
from archive_student s
join cds_codes c on c.CDSCode = s.cds_code
)
,
CG_ENR
AS
(
select
c.District as CourseTaken_District
, c.School as CourseTaken_School
, cg.LOCAL_COURSE_ID
, cg.LOCAL_COURSE_NAME_1 as 'Course_Name'
, cg.Subject_Area
, cg.CA_STATE_STUDENT_ID
from archive_course_grades cg
join cds_codes c on c.cdscode = cg.cds_code
where cg.SUBJECT_AREA like '%z%'
)
select
e.Enrolled_District
, e.Enrolled_School
, cg.CourseTaken_District
, cg.CourseTaken_School
, cg.LOCAL_COURSE_ID
, cg.Course_Name
, count(distinct cg.CA_STATE_STUDENT_ID) as '# of Enrolled Students'
from ENR e
join CG_ENR cg on cg.CA_STATE_STUDENT_ID = e.CA_STATE_STUDENT_ID
WHERE e.Enrolled_District != cg.CourseTaken_District
group by cg.CourseTaken_District, cg.CourseTaken_School, cg.LOCAL_COURSE_ID
order by e.Enrolled_District, '# of Enrolled Students' desc, cg.Course_Name; |
/*
Author : Ibrahim Saad
date : 12/3/2019
about : relational algebra queries
*/
/*
It's a simple database has just 4 tables in pizza.sqlite
*/
/*
Q1 : Find all pizzas eaten by at least one female over the age of 20.
*/
validPizzas :- \project_{pizza} \select_{gender = 'female' and age > 20} (Eats \join Person);
/*
Q2 : Find the names of all females who eat at least one pizza served by Straw Hat. (Note: The pizza need not be eaten at Straw Hat.)
*/
T1 :- \project_{name, pizza} \select_{gender = 'female' } (Eats \join Person);
T2 :- \project_{name} \select_{pizzeria = 'Straw Hat'} (T1 \join Serves);
/*
Q3 : Find all pizzerias that serve at least one pizza for less than $10 that either Amy or Fay (or both) eat.
*/
T1 :- \project_{pizzeria} \select_{price < 10 and (name = 'Fay' or name = 'Amy')} (Eats \join Serves)
/*
Q4 : Find all pizzerias that serve at least one pizza for less than $10 that both Amy and Fay eat.
*/
T1 :- (\project_{pizza} \select_{name = 'Fay'} Eats ) \intersect (\project_{pizza} \select_{name = 'Amy'} Eats);
T2 :- \project_{pizzeria} \select_{price < 10} (Serves \join T1);
/*
Q5: Find the names of all people who eat at least one pizza served by Dominos but who do not frequent Dominos.
*/
T1 :- \select_{pizzeria = 'Dominos'} (Eats \join Serves);
T2 :- \project_{name} \select_{pizzeria = 'Dominos'} Frequents;
R :- \project_{name} T1 \diff T2;
/*
Q6 : Find all pizzas that are eaten only by people younger than 24, or that cost less than $10 everywhere they're served.
*/
olderPeoplePizza :- \project_{pizza} \select_{age >= 24} (Eats \join Person);
youngerPeoplePizza :- \project_{pizza} \select_{age < 24} (Eats \join Person);
validPizza_people :- youngerPeoplePizza \diff olderPeoplePizza;
pizza_less10 :- \project_{pizza} \select_{price < 10} Serves;
pizza_greater10 :- \project_{pizza} \select_{price > 10} Serves;
valid_pizza_pizzera :- pizza_less10 \diff pizza_greater10;
valid_pizza :- valid_pizza_pizzera \union validPizza_people;
/*
Q7 : Find the age of the oldest person (or people) who eat mushroom pizza.
*/
mushroomEaters :- \project_{name, age} \rename_{name, pizza, age, gender}\select_{pizza = 'mushroom'} (Eats \join Person);
joinedTable :- \project_{T1_name, T1_age} (\rename_{T1_name, T1_age} mushroomEaters \join_{T1_age < T2_age} \rename_{T2_name, T2_age} mushroomEaters);
oldestAge :- \project_{age} (mushroomEaters \diff joinedTable);
/*
Q8 : Find all pizzerias that serve only pizzas eaten by people over 30.
*/
T1 :- \project_{pizza} \select_{age > 30} (Eats \join Person);
T2 :- Serves \join T1;
T3 :- Serves \diff T2;
R :- \project_{pizzeria} T2 \diff \project_{pizzeria} T3;
/*
Q9 : Find all pizzerias that serve every pizza eaten by people over 30.
*/
T1 :- \project_{pizza} \select_{age > 30} (Eats \join Person);
T2 :- \project_{pizzeria}(Serves);
T3 :- T2 \cross T1;
T4 :- \project_{pizzeria,pizza}(Serves);
T5 :- \project_{pizzeria} (T3 \diff T4);
R :- T2 \diff T5 ;
|
/*
Vistas de los Profesionales
--*/
CREATE VIEW vw_expedientesPersonales(
profesional_id
) AS
SELECT FROM expedientes
WHERE profesional_id = profesional_id;
|
/****** Object: StoredProcedure [dbo].[prc_CWI_GetLookup] Script Date: 4/25/2013 2:44:14 PM ******/
IF EXISTS (SELECT * FROM sys.objects WHERE type = 'P' AND name = 'prc_CWI_GetLookup')
DROP PROCEDURE [dbo].[prc_CWI_GetLookup]
GO
/****** Object: StoredProcedure [dbo].[prc_CWI_GetLookup] Script Date: 4/25/2013 2:44:14 PM ******/
SET ANSI_NULLS ON
GO
SET QUOTED_IDENTIFIER ON
GO
/*******************************************************************
* PROCEDURE: prc_CWI_GetLookup
* Purpose : This PROC would be called TO get all the lookup values based on LookupTypeId
For ex: For LookupTypeId 3, proc will return all Classifications (Newspaper, Magazine etc)
* Invoked from : Multiple Pages
* CREATED: Vijesh Mahi
* MODIFICATION HISTORY
* DATE AUTHOR DESCRIPTION
**********************************************************************
Execution example :
**********************************************************************
exec prc_CWI_GetLookup @inLookupTypeId = 3
**********************************************************************/
CREATE PROCEDURE [dbo].[prc_CWI_GetLookup]
@inLookupTypeId int
AS
BEGIN
BEGIN TRY
SELECT Id,[LookupName] FROM [dbo].[Lookup]
WHERE [LookupTypeId]=@inLookupTypeId
AND [IsActive]=1
ORDER BY SortOrder,LookupName
RETURN
END TRY
BEGIN CATCH
EXEC prc_CWI_AppRaiseError;
THROW;
END CATCH
END
GO
|
-- 608. 树节点
-- 给定一个表 tree，id 是树节点的编号， p_id 是它父节点的 id 。
--
-- +----+------+
-- | id | p_id |
-- +----+------+
-- | 1 | null |
-- | 2 | 1 |
-- | 3 | 1 |
-- | 4 | 2 |
-- | 5 | 2 |
-- +----+------+
-- 树中每个节点属于以下三种类型之一：
--
-- 叶子：如果这个节点没有任何孩子节点。
-- 根：如果这个节点是整棵树的根，即没有父节点。
-- 内部节点：如果这个节点既不是叶子节点也不是根节点。
--
--
-- 写一个查询语句，输出所有节点的编号和节点的类型，并将结果按照节点编号排序。上面样例的结果为：
--
--
--
-- +----+------+
-- | id | Type |
-- +----+------+
-- | 1 | Root |
-- | 2 | Inner|
-- | 3 | Leaf |
-- | 4 | Leaf |
-- | 5 | Leaf |
-- +----+------+
--
--
-- 解释
--
-- 节点 '1' 是根节点，因为它的父节点是 NULL ，同时它有孩子节点 '2' 和 '3' 。
-- 节点 '2' 是内部节点，因为它有父节点 '1' ，也有孩子节点 '4' 和 '5' 。
-- 节点 '3', '4' 和 '5' 都是叶子节点，因为它们都有父节点同时没有孩子节点。
-- 样例中树的形态如下：
--
--
-- 1
-- / \
-- 2 3
-- / \
-- 4 5
--
--
-- 注意
--
-- 如果树中只有一个节点，你只需要输出它的根属性。
--
-- 来源：力扣（LeetCode）
-- 链接：https://leetcode-cn.com/problems/tree-node
-- 著作权归领扣网络所有。商业转载请联系官方授权，非商业转载请注明出处。
select id,
(case
when p_id is null then 'Root'
when id in(select p_id from tree) then 'Inner'
else 'Leaf'
end) as Type
from tree; |
-- TODO: c_since ON UPDATE CURRENT_TIMESTAMP,
DROP TABLE if exists dim;
CREATE TABLE dim (
d_id int NOT NULL,
d_value int NOT NULL,
PRIMARY KEY (d_id)
);
CREATE INDEX IDX_DIM_ID ON dim (d_id);
DROP TABLE if exists fact;
CREATE TABLE fact (
f_id int NOT NULL,
f_d_id int NOT NULL,
PRIMARY KEY (f_id)
);
CREATE INDEX IDX_FACT_ID ON fact (f_d_id);
|
CREATE procedure sp_acc_get_Vendor_CreditNote(@DocumentID int)
as
select Vendors.VendorID, Vendors.Vendor_Name, NoteValue, DocumentDate, Memo,
DocumentID, DocRef,
case
When Status & 64 <> 0 Then dbo.LookupDictionaryItem('Cancelled',Default)
When Memo <> N'' and status is null and isnull(RefDocid,0) = 0 Then LTrim(Rtrim(Memo))
when isnull(status & 128,0 ) = 128 and isnull(RefDocid,0) <> 0 then dbo.LookupDictionaryItem('Amended',Default)
when isnull(status & 128,0 ) = 128 and Balance = 0 then dbo.LookupDictionaryItem('Amended',Default)
when isnull(status & 128,0 ) = 0 and isnull(RefDocid,0) <> 0 then dbo.LookupDictionaryItem('Amendment',Default)
Else ''
end, Cancel_Memo,
'Account'= dbo.getaccountname(isnull(CreditNote.AccountID,0))
from CreditNote, Vendors
where CreditID = @DocumentID and
Vendors.VendorID = CreditNote.VendorID
|
INSERT INTO projects (title, category, funding_goal, start_date, end_date)
VALUES ("Laptop Bag", "Fashion", 10000, 2018-10-01, 2019-02-10), ("T-shirt", "Fashion", 4000, 2013-07-15, 2015-30-09),
("Flatiron School", "Tech", 10000, 2019-03-18, 2019-07-15), ("Trip to Japan", "Travel", 4000, 2019-09-01, 2019-09-11),
("Rent apartment", "Rent", 24000, 2019-05-01, 2025-01-01), ("Food BLog", "Blog", 1000, 2020-04-01, 2020-01-12),
("Lear French", "Education", 2000, 2019-10-01, 2020-10-01), ("Learn Japanese", "Education", 2000, 2019-10-01, 2020-10-01),
("Finsih Zelda", "Gaming", 50, 2019-10-01, 2019-12-20), ("Shaolin Temple", "Sports", 1000, 2019-08-01, 2025-12-30);
INSERT INTO users (name, age)
VALUES ("Dunia", 29), ("Shushu", 24), ("Katie", 29), ("Meru", 29), ("Meena", 29), ("Alex", 25), ("Veronika", 24), ("Tziho", 27),
("Lena", 28), ("Mona", 26), ("Raneem", 27), ("Karam", 26), ("Lynda", 26), ("Madi", 27), ("Yassin", 25), ("Pasquale", 29),
("Dania", 29), ("Zuzu", 26), ("Dalia", 32), ("Samara", 35);
INSERT INTO pledges (amount, user_id, project_id)
VALUES (5000, 20, 1), (1000, 19, 2), (500, 18, 3), (500, 17, 4), (100, 16, 5), (450, 16, 6), (1000, 15, 6), (700, 14, 7), (150, 13, 8),
(3000, 12, 9), (200, 11, 10), (750, 10, 1), (800, 9, 2), (1500, 8, 3), (500, 7, 4), (2000, 6, 5), (1000, 5, 6), (450, 4, 7),
(700, 3, 8), (2000, 2, 9), (150, 1, 10), (300, 5, 5), (300, 7 ,8), (450, 16, 5), (800, 18, 4), (980, 12, 10), (600, 18, 4),
(200, 10, 2), (500, 8, 2), (150, 6, 8);
|
CREATE TABLE hash_check_test (
id integer
);
|
--SQL SELF SUFFICENCY EXAM
--1
--Write a query that allows you to inspect the
--schema of the naep table.
SELECT column_name, data_type
FROM information_schema.columns
WHERE table_name = 'naep';
--2
--Write a query that returns the first 50 records
--of the naep table.
SELECT *
FROM naep
LIMIT 50;
--3
--Write a query that returns summary statistics for
--avg_math_4_score by state. Make sure to sort the
--results alphabetically by state name.
SELECT
state,
COUNT(*) AS number_of_scores,
MIN(avg_math_4_score) AS minimum_score,
MAX(avg_math_4_score) AS maximum_score,
ROUND(AVG(avg_math_4_score),2) AS state_avg_for_math_4_score, state
FROM naep
GROUP BY state
ORDER BY state;
--4
--Write a query that alters the previous query so
--that it returns only the summary statistics for
--avg_math_4_score by state with differences in max
--and min values that are greater than 30.
SELECT
state,
COUNT(*) AS number_of_scores,
MIN(avg_math_4_score) AS minimum_score,
MAX(avg_math_4_score) AS maximum_score,
MAX(avg_math_4_score)-MIN(avg_math_4_score) AS largest_difference,
ROUND(AVG(avg_math_4_score),2) AS state_avg_for_math_4_score
FROM naep
GROUP BY state
HAVING MAX(avg_math_4_score)-MIN(avg_math_4_score) > 30
ORDER BY state;
--5
--Write a query that returns a field called bottom_10_states
--that lists the states in the bottom 10 for avg_math_4_score in
--the year 2000
SELECT
state,
ROUND(avg_math_4_score,2) AS bottom_10_states
FROM naep
WHERE year = 2000
ORDER BY bottom_10_states
LIMIT 10;
--6
--Write a query that calculates the average avg_math_4_score
--rounded to the nearest 2 decimal places over all states in the
--year 2000
SELECT ROUND(AVG(avg_math_4_score),2) AS avg_math_4_score_for_2000
FROM naep
WHERE year = 2000
--7
--Write a query that returns a field called
--below_average_states_y2000 that lists all states with an
--avg_math_4_score less than the average over all states in the
--year 2000
WITH average_score_2000 AS
(SELECT ROUND(AVG(avg_math_4_score),2) AS avg_math_4_score_for_2000
FROM naep
WHERE year = 2000--limits calculated average for year 2000
)
--returns average score for all states in 2000
SELECT
n.state AS below_average_states_y2000,
n.avg_math_4_score AS avg_y2000_score
FROM naep AS n, average_score_2000 AS a
WHERE year = 2000 --limits query to states for year 2000
AND n.avg_math_4_score IS NOT NULL --removes states with null scores
AND n.avg_math_4_score < a.avg_math_4_score_for_2000 --limits to states above y2000 average
GROUP BY n.state, n.avg_math_4_score
ORDER BY n.avg_math_4_score;
--CTE to list states with y2000 scores below average for y2000
--I know, I could have just written a subquery in WHERE section...
--8
--Write a query that returns a field called scores_missing_y2000
--that lists any states with missing values in the
--avg_math_4_score column of the naep data table for the year
--2000.
SELECT state AS scores_missing_y2000
FROM naep
WHERE avg_math_4_score IS NULL
AND year = 2000;
--9
--Write a query that returns for the year 2000 the state,
--avg_math_4_score, and total_expenditure from the naep table
--left outer joined with the finance table, using id as the key
--and ordered by total_expenditure greatest to least. Be sure to
--round avg_math_4_score to the nearest 2 decimal places, and
--then filter out NULL avg_math_4_scores in order to see any
--correlation more clearly
SELECT
n.state,
ROUND(n.avg_math_4_score, 2) AS avg_y2000_score,
f.total_expenditure AS total_expenditure_y2000
FROM naep AS n LEFT OUTER JOIN finance AS f
ON n.id = f.id
WHERE n.avg_math_4_score IS NOT NULL
AND n.year = 2000
ORDER BY f.total_expenditure DESC;
--I am not seeing a correlation. However, expense seems
--to correlate with the state population. Therefore, it
--might seem interesting to correlate scores against
--expense per enrolled student
|
Insert into Brands values(1,'Mercedes');
Insert into Brands values(2,'BMW');
Insert into Brands values(3,'Audi');
Insert into Brands values(4,'Chevrolet');
Insert into Brands values(5,'Ford');
Insert into Brands values(6,'Volkswagen');
Insert into Colors values(1,'Black');
Insert into Colors values(2,'White');
Insert into Colors values(3,'Gray');
Insert into Colors values(4,'Red');
Insert into Colors values(5,'Blue');
Insert into Models values(1,6,'Passat');
Insert into Models values(2,6,'Caddy');
Insert into Models values(3,1,'A-Class');
Insert into Models values(4,1,'Metris');
Insert into Models values(5,2,'230');
Insert into Models values(6,2,'M340');
Insert into Models values(7,4,'Camaro');
Insert into Models values(8,4,'Trailblazer');
Insert into Models values(9,5,'Fusion');
Insert into Models values(10,2,'X7');
|
-- queries made for PreparedStatement
-- retrieving user data from qs_user - with id found in login_data
SELECT qs_user.id, first_name, last_name, email, class_.name AS class, user_type.user_type_name AS user_type, user_status.user_status_name AS status
FROM qs_user
INNER JOIN login_data ON qs_user.id = login_data.id
INNER JOIN class_ ON qs_user.class_id = class_.class_id
INNER JOIN user_type ON qs_user.user_type = user_type.user_type_id
INNER JOIN user_status ON qs_user.status = user_status.user_status_id
WHERE login=? AND password=?
-- inserting new user into login_data (values: id, login, password)
INSERT INTO login_data VALUES (?, ?, ?)
--
|
create or replace function wxhf_find_why_SP60101_arc(ip_wo_nbr number)return varchar2
is
lv_ret varchar2(1000);
lv_rela_wo_nbr number;
lv_so_nbr varchar2(12);
begin
select rela_wo_nbr,so_nbr into lv_rela_wo_nbr,lv_so_nbr from wo_arc where wo_nbr=ip_wo_nbr;
if lv_rela_wo_nbr > 0 then
select (
select b.name from wo_arc a, fail_reason b
where a.wo_nbr = lv_rela_wo_nbr and rownum =1
and b.sts='A'and a.fail_reason_id=b.fail_reason_id)
into lv_ret
from dual;
if lv_ret is not null then
return lv_ret;
end if;
end if;
select (
select b.name from so_arc a, fail_reason b
where a.so_nbr = lv_so_nbr and a.sts='A' and rownum =1
and b.sts='A'and a.fail_reason_id=b.fail_reason_id)
into lv_ret
from dual;
return lv_ret;
exception when others then
return null;
end;
/
|
-- upgrade --
ALTER TABLE "UserAccounts_user" ALTER COLUMN "user_uuid" DROP DEFAULT;
CREATE TABLE IF NOT EXISTS "handbook_commonhardness" (
"id" SERIAL NOT NULL PRIMARY KEY,
"ch_type" VARCHAR(100) NOT NULL,
"ch_slug" VARCHAR(100) NOT NULL,
"ch_desc" TEXT
);
COMMENT ON COLUMN "handbook_commonhardness"."ch_type" IS 'Hardness';
COMMENT ON COLUMN "handbook_commonhardness"."ch_slug" IS 'Slug';
COMMENT ON COLUMN "handbook_commonhardness"."ch_desc" IS 'Description';
COMMENT ON TABLE "handbook_commonhardness" IS 'Human readable hardness';;
CREATE TABLE IF NOT EXISTS "handbook_hardnessscales" (
"id" SERIAL NOT NULL PRIMARY KEY,
"hs_type" VARCHAR(100) NOT NULL,
"hs_slug" VARCHAR(100) NOT NULL,
"hs_desc" TEXT,
"hs_min" INT NOT NULL DEFAULT 0,
"hs_max" INT NOT NULL DEFAULT 100,
"hs_units" VARCHAR(15) NOT NULL
);
COMMENT ON COLUMN "handbook_hardnessscales"."hs_type" IS 'Hardness scale';
COMMENT ON COLUMN "handbook_hardnessscales"."hs_slug" IS 'Slug';
COMMENT ON COLUMN "handbook_hardnessscales"."hs_desc" IS 'Description';
COMMENT ON COLUMN "handbook_hardnessscales"."hs_min" IS 'Minimal value';
COMMENT ON COLUMN "handbook_hardnessscales"."hs_max" IS 'Maximum value';
COMMENT ON COLUMN "handbook_hardnessscales"."hs_units" IS 'Measurement unit';
COMMENT ON TABLE "handbook_hardnessscales" IS 'Hardness scales of materials';;
-- downgrade --
ALTER TABLE "UserAccounts_user" ALTER COLUMN "user_uuid" DROP DEFAULT;
DROP TABLE IF EXISTS "handbook_commonhardness";
DROP TABLE IF EXISTS "handbook_hardnessscales";
|
drop database if exists practica3;
CREATE DATABASE IF NOT EXISTS Practica3;
USE Practica3;
#ALTER USER 'root'@'localhost' IDENTIFIED WITH mysql_native_password BY '1234';
CREATE TABLE IF NOT EXISTS Usuario(
id_usuario int auto_increment not null,
nombre varchar(250) not null,
password_ varchar(250) not null,
primary key(id_usuario),
ultima_conexion datetime default CURRENT_TIMESTAMP()
);
CREATE TABLE IF NOT EXISTS Mensaje(
id_mensaje int auto_increment not null,
contenido varchar(500),
estado_eliminado bool default false,
id_remitente int not null,
id_destinatario int not null,
primary key(id_mensaje),
fecha_envio datetime default now(),
foreign key(id_remitente) references usuario(id_usuario),
foreign key(id_destinatario) references usuario(id_usuario)
);
INSERT INTO Usuario(nombre, password_) VALUES ('Albita',':3');
INSERT INTO Usuario(nombre, password_) VALUES ('Patito1',':3');
INSERT INTO Usuario(nombre, password_) VALUES ('Patito2',':3');
INSERT INTO Usuario(nombre, password_) VALUES ('Patito3',':3');
INSERT INTO mensaje(contenido, id_remitente, id_destinatario) VALUES ('Hola!',2,1);
DO SLEEP(2);
INSERT INTO mensaje(contenido, id_remitente, id_destinatario) VALUES ('holiii c:',1,2);
DO SLEEP(2);
INSERT INTO mensaje(contenido, id_remitente, id_destinatario) VALUES ('Tengo un error :(',2,1);
DO SLEEP(2);
INSERT INTO mensaje(contenido, id_remitente, id_destinatario) VALUES ('</3',1,2);
DO SLEEP(2);
INSERT INTO mensaje(contenido, id_remitente, id_destinatario) VALUES('Donde vas a calificar?',3,1);
DO SLEEP(2);
INSERT INTO mensaje(contenido, id_remitente, id_destinatario) VALUES('No entregaste :(',1,4);
# Todos los mensajes de todas las conversaciones de un usuario.
SELECT mensaje.contenido, rem.nombre as remitente, dest.nombre as destinatario, mensaje.fecha_envio
from mensaje, usuario as rem, usuario as dest
where rem.id_usuario = id_remitente and dest.id_usuario = id_destinatario and (mensaje.id_remitente = 4 or mensaje.id_destinatario = 4)
ORDER BY fecha_envio asc;
# Todos los mensajes entre dos usuarios
SELECT mensaje.contenido, rem.nombre as remitente, dest.nombre as destinatario, mensaje.fecha_envio
from mensaje, usuario as rem, usuario as dest
where rem.id_usuario = id_remitente and dest.id_usuario = id_destinatario
and ((mensaje.id_remitente = 1 and mensaje.id_destinatario = 2) or ((mensaje.id_remitente = 2 and mensaje.id_destinatario = 1)))
ORDER BY fecha_envio asc;
#Todas los usuarios con los que el usuario 1 tiene una conversacion.
SELECT contacto.nombre
from mensaje, usuario as contacto
where (mensaje.id_destinatario = contacto.id_usuario and mensaje.id_remitente = 1) or
(mensaje.id_destinatario = 1 and mensaje.id_remitente = contacto.id_usuario)
GROUP BY contacto.nombre;
|
SELECT TOP 10 ProjectID, [Name], [Description], StartDate, EndDate
FROM Projects
ORDER BY
StartDate ASC,
[Name] |
BEGIN TRANSACTION;
CREATE TABLE IF NOT EXISTS "files_meta" (
"id" INTEGER PRIMARY KEY AUTOINCREMENT UNIQUE,
"fid" INTEGER,
"video_codec" TEXT NOT NULL,
"video_res_x" INTEGER NOT NULL,
"video_res_y" INTEGER NOT NULL,
"video_framerate" NUMERIC NOT NULL,
"video_bitrate" INTEGER NOT NULL,
"audio_codec" TEXT NOT NULL,
"audio_samplerate" INTEGER NOT NULL,
"audio_bitrate" INTEGER NOT NULL,
"audio_channels" NUMERIC NOT NULL,
"playtime" INTEGER NOT NULL,
"bitrate" INTEGER NOT NULL,
"muxing_app" TEXT NOT NULL,
"writing_app" TEXT NOT NULL,
"encoder" TEXT NOT NULL,
"created" TEXT NOT NULL,
"added" INTEGER NOT NULL
);
CREATE TABLE IF NOT EXISTS "file_status" (
"id" INTEGER PRIMARY KEY AUTOINCREMENT UNIQUE,
"sid" INTEGER NOT NULL UNIQUE,
"status" TEXT
);
CREATE TABLE IF NOT EXISTS "menus" (
"id" INTEGER PRIMARY KEY AUTOINCREMENT UNIQUE,
"name" TEXT NOT NULL,
"placeholder" TEXT
);
CREATE TABLE IF NOT EXISTS "settings" (
"id" INTEGER PRIMARY KEY AUTOINCREMENT UNIQUE,
"sid" INTEGER NOT NULL,
"name" TEXT NOT NULL UNIQUE,
"val1" TEXT,
"val2" TEXT,
"type" TEXT NOT NULL,
"label" TEXT NOT NULL,
"placeholder" TEXT
);
CREATE TABLE IF NOT EXISTS "files_history" (
"id" INTEGER PRIMARY KEY AUTOINCREMENT UNIQUE,
"fid" INTEGER,
"status" INTEGER,
"msg" TEXT NOT NULL,
"added" TEXT NOT NULL
);
CREATE TABLE IF NOT EXISTS "files" (
"id" INTEGER PRIMARY KEY AUTOINCREMENT UNIQUE,
"commit_id" NUMERIC NOT NULL,
"file_path" TEXT NOT NULL,
"file_name" TEXT NOT NULL,
"file_dev" NUMERIC NOT NULL,
"file_inode" NUMERIC NOT NULL UNIQUE,
"file_codec" TEXT,
"file_progress" INTEGER NOT NULL DEFAULT 0,
"file_status" INTEGER NOT NULL DEFAULT 0,
"file_size" REAL NOT NULL,
"file_ext" TEXT NOT NULL,
"added" NUMERIC NOT NULL,
"updated" NUMERIC
);
INSERT INTO "file_status" VALUES (1,10,'Scanned');
INSERT INTO "file_status" VALUES (2,11,'Scanned - Metadata');
INSERT INTO "file_status" VALUES (3,20,'Queued');
INSERT INTO "file_status" VALUES (4,21,'Working');
INSERT INTO "file_status" VALUES (5,31,'Transcoded');
INSERT INTO "file_status" VALUES (6,40,'Broken');
INSERT INTO "file_status" VALUES (7,41,'Transcode failed');
INSERT INTO "file_status" VALUES (8,42,'Deleted');
INSERT INTO "menus" VALUES (1,'Files',NULL);
INSERT INTO "menus" VALUES (2,'Queue',NULL);
INSERT INTO "menus" VALUES (3,'History',NULL);
INSERT INTO "menus" VALUES (4,'Settings',NULL);
INSERT INTO "settings" VALUES (1,10,'watch_folders','/home/Public/Filme,/home/Public/Serien/',NULL,'tags','Watch folders','comma-separated');
INSERT INTO "settings" VALUES (2,20,'watch_interval','3600',NULL,'number','Watch interval','in seconds');
INSERT INTO "settings" VALUES (3,30,'destination_folder',NULL,NULL,'text','Destination folder','blank = source');
INSERT INTO "settings" VALUES (4,40,'config_path',NULL,NULL,'text','HB config path','path to handbrake config file');
INSERT INTO "settings" VALUES (5,50,'trash_path',NULL,NULL,'text','Trash path','path where removed files get moved to');
INSERT INTO "settings" VALUES (6,60,'temp_path',NULL,NULL,'text','Temp path','path where files being moved after being processed');
INSERT INTO "settings" VALUES (7,70,'src_file_extensions','mp4,mkv,avi,mov,iso,mpeg,mpg,ts',NULL,'tags','Source file extensions','example: mp4');
INSERT INTO "settings" VALUES (8,80,'gui_auto_refresh','5',NULL,'number','GUI auto refresh','in seconds');
INSERT INTO "settings" VALUES (9,90,'exclude_by_size','50',NULL,'number','Exclude by size','greater than x in megabytes');
INSERT INTO "settings" VALUES (10,100,'cpu_threads','1',NULL,'number','Max CPU threads','number >= 1');
INSERT INTO "settings" VALUES (11,110,'auto_batch','0',NULL,'switch','Automatic Batch Transcoding',NULL);
INSERT INTO "settings" VALUES (12,120,'exclude_samples','1',NULL,'switch','Exclude sample files',NULL);
INSERT INTO "settings" VALUES (13,130,'move_to_temp','1',NULL,'switch','Move original to temp after Transcoding',NULL);
INSERT INTO "settings" VALUES (14,130,'delete_original','0',NULL,'switch','Delete original after Transcoding',NULL);
INSERT INTO "settings" VALUES (15,140,'delete_broken','0',NULL,'switch','Delete broken files automatically',NULL);
INSERT INTO "settings" VALUES (16,61,'move_broken',NULL,NULL,'text','Move broken files','blank = do not move');
INSERT INTO "settings" VALUES (17,150,'delete_bigones','1',NULL,'switch','Delete bigger transcoded files',NULL);
CREATE UNIQUE INDEX IF NOT EXISTS "files_meta_id" ON "files_meta" (
"id" ASC
);
CREATE UNIQUE INDEX IF NOT EXISTS "menus_id" ON "menus" (
"id" ASC
);
CREATE UNIQUE INDEX IF NOT EXISTS "settings_id" ON "settings" (
"id" ASC
);
CREATE UNIQUE INDEX IF NOT EXISTS "files_history_id" ON "files_history" (
"id" ASC
);
CREATE UNIQUE INDEX IF NOT EXISTS "files_compound_dev_inode" ON "files" (
"id" ASC,
"file_inode" ASC,
"file_dev" ASC
);
CREATE TRIGGER FilesSetUpdated
AFTER UPDATE
ON files
WHEN
OLD.file_path <> NEW.file_path
OR OLD.file_name <> NEW.file_name
OR OLD.file_progress <> NEW.file_progress
OR NEW.file_status <> 10
OR OLD.file_size <> NEW.file_size
OR OLD.file_ext <> NEW.file_ext
BEGIN
UPDATE files
SET updated = strftime('%s', 'now')
WHERE id = NEW.id;
END;
COMMIT;
|
-----------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------TABLE CREATION-------------------------------------------------
-----------------------------------------------------------------------------------------------------------------------------
create table tbcustomer
(
ssn nvarchar(50) primary key not null ,
customername nvarchar(100) not null,
cphone char(11) not null
)
create table tbinclude
(
orderid int primary key not null ,
productid int not null
)
create table tborder
(
orderid int primary key not null ,
orderdate date not null,
ssn nvarchar(50) not null
)
create table tbproducts
(
productid int primary key not null ,
productname nvarchar(100) not null,
price char(10) not null
)
create table tbsupplier
(
supplierid int primary key not null ,
suppliername nvarchar(100) not null,
addres nvarchar(150) ,
sphone char(11) not null
)
create table tbsupply
(
supplierid int primary key not null ,
productid int not null,
supplydate date not null,
number nchar(10) not null
)
-----------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------INSERT STATMENTS-----------------------------------------------
-----------------------------------------------------------------------------------------------------------------------------
insert into tbcustomer
values('29915649873614','ahmed','01245899874' )ahmed
insert into tbcustomer
values('29945678945612','mohamed','01281216159' )
insert into tbinclude
values(1,2)
insert into tbinclude
values(2,1)
insert into tborder
values(1,'2020-04-06','29915649873614' )
insert into tborder
values(2,'2020-05-06','29945678945612' )
insert into tbproducts
values(1,'battry ',150)
insert into tbproducts
values(2,'phoneA3',3200)
insert into tbproducts
values(3,'chargerF5',350)
insert into tbproducts
values(4,'coverB2',35)
insert into tbproducts
values(5,'phoneS4',1850)
insert into tbsupplier
values(1,'Mohamed Hossam','Alexandria','01245896321' )
insert into tbsupplier
values(2,'Ahmed Youssef','Cairo','01124356798' )
insert into tbsupplier
values(3,'Hessin Mohamed','Cairo','01012387945' )
insert into tbsupply
values(1,3,'2020-07-04', 35)
insert into tbsupply
values(2,1,'2020-05-04',30 )
insert into tbsupply
values(3,2,'2020-06-04' ,50)
insert into tbinclude
values(1,2)
insert into tbinclude
values(2,1)
-----------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------SELECT STATEMENTS USING DIFFERENT FUNCTIONS--------------------
-----------------------------------------------------------------------------------------------------------------------------
--What is ASCII function used for?
SELECT customername, ASCII(customername) AS NumCodeOfFirstChar
FROM tbcustomer;
--What is LEFT function used for?
SELECT LEFT(customername, 5) AS ExtractString
FROM tbcustomer;
--What is LOWER function used for?
SELECT LOWER(customername) AS LowercaseCustomerName
FROM tbcustomer;
--What is REVERSE function used for?
SELECT REVERSE(customername)
FROM tbcustomer;
--What is DATALENGTH function used for?
SELECT DATALENGTH('products');
--What is RIGHT function used for?
SELECT RIGHT(customername, 2) AS ExtractString
FROM tbcustomer;
--What is SUBSTRING function used for?
SELECT SUBSTRING(customername, 1, 3) AS ExtractString
FROM tbcustomer;
--What is UPPER function used for?
SELECT UPPER(customername) AS UppercaseCustomerName
FROM tbcustomer;
--What is DIFFERENCE function used for?
SELECT DIFFERENCE('cat', 'car');
--What is UNICODE function used for?
SELECT UNICODE(customername) AS UnicodeOfFirstChar, customername
FROM tbcustomer;
--What is SUM function used for?
SELECT SUM(price) AS TotalItemsOrdered FROM tbproducts;
--What is AVG function used for?
SELECT AVG(price) AS AveragePrice FROM tbproducts;
--What is COUNT function used for?
SELECT COUNT(price) AS NumberOfProducts FROM tbproducts;
--What is LTRIM function used for?
SELECT LTRIM(' suppliers') AS LeftTrimmedString;
--What is MAX function used for?
SELECT MAX(price) AS LargestPrice FROM tbproducts;
--What is MIN function used for?
SELECT MIN(price) AS SmallestPrice FROM tbproducts;
--What is CHARINDEX function used for?
SELECT CHARINDEX('M', 'Customer') AS MatchPosition;
--What is REPLICATE function used for?
SELECT REPLICATE(customername, 2)
FROM tbcustomer;
--What is Len function used for?
SELECT Len(customername) AS LengthOfString
FROM tbcustomer;
--What is CHAR function used for?
SELECT CHAR(65) AS CodeToCharacter;
-----------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------SELECT STATEMENTS USING SUB QUERY ----------------------------
-----------------------------------------------------------------------------------------------------------------------------
select productname
from tbproducts
where productid in (select productid from tbsupply where number>30)
select supplydate,number
from tbsupply
where supplierid in (select supplierid from tbsupplier where suppliername = 'Mohamed Hossam')
select orderdate
from tborder
where orderid in (select orderid from tbinclude where productid = 1)
-----------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------SELECT STATEMENTS USING COUNT AND GROUP FUNCTIONS--------------
-----------------------------------------------------------------------------------------------------------------------------
select addres,count(suppliername)
from tbsupplier
group by addres
select productid,count(number)
from tbsupply
group by productid
-----------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------SELECT STATEMENTS USING DIFFERENT JOINS ----------------------
-----------------------------------------------------------------------------------------------------------------------------
select productname,number
from tbproducts,tbsupply
where tbsupply.productid= tbproducts.productid
select customername,cphone,orderdate
from tbcustomer,tborder
where tbcustomer.ssn= tborder.ssn
select orderdate,productid
from tborder,tbinclude
where tborder.orderid= tbinclude.orderid
select suppliername,productid,supplydate,number
from tbsupplier,tbsupply
where tbsupplier.supplierid=tbsupply.supplierid
select productname,number
from tbproducts,tbsupply
where tbsupply.productid=tbproducts.productid
---- Insert Statments----
insert into tbcustomer
values('29955649873614','youseef','01245899864' )
insert into tbcustomer
values('29915618973264','ebrahim','01245899854' )
insert into tbcustomer
values('29915123573664','motasem','01245899844' )
insert into tbcustomer
values('29919143873616','belal','01245899834' )
insert into tbcustomer
values('29915134693674','baraka','01245899824' )
-----------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------UPDATE STATMENTS-----------------------------------------------
-----------------------------------------------------------------------------------------------------------------------------
update tbcustomer
set cphone = '01221816196'
where customername='youseef'
update tbcustomer
set cphone = '01221816197'
where customername='motasem'
update tbcustomer
set cphone = '01221816198'
where customername='ebrahim'
update tbcustomer
set cphone = '01221816199'
where customername='belal'
update tbcustomer
set cphone = '01221816191'
where customername='baraka'
-----------------------------------------------------------------------------------------------------------------------------
--------------------------------------------------------------DELETE STATMENTS-----------------------------------------------
-----------------------------------------------------------------------------------------------------------------------------
delete tbcustomer
where ssn = '29955649873614'
delete tbcustomer
where ssn = '29915618973264'
delete tbcustomer
where ssn = '29915123573664'
delete tbcustomer
where ssn = '29919143873616'
delete tbcustomer
where ssn = '29915134693674'
|
CREATE TABLE FAMILIARES (
ID_FAMILIAR INT NOT NULL,
NOMBRE VARCHAR(50) NOT NULL,
APELLIDO VARCHAR(50) NOT NULL,
APODO VARCHAR(50) NOT NULL
);
INSERT INTO FAMILIARES (ID_FAMILIAR, NOMBRE, APELLIDO, APODO) VALUES (1,'FERNANDA','HERNANDEZ','PRINCESA');
INSERT INTO FAMILIARES (ID_FAMILIAR, NOMBRE, APELLIDO, APODO) VALUES (2,'JACQUELINE','GALEANA','CHINA');
INSERT INTO FAMILIARES (ID_FAMILIAR, NOMBRE, APELLIDO, APODO) VALUES (3,'LUZ','CONO','FIONA');
INSERT INTO FAMILIARES (ID_FAMILIAR, NOMBRE, APELLIDO, APODO) VALUES (4,'KENIA','HERNANDEZ','MUÑE');
INSERT INTO FAMILIARES (ID_FAMILIAR, NOMBRE, APELLIDO, APODO) VALUES (5,'JUAN','HERNANDEZ','SHREK');
|
CREATE TABLE IF NOT EXISTS topics(
name TEXT PRIMARY KEY,
url TEXT
);
|
-- phpMyAdmin SQL Dump
-- version 5.0.3
-- https://www.phpmyadmin.net/
--
-- Host: 127.0.0.1
-- Generation Time: Mar 10, 2021 at 06:25 AM
-- Server version: 10.4.14-MariaDB
-- PHP Version: 7.4.11
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
START TRANSACTION;
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8mb4 */;
--
-- Database: `cabroutes`
--
-- --------------------------------------------------------
--
-- Table structure for table `addcar`
--
CREATE TABLE `addcar` (
`carid` int(11) NOT NULL,
`cartype` varchar(100) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `addcar`
--
INSERT INTO `addcar` (`carid`, `cartype`) VALUES
(1, 'BMW'),
(2, 'SEDAN'),
(3, 'Mercedes-Benz'),
(4, 'SPORTS CAR'),
(5, 'COUPE'),
(6, 'STATION WAGON'),
(7, 'HATCHBACK'),
(8, 'MINIVAN'),
(9, 'Crossover'),
(10, 'Compact Sedan'),
(11, 'tavera');
-- --------------------------------------------------------
--
-- Table structure for table `addroute`
--
CREATE TABLE `addroute` (
`routeid` int(10) NOT NULL,
`route` varchar(200) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `addroute`
--
INSERT INTO `addroute` (`routeid`, `route`) VALUES
(1, 'Pune-Mumbai'),
(2, 'Pune-Nashik'),
(3, 'Mumbai-Pune'),
(4, 'Nagar-Pune'),
(5, 'Mumbai-Nagar');
-- --------------------------------------------------------
--
-- Table structure for table `admin`
--
CREATE TABLE `admin` (
`id` int(11) NOT NULL,
`mail` varchar(50) NOT NULL,
`password` varchar(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `admin`
--
INSERT INTO `admin` (`id`, `mail`, `password`) VALUES
(1, 'admin123@gmail.com', 'admin@123');
-- --------------------------------------------------------
--
-- Table structure for table `agentmaster`
--
CREATE TABLE `agentmaster` (
`Agentid` int(50) NOT NULL,
`AgencyName` varchar(50) NOT NULL,
`AgentFullName` varchar(50) NOT NULL,
`AgencyAddress` varchar(100) NOT NULL,
`AgentDesignation` varchar(50) NOT NULL,
`AgencyType` varchar(255) NOT NULL,
`Shopactlicense` varchar(255) NOT NULL,
`PanCard` varchar(255) NOT NULL,
`AgentPhoto` varchar(255) NOT NULL,
`OwnerAadhaarCard` varchar(255) NOT NULL,
`ContactNumber` varchar(20) NOT NULL,
`EmergencyContactNumber` varchar(20) NOT NULL,
`EmailAddress` varchar(50) NOT NULL,
`Password` varchar(50) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `agentmaster`
--
INSERT INTO `agentmaster` (`Agentid`, `AgencyName`, `AgentFullName`, `AgencyAddress`, `AgentDesignation`, `AgencyType`, `Shopactlicense`, `PanCard`, `AgentPhoto`, `OwnerAadhaarCard`, `ContactNumber`, `EmergencyContactNumber`, `EmailAddress`, `Password`) VALUES
(1, 'JWDMC', 'Paresh More', 'Pune,Kalyani-Nagar', 'Director', 'room3.jpg', 'room3.jpg', 'room3.jpg', 'room3.jpg', 'room3.jpg', '7547645678', '3457348565', 'pallavi@gmail.com', 'pallavi');
-- --------------------------------------------------------
--
-- Table structure for table `drivermaster`
--
CREATE TABLE `drivermaster` (
`id` int(10) NOT NULL,
`Fullname` varchar(50) NOT NULL,
`VehicleNo` varchar(20) NOT NULL,
`Driveraddress` varchar(50) NOT NULL,
`Aboutus` varchar(1000) NOT NULL,
`Cartype` varchar(50) NOT NULL,
`Passengerlimit` varchar(50) NOT NULL,
`Route1` varchar(200) NOT NULL,
`Route2` varchar(200) NOT NULL,
`Route3` varchar(200) NOT NULL,
`Route4` varchar(200) NOT NULL,
`DriverPhoto` varchar(255) NOT NULL,
`Vehiclephoto` varchar(255) NOT NULL,
`VehicleAmenities` varchar(255) NOT NULL,
`DriverLicenseCopy` varchar(255) NOT NULL,
`DriverAadhaarCard` varchar(255) NOT NULL,
`DriverLicenseIssueDdate` date NOT NULL,
`DriverLicenseExpiredDate` date NOT NULL,
`Driverexperience` varchar(20) NOT NULL,
`VehicleInsuranceIssuedate` date NOT NULL,
`ContactNumber` varchar(20) NOT NULL,
`EmergencyContactNumber` varchar(20) NOT NULL,
`EmailAddress` varchar(50) NOT NULL,
`Password` varchar(20) NOT NULL,
`To` date NOT NULL,
`Fromm` date NOT NULL,
`Netrate` varchar(200) NOT NULL,
`Commission` varchar(200) NOT NULL,
`Agentcommission` varchar(200) NOT NULL,
`Taxgst` varchar(200) NOT NULL,
`Totalrate` varchar(200) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `drivermaster`
--
INSERT INTO `drivermaster` (`id`, `Fullname`, `VehicleNo`, `Driveraddress`, `Aboutus`, `Cartype`, `Passengerlimit`, `Route1`, `Route2`, `Route3`, `Route4`, `DriverPhoto`, `Vehiclephoto`, `VehicleAmenities`, `DriverLicenseCopy`, `DriverAadhaarCard`, `DriverLicenseIssueDdate`, `DriverLicenseExpiredDate`, `Driverexperience`, `VehicleInsuranceIssuedate`, `ContactNumber`, `EmergencyContactNumber`, `EmailAddress`, `Password`, `To`, `Fromm`, `Netrate`, `Commission`, `Agentcommission`, `Taxgst`, `Totalrate`) VALUES
(1, 'Paresh More', 'MH12 TB5510', 'Bedag-Mallewadi Road, Near Second Water Canal,Beda', '', 'BMW', '5', 'Pune-Mumbai', 'Pune-Nashik', 'Mumbai-Pune', 'Nagar-Pune', 'a.jpeg', 'ro.jpeg', 'ro.jpeg', 'r1.jpeg', 'allll.jpeg', '2021-03-05', '2021-03-07', '5Year', '2021-03-20', '08625973366', '785546547687', 'pallavi@gmail.com', 'pallavi', '2021-03-12', '2021-03-28', '56', '78', '56', '', ''),
(3, 'Pallavi Tambe', 'MH12 TB5510', 'Pune,Kalyani-Nagar', '', 'SPORTS CAR', '5', 'Pune-Mumbai', 'Pune-Nashik', 'Mumbai-Pune', 'Mumbai-Nagar', 'a.jpeg', 'r1.jpeg', 'ro.jpeg', 'ro.jpeg', 'rrom1.jpeg', '2021-03-12', '2021-03-20', '5Year', '2021-03-21', '667867878778', '08625973366', 'jwdmcwork@gmail.com', 'tambe', '2021-03-05', '2021-03-04', '56', '78', '56', '', ''),
(4, 'Alap', 'MH12 TB5511', 'Pune,Kalyani-Nagar', '', 'COUPE', '6', 'Mumbai-Pune', 'Nagar-Pune', 'Mumbai-Nagar', 'Pune-Nashik', 'r1.jpeg', 'ro.jpeg', 'ro.jpeg', 'r1.jpeg', 'r1.jpeg', '2021-03-12', '2021-03-20', '6Year', '2021-03-21', '08625973366', '08625973366', 'demo@gmail.com', 'demo', '0000-00-00', '2021-03-04', '56', '78', '56', '', ''),
(6, 'Nrupali', 'MH12 TB1234', 'Pune', 'I have 6 year Experience.', 'BMW', '6', 'Pune-Mumbai', 'Pune-Nashik', 'Mumbai-Pune', 'Nagar-Pune', 'ro.jpeg', 'r1.jpeg', 'a.jpeg', 'ro.jpeg', 'allll.jpeg', '2021-03-12', '2021-03-28', '4Year', '2021-03-25', '08625973366', '08625973366', 'admin@gmail.com', 'nrupali', '0000-00-00', '0000-00-00', '', '', '', '', '');
-- --------------------------------------------------------
--
-- Table structure for table `droplocation`
--
CREATE TABLE `droplocation` (
`id` int(50) NOT NULL,
`location` varchar(100) NOT NULL,
`flag` int(50) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `droplocation`
--
INSERT INTO `droplocation` (`id`, `location`, `flag`) VALUES
(1, 'Mumbai', 1),
(2, 'Bali', 3),
(3, 'Nagar', 1),
(4, 'Shimala', 2),
(5, 'Pune', 1);
-- --------------------------------------------------------
--
-- Table structure for table `passengerlimit`
--
CREATE TABLE `passengerlimit` (
`passengerid` int(11) NOT NULL,
`passengerlim` int(50) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `passengerlimit`
--
INSERT INTO `passengerlimit` (`passengerid`, `passengerlim`) VALUES
(1, 2),
(2, 3),
(3, 4),
(4, 5),
(5, 6),
(6, 7),
(7, 8),
(8, 9),
(9, 10),
(10, 12),
(11, 6);
-- --------------------------------------------------------
--
-- Table structure for table `passengermaster`
--
CREATE TABLE `passengermaster` (
`passengerid` int(20) NOT NULL,
`PassengerFullName` varchar(50) NOT NULL,
`Address` varchar(100) NOT NULL,
`Photo` varchar(255) NOT NULL,
`Aadharcard` varchar(255) NOT NULL,
`ContactNumber` varchar(20) NOT NULL,
`WhatsappNumber` varchar(20) NOT NULL,
`Email` varchar(50) NOT NULL,
`Password` varchar(50) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `passengermaster`
--
INSERT INTO `passengermaster` (`passengerid`, `PassengerFullName`, `Address`, `Photo`, `Aadharcard`, `ContactNumber`, `WhatsappNumber`, `Email`, `Password`) VALUES
(1, 'Pallavi kasar', 'Pune', 'room3.jpg', 'room3.jpg', '7547645678', '9876543345', 'pallavi@gmail.com', 'pallavi');
-- --------------------------------------------------------
--
-- Table structure for table `pickup`
--
CREATE TABLE `pickup` (
`id` int(50) NOT NULL,
`location` varchar(100) NOT NULL,
`flag` int(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `pickup`
--
INSERT INTO `pickup` (`id`, `location`, `flag`) VALUES
(1, 'Pune', 1),
(2, 'Shimala', 2),
(3, 'Mumbai', 1),
(4, 'Bali', 3),
(5, 'Kerala', 2);
-- --------------------------------------------------------
--
-- Table structure for table `subdrop`
--
CREATE TABLE `subdrop` (
`subid` int(50) NOT NULL,
`id` int(50) NOT NULL,
`sublocation` varchar(200) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `subdrop`
--
INSERT INTO `subdrop` (`subid`, `id`, `sublocation`) VALUES
(1, 5, 'Shivaji Nagar'),
(2, 4, 'Basantpur'),
(3, 5, 'Deccan'),
(4, 2, 'Candidasa'),
(5, 3, 'Maliwada'),
(6, 3, 'Delhigate');
-- --------------------------------------------------------
--
-- Table structure for table `subpickup`
--
CREATE TABLE `subpickup` (
`subid` int(50) NOT NULL,
`id` int(50) NOT NULL,
`sublocation` varchar(100) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Dumping data for table `subpickup`
--
INSERT INTO `subpickup` (`subid`, `id`, `sublocation`) VALUES
(1, 1, 'Shivaji Nagar'),
(2, 2, 'Basantpur'),
(3, 3, 'Chaurchgate'),
(4, 4, 'Candidasa'),
(5, 5, 'Kollam'),
(6, 1, 'Deccan'),
(7, 1, 'Kalyaninagar'),
(8, 1, 'Chaurchgate');
--
-- Indexes for dumped tables
--
--
-- Indexes for table `addcar`
--
ALTER TABLE `addcar`
ADD PRIMARY KEY (`carid`);
--
-- Indexes for table `addroute`
--
ALTER TABLE `addroute`
ADD PRIMARY KEY (`routeid`);
--
-- Indexes for table `admin`
--
ALTER TABLE `admin`
ADD PRIMARY KEY (`id`);
--
-- Indexes for table `agentmaster`
--
ALTER TABLE `agentmaster`
ADD PRIMARY KEY (`Agentid`);
--
-- Indexes for table `drivermaster`
--
ALTER TABLE `drivermaster`
ADD PRIMARY KEY (`id`);
--
-- Indexes for table `droplocation`
--
ALTER TABLE `droplocation`
ADD PRIMARY KEY (`id`);
--
-- Indexes for table `passengerlimit`
--
ALTER TABLE `passengerlimit`
ADD PRIMARY KEY (`passengerid`);
--
-- Indexes for table `passengermaster`
--
ALTER TABLE `passengermaster`
ADD PRIMARY KEY (`passengerid`);
--
-- Indexes for table `pickup`
--
ALTER TABLE `pickup`
ADD PRIMARY KEY (`id`);
--
-- Indexes for table `subdrop`
--
ALTER TABLE `subdrop`
ADD PRIMARY KEY (`subid`);
--
-- Indexes for table `subpickup`
--
ALTER TABLE `subpickup`
ADD PRIMARY KEY (`subid`);
--
-- AUTO_INCREMENT for dumped tables
--
--
-- AUTO_INCREMENT for table `addcar`
--
ALTER TABLE `addcar`
MODIFY `carid` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=12;
--
-- AUTO_INCREMENT for table `addroute`
--
ALTER TABLE `addroute`
MODIFY `routeid` int(10) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=6;
--
-- AUTO_INCREMENT for table `admin`
--
ALTER TABLE `admin`
MODIFY `id` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=2;
--
-- AUTO_INCREMENT for table `agentmaster`
--
ALTER TABLE `agentmaster`
MODIFY `Agentid` int(50) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=2;
--
-- AUTO_INCREMENT for table `drivermaster`
--
ALTER TABLE `drivermaster`
MODIFY `id` int(10) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=7;
--
-- AUTO_INCREMENT for table `droplocation`
--
ALTER TABLE `droplocation`
MODIFY `id` int(50) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=6;
--
-- AUTO_INCREMENT for table `passengerlimit`
--
ALTER TABLE `passengerlimit`
MODIFY `passengerid` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=12;
--
-- AUTO_INCREMENT for table `passengermaster`
--
ALTER TABLE `passengermaster`
MODIFY `passengerid` int(20) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=2;
--
-- AUTO_INCREMENT for table `pickup`
--
ALTER TABLE `pickup`
MODIFY `id` int(50) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=6;
--
-- AUTO_INCREMENT for table `subdrop`
--
ALTER TABLE `subdrop`
MODIFY `subid` int(50) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=7;
--
-- AUTO_INCREMENT for table `subpickup`
--
ALTER TABLE `subpickup`
MODIFY `subid` int(50) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=9;
COMMIT;
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
|
alter table "public"."UserSkillDesire" drop constraint "UserSkillDesire_userEmail_fkey";
|
-- Entity Table
CREATE TABLE Item(
upc INTEGER(12) PRIMARY KEY,
title VARCHAR(30),
category VARCHAR(15),
company VARCHAR(30),
yearI DATE,
sellPrice DECIMAL(10,2))
-- Relationship Table
CREATE TABLE LeadSinger(
upc INTEGER(12),
name VARCHAR(30),
PRIMARY KEY (upc, name),
FOREIGN KEY (upc) REFERENCES Item)
-- Relationship Table
CREATE TABLE HasSong(
upc INTEGER(12),
title VARCHAR(30),
PRIMARY KEY (upc, title),
FOREIGN KEY (upc) REFERENCES Item)
-- Entity Table
CREATE TABLE Supplier(
name VARCHAR(30) PRIMARY KEY,
address VARCHAR(30),
city VARCHAR(20) NOT NULL,
status BOOLEAN NOT NULL)
-- Entity Table
CREATE TABLE Shipment(
sid INTEGER PRIMARY KEY,
supName VARCHAR(30),
storeName VARCHAR(30) NOT NULL,
shipDate DATE NOT NULL)
-- Relationship Table
CREATE TABLE ShipItem(
|
select a.Title album_name, count(t.AlbumId) song_no, sum(t.Milliseconds) album_length, sum(iL.Quantity) amt_sold, sum(iL.UnitPrice * iL.Quantity) amt_gen
from Album a
join Track t
on t.AlbumId = a.AlbumId
join InvoiceLine iL
on iL.TrackId = t.TrackId
group by a.AlbumId
order by amt_gen desc |
-- phpMyAdmin SQL Dump
-- version 4.8.3
-- https://www.phpmyadmin.net/
--
-- 主机： localhost
-- 生成日期： 2019-03-03 15:33:10
-- 服务器版本： 10.1.36-MariaDB
-- PHP 版本： 7.2.10
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
SET AUTOCOMMIT = 0;
START TRANSACTION;
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8mb4 */;
--
-- 数据库： `FinalExam`
--
CREATE DATABASE IF NOT EXISTS `FinalExam` DEFAULT CHARACTER SET utf8 COLLATE utf8_general_ci;
USE `FinalExam`;
-- --------------------------------------------------------
--
-- 表的结构 `Customer`
--
CREATE TABLE `Customer` (
`Cid` char(4) NOT NULL,
`Cname` varchar(10) NOT NULL,
`Csex` char(1) NOT NULL,
`Cphone` char(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- 转存表中的数据 `Customer`
--
INSERT INTO `Customer` (`Cid`, `Cname`, `Csex`, `Cphone`) VALUES
('C001', '白曜隆', '男', '12345678901'),
('C002', '王宇', '女', '18957439927'),
('C003', '竺影', '女', '13927494721'),
('C004', '徐振耀', '男', '16583927735'),
('C005', '李欣', '女', '17462569386'),
('C006', '徐仲光', '男', '17492748228'),
('C007', '马天虹', '男', '18573950684'),
('C008', '黄伟', '男', '12649284475'),
('C009', '郑思涵', '女', '19384756392'),
('C010', '谢锐涛', '男', '17462958371');
-- --------------------------------------------------------
--
-- 表的结构 `Employee`
--
CREATE TABLE `Employee` (
`Eid` char(4) NOT NULL,
`Ename` varchar(10) NOT NULL,
`Salary` varchar(10) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- 转存表中的数据 `Employee`
--
INSERT INTO `Employee` (`Eid`, `Ename`, `Salary`) VALUES
('a00', 'b00', '009'),
('E001', '窦靖童', '500000'),
('E002', '吴肇辉', '4000'),
('E003', '李大奔', '4000'),
('E004', '王佳', '3500'),
('E005', '孟然', '3000'),
('E006', '我', '6666'),
('E007', '她', '2333');
-- --------------------------------------------------------
--
-- 表的结构 `Flower`
--
CREATE TABLE `Flower` (
`Fid` char(4) NOT NULL,
`Fname` varchar(10) NOT NULL,
`Flanguage` varchar(20) DEFAULT NULL,
`IN_Price` decimal(18,2) NOT NULL,
`OUT_Price` decimal(18,2) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- 转存表中的数据 `Flower`
--
INSERT INTO `Flower` (`Fid`, `Fname`, `Flanguage`, `IN_Price`, `OUT_Price`) VALUES
('F000', '哈哈哈哈哈哈啊', '哈哈哈哈哈哈哈', '1.00', '200.00'),
('F001', '满天星(一束)', '清纯、关怀、思恋', '35.80', '50.00'),
('F002', '白百合(一支)', '纯洁、庄严、顺利', '10.48', '14.00'),
('F003', '白百合(一束)', '纯洁、庄严、顺利', '52.40', '70.00'),
('F004', '太阳花(一支)', '热情、阳光', '3.50', '4.20'),
('F005', '太阳花(一束)', '热情、阳光', '42.00', '50.00'),
('F006', '小雏菊(一束)', '隐藏在心中的爱', '41.60', '50.00'),
('F007', '康乃馨(一支)', '爱、魅力、尊敬', '2.00', '2.70'),
('F008', '康乃馨(一束)', '爱、魅力、尊敬', '30.00', '40.00'),
('F009', '剑兰(一支)', '用心、坚贞、秘密的约会', '6.00', '7.50'),
('F010', '剑兰(一束)', '用心、坚贞、秘密的约会', '48.00', '60.00'),
('F011', '睡莲(一支)', '纯洁、不谙世事、纤尘不染', '40.00', '50.00'),
('F012', '洋兰(一支)', '倾慕', '3.50', '4.20'),
('F013', '洋兰(一束)', '倾慕', '42.00', '50.00'),
('F014', '玫瑰(一支)', '爱情、勇敢', '5.00', '9.00'),
('F015', '玫瑰(一束)', '爱情、勇敢', '55.00', '100.00'),
('F016', '洋桔梗(一支)', '真诚不变的爱、无邪 、富於感情', '4.00', '5.00'),
('F017', '洋桔梗(一束)', '真诚不变的爱、无邪 、富於感情', '64.00', '80.00'),
('F018', '绣球(一支)', '希望', '45.00', '60.00'),
('F019', '向日葵(一支)', '沉默的爱、爱慕、忠诚', '10.00', '12.00'),
('F020', '向日葵(一束)', '沉默的爱、爱慕、忠诚', '50.00', '60.00'),
('F021', '哈哈哈哈哈哈', '哈哈哈哈哈哈', '99.00', '999.00');
-- --------------------------------------------------------
--
-- 表的结构 `Order_Info`
--
CREATE TABLE `Order_Info` (
`Oid` char(12) NOT NULL,
`O_Fid` char(4) NOT NULL,
`O_Cid` char(4) NOT NULL,
`Onumber` varchar(5) NOT NULL,
`Odate` char(8) NOT NULL,
`Deliver_time` char(15) NOT NULL,
`Deliver_location` varchar(50) NOT NULL,
`Remark` varchar(50) DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- 转存表中的数据 `Order_Info`
--
INSERT INTO `Order_Info` (`Oid`, `O_Fid`, `O_Cid`, `Onumber`, `Odate`, `Deliver_time`, `Deliver_location`, `Remark`) VALUES
('201712310001', 'F014', 'C001', '99', '20171231', '201801010930', 'A市A区A路XX号', '请包扎成一束，并留言“新年快乐”'),
('201712310002', 'F008', 'C005', '10', '20171231', '201801061000', 'B市B区B路XX号', '留言“生日快乐”'),
('201712310003', 'F020', 'C003', '2', '20171231', '201801100830', 'C市C区C路XX号', '请包扎成一束'),
('201801010001', 'F011', 'C010', '5', '20171231', '201801160930', 'D市D区D路XX号', '单独包扎'),
('201801060001', 'F018', 'C009', '10', '20171231', '201801141000', 'E市E区E路XX号', '单独包扎'),
('201801100001', 'F016', 'C007', '20', '20171231', '201801160945', 'F市F区F路XX号', '请包扎成一束'),
('201801120001', 'F010', 'C006', '20', '20171231', '201801171000', 'G市G区G路XX号', '请给我粉色和白色，谢谢'),
('201801120002', 'F001', 'C002', '100', '20171231', '201802140900', 'H市H区H路XX号', '请包扎成一束，用黑色和透明纸包装，并留言“情人节快乐”'),
('201801120003', 'F013', 'C004', '1', '20171231', '201801171000', 'I市I区I路XX号', ''),
('201801130001', 'F004', 'C008', '20', '20171231', '201801010930', 'J市J区J路XX号', '');
-- --------------------------------------------------------
--
-- 表的结构 `Supplier`
--
CREATE TABLE `Supplier` (
`Sid` char(4) NOT NULL,
`Sname` varchar(20) NOT NULL,
`Slocation` varchar(20) NOT NULL,
`Sphone` varchar(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- 转存表中的数据 `Supplier`
--
INSERT INTO `Supplier` (`Sid`, `Sname`, `Slocation`, `Sphone`) VALUES
('S001', 'A鲜花批发市场', 'A地', '2147483647'),
('S002', 'B鲜花批发市场', 'B地', '1326896327'),
('S003', 'C鲜花批发市场', 'C地', '7483647'),
('S004', 'D鲜花批发市场', 'D地', '1436575766'),
('S005', 'E鲜花批发市场', 'E地', '587524364');
-- --------------------------------------------------------
--
-- 表的结构 `Supply`
--
CREATE TABLE `Supply` (
`C_Fid` char(4) NOT NULL,
`C_Sid` char(4) NOT NULL,
`Snumber` varchar(5) NOT NULL,
`Sdate` date NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
--
-- 转存表中的数据 `Supply`
--
INSERT INTO `Supply` (`C_Fid`, `C_Sid`, `Snumber`, `Sdate`) VALUES
('F001', 'S001', '100', '2018-01-01'),
('F001', 'S005', '999', '2222-12-22'),
('F002', 'S004', '50', '2018-01-02'),
('F003', 'S003', '70', '2018-01-04'),
('F004', 'S002', '40', '2018-01-02'),
('F005', 'S003', '80', '2018-01-07'),
('F006', 'S002', '100', '2018-01-09'),
('F007', 'S005', '65', '2018-01-04'),
('F008', 'S001', '85', '2018-01-05'),
('F009', 'S005', '60', '2018-01-08'),
('F010', 'S003', '100', '2018-01-14'),
('F011', 'S005', '60', '2018-01-13'),
('F012', 'S003', '70', '2018-01-18'),
('F013', 'S005', '80', '2018-01-13'),
('F014', 'S003', '200', '2018-01-14'),
('F015', 'S005', '100', '2018-01-10'),
('F016', 'S002', '80', '2018-01-19'),
('F017', 'S003', '50', '2018-01-07'),
('F018', 'S005', '30', '2018-01-16'),
('F019', 'S001', '30', '2018-01-13'),
('F020', 'S003', '50', '2018-01-17');
--
-- 转储表的索引
--
--
-- 表的索引 `Customer`
--
ALTER TABLE `Customer`
ADD PRIMARY KEY (`Cid`) USING BTREE;
--
-- 表的索引 `Employee`
--
ALTER TABLE `Employee`
ADD PRIMARY KEY (`Eid`);
--
-- 表的索引 `Flower`
--
ALTER TABLE `Flower`
ADD PRIMARY KEY (`Fid`);
--
-- 表的索引 `Order_Info`
--
ALTER TABLE `Order_Info`
ADD PRIMARY KEY (`Oid`),
ADD KEY `O_Fid` (`O_Fid`),
ADD KEY `O_Cid` (`O_Cid`);
--
-- 表的索引 `Supplier`
--
ALTER TABLE `Supplier`
ADD PRIMARY KEY (`Sid`);
--
-- 表的索引 `Supply`
--
ALTER TABLE `Supply`
ADD PRIMARY KEY (`C_Fid`,`C_Sid`),
ADD KEY `C_Sid` (`C_Sid`);
--
-- 限制导出的表
--
--
-- 限制表 `Order_Info`
--
ALTER TABLE `Order_Info`
ADD CONSTRAINT `Order_Info_ibfk_1` FOREIGN KEY (`O_Fid`) REFERENCES `Flower` (`Fid`),
ADD CONSTRAINT `Order_Info_ibfk_2` FOREIGN KEY (`O_Cid`) REFERENCES `Customer` (`Cid`);
--
-- 限制表 `Supply`
--
ALTER TABLE `Supply`
ADD CONSTRAINT `Supply_ibfk_1` FOREIGN KEY (`C_Fid`) REFERENCES `Flower` (`Fid`),
ADD CONSTRAINT `Supply_ibfk_2` FOREIGN KEY (`C_Sid`) REFERENCES `Supplier` (`Sid`);
COMMIT;
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
|
set echo on;
set serveroutput on;
CREATE OR REPLACE TRIGGER trg_prod_QOH_on_line_update
AFTER UPDATE ON LINE FOR EACH ROW
BEGIN
UPDATE PRODUCT
SET P_QOH = P_QOH + (:new.LINE_UNITS - :old.LINE_UNITS)
where P_CODE = :old.P_CODE;
END;
/
COMMIT;
SELECT P_CODE, P_QOH FROM PRODUCT WHERE P_CODE='54778-2T';
SELECT * FROM LINE WHERE P_CODE='54778-2T';
UPDATE LINE SET LINE_UNITS=LINE_UNITS*2 where P_CODE='54778-2T';
SELECT P_CODE, P_QOH FROM PRODUCT WHERE P_CODE='54778-2T';
SELECT * FROM LINE WHERE P_CODE='54778-2T';
rollback;
/*
SQL> set echo on
SQL> set serveroutput on
SQL> CREATE OR REPLACE TRIGGER trg_prod_QOH_on_line_update
AFTER UPDATE ON LINE FOR EACH ROW
BEGIN
UPDATE PRODUCT
SET P_QOH = P_QOH + (:new.LINE_UNITS - :old.LINE_UNITS)
where P_CODE = :old.P_CODE;
END;
/
Trigger TRG_PROD_QOH_ON_LINE_UPDATE compiled
SQL> SELECT P_CODE, P_QOH FROM PRODUCT WHERE P_CODE='54778-2T';
P_CODE P_QOH
---------- ----------
54778-2T 43
SQL> SELECT * FROM LINE WHERE P_CODE='54778-2T';
INV_NUMBER LINE_NUMBER P_CODE LINE_UNITS LINE_PRICE
---------- ----------- ---------- ---------- ----------
1002 1 54778-2T 2 4.99
1004 1 54778-2T 3 4.99
1007 2 54778-2T 1 4.99
SQL> UPDATE LINE SET LINE_UNITS=LINE_UNITS*2 where P_CODE='54778-2T';
3 rows updated.
SQL> SELECT P_CODE, P_QOH FROM PRODUCT WHERE P_CODE='54778-2T';
P_CODE P_QOH
---------- ----------
54778-2T 49
SQL> SELECT * FROM LINE WHERE P_CODE='54778-2T';
INV_NUMBER LINE_NUMBER P_CODE LINE_UNITS LINE_PRICE
---------- ----------- ---------- ---------- ----------
1002 1 54778-2T 4 4.99
1004 1 54778-2T 6 4.99
1007 2 54778-2T 2 4.99
SQL> rollback;
Rollback complete.
*/ |
CREATE DATABASE SPMEDGROUP_APACHETWO;
USE SPMEDGROUP_APACHETWO;
CREATE TABLE CLINICA(
ID INT IDENTITY PRIMARY KEY,
NOME VARCHAR(255) NOT NULL,
HORARIO_FUNCIONAMENTO VARCHAR(255),
CNPJ CHAR(14) NOT NULL UNIQUE,
LOCALIDADE VARCHAR(255) NOT NULL
RAZAO_SOCIAL VARCHAR(255) NOT NULL,
);
CREATE TABLE TIPO_USUARIO(
ID INT IDENTITY PRIMARY KEY,
NOME VARCHAR(255) UNIQUE NOT NULL,
);
CREATE TABLE USUARIOS(
ID INT IDENTITY PRIMARY KEY,
NOME VARCHAR(255) NOT NULL,
EMAIL VARCHAR(255) NOT NULL UNIQUE,
SENHA VARCHAR(255) NOT NULL,
TELEFONE VARCHAR(50),
ID_CLINICA INT FOREIGN KEY REFERENCES CLINICA(ID)
ID_TIPO_USUARIO INT FOREIGN KEY REFERENCES TIPO_USUARIO(ID),
);
CREATE TABLE ESPECIALIDADES(
ID INT IDENTITY PRIMARY KEY,
NOME VARCHAR(255) NOT NULL UNIQUE
);
CREATE TABLE MEDICOS(
ID INT IDENTITY PRIMARY KEY,
ID_ESPECIALIDADE INT FOREIGN KEY REFERENCES ESPECIALIDADES(ID),
CRM VARCHAR(255) NOT NULL UNIQUE
ID_USUARIO INT FOREIGN KEY REFERENCES USUARIOS(ID),
);
CREATE TABLE TIPO_STATUS(
ID INT IDENTITY PRIMARY KEY,
NOME VARCHAR(255) NOT NULL UNIQUE
);
CREATE TABLE PACIENTES(
ID INT IDENTITY PRIMARY KEY,
CPF CHAR(11) NOT NULL UNIQUE,
DATA_NASCIMENTO DATETIME NOT NULL,
RG CHAR(9) NOT NULL UNIQUE,
ENDERECO VARCHAR(255) NOT NULL
ID_USUARIO INT FOREIGN KEY REFERENCES USUARIOS(ID),
);
CREATE TABLE CONSULTAS(
ID INT IDENTITY PRIMARY KEY,
ID_PACIENTE INT FOREIGN KEY REFERENCES PACIENTES(ID),
ID_MEDICO INT FOREIGN KEY REFERENCES MEDICOS(ID),
DATA_CONSULTA DATETIME NOT NULL,
ID_STATUS INT FOREIGN KEY REFERENCES TIPO_STATUS(ID) NOT NULL
); |
1.sum
set serveroutput on;
declare
a INTEGER;
b integer;
c integer;
begin
a:=&a;
b:=&b;
c:=a+b;
dbms_output.put_line('SuM is ' || c);
end;
2.Greatest
set serveroutput on;
Declare
a number;
b number;
c number;
Begin
a:=&a;
b:=&b;
c:=&c;
if(a>b) and (a>c)
then
dbms_output.put_line('GREATEST is' || a);
elsif (b>a) and (b>c)
then
dbms_output.put_line('GREATEST is' || b);
else
dbms_output.put_line('GREATEST is' || c);
end if;
end;
3.factorial
set serveroutput on;
declare
a number:=&a;
fact number:=1;
begin
if(a=0)
then
dbms_output.put_line('FACTORIAL IS' || a);
elsif(a=1)
then
dbms_output.put_line('FACTORIAL IS' || a);
else
while(a>0)
loop
fact:=fact*a;
a:=a-1;
end loop;
dbms_output.put_line('FACTORIAL IS :' || fact);
end if;
end;
4.FIBO
set serveroutput on;
DECLARE
a number:=0;
b number:=1;
c number;
i number;
n number;
BEGIN
n:=&n;
dbms_output.put_line(a);
dbms_output.put_line(b);
for i in 3..n
loop
c:=a+b;
dbms_output.put_line(c);
a:=b;
b:=c;
end loop;
end;
5.Reverse
set serveroutput on;
declare
a number:=&a;
s number:=0;
b number;
begin
while(a>0)
loop
b:=mod(a,10);
s:=(s*10)+b;
a:=trunc(a/10);
end loop;
dbms_output.put_line('The Reversed No Is : ' || s);
end;
6.Pallindrome
set serveroutput on;
declare
string varchar(20):='&string';
reverse varchar(20);
i integer(10);
begin
for i in reverse 1..length(string)
loop
reverse:=reverse||substr(string,i,1);
end loop;
dbms_output.put_line('Reverse : '||reverse);
if string=reverse then
dbms_output.put_line('The given string '||string||' is a palindrome');
else
dbms_output.put_line('The given string '||string||' is not a palindrome');
end if;
end;
7.Odd&Even
select *from even;
select * from odd;
drop table even;
drop table odd;
create table even(e number(10));
create table odd(o number(10));
set serveroutput on;
declare
i number;
begin
for i in 1..50
loop
if(mod(i,2)=0)
then
insert into even values(i);
else
insert into odd values(i);
end if;
end loop;
end;
|
ALTER TABLE `boyo_app`
MODIFY COLUMN `image` varchar(1000) CHARACTER SET utf8 COLLATE utf8_unicode_ci NOT NULL AFTER `supportUrl`,
MODIFY COLUMN `topimg` varchar(1000) CHARACTER SET utf8 COLLATE utf8_unicode_ci NOT NULL AFTER `defaultPlayers`,
MODIFY COLUMN `cover` varchar(1000) CHARACTER SET utf8 COLLATE utf8_unicode_ci NOT NULL AFTER `topimg`,
MODIFY COLUMN `poster` varchar(1000) CHARACTER SET utf8 COLLATE utf8_unicode_ci NOT NULL AFTER `cover`,
MODIFY COLUMN `icon` varchar(1000) CHARACTER SET utf8 COLLATE utf8_unicode_ci NOT NULL AFTER `poster`; |
DROP TABLE users_by_email;
|
CREATE TABLE IF NOT EXISTS `TransactionProject` (
`userId` bigint(20) DEFAULT NULL ,
`ProjectId` bigint(20) NOT NULL AUTO_INCREMENT ,
`ProjectName` varchar(255) DEFAULT NULL ,
`ProjectPayed` bit(1) DEFAULT NULL,
`ProjectPrice` DOUBLE DEFAULT NULL,
PRIMARY KEY (`ProjectId`)
)ENGINE=InnoDB;
|
-- LABORATORY WORK 1
-- BY Kharytonchyk_Oleksandr
/*---------------------------------------------------------------------------
1.Створити схему даних з назвою – прізвище студента, у якій користувач може:
створювати таблиці
4 бали
---------------------------------------------------------------------------*/
--Код відповідь:
CREATE USER кharytonchyk
IDENTIFIED BY 12345
DEFAULT TABLESPACE "USERS"
TEMPORARY TABLESPACE "TEMP";
ALTER USER kharrytonchyk QUOTA 100M ON USERS;
GRANT "CONNECT" TO tereshchenko ;
GRANT CREATE ANY TABLE TO tereshchenko;
/*---------------------------------------------------------------------------
2. Створити таблиці, у яких визначити поля та типи. Головні та зовнішні ключі
створювати окремо від таблиць використовуючи команди ALTER TABLE.
Людина співає пісню.
4 бали
---------------------------------------------------------------------------*/
--Код відповідь:
/*==============================================================*/
/* DBMS name: ORACLE Version 11g */
/* Created on: 18.04.2018 23:21:45 */
/*==============================================================*/
alter table human_sings_song
drop constraint FK_SINGER_SINGS_SONG;
alter table human_sings_song
drop constraint FK_SINGER_SONG;
alter table human_writes_song
drop constraint FK_AUTHOR_SONG;
alter table human_writes_song
drop constraint FK_AUTOR_WROTE_SONG;
drop table Human cascade constraints;
drop table Song cascade constraints;
drop index human_sings_song_FK;
drop index human_sings_song2_FK;
drop table human_sings_song cascade constraints;
drop index human_writes_song_FK;
drop index human_writes_song2_FK;
drop table human_writes_song cascade constraints;
/*==============================================================*/
/* Table: Human */
/*==============================================================*/
create table Human
(
human_identific_number NUMBER(10) not null,
human_name VARCHAR2(30) not null,
human_surname VARCHAR2(30) not null,
constraint PK_HUMAN primary key (human_identific_number)
);
/*==============================================================*/
/* Table: Song */
/*==============================================================*/
create table Song
(
song_title VARCHAR2(50) not null,
song_release_year DATE not null,
song_album VARCHAR2(50),
song_duration NUMBER(5),
constraint PK_SONG primary key (song_title, song_release_year)
);
/*==============================================================*/
/* Table: human_sings_song */
/*==============================================================*/
create table human_sings_song
(
song_title VARCHAR2(50) not null,
song_release_year DATE not null,
human_identific_number NUMBER(10) not null,
sing_time DATE not null,
constraint PK_HUMAN_SINGS_SONG primary key (song_title, song_release_year, human_identific_number, sing_time)
);
/*==============================================================*/
/* Index: human_sings_song2_FK */
/*==============================================================*/
create index human_sings_song2_FK on human_sings_song (
human_identific_number ASC
);
/*==============================================================*/
/* Index: human_sings_song_FK */
/*==============================================================*/
create index human_sings_song_FK on human_sings_song (
song_title ASC,
song_release_year ASC
);
/*==============================================================*/
/* Table: human_writes_song */
/*==============================================================*/
create table human_writes_song
(
song_title VARCHAR2(50) not null,
song_release_year DATE not null,
human_identific_number NUMBER(10) not null,
end_date DATE,
constraint PK_HUMAN_WRITES_SONG primary key (song_title, song_release_year, human_identific_number)
);
/*==============================================================*/
/* Index: human_writes_song2_FK */
/*==============================================================*/
create index human_writes_song2_FK on human_writes_song (
human_identific_number ASC
);
/*==============================================================*/
/* Index: human_writes_song_FK */
/*==============================================================*/
create index human_writes_song_FK on human_writes_song (
song_title ASC,
song_release_year ASC
);
alter table human_sings_song
add constraint FK_SINGER_SINGS_SONG foreign key (human_identific_number)
references Human (human_identific_number)
on delete cascade;
alter table human_sings_song
add constraint FK_SINGER_SONG foreign key (song_title, song_release_year)
references Song (song_title, song_release_year)
on delete cascade;
alter table human_writes_song
add constraint FK_AUTHOR_SONG foreign key (song_title, song_release_year)
references Song (song_title, song_release_year)
on delete cascade;
alter table human_writes_song
add constraint FK_AUTOR_WROTE_SONG foreign key (human_identific_number)
references Human (human_identific_number)
on delete cascade;
alter table Human
add constraint human_identific_number_check check(regexp_like(human_identific_number,'^\d{10}$'));
alter table Human
add constraint human_name_check check(regexp_like(human_name,'^[A-Z][a-z]{1,29}$'));
alter table Human
add constraint human_surname_check check(regexp_like(human_surname,'^[A-Z][a-z]{1,29}$'));
alter table Song
add constraint song_title_check check(regexp_like(song_title,'^[A-Z][a-z]{1,49}$'));
alter table Song
add constraint song_release_year_check check(regexp_like(song_release_year,'^([1-9]|[12][0-9]|[31]|[30]).([A-Z]{3}).[1-2][0-9]{3}$'));
alter table Song
add constraint song_album_check check(regexp_like(song_album,'^[A-Z][a-z]{1,49}$'));
alter table Song
add constraint song_duration_check check(regexp_like(song_duration,'^\d{1,5}$'));
alter table human_sings_song
add constraint sing_time_unique unique(sing_time);
alter table human_sings_song
add constraint sing_time_check check(sing_time <= GETDATE());
alter table human_sings_song
add constraint adequate_check check(sing_time >= end_date);
alter table human_writes_song
add constraint end_date_check check(end_date <= GETDATE());
/* ---------------------------------------------------------------------------
3. Надати додаткові права користувачеві (створеному у пункті № 1) для створення таблиць,
внесення даних у таблиці та виконання вибірок використовуючи команду ALTER/GRANT.
Згенерувати базу даних використовуючи код з теки OracleScript та виконати запити:
---------------------------------------------------------------------------*/
--Код відповідь:
--Код reviewer`a:
GRANT INSERT ANY TABLE TO KHARITONCHYK ;
GRANT SELECT ANY TABLE TO KHARITONCHYK;
--Виправлений код:
GRANT CREATE ANY TABLE TO Kharytonchyk;
GRANT INSERT ANY TABLE TO Kharytonchyk;
GRANT SELECT ANY TABLE TO Kharytonchyk;
/*---------------------------------------------------------------------------
3.a.
Скільки проданого найдорожчого товару?
Виконати завдання в SQL.
4 бали
---------------------------------------------------------------------------*/
--Код відповідь:
--Код reviewer`a:
SELECT SUM(QUANTITY)
FROM ORDERITEMS
WHERE ORDERITEMS.ITEM_PRICE = (SELECT MAX(ITEM_PRICE)
FROM ORDERITEMS);
--Виправлений код:
SELECT
SUM(quantity)
FROM
orderitems
WHERE
prod_id IN (
SELECT
prod_id
FROM
orderitems
WHERE
item_price = (
SELECT
MAX(item_price)
FROM
orderitems
)
);
/*---------------------------------------------------------------------------
3.b.
Який PROD_ID товару, з найкоротшою назвою?
Виконати завдання в SQL.
4 бали
---------------------------------------------------------------------------*/
--Код відповідь:
--Код reviewer`a:
SELECT PROD_ID
FROM PRODUCTS
WHERE PRODUCTS.PROD_NAME = (SELECT MAX(LENGTH(TRIM(PROD_NAME)))
FROM PRODUCTS);
--Виправлений код:
SELECT PROD_ID
FROM PRODUCTS
WHERE LENGTH(TRIM(PROD_NAME)) = (SELECT MAX(LENGTH(TRIM(PROD_NAME)))
FROM PRODUCTS);
/*---------------------------------------------------------------------------
3.c.
Вивести імена постачальників у верхньому регістрі,назвавши це поле vendor_name, що не мають жодного товару.
Виконати завдання в алгебрі Кодда.
4 бали
---------------------------------------------------------------------------*/
--Код відповідь:
--Код reviewer`a:
PROJECT(VENDORS){VEND_NAME}
MINUS
PROJECT(VENDORS TIMES PRODUCTS
WHERE VENDORS.VEND_ID = PRODUCTS.VEND_ID){VEND_NAME};
--Виправлений код:
PROJECT (VENDORS
WHERE VENDORS.VEND_ID NOT IN (PROJECT(PRODUCTS){ distinct PRODUCTS.VEND_ID})
){ DISTINCT RENAME(UPPER(TRIM(VENDORS.VEND_NAME)), "vendor_name")};
|
--List each employee first name, last name and supervisor status along with their department name. Order by department name, then by employee last name, and finally by employee first name.
SELECT e.Id, e.FirstName, e.LastName, e.IsSupervisor, d.Name as DepartmentName
FROM Employee e Left JOIN Department d on e.DepartmentId = d.Id
ORDER BY DepartmentName, e.LastName, e.FirstName
--List each department ordered by budget amount with the highest first.
SELECT Name as DepartmentName, Budget
FROM Department
ORDER BY Budget DESC
--List each department name along with any employees (full name) in that department who are supervisors.
SELECT d.name as DepartmentName, e.FirstName + ' ' + e.LastName as Supervisor, e.DepartmentId
FROM Employee e LEFT JOIN Department d on e.DepartmentId = d.Id
WHERE e.IsSupervisor = 1
--List each department name along with a count of employees in each department.
SELECT e.DepartmentId, d.Name as DepartmentName,
COUNT(*) as TotalEmployees
FROM Employee e INNER JOIN Department d on e.DepartmentId = d.Id
GROUP BY e.DepartmentId, Name
--Write a single update statement to increase each department's budget by 20%.
update Department
set Budget = Budget * 1.2
SELECT * from Department
--List the employee full names for employees who are not signed up for any training programs.
SELECT e.FirstName + ' ' + e.LastName as Employees_Not_In_Training
FROM Employee e LEFT JOIN EmployeeTraining et on et.EmployeeId = e.Id
WHERE NOT EXISTS(SELECT 1 FROM Employee WHERE et.EmployeeId = e.Id)
--List the employee full names for employees who are signed up for at least one training program and include the number of training programs they are signed up for.
SELECT e.FirstName + ' ' + e.LastName as Employees_In_Training,
COUNT(*) as NumberOfPrograms
FROM Employee e LEFT JOIN EmployeeTraining et on et.EmployeeId = e.Id
WHERE EXISTS(SELECT 1 FROM Employee WHERE et.EmployeeId = e.Id)
GROUP BY e.Id, e.FirstName + ' ' + e.LastName
--List all training programs along with the count employees who have signed up for each.
SELECT tp.Name as TrainingProgram_Name, COUNT(et.Id) NumberOfAttendees
FROM EmployeeTraining et LEFT JOIN TrainingProgram tp ON et.TrainingProgramId = tp.Id
GROUP BY tp.Name
--List all training programs who have no more seats available.
SELECT tp.Name as TrainingProgram_Not_At_Capacity, COUNT(et.Id) NumberOfAttendees
FROM EmployeeTraining et LEFT JOIN TrainingProgram tp ON et.TrainingProgramId = tp.Id
GROUP BY tp.Name, tp.MaxAttendees
HAVING(Count(*) = tp.MaxAttendees)
--List all future training programs ordered by start date with the earliest date first.
SELECT Name, StartDate
FROM TrainingProgram
WHERE StartDate > GetDate()
--Assign a few employees to training programs of your choice.
INSERT INTO EmployeeTraining (EmployeeId, TrainingProgramId) VALUES (6, 3);
INSERT INTO EmployeeTraining (EmployeeId, TrainingProgramId) VALUES (15, 5);
INSERT INTO EmployeeTraining (EmployeeId, TrainingProgramId) VALUES (1, 12);
INSERT INTO EmployeeTraining (EmployeeId, TrainingProgramId) VALUES (2, 12);
INSERT INTO EmployeeTraining (EmployeeId, TrainingProgramId) VALUES (3, 12);
INSERT INTO EmployeeTraining (EmployeeId, TrainingProgramId) VALUES (4, 12);
--List the top 3 most popular training programs. (For this question, consider each record in the training program table to be a UNIQUE training program).
SELECT TOP 3 tp.Id, tp.Name, COUNT(et.Id) NumberOfAttendees
FROM EmployeeTraining et INNER JOIN TrainingProgram tp ON et.TrainingProgramId = tp.Id
GROUP BY tp.Id, tp.Name
ORDER BY COUNT(*) DESC
--List the top 3 most popular training programs. (For this question consider training programs with the same name to be the SAME training program).
SELECT TOP 3 tp.Name as TrainingProgram_Name, COUNT(et.Id) NumberOfAttendees
FROM EmployeeTraining et LEFT JOIN TrainingProgram tp ON et.TrainingProgramId = tp.Id
GROUP BY tp.Name
ORDER BY COUNT(*) DESC
--List all employees who do not have computers.
SELECT e.Id, e.FirstName, e.LastName
FROM Employee e LEFT JOIN ComputerEmployee ce ON e.Id = ce.EmployeeId
WHERE NOT EXISTS(SELECT ce.EmployeeId FROM ComputerEmployee ce WHERE e.Id = ce.EmployeeId)
--select ce.EmployeeId
--from ComputerEmployee ce
--where ce.UnassignDate is not null
--and ce.EmployeeId not in (
--select ce.EmployeeId
--from ComputerEmployee ce
--where ce.UnassignDate is null)
--select * from ComputerEmployee where employeeid = 1;
--List all employees along with their current computer information make and manufacturer combined into a field entitled ComputerInfo. If they do not have a computer, this field should say "N/A".
SELECT e.Id, e.FirstName, e.LastName, CONCAT(ISNULL(c.Manufacturer, 'N/A'), ' ', ISNULL(c.Make, '')) as ComputerInfo
FROM Employee e LEFT JOIN ComputerEmployee ce ON e.Id = ce.EmployeeId and ce.UnassignDate is null
LEFT JOIN Computer c ON ce.ComputerId = c.Id
--List all computers that were purchased before July 2019 that are have not been decommissioned.
SELECT c.Id, c.Manufacturer, c.Make, C.PurchaseDate, c.DecomissionDate
FROM Computer c WHERE c.PurchaseDate < '2019-07-01' AND c.DecomissionDate IS NULL;
--List all employees along with the total number of computers they have ever had.
SELECT e.Id, e.FirstName, e.LastName, COUNT(*) as NumberOfComputers
FROM Employee e INNER JOIN ComputerEmployee ce on ce.EmployeeId = e.Id
GROUP BY e.Id, e.FirstName, e.LastName
--List the number of customers using each payment type
SELECT pt.Name as PaymentType, COUNT(*) as NumberOfCustomers
FROM PaymentType pt LEFT JOIN Customer c on pt.CustomerId = c.Id
GROUP BY pt.Name
--List the 10 most expensive products and the names of the seller
SELECT TOP 10 p.Id, p.Title as ProductTitle, p.Price, p.Description, c.Id, c.FirstName + ' ' + c.LastName as Seller
FROM Product p LEFT JOIN Customer c ON p.CustomerId = c.Id
ORDER BY p.Price DESC
--List the 10 most purchased products and the names of the seller
SELECT TOP 10 p.Id, p.Title, p.Price, p.Description, c.FirstName + ' ' + c.LastName as Seller, COUNT(*) as NumberSold
FROM OrderProduct op LEFT JOIN Product p ON p.Id = op.ProductId LEFT JOIN Customer c on p.CustomerId = c.Id
GROUP BY p.Id, p.Price, p.Title, p.Description, c.FirstName, c.LastName
ORDER BY NumberSold DESC
--Find the name of the customer who has made the most purchases
SELECT TOP 1 WITH TIES c.FirstName + ' ' + c.LastName as Customer, COUNT(o.CustomerId) as OrdersPlaced
FROM CUSTOMER c LEFT JOIN [Order] o ON o.CustomerId = c.Id
GROUP BY c.FirstName, c.LastName
ORDER BY NumberOfPurchases DESC
--List the amount of total sales by product type
SELECT pt.Id, pt.Name as ProductType, SUM(p.Price) as Price
FROM ProductType pt LEFT JOIN Product p on p.ProductTypeId = pt.Id
GROUP BY pt.Id, pt.Name
ORDER BY pt.Id
--List the total amount made from all sellers
SELECT c.Id, c.FirstName + ' ' + c.LastName as Seller, SUM(p.Price) as TotalSales
FROM Customer c INNER JOIN Product p on p.CustomerId = c.Id INNER JOIN OrderProduct op on op.ProductId = p.Id
GROUP BY c.id, c.FirstName, C.LastName
ORDER BY SUM(p.Price) DESC
|
-- --------------------------------------------------------
-- Host: 127.0.0.1
-- Server version: 5.1.48-community - MySQL Community Server (GPL)
-- Server OS: Win32
-- HeidiSQL version: 7.0.0.4140
-- Date/time: 2012-06-06 15:41:07
-- --------------------------------------------------------
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET NAMES utf8 */;
/*!40014 SET FOREIGN_KEY_CHECKS=0 */;
-- Dumping structure for table app.users
CREATE TABLE IF NOT EXISTS `users` (
`username` varchar(255) NOT NULL,
`dob` datetime DEFAULT NULL,
`email` varchar(255) DEFAULT NULL,
`enabled` tinyint(4) NOT NULL,
`image` blob,
`password` varchar(255) DEFAULT NULL,
PRIMARY KEY (`username`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
-- Dumping data for table app.users: ~0 rows (approximately)
/*!40000 ALTER TABLE `users` DISABLE KEYS */;
/*!40000 ALTER TABLE `users` ENABLE KEYS */;
/*!40014 SET FOREIGN_KEY_CHECKS=1 */;
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
|
--drop view
drop view v_app_dep;
drop view v_app_vulndep;
drop view v_libraryid_bugs;
drop view v_libraryid_bugs_config;
drop view v_libraryid_bugs_cc;
drop view v_app_vulndep_cc;
drop view v_app_vulndep_config;
-- recreate views
create view v_app_vulndep_cc as
(select distinct a.id as app_id, a.mvn_group as app_group,a.artifact as app_artifact,a.version as app_version,d.id as dep_id, d.filename,d.scope,d.transitive,l.id as lib_id, l.digest,cc.bug,lid.id as lid_id,lid.mvn_group, lid.artifact,lid.version,al.affected
from app a join app_dependency d on a.id=d.app
join lib l on d.lib=l.digest
join lib_constructs lc on l.id=lc.library_id
join bug_construct_change cc on lc.constructs_id=cc.construct_id
join construct_id c on cc.construct_id=c.id
left outer join library_id lid on l.library_id_id=lid.id
left outer join v_affected_library_gav al on al.library_id=lid.id and al.bug_id=cc.bug
where not lid.id is null and not c.type='PACK' and not (c.type='MODU' AND c.qname='setup'))
UNION
(select distinct a.id as app_id, a.mvn_group as app_group,a.artifact as app_artifact,a.version as app_version,d.id as dep_id, d.filename,d.scope,d.transitive,l.id as lib_id, l.digest,cc.bug,lid.id as lid_id,lid.mvn_group,lid.artifact,lid.version,aldigest.affected
from app a join app_dependency d on a.id=d.app
join lib l on d.lib=l.digest
join lib_constructs lc on l.id=lc.library_id
join bug_construct_change cc on lc.constructs_id=cc.construct_id
join construct_id c on cc.construct_id=c.id
left outer join library_id lid on l.library_id_id=lid.id
left outer join v_affected_library_digest aldigest on aldigest.lib=l.digest and aldigest.bug_id=cc.bug
where lid.id is null and not c.type='PACK' and not (c.type='MODU' AND c.qname='setup'));
--Vulnerable dependencies for the current applications (with priority applied) FOR configuration bugs
create view v_app_vulndep_config as
select distinct a.id as app_id, a.mvn_group as app_group,a.artifact as app_artifact,a.version as app_version,d.id as dep_id, d.filename,d.scope,d.transitive,
l.id as lib_id, l.digest,cc.bug,lid.id as lid_id,lid.mvn_group,lid.artifact,lid.version,al.affected
from app a join app_dependency d on a.id=d.app
join lib l on d.lib=l.digest
join library_id lid on l.library_id_id=lid.id
join v_affected_library_gav al on al.library_id=lid.id
left join bug_construct_change cc on al.bug_id=cc.bug
where cc.bug is null;
--ALL Vulnerable dependencies for the current applications (with priority applied)
create view v_app_vulndep as
select distinct * from v_app_vulndep_cc
UNION
select distinct * from v_app_vulndep_config;
--Bugs with construct changes for libraries with GAV
create view v_libraryid_bugs_cc as
select distinct lid.id,lid.mvn_group,lid.artifact,lid.version,cc.bug,al.affected from lib l
join lib_constructs lc on l.id=lc.library_id
join bug_construct_change cc on lc.constructs_id=cc.construct_id
join library_id lid on l.library_id_id=lid.id
left outer join v_affected_library_gav al on al.library_id=lid.id and al.bug_id=cc.bug;
-- Config Bugs with construct changes for libraries with GAV
create view v_libraryid_bugs_config as
select distinct lid.id,lid.mvn_group,lid.artifact,lid.version,al.bug_id,al.affected
from lib l
join library_id lid on l.library_id_id=lid.id
join v_affected_library_gav al on al.library_id=lid.id
left join bug_construct_change cc on al.bug_id=cc.bug
where cc.bug is null;
-- All Bugs for libraries with GAV
create view v_libraryid_bugs as
select distinct * from v_libraryid_bugs_cc
UNION
select distinct * from v_libraryid_bugs_config;
-- Application dependencies
create view v_app_dep as
select distinct a.id as app_id, a.mvn_group as app_group,a.artifact as app_artifact,a.version as app_version,d.id as dep_id, d.filename,
l.id as lib_id,l.digest AS sha1,lid.id as lid_id,lid.mvn_group,lid.artifact,lid.version
from app a join app_dependency d on a.id=d.app
join lib l on d.lib=l.digest
left outer join library_id lid on l.library_id_id=lid.id;
|
--description: <updates currently to the most recent bid on the item>
pragma foreign_keys = on;
drop trigger if exists trigger8;
create trigger trigger8 after insert on bids
begin
update items set currently = new.amount
where item_id = new.item_id;
end; |
--得到操作语句编码
select get_sqlCode('t_sys_supplier') from dual;
select getStrBytableName('t_sys_supplier') from dual;
--操作语句
select t.*,rowid from t_oracle_sql t where t.sql_code='tSysSupplier';
--操作语句子表
select t.*,rowid from t_oracle_sql_child t;
--------------同步数据字典供应商经营类别到t_sys_static-------
select t.*,rowid from t_sys_static t where t.varcode='03';
select * from t_base_data_dictionary t where t.up_system_id='0g02' ;
-----------------------
select t.code from t_oracle_sql_child t
|
create table user(
id bigserial,
username varchar (255),
password varchar (255),
primary key (id)
);
create table role(
id bigserial,
name varchar (255),
primary key (id)
);
create table user_role(
user_id bigint references user(id) on delete cascade,
role_id bigint references role(id) on delete cascade,
primary key (user_id,role_id)
);
create table book(
id bigserial,
name varchar(255),
primary key (id)
);
create table author(
id bigserial,
name varchar (255),
primary key (id)
);
create table book_author(
book_id bigint references book(id) on delete cascade,
author_id bigint references author(id) on delete cascade,
primary key (book_id,author_id)
);
create table category(
id bigserial,
name varchar (255),
primary key (id)
);
create table book_category(
book_id bigint references book(id) on delete cascade,
category_id bigint references category(id) on delete cascade,
primary key (book_id,category_id)
);
create table comment(
id bigserial,
book_id bigint references book(id) on delete cascade,
text varchar(1000),
primary key (id)
);
CREATE TABLE IF NOT EXISTS acl_sid (
id bigint(20) NOT NULL AUTO_INCREMENT,
principal tinyint(1) NOT NULL,
sid varchar(100) NOT NULL,
PRIMARY KEY (id),
UNIQUE KEY unique_uk_1 (sid,principal)
);
CREATE TABLE IF NOT EXISTS acl_class (
id bigint(20) NOT NULL AUTO_INCREMENT,
class varchar(255) NOT NULL,
PRIMARY KEY (id),
UNIQUE KEY unique_uk_2 (class)
);
CREATE TABLE IF NOT EXISTS acl_entry (
id bigint(20) NOT NULL AUTO_INCREMENT,
acl_object_identity bigint(20) NOT NULL,
ace_order int(11) NOT NULL,
sid bigint(20) NOT NULL,
mask int(11) NOT NULL,
granting tinyint(1) NOT NULL,
audit_success tinyint(1) NOT NULL,
audit_failure tinyint(1) NOT NULL,
PRIMARY KEY (id),
UNIQUE KEY unique_uk_4 (acl_object_identity,ace_order)
);
CREATE TABLE IF NOT EXISTS acl_object_identity (
id bigint(20) NOT NULL AUTO_INCREMENT,
object_id_class bigint(20) NOT NULL,
object_id_identity bigint(20) NOT NULL,
parent_object bigint(20) DEFAULT NULL,
owner_sid bigint(20) DEFAULT NULL,
entries_inheriting tinyint(1) NOT NULL,
PRIMARY KEY (id),
UNIQUE KEY unique_uk_3 (object_id_class,object_id_identity)
);
ALTER TABLE acl_entry
ADD FOREIGN KEY (acl_object_identity) REFERENCES acl_object_identity(id);
ALTER TABLE acl_entry
ADD FOREIGN KEY (sid) REFERENCES acl_sid(id);
--
-- Constraints for table acl_object_identity
--
ALTER TABLE acl_object_identity
ADD FOREIGN KEY (parent_object) REFERENCES acl_object_identity (id);
ALTER TABLE acl_object_identity
ADD FOREIGN KEY (object_id_class) REFERENCES acl_class (id);
ALTER TABLE acl_object_identity
ADD FOREIGN KEY (owner_sid) REFERENCES acl_sid (id); |
/*==============================================================*/
/* Database name: MySql */
/* DBMS name: MySQL 3.23 */
/* Created on: 04.02.2003 19:48:39 */
/*==============================================================*/
drop database if exists zeoslib;
create database zeoslib;
use zeoslib;
INSERT INTO blob_values VALUES (1, NULL, NULL);
/*==============================================================*/
/* Table : date_values */
/*==============================================================*/
create table if not exists date_values
(
d_id int not null,
d_date date,
d_time time,
d_datetime datetime,
d_timestamp timestamp,
primary key (d_id)
);
/*==============================================================*/
/* Table : department */
/*==============================================================*/
create table if not exists department
(
dep_id smallint not null auto_increment,
dep_name varchar(20),
dep_shname char(5),
dep_address varchar(255),
primary key (dep_id)
);
/*==============================================================*/
/* Table : equipment */
/*==============================================================*/
create table if not exists equipment
(
eq_id int not null auto_increment,
eq_name varchar(30),
eq_type smallint,
eq_cost numeric(9,4),
eq_date date,
woff_date date,
primary key (eq_id)
);
/*==============================================================*/
/* Table : equipment2 */
/*==============================================================*/
create table if not exists equipment2
(
dep_id smallint not null,
eq_id int not null,
primary key (dep_id, eq_id)
);
/*==============================================================*/
/* Index: equipment_FK */
/*==============================================================*/
create index equipment_FK on equipment2
(
dep_id
);
/*==============================================================*/
/* Index: equipment2_FK */
/*==============================================================*/
create index equipment2_FK on equipment2
(
eq_id
);
/*==============================================================*/
/* Table : extension */
/*==============================================================*/
create table if not exists extension
(
ext_id CHAR(10),
ext_set1 SET('Y', 'N'),
ext_set2 SET('White', 'Black', 'Yellow'),
ext_enum ENUM('Car', 'House', 'Work', 'Dog', 'Wife', 'Child')
);
/*==============================================================*/
/* Table : people */
/*==============================================================*/
create table if not exists people
(
p_id smallint not null auto_increment,
p_dep_id smallint,
p_name varchar(40),
p_begin_work time,
p_end_work time,
p_picture longblob,
p_resume text,
p_redundant tinyint(1),
primary key (p_id)
);
/*==============================================================*/
/* Index: people_FK */
/*==============================================================*/
create index people_FK on people
(
p_dep_id
);
/*==============================================================*/
/* Table : cargo */
/*==============================================================*/
create table if not exists cargo
(
c_id bigint not null auto_increment,
c_dep_id smallint,
c_name CHAR(10),
c_seal tinyint(1),
c_date_came datetime,
c_date_out datetime,
c_weight float,
c_width int,
c_height int,
c_cost float(12,4),
c_attributes blob,
primary key (c_id)
);
/*==============================================================*/
/* Table : high_load */
/*==============================================================*/
create table high_load (
hl_id INTEGER NOT NULL,
data1 FLOAT,
data2 CHAR(10),
primary key (hl_id)
);
/*==============================================================*/
/* Index: cargo_FK */
/*==============================================================*/
create index cargo_FK on cargo
(
c_dep_id
);
INSERT INTO department VALUES (2,'Container agency','USA','Krasnodar Komsomolskaya st. 17');
INSERT INTO department VALUES (1,'Line agency','RUS','Novorossiysk Lenina st. 2');
INSERT INTO equipment VALUES (1,'Volvo',1,15000.0000,'1998-03-04',NULL);
INSERT INTO equipment VALUES (2,'Laboratoy',10,40000.0000,'2001-10-07',NULL);
INSERT INTO equipment VALUES (3,'Computer',7,900.0000,'1999-09-03',NULL);
INSERT INTO equipment VALUES (4,'Radiostation',19,400.0000,'2000-07-08',NULL);
INSERT INTO equipment2 VALUES (1,1);
INSERT INTO equipment2 VALUES (1,2);
INSERT INTO equipment2 VALUES (1,4);
INSERT INTO equipment2 VALUES (2,1);
INSERT INTO equipment2 VALUES (2,3);
INSERT INTO people VALUES (1,1,'Vasia Pupkin','09:00:00','18:00:00',NULL,NULL,0);
INSERT INTO people VALUES (2,2,'Andy Karto','08:30:00','17:30:00',NULL,NULL,0);
INSERT INTO people VALUES (3,1,'Kristen Sato','09:00:00','18:00:00',NULL,NULL,0);
INSERT INTO people VALUES (4,2,'Aleksey Petrov','08:30:00','17:30:00',NULL,NULL,1);
INSERT INTO people VALUES (5,3,'Yan Pater','08:00:00','17:00:00',NULL,NULL,1);
INSERT INTO cargo VALUES (1,2,'Grain',1,'2002-12-20 02:00:00','2002-12-20 02:00:00',5000,NULL,NULL,1769.4300,NULL);
INSERT INTO cargo VALUES (2,1,'Paper',2,'2002-12-19 14:00:00','2002-12-23 00:00:00',1000,10,10,986.4700,'#14#‘®àâ2');
INSERT INTO cargo VALUES (3,1,'Wool',0,'2002-12-20 18:00:00',NULL,400,7,4,643.1100,NULL);
INSERT INTO cargo VALUES (4,2,'Suagr',1,'2002-12-21 10:20:00','2002-12-26 00:00:00',2034,NULL,NULL,1964.8700,NULL);
|
-- phpMyAdmin SQL Dump
-- version 5.0.1
-- https://www.phpmyadmin.net/
--
-- Host: 127.0.0.1
-- Tempo de geração: 03-Dez-2020 às 05:14
-- Versão do servidor: 10.4.11-MariaDB
-- versão do PHP: 7.4.1
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
SET AUTOCOMMIT = 0;
START TRANSACTION;
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8mb4 */;
--
-- Banco de dados: `trabalho_1`
--
-- --------------------------------------------------------
--
-- Estrutura da tabela `product`
--
CREATE TABLE `product` (
`codigo` int(11) NOT NULL,
`name` varchar(25) DEFAULT NULL,
`manufacturer` varchar(30) DEFAULT NULL,
`amount` int(11) DEFAULT NULL,
`price` decimal(10,0) DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4;
--
-- Extraindo dados da tabela `product`
--
INSERT INTO `product` (`codigo`, `name`, `manufacturer`, `amount`, `price`) VALUES
(1, 'soap', 'luxi', 240, '1');
--
-- Índices para tabelas despejadas
--
--
-- Índices para tabela `product`
--
ALTER TABLE `product`
ADD PRIMARY KEY (`codigo`);
--
-- AUTO_INCREMENT de tabelas despejadas
--
--
-- AUTO_INCREMENT de tabela `product`
--
ALTER TABLE `product`
MODIFY `codigo` int(11) NOT NULL AUTO_INCREMENT, AUTO_INCREMENT=2;
COMMIT;
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
|
-- phpMyAdmin SQL Dump
-- version 4.5.1
-- http://www.phpmyadmin.net
--
-- Host: 127.0.0.1
-- Generation Time: April 22, 2020 at 06:40 PM
-- Server version: 10.1.13-MariaDB
-- PHP Version: 5.6.20
--
-- Database: `web_coach`
--
-- --------------------------------------------------------
--
-- Table structure for table `coaching`
--
CREATE TABLE `coaching` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`coaching_name` varchar(200) NOT NULL,
`username` varchar(200) NOT NULL,
`email` varchar(200) NOT NULL,
`address` longtext NOT NULL,
`status` int(2) NOT NULL,
`mobile` int(40) NOT NULL,
`join_date` datetime NOT NULL DEFAULT current_timestamp(),
`updated_at` datetime NOT NULL DEFAULT current_timestamp(),
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=3 DEFAULT CHARSET=latin1
--
-- Table structure for table `content`
--
CREATE TABLE `content` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`course_id` int(11) NOT NULL,
`section_id` int(11) NOT NULL,
`lesson_id` int(11) NOT NULL,
`title` varchar(100) NOT NULL,
`notes` text NOT NULL,
`video` varchar(255) NOT NULL,
`creation_date` datetime NOT NULL DEFAULT current_timestamp(),
`updation_date` datetime NOT NULL DEFAULT current_timestamp(),
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=7 DEFAULT CHARSET=latin1
--
-- Table structure for table `courses`
--
CREATE TABLE `courses` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`course_id` varchar(100) NOT NULL,
`user_id` int(11) NOT NULL,
`coaching_name` varchar(200) NOT NULL,
`title` varchar(100) NOT NULL,
`description` varchar(200) NOT NULL,
`duration` varchar(200) NOT NULL,
`status` int(2) NOT NULL,
`created_by` varchar(100) NOT NULL,
`creation_date` datetime NOT NULL DEFAULT current_timestamp(),
`updation_date` datetime NOT NULL DEFAULT current_timestamp(),
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=5 DEFAULT CHARSET=latin1
--
-- Table structure for table `lessons`
--
CREATE TABLE `lessons` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`course_id` int(11) NOT NULL,
`section_id` int(11) NOT NULL,
`title` varchar(100) NOT NULL,
`duration` varchar(100) NOT NULL,
`creation_at` datetime NOT NULL DEFAULT current_timestamp(),
`updation_date` datetime NOT NULL DEFAULT current_timestamp(),
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=7 DEFAULT CHARSET=latin1
--
-- Table structure for table `login_attempts`
--
CREATE TABLE `login_attempts` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`user_id` int(11) NOT NULL,
`attempt_status` int(11) NOT NULL,
`wrong_password_attempts` int(11) NOT NULL,
`attempt_time` timestamp NOT NULL DEFAULT current_timestamp(),
PRIMARY KEY (`id`)
) ENGINE=InnoDB DEFAULT CHARSET=latin1
--
-- Table structure for table `member_login_history`
--
CREATE TABLE `member_login_history` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`user_id` bigint(20) DEFAULT NULL,
`login_dt` datetime NOT NULL DEFAULT current_timestamp(),
`logout_dt` mediumint(10) DEFAULT NULL,
`session_id` varchar(40) DEFAULT NULL,
`last_activity` datetime NOT NULL DEFAULT current_timestamp(),
`ip_address` varchar(50) NOT NULL,
`status` int(2) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=13 DEFAULT CHARSET=latin1
--
-- Table structure for table `roles`
--
CREATE TABLE `roles` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`roles_level` varchar(100) NOT NULL,
`admin_user` int(11) NOT NULL,
`dashboard` varchar(200) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=5 DEFAULT CHARSET=latin1
--
-- Dumping data for table `roles`
--
INSERT INTO `roles` (`id`, `roles_level`, `admin_user`, `dashboard`) VALUES
(1, 'ADMIN', 1, 'admin'),
(2, 'CO_ADMIN', 1, 'Co_admin'),
(3, 'TEACHER', 0, 'teacher'),
(4, 'STUDENT', 0, 'student');
--
-- Table structure for table `sections`
--
CREATE TABLE `sections` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`course_id` int(11) NOT NULL,
`title` varchar(100) NOT NULL,
`duration` varchar(100) NOT NULL,
`creation_date` datetime NOT NULL DEFAULT current_timestamp(),
`updation_date` datetime NOT NULL DEFAULT current_timestamp(),
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=6 DEFAULT CHARSET=latin1
--
-- Table structure for table `user_info`
--
CREATE TABLE `user_info` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`username` varchar(100) NOT NULL,
`email` varchar(100) NOT NULL,
`role_id` int(11) NOT NULL,
`password` varchar(100) NOT NULL,
`profile_photo` varchar(200) NOT NULL,
`coaching_name` varchar(200) NOT NULL,
`status` int(11) NOT NULL,
`join_date` datetime NOT NULL DEFAULT current_timestamp(),
`updated_at` datetime NOT NULL DEFAULT current_timestamp(),
`address` longtext DEFAULT NULL,
`dob` date NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=InnoDB AUTO_INCREMENT=15 DEFAULT CHARSET=latin1 |
DROP DATABASE IF EXISTS managerOneDatabase;
CREATE DATABASE managerOneDatabase;
USE managerOneDatabase;
--
-- Table structure for table `users`
--
CREATE TABLE `users` (
`id` int(11) NOT NULL AUTO_INCREMENT PRIMARY KEY,
`name` varchar(32) NOT NULL,
`email` varchar(32) NOT NULL
);
--
-- Table structure for table `tasks`
--
CREATE TABLE `tasks` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`user_id` int(11) NOT NULL,
`title` varchar(50) NOT NULL,
`description` varchar(300) NOT NULL,
`creation_date` date NOT NULL,
`status` ENUM ('TODO', 'DONE') NOT NULL,
PRIMARY KEY (`id`),
CONSTRAINT fk_user_id
FOREIGN KEY (user_id)
REFERENCES users(id)
ON DELETE CASCADE
);
--
-- Dumping data for table `users`
--
INSERT INTO users (id, name, email) VALUES (null, 'Louis', 'louis.fontaine@efrei.net');
INSERT INTO `users` (`id`, `name`, `email`) VALUES (NULL, 'Marie', 'marielesang@gmail.com'), (NULL, 'Jérémie', 'jerembrebbo94@hotmail.fr');
--
-- Dumping data for table `tasks`
--
INSERT INTO tasks VALUES (null, 1, 'Talk to mama', 'talk to mama about how to wash my clothes', '2019-04-02 16:32:22', 'TODO');
INSERT INTO tasks VALUES (null, 2, 'Talk to mama', 'talk to mama about how to wash my clothes', '2019-04-02 16:32:22', 'TODO');
INSERT INTO tasks VALUES (null, 3, 'Talk to mama', 'talk to mama about how to wash my clothes', '2019-04-02 16:32:22', 'TODO');
INSERT INTO `tasks` (`id`, `user_id`, `title`, `description`, `creation_date`, `status`) VALUES (NULL, '1', 'Work', 'Study for the english test', '2019-12-11', 'TODO');
INSERT INTO `tasks` (`id`, `user_id`, `title`, `description`, `creation_date`, `status`) VALUES (NULL, '2', 'Work', 'Study for the english test', '2019-12-11', 'TODO');
INSERT INTO `tasks` (`id`, `user_id`, `title`, `description`, `creation_date`, `status`) VALUES (NULL, '3', 'Work', 'Study for the english test', '2019-12-11', 'TODO');
INSERT INTO `tasks` (`id`, `user_id`, `title`, `description`, `creation_date`, `status`) VALUES (NULL, '1', 'Clean', 'Clean the kitchen', '2019-12-14', 'DONE');
INSERT INTO `tasks` (`id`, `user_id`, `title`, `description`, `creation_date`, `status`) VALUES (NULL, '2', 'Clean', 'Clean the kitchen', '2019-12-14', 'DONE');
INSERT INTO `tasks` (`id`, `user_id`, `title`, `description`, `creation_date`, `status`) VALUES (NULL, '3', 'Clean', 'Clean the kitchen', '2019-12-14', 'DONE');
|
CREATE TABLE DATABASE_INSTANCE (
DATABASE_ID BIGINT NOT NULL AUTO_INCREMENT,
ENVIRONMENT_ID BIGINT NOT NULL,
NAME VARCHAR(100) NOT NULL,
TYPE BIGINT NOT NULL,
HOST VARCHAR(500) NOT NULL,
PORT VARCHAR(500) NOT NULL,
USER VARCHAR(500) NOT NULL,
PASSWORD VARCHAR(500) NOT NULL,
ENCRYPTION_KEY VARCHAR(1000) NULL,
ACTIVE BIT NOT NULL DEFAULT 1,
CREATE_DATE DATETIME NOT NULL DEFAULT CURRENT_TIMESTAMP,
MODIFIED_DATE DATETIME NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
CONSTRAINT PK_DATABASE_INSTANCE PRIMARY KEY (DATABASE_ID),
CONSTRAINT FK_DATABASE_INSTANCE_ENVIRONMENT FOREIGN KEY (ENVIRONMENT_ID) REFERENCES ENVIRONMENT (ENVIRONMENT_ID)
); |
INSERT INTO u_stages (name) VALUES
('75m'),
('Battlefield'),
('Big Battlefield'),
('Boxing Ring'),
('Bridge of Eldin'),
('Castle Siege'),
('Coliseum'),
('Delfino Plaza'),
('Duck Hunt'),
('Final Destination'),
('Flat Zone X'),
('Gamer'),
('Garden of Hope'),
('Gaur Plain'),
('Halberd'),
('Jungle Hijinxs'),
('Kalos Pokémon League'),
('Kongo Jungle 64'),
('Luigi''s Mansion'),
('Lylat Cruise'),
('Mario Circuit'),
('Mario Circuit (Brawl)'),
('Mario Galaxy'),
('Miiverse'),
('Mushroom Kingdom U'),
('Norfair'),
('Onett'),
('Orbital Gate Assault'),
('Pac-Land'),
('Palutena''s Temple'),
('Pilotwings'),
('Pokémon Stadium 2'),
('Port Town Aero Dive'),
('Pyrosphere'),
('Skyloft'),
('Skyworld'),
('Smashville'),
('Temple'),
('The Great Cave Offensive'),
('Town and City'),
('Wii Fit Studio'),
('Wily Castle'),
('Windy Hill Zone'),
('Woolly World'),
('Wrecking Crew'),
('Wuhu Island'),
('Yoshi''s Island')
;
INSERT INTO u_characters (name) VALUES
('Bowser'),
('Bowser Jr.'),
('Captain Falcon'),
('Charizard'),
('Dark Pit'),
('Diddy Kong'),
('Donkey Kong'),
('Dr. Mario'),
('Duck Hunt'),
('Falco'),
('Fox'),
('Ganondorf'),
('Greninja'),
('Ike'),
('Jigglypuff'),
('King Dedede'),
('Kirby'),
('Link'),
('Little Mac'),
('Lucario'),
('Lucina'),
('Luigi'),
('Mario'),
('Marth'),
('Mega Man'),
('Meta Knight'),
('Mii Brawler'),
('Mii Gunner'),
('Mii Swordfighter'),
('Mr. Game & Watch'),
('Ness'),
('Olimar'),
('Pac-Man'),
('Palutena'),
('Peach'),
('Pikachu'),
('Pit'),
('R.O.B.'),
('Robin'),
('Rosalina & Luma'),
('Samus'),
('Sheik'),
('Shulk'),
('Sonic'),
('Toon Link'),
('Villager'),
('Wario'),
('Wii Fit Trainer'),
('Yoshi'),
('Zelda'),
('Zero Suit Samus'),
('Mewtwo')
;
INSERT INTO u_players (name, rating) VALUES
('John', 1200),
('Lowell', 1200),
('Luke', 1200),
('Brett', 1200)
;
|
--==== VBP TARGETS & GENERAL TARGETS ==========
--Tables maintained by Adol's group
--=========== VBP PT SATISFACTION DETAIL ====================
TRUNCATE TABLE VBP_PT_SAT_DETAIL
/
INSERT INTO VBP_PT_SAT_DETAIL
(FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, QUESTIONNUMBER, DISCHARGE_DATE, RATING, ROW_COUNT)
SELECT FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, QUESTIONNUMBER, LAST_DAY(DISDATE), RATING, ROW_COUNT
FROM FACT_STG_SRVY_QSTN_RSPNS_F
WHERE ltrim(rtrim(QUESTIONNUMBER)) IN (SELECT DISTINCT ltrim(rtrim(QUESTIONNUMBER)) FROM GENERAL_TARGETS)
/
commit
/
--============== UPDATE USING GENERAL_TARGETS =================
DECLARE
CURSOR C_tgt IS
SELECT DISTINCT QUESTIONNUMBER, YEAR FROM GENERAL_TARGETS
WHERE SCORE_TYPE = 'PT SAT';
V_QNUM VARCHAR2(200);
V_YEAR VARCHAR2(4);
BEGIN
OPEN C_TGT;
LOOP
FETCH C_TGT INTO V_QNUM, V_YEAR;
EXIT WHEN C_TGT%NOTFOUND;
UPDATE VBP_PT_SAT_DETAIL
SET (DIMENSION, QUESTIONLABEL, FLOOR,TARGET, THRESHOLD, NATIONAL_50_PCTL, NATIONAL_90_PCTL, ASSIGNMENT_YEAR ) =
(SELECT DIMENSION, QUESTIONLABEL, FLOOR,TARGET, THRESHOLD, NATIONAL_50_PCTL, NATIONAL_90_PCTL,
YEAR
FROM GENERAL_TARGETS
WHERE QUESTIONNUMBER = V_QNUM
AND YEAR = V_YEAR)
WHERE QUESTIONNUMBER = V_QNUM
AND TO_CHAR(DISCHARGE_DATE, 'YYYY') = V_YEAR;
END LOOP;
CLOSE C_TGT;
COMMIT;
END;
/
/****************
--============== UPDATE USING VBP_TARGETS =================
DECLARE
CURSOR C_tgt IS
SELECT DISTINCT QUESTIONNUMBER, perf_prd_start, perf_prd_end, FACILITY, PHASE, VBP_YES_NO
FROM VBP_TARGETS
WHERE SCORE_TYPE = 'PT SAT';
V_QNUM VARCHAR2(200);
V_PERF_START DATE;
V_PERF_END DATE;
V_FACILITY VARCHAR2(100);
V_PHASE VARCHAR2(100);
V_YES_NO VARCHAR2(20);
BEGIN
OPEN C_TGT;
LOOP
FETCH C_TGT INTO V_QNUM, V_PERF_START,V_PERF_END, V_FACILITY, V_PHASE, V_YES_NO;
EXIT WHEN C_TGT%NOTFOUND;
UPDATE VBP_PT_SAT_DETAIL
SET ( VBP_BENCHMARK, VBP_THRESHOLD, phase, perf_prd_start, perf_prd_end,
baseline_prd_start, baseline_prd_end, VBP_YES_NO) =
(SELECT VBP_benchmark, VBP_THRESHold, phase, perf_prd_start, perf_prd_end,
baseline_prd_start, baseline_prd_end, VBP_YES_NO
FROM VBP_TARGETS
WHERE QUESTIONNUMBER = V_QNUM
AND perf_prd_start = v_PERF_START
and perf_prd_end = v_PERF_END
and score_type = 'PT SAT'
AND FACILITY = V_FACILITY
AND PHASE = V_PHASE)
WHERE QUESTIONNUMBER = V_QNUM
AND DISCHARGE_DATE BETWEEN V_PERF_START AND V_PERF_END;
END LOOP;
CLOSE C_TGT;
COMMIT;
END;
/
**************************/
UPDATE VBP_PT_SAT_DETAIL
SET MEASURE_KEY = FACILITY||'|'||PATIENT_TYPE||'|'||FINAL_UNIT_NAME||'|'||DIMENSION||'|'||QUESTIONNUMBER
/
commit
/
---- =========== VBP PT SAT AGG STG =================
TRUNCATE TABLE VBP_PT_SAT_AGG_STG
/
INSERT INTO VBP_PT_SAT_AGG_STG (DISCHARGE_DATE)
SELECT DISTINCT DISCHARGE_DATE FROM
VBP_PT_SAT_DETAIL
/
COMMIT
/
/***
DECLARE
CURSOR C_STG IS
SELECT DISTINCT DISCHARGE_DATE FROM
VBP_PT_SAT_DETAIL;
V_DISCHARGE_DATE DATE;
BEGIN
OPEN C_STG;
LOOP
FETCH C_STG INTO V_DISCHARGE_DATE;
EXIT WHEN C_STG%NOTFOUND;
INSERT INTO VBP_PT_SAT_AGG_STG
(FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, DIMENSION, QUESTIONNUMBER, QUESTIONLABEL, DISCHARGE_DATE)
SELECT DISTINCT FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, DIMENSION, QUESTIONNUMBER, QUESTIONLABEL, V_DISCHARGE_DATE
FROM VBP_PT_SAT_DETAIL;
END LOOP;
CLOSE C_STG;
COMMIT;
END;
******/
DECLARE
CURSOR C_STG IS
SELECT DISTINCT DISCHARGE_DATE FROM
VBP_PT_SAT_DETAIL;
V_DISCHARGE_DATE DATE;
BEGIN
OPEN C_STG;
LOOP
FETCH C_STG INTO V_DISCHARGE_DATE;
EXIT WHEN C_STG%NOTFOUND;
INSERT INTO VBP_PT_SAT_AGG_STG
(FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, DIMENSION, QUESTIONNUMBER, QUESTIONLABEL, DISCHARGE_DATE)
SELECT DISTINCT FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, DIMENSION, QUESTIONNUMBER, QUESTIONLABEL, DISCHARGE_DATE
FROM VBP_PT_SAT_DETAIL
where discharge_date = v_discharge_date;
END LOOP;
CLOSE C_STG;
COMMIT;
END;
/
DECLARE
CURSOR C_STG_UPD IS
SELECT FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, DIMENSION, QUESTIONNUMBER, QUESTIONLABEL, DISCHARGE_DATE, ROWID
FROM VBP_PT_SAT_AGG_STG;
V_FACILITY VARCHAR2(20);
V_PATIENT_TYPE VARCHAR2(200);
V_FINAL_UNIT VARCHAR2(200);
V_DIMENSION VARCHAR2(200);
V_QUESTIONNUMBER VARCHAR2(20);
V_QUESTIONLABEL VARCHAR2(200);
V_DISCHARGE_DATE DATE;
V_ROWID ROWID;
BEGIN
OPEN C_STG_UPD;
LOOP
FETCH C_STG_UPD INTO V_FACILITY, v_PATIENT_TYPE, V_FINAL_UNIT, V_DIMENSION, V_QUESTIONNUMBER, V_QUESTIONLABEL,
V_DISCHARGE_DATE, V_ROWID;
EXIT WHEN C_STG_UPD%NOTFOUND;
UPDATE VBP_PT_SAT_AGG_STG
SET (MEASURE_KEY, VBP_BENCHMARK, VBP_THRESHOLD,
ASSIGNMENT_YEAR, POSITIVE_RESP_COUNT, TOTAL_RESP_COUNT,
PHASE, PERF_PRD_START, PERF_PRD_END, BASELINE_PRD_START, BASELINE_PRD_END, VBP_YES_NO,
TARGET, THRESHOLD, NATIONAL_50_PCTL, NATIONAL_90_PCTL,FLOOR) =
(SELECT MEASURE_KEY,VBP_BENCHMARK, VBP_THRESHOLD,
ASSIGNMENT_YEAR, SUM(RATING), SUM(ROW_COUNT),
PHASE, PERF_PRD_START, PERF_PRD_END, BASELINE_PRD_START, BASELINE_PRD_END, VBP_YES_NO,
TARGET, THRESHOLD, NATIONAL_50_PCTL, NATIONAL_90_PCTL,FLOOR
FROM VBP_PT_SAT_DETAIL
WHERE DIMENSION IS NOT NULL
AND FACILITY = V_FACILITY
AND PATIENT_TYPE = V_PATIENT_TYPE
AND FINAL_UNIT_NAME = V_FINAL_UNIT
AND DIMENSION = V_DIMENSION
AND QUESTIONNUMBER = V_QUESTIONNUMBER
AND QUESTIONLABEL = V_QUESTIONLABEL
AND DISCHARGE_DATE = V_DISCHARGE_DATE
GROUP BY MEASURE_KEY, VBP_BENCHMARK, VBP_THRESHOLD,
ASSIGNMENT_YEAR, PHASE, PERF_PRD_START, PERF_PRD_END, BASELINE_PRD_START, BASELINE_PRD_END, VBP_YES_NO,TARGET, THRESHOLD, NATIONAL_50_PCTL, NATIONAL_90_PCTL,FLOOR)
WHERE ROWID = V_ROWID;
END LOOP;
CLOSE C_STG_UPD;
COMMIT;
END;
/
--======= VBP PT SAT AGG ==========================
TRUNCATE TABLE VBP_PT_SAT_AGG
/
INSERT INTO VBP_PT_SAT_AGG
SELECT * FROM VBP_PT_SAT_AGG_STG
/
COMMIT
/
/************************
INSERT INTO VBP_PT_SAT_AGG
(FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, QUESTIONNUMBER, DIMENSION, QUESTIONLABEL,
MEASURE_KEY, DISCHARGE_DATE, VBP_BENCHMARK, VBP_THRESHOLD,
ASSIGNMENT_YEAR, POSITIVE_RESP_COUNT, TOTAL_RESP_COUNT,
PHASE, PERF_PRD_START, PERF_PRD_END, BASELINE_PRD_START, BASELINE_PRD_END, VBP_YES_NO,
TARGET, THRESHOLD, NATIONAL_50_PCTL, NATIONAL_90_PCTL,FLOOR)
SELECT
FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, QUESTIONNUMBER, DIMENSION, QUESTIONLABEL,
MEASURE_KEY, DISCHARGE_DATE, VBP_BENCHMARK, VBP_THRESHOLD,
ASSIGNMENT_YEAR, SUM(RATING), SUM(ROW_COUNT),
PHASE, PERF_PRD_START, PERF_PRD_END, BASELINE_PRD_START, BASELINE_PRD_END, VBP_YES_NO,
TARGET, THRESHOLD, NATIONAL_50_PCTL, NATIONAL_90_PCTL,FLOOR
FROM VBP_PT_SAT_DETAIL
WHERE DIMENSION IS NOT NULL
GROUP BY FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, QUESTIONNUMBER, DIMENSION, QUESTIONLABEL, MEASURE_KEY, DISCHARGE_DATE, VBP_BENCHMARK, VBP_THRESHOLD,ASSIGNMENT_YEAR, PHASE, PERF_PRD_START, PERF_PRD_END, BASELINE_PRD_START, BASELINE_PRD_END, VBP_YES_NO,
TARGET, THRESHOLD, NATIONAL_50_PCTL, NATIONAL_90_PCTL,FLOOR
/
*************************************/
commit
/
UPDATE VBP_PT_SAT_AGG
SET DIMENSION_DESC = dimension||'('||final_unit_name||')'
/
commit
/
DECLARE
CURSOR C_YTD IS
SELECT FACILITY, PATIENT_TYPE, FINAL_UNIT_NAME, DIMENSION, QUESTIONLABEL, DISCHARGE_DATE, ROWID
from VBP_PT_SAT_AGG;
V_FACILITY VARCHAR2(20);
V_DIMENSION VARCHAR2(200);
V_QLABEL VARCHAR2(200);
V_DISCHARGE_DATE DATE;
V_ROWID ROWID;
V_PATIENT_TYPE VARCHAR2(200);
V_FINAL_UNIT VARCHAR2(200);
BEGIN
OPEN C_YTD;
LOOP
FETCH C_YTD INTO V_FACILITY, V_PATIENT_TYPE, V_FINAL_UNIT, V_DIMENSION, V_QLABEL, V_DISCHARGE_DATE, V_ROWID;
EXIT WHEN C_YTD%NOTFOUND;
UPDATE VBP_PT_SAT_AGG
SET (YTD_POSITIVE_RESP_COUNT, YTD_TOTAL_RESP_COUNT) = (SELECT SUM(POSITIVE_RESP_COUNT),
SUM(TOTAL_RESP_COUNT)
FROM VBP_PT_SAT_AGG
WHERE DISCHARGE_DATE <= V_DISCHARGE_DATE
AND EXTRACT(YEAR FROM DISCHARGE_DATE) = EXTRACT(YEAR FROM V_DISCHARGE_DATE)
AND FACILITY = V_FACILITY
AND PATIENT_TYPE = V_PATIENT_TYPE
AND FINAL_UNIT_NAME = V_FINAL_UNIT
AND DIMENSION = V_DIMENSION
AND QUESTIONLABEL = V_QLABEL)
WHERE ROWID = V_ROWID;
END LOOP;
CLOSE C_YTD;
COMMIT;
END;
/
--=========== TARGET /THRESHOLD WEIGHTED ===============
UPDATE VBP_PT_SAT_AGG
SET TARGET_WEIGHTED = TARGET * TOTAL_RESP_COUNT,
THRESHOLD_WEIGHTED = THRESHOLD * TOTAL_RESP_COUNT
/
commit
/
--======== REMOVE 'ED-A: Overall rating of facility' =============
UPDATE VBP_PT_SAT_AGG
SET QUESTIONLABEL = NULL
WHERE PATIENT_TYPE LIKE 'Community%'
/
commit
/
|
--PROBLEM 09
--Write a SQL query to find the first name, last name and job title of all
--employees whose salary is in the range [20000, 30000].
SELECT
FirstName
,LastName
,JobTitle
FROM Employees
WHERE Salary BETWEEN 20000 AND 30000
|
CREATE TABLE IF NOT EXISTS users (
id uuid DEFAULT uuid_generate_v4(),
username VARCHAR(50) NOT NULL,
created_at timestamp,
updated_at timestamp,
PRIMARY KEY (id)
);
|
-- Table: boutique
-- DROP TABLE boutique;
CREATE TABLE boutique
(
id serial NOT NULL,
nom character varying,
adresse_id integer,
CONSTRAINT boutique_pk PRIMARY KEY (id),
CONSTRAINT adresse_fk FOREIGN KEY (adresse_id)
REFERENCES adresse (id) MATCH SIMPLE
ON UPDATE NO ACTION ON DELETE NO ACTION
)
WITH (
OIDS=FALSE
);
ALTER TABLE boutique
OWNER TO postgres;
-- Index: fki_adresse_fk
-- DROP INDEX fki_adresse_fk;
CREATE INDEX fki_adresse_fk
ON boutique
USING btree
(adresse_id);
|
-------------------------------------------------------------------------------------------------------------------------------------
-- Title: Aggregate window functions and frames
-------------------------------------------------------------------------------------------------------------------------------------
-- Aggregate window functions:
-------------------------------------------------------------------------------------------------------------------------------------
-- Source table
SELECT
Year, COUNT(*) AS Medals
FROM Summer_Medals
WHERE
Country = 'BRA'
AND Medal = 'Gold'
AND Year >= 1992
GROUP BY Year
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Aggregate functions: MAX Result
WITH Brazil_Medals AS (...)
SELECT MAX(Medals) AS Max_Medals
FROM Brazil_Medals
-------------------------------------------------------------------------------------------------------------------------------------
-- Aggregate functions: SUM Result
WITH Brazil_Medals AS (...)
SELECT SUM(Medals) AS Total_Medals
FROM Brazil_Medals
-------------------------------------------------------------------------------------------------------------------------------------
-- MAX Window function
WITH Brazil_Medals AS (...)
SELECT
Year, Medals,
MAX(Medals)
OVER (ORDER BY Year ASC) AS Max_Medals
FROM Brazil_Medals;
-------------------------------------------------------------------------------------------------------------------------------------
-- SUM Window function
WITH Brazil_Medals AS (...)
SELECT
Year, Medals,
SUM(Medals)
OVER (ORDER BY Year ASC) AS Medals_RT
FROM Brazil_Models;
-------------------------------------------------------------------------------------------------------------------------------------
-- Partitioning with aggregate window functions
WITH Medals AS (...)
SELECT Year, Country, Medals,
SUM(Meals) OVER (...)
FROM Medals;
WITH Medals AS (...)
SELECT Year, Country, Medals,
SUM(Meals) OVER (PARTITION BY Country ...)
FROM Medals;
-------------------------------------------------------------------------------------------------------------------------------------
-- Running totals of athlete medals:
-------------------------------------------------------------------------------------------------------------------------------------
WITH Athlete_Medals AS (
SELECT
Athlete, COUNT(*) AS Medals
FROM Summer_Medals
WHERE
Country = 'USA' AND Medal = 'Gold'
AND Year >= 2000
GROUP BY Athlete)
SELECT
-- Calculate the running total of athlete medals
athlete,
medals,
SUM(medals) OVER (ORDER BY athlete ASC) AS Max_Medals
FROM Athlete_Medals
ORDER BY Athlete ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Maximum country medals by year:
-------------------------------------------------------------------------------------------------------------------------------------
WITH Country_Medals AS (
SELECT
Year, Country, COUNT(*) AS Medals
FROM Summer_Medals
WHERE
Country IN ('CHN', 'KOR', 'JPN')
AND Medal = 'Gold' AND Year >= 2000
GROUP BY Year, Country)
SELECT
-- Return the max medals earned so far per country
country,
year,
medals,
MAX(medals) OVER (PARTITION BY Country
ORDER BY year ASC) AS Max_Medals
FROM Country_Medals
ORDER BY Country ASC, Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Minimum country medals by year:
-------------------------------------------------------------------------------------------------------------------------------------
WITH France_Medals AS (
SELECT
Year, COUNT(*) AS Medals
FROM Summer_Medals
WHERE
Country = 'FRA'
AND Medal = 'Gold' AND Year >= 2000
GROUP BY Year)
SELECT
year,
medals,
MIN(medals) OVER (ORDER BY year ASC) AS Min_Medals
FROM France_Medals
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Frames:
-------------------------------------------------------------------------------------------------------------------------------------
LAST_VALUE(City) OVER(
ORDER BY Year ASC
RANGE BETWEEN
UNBOUNDED PRECEDING AND
UNBOUNDED FOLLOWING
) AS Last_City;
-------------------------------------------------------------------------------------------------------------------------------------
ROWS BETWEEN 3 PRECEDING AND CURRENT ROW;
ROWS BETWEEN 1 PRECEDING AND 1 FOLLOWING;
-------------------------------------------------------------------------------------------------------------------------------------
-- Source table
SELECT
Year, COUNT(*) AS Medals
FROM Summer_Medals
WHERE
Country = 'RUS'
AND Medal = 'Gold'
GROUP BY Year
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- MAX without a frame
WITH Russia_Model AS (...)
SELECT
Year, Medals,
MAX(Medals)
OVER (ORDER BY Year ASC) AS Max_Medals
FROM Russia_Medals
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- MAX with a frame
WITH Russia_Model AS (...)
SELECT
Year, Medals,
MAX(Medals)
OVER (ORDER BY Year ASC
ROWS BETWEEN
1 PRECEDING AND CURRENT ROW)
AS Max_Medals_Last
FROM Russia_Medals
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Current and following rows
WITH Russia_Model AS (...)
SELECT
Year, Medals,
MAX(Medals)
OVER (ORDER BY Year ASC
ROWS BETWEEN
CURRENT ROW AND 1 FOLLOWING)
AS Max_Medals_Next
FROM Russia_Medals
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Moving maximum of Scandinavian athletes' medals:
-------------------------------------------------------------------------------------------------------------------------------------
WITH Scandinavian_Medals AS (
SELECT
Year, COUNT(*) AS Medals
FROM Summer_Medals
WHERE
Country IN ('DEN', 'NOR', 'FIN', 'SWE', 'ISL')
AND Medal = 'Gold'
GROUP BY Year)
SELECT
-- Select each year's medals
year,
medals,
-- Get the max of the current and next years' medals
MAX(medals) OVER (ORDER BY year ASC
ROWS BETWEEN CURRENT ROW
AND 1 FOLLOWING) AS Max_Medals
FROM Scandinavian_Medals
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Moving maximum of Chinese athletes' medals:
-------------------------------------------------------------------------------------------------------------------------------------
WITH Chinese_Medals AS (
SELECT
Athlete, COUNT(*) AS Medals
FROM Summer_Medals
WHERE
Country = 'CHN' AND Medal = 'Gold'
AND Year >= 2000
GROUP BY Athlete)
SELECT
-- Select the athletes and the medals they've earned
athlete,
medals,
-- Get the max of the last two and current rows' medals
MAX(medals) OVER (ORDER BY athlete ASC
ROWS BETWEEN 2 PRECEDING
AND CURRENT ROW) AS Max_Medals
FROM Chinese_Medals
ORDER BY Athlete ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Moving averages and totals:
-------------------------------------------------------------------------------------------------------------------------------------
-- Source table
SELECT
Year, COUNT(*) AS Medals
FROM Summer_Medals
WHERE
Country = 'USA'
AND Medal = 'Gold'
AND Year >= 1980
GROUP BY Year
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Moving average
WITH US_Medals AS (...)
SELECT
Year, Medals,
AVG(Medals) OVER
(ORDER BY Year ASC
ROW BETWEEN
2 PRECEDING AND CURRENT ROW) AS Medals_MA
FROM US_Medals
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Moving total
WITH US_Medals AS (...)
SELECT
Year, Medals,
SUM(Medals) OVER
(ORDER BY Year ASC
ROW BETWEEN
2 PRECEDING AND CURRENT ROW) AS Medals_MT
FROM US_Medals
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Moving average of Russian medals:
-------------------------------------------------------------------------------------------------------------------------------------
WITH Russian_Medals AS (
SELECT
Year, COUNT(*) AS Medals
FROM Summer_Medals
WHERE
Country = 'RUS'
AND Medal = 'Gold'
AND Year >= 1980
GROUP BY Year)
SELECT
Year, Medals,
--- Calculate the 3-year moving average of medals earned
AVG(medals) OVER
(ORDER BY Year ASC
ROWS BETWEEN
2 PRECEDING AND CURRENT ROW) AS Medals_MA
FROM Russian_Medals
ORDER BY Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
-- Moving total of countries' medals:
-------------------------------------------------------------------------------------------------------------------------------------
WITH Country_Medals AS (
SELECT
Year, Country, COUNT(*) AS Medals
FROM Summer_Medals
GROUP BY Year, Country)
SELECT
Year, Country, Medals,
-- Calculate each country's 3-game moving total
SUM(medals) OVER
(PARTITION BY country
ORDER BY Year ASC
ROWS BETWEEN
2 PRECEDING AND CURRENT ROW) AS Medals_MA
FROM Country_Medals
ORDER BY Country ASC, Year ASC;
-------------------------------------------------------------------------------------------------------------------------------------
|
CREATE TABLE mail_delivery_tasks (
id binary(16) NOT NULL,
name varchar(100) NOT NULL,
delivery_status int(11) NOT NULL,
sender_name varchar(50) NOT NULL,
sender_email varchar(255) DEFAULT NULL,
reply_name varchar(50) DEFAULT NULL,
reply_email varchar(255) DEFAULT NULL,
agent_send bit(1) DEFAULT b'0',
scheduled bit(1) DEFAULT NULL,
scheduled_date datetime DEFAULT NULL,
send_date datetime DEFAULT NULL,
finish_date datetime DEFAULT NULL,
created_date datetime DEFAULT CURRENT_TIMESTAMP,
last_modified_date datetime DEFAULT CURRENT_TIMESTAMP,
channel_id int(11) NOT NULL,
passway_campaign_key varchar(100) DEFAULT NULL,
task_code varchar(255) NOT NULL,
channel_node_id int(11) DEFAULT NULL,
mailing_id int(11) DEFAULT NULL,
user_key varchar(100) NOT NULL,
platform_code varchar(100) DEFAULT NULL,
version bigint(20) NOT NULL,
PRIMARY KEY (id)
);
|
-- phpMyAdmin SQL Dump
-- version 4.0.8
-- http://www.phpmyadmin.net
--
-- Host: localhost
-- Generation Time: Dec 17, 2013 at 02:32 PM
-- Server version: 5.5.32-cll
-- PHP Version: 5.3.17
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8 */;
--
-- Database: `djogalzw_halotask`
--
-- --------------------------------------------------------
--
-- Table structure for table `roles`
--
CREATE TABLE IF NOT EXISTS `roles` (
`id` int(11) unsigned NOT NULL AUTO_INCREMENT,
`name` varchar(32) NOT NULL,
`description` varchar(255) NOT NULL,
PRIMARY KEY (`id`),
UNIQUE KEY `uniq_name` (`name`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=3 ;
--
-- Dumping data for table `roles`
--
INSERT INTO `roles` (`id`, `name`, `description`) VALUES
(1, 'engineer', ''),
(2, 'admin', '');
-- --------------------------------------------------------
--
-- Table structure for table `tasks`
--
CREATE TABLE IF NOT EXISTS `tasks` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`project` varchar(50) NOT NULL,
`activity` varchar(100) NOT NULL,
`achievement` varchar(50) NOT NULL,
`hours` tinyint(4) NOT NULL,
`date` date NOT NULL,
`uid` int(11) NOT NULL,
`uid_modified` smallint(6) NOT NULL,
PRIMARY KEY (`id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=44 ;
--
-- Dumping data for table `tasks`
--
INSERT INTO `tasks` (`id`, `project`, `activity`, `achievement`, `hours`, `date`, `uid`, `uid_modified`) VALUES
(1, 'HI - Hours Registration', 'Upload and setting Apps', 'Done', 1, '2011-01-31', 1, 0),
(2, 'HI - Hours Registration', 'Fixing Privilege', 'Done', 3, '2011-01-31', 1, 0),
(3, 'TNT - DAP', 'Managing Zone and Zipcode range', '- Table created\n- Setup module\n- Model and Control', 3, '2011-01-31', 1, 0),
(4, 'TNT - DAP', 'Setup new environment', 'Done', 1, '2011-02-01', 1, 0),
(5, 'TNT - DAP', 'Managing Zone and Zipcode range', '- CRUD Zipcode range created', 5, '2011-02-01', 1, 0),
(6, 'TNT - DAP', 'Managing Zone and Zipcode range', 'Done', 2, '2011-02-02', 1, 0),
(7, 'TNT - DAP', 'Creating new base model', '- making more good model ', 4, '2011-02-02', 1, 0),
(8, 'TNT - DAP', 'Managing Status Code and related Events', '- Model created\n- Status Controller created', 2, '2011-02-02', 1, 0),
(9, 'TNT - DAP', 'Managing Status Code and related Events', '- List, delete and edit status', 4, '2011-02-04', 1, 0),
(10, 'TNT - DAP', 'Designing new model', 'fixing bugs', 3, '2011-02-04', 1, 0),
(11, 'TNT - DAP', 'Managing Status Code and related Events', '- StatusPagination\n- Events list and pagination', 2, '2011-02-07', 1, 0),
(12, 'TNT - DAP', 'Designing new model', '- fixing error strict standard', 2, '2011-02-07', 1, 0),
(13, 'Lafarge RetailMapping Android', 'Modify webservice : Paging for Search Shop by keyword and by Distance, Add field Active for UserPro', 'Done', 3, '2011-02-16', 9, 0),
(14, 'TNT - BUA', 'model reworks', '- designing and implement new model', 4, '2011-02-08', 1, 0),
(15, 'Lafarge Retail Mapping Android', 'Add Paging funtionality in Search Shop from in Andoid', 'Done', 4, '2011-02-16', 9, 0),
(16, 'TNT - BUA', 'Managing Failure', '40%', 3, '2011-02-08', 1, 0),
(17, 'TNT - BUA', 'Managing Failure', 'done', 3, '2011-02-09', 1, 0),
(18, 'TNT - BUA', 'Managing SMS Email', '- 30%\n- redesign table schema', 3, '2011-02-09', 1, 0),
(19, 'TNT - BUA', 'Managing TNT Clients', '80%', 6, '2011-02-16', 1, 0),
(21, 'TNT - BUA', 'Managing TNT Clients', 'done', 1, '2011-02-17', 1, 0),
(22, 'TNT - BUA', 'Managing Time Slots', 'done', 6, '2011-02-17', 1, 0),
(24, '--', 'sakit', '--', 8, '2011-02-14', 1, 0),
(25, 'Lafarge Retail Mapping Android', 'Prepare for presentation to Lafarge, Create function run in emulator for camera and qrcode model, La', 'Done', 5, '2011-02-17', 9, 0),
(26, 'Lafarge Retail Mapping Android', 'Go to Lafarge Office, RFC Android prenstation', 'Done', 2, '2011-02-17', 9, 0),
(27, 'TNT - BUA', 'Managing TNT Clients Authentications', 'done', 4, '2011-02-18', 1, 0),
(28, 'Lafarge Retail Mapping Android', 'Prepare to send new release Android : - implement webservice from development to server production, ', 'Done', 2, '2011-02-18', 9, 0),
(29, 'Safety Reporting', 'Report Observation', '60%', 5, '2011-02-18', 9, 0),
(32, 'TNT - BUA', 'Managing TNT Contracts', '- Done', 6, '2011-02-22', 1, 0),
(31, 'TNT - BUA', 'Managing TNT Contracts', '- 30%', 2, '2011-02-18', 1, 0),
(33, 'TNT - BUA', 'Manage status codes and event codes per contract per TNT client', '- Done', 5, '2011-02-23', 1, 0),
(34, 'Lafarge Safety - Reporting', 'ObservationAnalys Report', 'Done', 2, '2011-02-23', 9, 0),
(35, 'Lafarge Safety - Reporting', 'ObservationTimeLine Report', 'Done', 4, '2011-02-23', 9, 0),
(36, 'Lafarge Safety - Reporting', 'ObservationEmployee Report', 'Done', 1, '2011-02-23', 9, 0),
(37, 'TNT - BUA', 'Managing Failure Reason', 'done', 1, '2011-02-23', 1, 0),
(38, 'TNT - BUA', 'Managing Failure Status', 'Done', 1, '2011-02-23', 1, 0),
(39, 'TNT - BUA', 'Managing Failure', 'Done', 6, '2011-02-24', 1, 0),
(40, 'TNT - BUA', 'Manage quota per zone per contract per TNT client', '30%', 2, '2011-02-25', 1, 0),
(41, 'TNT - BUA', 'Call for appointment', 'Creating views, models and controller', 4, '2011-02-25', 1, 0),
(42, 'TNT - BUA', 'Call for appointment', 'Creating views, edit controller', 5, '2011-02-28', 1, 0),
(43, 'TNT - BUA', 'Unlock call', '50%', 3, '2011-02-28', 1, 0);
-- --------------------------------------------------------
--
-- Table structure for table `user_tokens`
--
CREATE TABLE IF NOT EXISTS `user_tokens` (
`token_id` int(11) unsigned NOT NULL AUTO_INCREMENT,
`user_id` int(11) unsigned NOT NULL,
`token` varchar(32) NOT NULL,
`created` timestamp NOT NULL DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
PRIMARY KEY (`token_id`),
UNIQUE KEY `uniq_token` (`token`),
KEY `fk_user_id` (`user_id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=1 ;
-- --------------------------------------------------------
--
-- Table structure for table `users`
--
CREATE TABLE IF NOT EXISTS `users` (
`id` int(11) unsigned NOT NULL AUTO_INCREMENT,
`email` varchar(127) NOT NULL,
`username` varchar(32) NOT NULL DEFAULT '',
`role` varchar(10) NOT NULL,
`fullname` varchar(100) NOT NULL,
`password` char(50) NOT NULL,
`logins` int(10) unsigned NOT NULL DEFAULT '0',
`last_login` timestamp NULL DEFAULT CURRENT_TIMESTAMP,
`token` varchar(100) NOT NULL,
PRIMARY KEY (`id`),
UNIQUE KEY `uniq_username` (`username`),
UNIQUE KEY `uniq_email` (`email`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1 AUTO_INCREMENT=13 ;
--
-- Dumping data for table `users`
--
INSERT INTO `users` (`id`, `email`, `username`, `role`, `fullname`, `password`, `logins`, `last_login`, `token`) VALUES
(1, 'rizky@halotec-indonesia.com;rizkyz@gmail.com', 'rizky', 'engineer', 'Rizky Zulkarnaen', '7a61721ed4832664aa3ce8e2234dcdb4', 33, '0000-00-00 00:00:00', ''),
(11, 'andra@halotec-indonesia.com', 'andra', 'engineer', 'andra', '14180f38f11db420937b98aa24fad581', 0, '2011-02-16 05:00:00', ''),
(12, 'rimbun@halotec-indonesia.com', 'rimbun', 'engineer', 'rimbun', '340e68aed3c0beeac8d787650eba52fd', 0, '2011-02-16 05:00:00', ''),
(4, 'novari@halotec-indonesia.com', 'novari', 'eningeer', 'novari', 'd1cca1e4d3d0bb0d4421dcd8944a7dbd', 0, '2011-01-28 05:00:00', ''),
(10, 'mhdalvin@gmail.com', 'alvin', 'engineer', 'Muhammad Alvin', '9573534ee6a886f4831ac5bcdfe85565', 0, '2011-02-16 05:00:00', ''),
(8, 'admin@halotec-indonesia.com', 'admin', 'admin', 'admin', '21232f297a57a5a743894a0e4a801fc3', 20, '0000-00-00 00:00:00', ''),
(9, 'sawal@halotec-indonesia.com', 'sawal', 'engineer', 'sawal', '333054eb11308fed23a2012080efce71', 5, '0000-00-00 00:00:00', '');
/*!40101 SET CHARACTER_SET_CLIENT=@OLD_CHARACTER_SET_CLIENT */;
/*!40101 SET CHARACTER_SET_RESULTS=@OLD_CHARACTER_SET_RESULTS */;
/*!40101 SET COLLATION_CONNECTION=@OLD_COLLATION_CONNECTION */;
|
USE psdb;
SELECT * FROM psdb.employees WHERE psdb.employees.first_name LIKE 'Crist%';
|
/****** Object: StoredProcedure [dbo].[prc_CWI_SetCorrespondenceResubmit] Script Date: 9/17/2014 7:02:22 PM ******/
IF EXISTS (SELECT * FROM sys.objects WHERE object_id = OBJECT_ID(N'[dbo].[prc_CWI_SetCorrespondenceResubmit]') AND type in (N'P', N'PC'))
DROP PROCEDURE [dbo].[prc_CWI_SetCorrespondenceResubmit]
GO
/****** Object: StoredProcedure [dbo].[prc_CWI_SetCorrespondenceResubmit] Script Date: 9/17/2014 7:02:22 PM ******/
SET ANSI_NULLS ON
GO
SET QUOTED_IDENTIFIER ON
GO
IF NOT EXISTS (SELECT * FROM sys.objects WHERE object_id = OBJECT_ID(N'[dbo].[prc_CWI_SetCorrespondenceResubmit]') AND type in (N'P', N'PC'))
BEGIN
EXEC dbo.sp_executesql @statement = N'
/***********************************************************************************************************************
* PROCEDURE: prc_CWI_SetCorrespondenceResubmit
* Purpose : This PROC would be called TO insert resubmitted correspondence
* Invoked from : Correspondence.aspx
* CREATED: MohanKumar 11SEP14
* MODIFICATION HISTORY
* DATE AUTHOR DESCRIPTION
**********************************************************************
Execution example :
**********************************************************************
exec prc_CWI_SetCorrespondenceResubmit @JobId = NULL,
@MMRPO = 12345,
@CorrespondenceTypeLookupId = 701,
@Source varchar(50) = ''Clientwise generate insertion order'',
@Author = 3
**********************************************************************/
CREATE PROC [dbo].[prc_CWI_SetCorrespondenceResubmit]
@CorresDeliveryId bigint,
@CorrespondenceId bigint,
@Author int
AS
DECLARE @MediaBuyCount INT, @dt DATETIME= getdate(), @authorName varchar(200) = '''', @authorEmail varchar(200) = ''''
SELECT top 1 @authorName = Names, @authorEmail = Email FROM CWI_User WHERE Id = @Author
BEGIN TRANSACTION
BEGIN TRY
UPDATE CWI_CorrespondenceDelivery SET IsTrashed = 1, LastModifiedBy = @Author, LastModifiedOn = @dt
WHERE Id = @CorresDeliveryId
INSERT CWI_CorrespondenceDelivery
(
CorrespondenceId,
DeliveryMethodLookupId,
DeliveryStatusLookupId,
FilePath,
[File],
Fax,
FromEmailAddress,
FromEmailUserName,
Email,
CCEmail,
FTPServer,
FTPPort,
FTPUser,
FTPPassword ,
CreatedBy,
LastModifiedBy,
IsResubmit,
EmailTemplateId
)
SELECT DISTINCT
CorrespondenceId ,
DeliveryMethodLookupId,
3152,/*Pending*/
FilePath,
[File],
Fax,
@authorEmail,
@authorName,
Email,
CCEmail,
FTPServer,
FTPPort,
FTPUser,
FTPPassword ,
@author,
@author,
1,
EmailTemplateId
FROM CWI_CorrespondenceDelivery
WHERE
Id = @CorresDeliveryId
END TRY
BEGIN CATCH
IF @@TRANCOUNT >0
ROLLBACK TRANSACTION ;
EXEC prc_CWI_AppRaiseError;
THROW
END CATCH
IF @@TRANCOUNT > 0
COMMIT TRANSACTION Trans1;
'
END
GO
|
--Author:Markus Baciu(C18350801)
--Description: 3 Transactions done. 1 Insert and 2 updates
--transaction 1
insert into student values(13456,'34 Dundalk street drogheda','BarryJohns',56378);
commit;
--transaction 2
update teacher
set teachername = 'Mr.Lions'
where teachername like '%Mr.Lancaster%';
commit;
--transaction 3
insert into subject values('eng02','English2',54321);
insert into teacher values(99809,'Ms.Chester','eng02',56378);
commit;
update teacher
set class_classid = 57643
where teachername like '%Ms.Chester%';
commit;
|
-- 여기는 user2 화면
--=================================================제 1 정규화 =================================================================
-- 액셀을 이용하여 상품코드 칼럼에 다수의 상품코드가 저장된 것을
-- 상품코드1, 상품코드2, 상품코드3 칼럼으로 분리하여 데이터를 생성하고
-- 그 생성한 데이터를 DB에 import 하기 위해서 table 생성
CREATE TABLE tbl_주문서원장
(
주문번호 CHAR(6),
거래일자 CHAR(10),
고객코드 CHAR(5),
고객명 nVARCHAR2(125),
연락처 VARCHAR(20),
상품코드 VARCHAR2(125),
상품코드1 CHAR(6),
상품코드2 CHAR(6),
상품코드3 CHAR(6)
);
-- 엑셀파일로 부터 생성한 데이터를 import 하여 준비해 놓은 상태
-- 제 1 정규화 수행
-- 현재 주문문서 원장 TABLE에 상품코드1, 상품코드2, 상품코드3 칼럼이 있는데
-- 주문건당 판매되는 상품이 3개이면 모든 칼럼에 데이터가 채워질 것이고
-- 1) 건당 판매되는 사웊ㅁ이 3개 미만이면 나머지 칼럼에는 (null)값이 들어 있게 된다.
-- 2) 또는 건당 판매되는 상품이 3개보다 많아지면, 이테이블은 칼럼을 추가하는 ALTER TABLE 명령을 수행해야 한다.
-- 1 OR 2 와 같은 상황이 발생되는 DB는 설계상에 매우 부적적할 경우가 되며
-- 데이터 무결성을 유지하는데도 매우 좋지않은 상황이 된다.
-- 상품주문서 라는 Table을 생성하여
-- 만약 2가지 상품이 주문되었으면
------------------------------------------------------
-- 주문번호 상품코드
-- O00001 P007
-- O00001 P010
------------------------------------------------------
-- 위와 같은 형식의 테이블을 만들고 데이터를 분리한다음
-- 주문원장과 연결하는 작업을 수행해야 한다.
-- 상품코드가 여러개 일 경우 같은 주문버호를 기준으로 여러개의 레코드가 만들어지는 방식으로 생성한다.
SELECT *
FROM
(
SELECT 주문번호, 상품코드1 AS O_PCODE
FROM tbl_주문서원장 UNION ALL
SELECT 주문번호, 상품코드2
FROM TBL_주문서원장
WHERE 상품코드2 IS NOT NULL
UNION ALL
SELECT 주문번호, 상품코드3
FROM TBL_주문서원장
WHERE 상품코드3 IS NOT NULL
) ORDER BY 주문번호;
-- 주문서 원장에서 데이터를 분리하여
-- 주문번호, 상품코드 데이터를 추출하고
-- 원하는 제1 정규화를 수행했다.
-- 상품주문 테이블 데이터를 만들었는데
-- 이 테이블은 주문번호, 상품코드, 실제판매가격 3개의 칼럼을 갖는 테이블이 되었다.
-- 테이블을 만들고 보니, 상품코드에 해당하는 상품명과 판매가격이 없어서 보기가 불편하다.
-- 임의로 상품명, 판매가격 칼럼을 추가하고 데이터를 새롭게 만들었다.
-- 주문번호, 상품코드, 상품명, 판매가격, 실제판매가격 칼럼을 가진 데이터 테이블이 되었다.
-- 이 테이블에 PK키를 설정하려고 후보키를 찾아봤더니 단독칼럼으로는 PK를 만들수 없었다.
-- 그래서 어쩔 수 없이(주문번호,상품코드) 2개의 키를 복합키로 하여 PK를 설정했다.
-- 데이터를 검증작업을 수행한다
-- 실제판매가격 = F(주문번호,상품코드) 와 같은 함수가 있다면
-- 주문번호와 상품코드를 매개변수로 전달하여 결과로 실제판매가격을 추출할수 있게 되었다.
-- 그런데, 상품명과 판매가격은 굳이 주문번호를 몰라도 상품코드만으로 해당 데이터를 추출할수 있더라
-- 상품명 = F1(상품코드), 판매가격 = F2(상품코드) 형식의 함수만 있더라도 해당 데이터를 추출할수 있더라
-- PK로 설정된 두개의 키값이 없어도 상품명과 판매가격을 조회할수 있다는 것인 이 테이블이
-- 제2정규화 규칙에 어긋난다 라는 뜻이 된다.
-- 실제 판매가격 = F(주문번호, 상품코드)를 호출하여 결과를 얻을 수 있는 상태를 "완전함수종속성" 이라고 하며
-- 상품명 = F1(상품코드) 또는 판매 가격 = F1(상품코드)를 호출하여 결과를 얻을 수 있는 상태를"부분 함수 종속성" 이라고 한다.
-- 제2정규화는 현재 테이블에서 "부분 함수 종속성" 특성을 제거하는 것이다.
-- 따라서 현재 테이블의 상품코드, 상품명, 판매가격을 칼럼을 분리하여 "상품정보" 테이블로 보내고
-- 현재 테이블에는 주문번호, 상품코드, 실제판매가격 칼럼만 남겨 놓는 것
-- 이 상태를 제2정규화 완성이라고 한다.
-- 정규화의 가장 큰 목적
-- 추가이상 : 데이터를 추가할때 칼럼 값이 정해지지 않아 NULL값이 추가되는 현상
-- 갱신이상 : 데이터를 변경할때 2개 이상의 레코드가 변경되고, 이 때문에 원치않은 데이터에 변경이 수행되는 현상
-- 삭제이상 : 어떤 레코드를 삭제하면 그로 인해 다른 정보를 조회할수 없게 되는 현상
-- 상품정보에 레코드를 제거하면, 그 상품의 판매데이터는 쓸모없는 데이터가 된다.
-- 같은 테이블에 상품이름, 주매입처와 같은 칼럼이 존재할때
-- 해당 레코드를 삭제해 버리면 주매입처 정보가 같이 사라지는 현상
-- 이러한 이상현상을 방지하는 목적
-- 데이터의 칼럼들에 필요없는 칼럼이 존재하여 해당칼럼 값이 NULL 로 채워지는 것을 방지하는 목적
-- 데이터베이스 성능, 효율과 관련된다.
-- 정보처리 기사 DB의 정규화 출제 문제 ( 반 부 이 다 조 )
-- 제1정규화, 제2정규화, 제3정규화, BCNF, 제4정규화, 제5정규화 특징이 아닌것, 설명이 아닌것
-- 부분종속성제거/ 부분종속성제거/ 이행적함수제거/ 후보키가 아닌 결정자 제거/ 다치종속제거/ 조인종속성 이용
-- 원자성을 성립
|
/*
Name: Amount of visits, Visitors and Views +
Data source: 4
Created By: Admin
Last Update At: 2016-02-12T15:08:40.326706+00:00
*/
SELECT page_url, Visitors,
FROM
(SELECT page_url, COUNT(DISTINCT post_visid_high + "-" + post_visid_low) Visitors,
FROM (TABLE_QUERY(djomniture:cipomniture_djmansionglobal,'CONCAT(REPLACE(table_id,"_","-"),"-01") BETWEEN STRFTIME_UTC_USEC("{{startdate}}", "%Y-%m-01") and STRFTIME_UTC_USEC("{{enddate}}", "%Y-%m-31")'))
WHERE LOWER(post_prop19)='home'
AND post_prop10 LIKE '%djcm_pdadcn_baidu%'
AND DATE(date_time) >= DATE('{{startdate}}')
AND DATE(date_time) <= DATE('{{enddate}}')
AND DATE('{{startdate}}') >= DATE('2015-02-02')
AND post_page_event = "0" /*Page View Calls*/
GROUP BY page_url
ORDER BY Visitors DESC)
|
-- Exercice 1 --
USE `ẁebDevelopment`;
--on insère des données dans la table languages
INSERT INTO `languages` (`language`, `version`)
-> VALUES ('PHP', '5.2'),
-> ('PHP', '5.4'),
-> ('HTML', '5.1'),
-> ('JavaScript', '6'),
-> ('JavaScript', '7'),
-> ('JavaScript', '8'),
-> ('PHP', '7');
-- Exercice 2 --
--on insère des données dans la table frameworks
INSERT INTO `frameworks` (`framework`, `version`)
-> VALUES ('Synfony', 2.8), ('Synfony', 3), ('Jquery', 1.6), ('Jquery', 2.10);
|
insert into medicos values(1,'João',40,'10000100000','Florianopolis','ortopedia',1);
insert into medicos values(2,'Maria',42,'11100100000','Blumenau','traumatologia',2);
insert into medicos values(3,'Pedro',51,'10001101000','São José','pediatria',2);
insert into medicos values(4,'Carlos',28,'11110100000','Joinville','ortopedia',1);
insert into medicos values(5,'Marcia',33,'10110100000','Biguaçu','neurologia',3);
insert into pacientes values (1, 'Ana', 20, '220100000', 'Florianópolis', 'gripe');
insert into pacientes values (2, 'Paulo', 24, '8110100000', 'Palhoça', 'fratura');
insert into pacientes values (3, 'Lucia', 30, '17910100000', 'Biguaçu', 'tendinite');
insert into pacientes values (4, 'Carlos', 28, '12510100000', 'Joinville', 'sarampo');
insert into funcionarios values (1, 'Rita', 32, '12510100020' , 'São José', 1200);
insert into funcionarios values (2, 'Maria', 55, '12510100360', 'Palhoça', 1220);
insert into funcionarios values (3, 'Caio', 45, '12510147800', 'Florianópolis', 1100);
insert into funcionarios values (4, 'Carlos', 44, '12510105800', 'Florianópolis', 1200);
insert into funcionarios values (5, 'Paula', 33, '12510100000', 'Florianópolis', 2500);
insert into consultas values (1,1, 1, '12/10/2010', '14:00');
insert into consultas values (2,1, 4, '13/10/2010', '10:00');
insert into consultas values (3,2, 1, '13/10/2010', '9:00');
insert into consultas values (4,2, 2, '13/10/2010', '11:00');
insert into consultas values (5,2, 3, '14/10/2010', '14:00');
insert into consultas values (6,2, 4, '14/10/2010', '17:00');
insert into consultas values (7,3, 1, '19/10/2010', '18:00');
insert into consultas values (8,3, 3, '12/10/2010', '10:00');
insert into consultas values (9,3, 4, '19/10/2010', '13:00');
insert into consultas values (10,4, 4, '20/10/2010', '13:00');
insert into consultas values (11,4, 4, '22/10/2010', '19:30');
|
insert into Item (name) values ('Cheerleader');
insert into Item (name) values ('Can''t Feel My Face');
insert into Item (name) values ('See You Again');
|
CREATE DEFINER=`root`@`localhost` PROCEDURE `CUST_CRT`(IN p_name CHAR(15), IN p_gender CHAR(1), IN p_age INTEGER, IN p_pin INTEGER, OUT id INTEGER, OUT sql_code INTEGER, OUT err_msg CHAR(100))
BEGIN
IF p_gender != 'M' AND p_gender != 'F' THEN
SET sql_code = -100;
SET err_msg = 'Invalid gender';
ELSEIF p_age <= 0 THEN
SET sql_code = -100;
SET err_msg = 'Invalid age';
ELSEIF p_pin < 0 THEN
SET sql_code = -100;
SET err_msg = 'Invalid pin';
ELSE
INSERT INTO USERINFO.customer(p_name,p_gender,p_age,p_pin) VALUES(p_name,p_gender,p_age, p_pin);
SET err_msg = '-';
SET sql_code = 0;
select max(USERINFO.customer.id) into id from USERINFO.customer;
END IF;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `CUST_LOGIN`(IN p_id INTEGER, IN p_pin INTEGER, OUT VALID INTEGER, OUT sql_code INTEGER, OUT err_msg CHAR(100))
BEGIN
DECLARE pin INTEGER;
select customer.p_pin into pin from USERINFO.customer where USERINFO.customer.id = p_id;
IF pin IS NULL OR pin != p_pin THEN
SET err_msg = 'Pin or id is not correct';
SET sql_code = -100;
SET VALID = 0;
ElSE
SET sql_code = 0;
SET VALID = 123;
SET err_msg = 'Pin or id is correct';
END IF;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `PRIVATE_ID`(IN p_id INTEGER, IN accountId INTEGER, OUT sql_code INTEGER, OUT err_msg CHAR(100))
BEGIN
IF (SELECT USERINFO.account.id FROM USERINFO.account WHERE USERINFO.account.id = p_id AND USERINFO.account.accountId = accountId ) IS NULL THEN
SET err_msg = 'The account you entered is either not correct or does not belong to your account ID';
SET sql_code = -100;
ELSE
SET sql_code = 0;
END IF;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `USER_INFO`(IN user_id INT)
BEGIN
SELECT * from USERINFO.customer where user_id = USERINFO.customer.id;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `ACCT_OPN`(IN p_id INTEGER, IN p_amount INTEGER, IN p_type CHAR(1), OUT accountId INTEGER, OUT sql_code INTEGER, OUT err_msg CHAR(100))
BEGIN
IF p_amount < 0 THEN
SET err_msg = 'Invalid amount';
SET sql_code = -100;
ELSEIF p_type != 'C' AND p_type != 'S' THEN
SET err_msg = 'Invalid type';
SET sql_code = -100;
ELSEIF (select USERINFO.customer.id from USERINFO.customer where USERINFO.customer.id = p_id) is NULL THEN
SET err_msg = 'ID is not correct';
SET sql_code = -100;
ELSE
SET sql_code = 0;
INSERT INTO USERINFO.account(id,balance,type,status) VALUES (p_id,p_amount,p_type,'A');
select max(USERINFO.account.accountId) into accountId from USERINFO.account;
END IF;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `ACCT_CLS`(IN p_number INTEGER,IN cus_id INTEGER, OUT sql_code INTEGER, OUT err_msg CHAR(100))
BEGIN
IF (SELECT USERINFO.account.accountId FROM USERINFO.account WHERE USERINFO.account.accountId= p_number AND USERINFO.account.id = cus_id) IS NULL THEN
SET sql_code = -100;
SET err_msg = 'Ivalid account number or this account number does not belong to this customer id';
ELSE
UPDATE USERINFO.account SET balance = 0,status = 'I' WHERE USERINFO.account.accountId = p_number;
SET sql_code = 0;
END IF;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `ACCT_DEP`(IN p_number INTEGER, IN p_amount INTEGER, OUT sql_code INTEGER, OUT err_msg CHAR(100))
BEGIN
IF (SELECT USERINFO.account.accountId FROM USERINFO.account WHERE USERINFO.account.accountId = p_number AND USERINFO.account.status != 'I') IS NULL THEN
SET err_msg = 'Invalid account number';
SET sql_code = -100;
ELSEIF p_amount < 0 THEN
SET err_msg = 'Invalid amount, must be greater than 0';
SET sql_code = -100;
ElSE
UPDATE USERINFO.account SET USERINFO.account.balance = USERINFO.account.balance + p_amount WHERE USERINFO.account.accountId = p_number;
SET sql_code = 0;
END IF;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `ACCT_WTH`(IN p_number INTEGER, IN p_amount INTEGER, OUT sql_code INTEGER, OUT err_msg CHAR(100))
BEGIN
DECLARE balance INTEGER;
IF p_amount < 0 THEN
SET sql_code = -100;
SET err_msg = 'Invalid amount: Must be greate than 0';
ELSEIF (SELECT USERINFO.account.accountId FROM USERINFO.account WHERE USERINFO.account.accountId = p_number AND USERINFO.account.status != 'I' ) IS NULL THEN
SET sql_code = -100;
SET err_msg = 'The account number your entered is not correct or was closed';
ELSE
SELECT USERINFO.account.balance into balance FROM USERINFO.account WHERE USERINFO.account.accountId = p_number;
IF ( balance - p_amount) < 0 THEN
SET sql_code = -100;
SET err_msg = 'The balance in this account is not enough for this transiction';
ELSE
UPDATE USERINFO.account SET USERINFO.account.balance = USERINFO.account.balance - p_amount WHERE USERINFO.account.accountId = p_number;
SET sql_code = 0;
END IF;
END IF;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `ACCT_TRX`(IN from_number INTEGER, IN to_number INTEGER, IN p_amount INTEGER, OUT sql_code INTEGER, OUT err_msg CHAR(100))
BEGIN
CALL USERINFO.ACCT_WTH(from_number,p_amount,sql_code,err_msg);
IF(sql_code != -100) THEN
CALL USERINFO.ACCT_DEP(to_number,p_amount,sql_code,err_msg);
END IF;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `CUSTOMER_ACCTS`(IN id INT)
BEGIN
select * from USERINFO.account WHERE id = USERINFO.account.id;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `USER_INFO`(IN user_id INT)
BEGIN
SELECT * from USERINFO.customer where user_id = USERINFO.customer.id;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `NEW_CLOSED_HIS`(IN customerId INTEGER,IN accountId INTEGER,IN dates DATETIME )
BEGIN
INSERT INTO Close_History (USERINFO.Close_History.customerId, USERINFO.Close_History.accountId,
USERINFO.Close_History.date ) values (customerId,accountId,dates);
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `NEW_DEPOSIT_HISTORY`(IN customerId INTEGER, IN accountId INTEGER, IN amount INTEGER,IN dates DATETIME)
BEGIN
INSERT INTO USERINFO.Deposit_History( USERINFO.Deposit_History.customerId,USERINFO.Deposit_History.accountId,
USERINFO.Deposit_History.amount,USERINFO.Deposit_History.date) VALUES(customerId,accountId,amount,dates);
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `NEW_TRANSFER_HISTORY`(IN customerId INTEGER, IN accountSrcId INTEGER, IN accountDesId INTEGER, IN amount INTEGER, IN date DATETIME )
BEGIN
INSERT INTO USERINFO.Transfer_History(Transfer_History.customerId,Transfer_History.accountSrcId,Transfer_History.accountDesId,Transfer_History.amount,Transfer_History.date)
VALUES(customerId,accountSrcId,accountDesId,amount,date);
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `NEW_TRANSFER_HISTORY`(IN customerId INTEGER, IN accountSrcId INTEGER, IN accountDesId INTEGER, IN amount INTEGER, IN date DATETIME )
BEGIN
INSERT INTO USERINFO.Transfer_History(Transfer_History.customerId,Transfer_History.accountSrcId,Transfer_History.accountDesId,Transfer_History.amount,Transfer_History.date)
VALUES(customerId,accountSrcId,accountDesId,amount,date);
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `NEW_WITHDRAW_HISTORY`(IN customerId INTEGER, IN accountId INTEGER, IN amount INTEGER,IN dates DATETIME)
BEGIN
INSERT INTO USERINFO.Withdraw_History( USERINFO.Withdraw_History.customerId,USERINFO.Withdraw_History.accountId,
USERINFO.Withdraw_History.amount,USERINFO.Withdraw_History.date) VALUES(customerId,accountId,amount,dates);
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `GET_CLOSED_HIS`(IN customerId INTEGER)
BEGIN
SELECT * from USERINFO.Close_History WHERE USERINFO.Close_History.customerId = customerId;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `GET_DEPOSIT_HISTORY`(IN customerId INTEGER)
BEGIN
SELECT * FROM Deposit_History WHERE Deposit_History.customerId = customerId;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `GET_OPEN_HIS`(IN customerId INTEGER)
BEGIN
SELECT * from USERINFO.Open_History WHERE USERINFO.Open_History.customerId = customerId;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `GET_TRANSFER_HISTORY`(IN customerId INTEGER)
BEGIN
SELECT * FROM USERINFO.Transfer_History WHERE Transfer_History.customerId = customerId;
END
CREATE DEFINER=`root`@`localhost` PROCEDURE `GET_WITHDRAW_HISTORY`(IN customerId INTEGER)
BEGIN
SELECT * FROM Withdraw_History WHERE Withdraw_History.customerId = customerId;
END |
CREATE OR REPLACE PROCEDURE SSHARM17."AddDiseaseRecommendation" (
"observationSpecName" IN VARCHAR2,
"frequencyName" IN VARCHAR2,
"threshold" IN INTEGER,
"diseaseName" IN VARCHAR2,
"recommendationId" OUT INTEGER)
AS
BEGIN
"AddGeneralRecommendation"("observationSpecName", "frequencyName", "threshold", "recommendationId");
INSERT INTO RECOMMENDATIONFORDISEASE VALUES ("diseaseName", "recommendationId");
END; |
drop table election;
|
-- Feb 6, 2009 6:56:15 PM COT
-- [2550029] R_Request.SalesRep_ID must be mandatory on UI, not in DB
UPDATE AD_Column SET IsMandatory='N',Updated=TO_DATE('2009-02-06 18:56:15','YYYY-MM-DD HH24:MI:SS'),UpdatedBy=100 WHERE AD_Column_ID=5432
;
UPDATE AD_Field SET IsMandatory='Y',Updated=TO_DATE('2009-02-06 18:56:37','YYYY-MM-DD HH24:MI:SS'),UpdatedBy=100 WHERE AD_Field_ID=4284
;
UPDATE AD_Field SET IsMandatory='Y',Updated=TO_DATE('2009-02-06 18:56:55','YYYY-MM-DD HH24:MI:SS'),UpdatedBy=100 WHERE AD_Field_ID=5169
;
|
insert into users (username, email, region, twitter) values (
'lachlan',
'lachlan@blah.com',
'Australia',
'@Lachlan19900'
);
|
# --- !Ups
ALTER TABLE charge ADD COLUMN rp_complete BOOLEAN NOT NULL DEFAULT FALSE;
ALTER TABLE charge ADD COLUMN rp_complete_date timestamp;
UPDATE charge SET rp_complete = TRUE;
UPDATE charge SET rp_complete_date = meeting.DATE FROM "case", meeting
WHERE charge.case_id="case".id AND "case".meeting_id=meeting.id;
# --- !Downs
ALTER TABLE charge DROP COLUMN rp_complete;
ALTER TABLE charge DROP COLUMN rp_complete_date;
|
/*
Name : vwPlanProgress
Object Type: VIEW
Dependency : vwPlanDefinition(VIEW), PROGRESS(TABLE)
*/
use BIGGYM;
create or replace view vwPlanProgress as
select
vwPS.*,
prg.ID PROGRESSId,
vwPD.*,
prg.C_CREATE,
prg.SET_DATE,
round(datediff(curdate(), prg.SET_DATE), 1) SET_AGE,
prg.SET_REPS,
prg.SET_WEIGHT,
prg.SET_ORDINALITY,
prg.set_comment COMMENTS,
prg.body_weight BODY_WEIGHT
from
vwPlanDefinition vwPD,
vwPersonProfile vwPS,
PROGRESS prg
where
vwPS.PERSONPROFILEid = vwPD.PLANPROFILEid
and
vwPD.DEFINITIONid = prg.DEFINITIONid
;
select * from vwPlanProgress order by SET_DATE, EXERCISE_ORDINALITY, EXERCISE_NAME, BODY_PART, EXERCISE_WEEK, EXERCISE_DAY , SET_ORDINALITY limit 100;
|
CREATE procedure sp_list_products(@Vendor_ID nVarChar(15)) as
select Product_code, ProductName, OrderQty, Purchase_Price,
OrderQty * Purchase_Price AS "Amount"
from Items, ItemCategories
where Preferred_Vendor = @Vendor_ID and
ISNULL(OrderQty, 0) <> 0 and
ISNULL(OrderQty,0) >= ISNULL(MinOrderQty, 0) AND
Items.Active = 1 and
Items.CategoryID = ItemCategories.CategoryID and
ItemCategories.Track_Inventory = 1
And MinOrderQty > 0
|
--2011-8-19 by Timmy
--for search area code
alter table area
add search_code varchar(100);
--为根节点添加数据
update area set search_code = (select id from area where id=1)
where id =1;
update area a set a.search_code = (select a1.search_code||'_' ||a.id
from area a1 where a1.id=a.parent_id and a1.search_code is not null)
where search_code is null;
create index IDX_MERCHANT_NAME_ADDR ON MERCHANT(name);
create index IDX_MERCHANT_SORT_NAME_ADDR ON MERCHANT(short_name);
create index IDX_MERCHANT_ADDRESS_ADDR ON MERCHANT(business_address);
create index IDX_AREA_SEARCH_CODE on area(search_code);
commit; |
/*==============================================================*/
/* Table: CLIENTE */
/*==============================================================*/
create table CLIENTE
(
IDCLIENTE integer not null identity(1,1),
NOMBRECLIENTE varchar(45) not null,
APELLIDOCLIENTE varchar(45) not null,
DIRECCION varchar(45) not null,
TELEFONO varchar(45) not null,
CEDULA varchar(10) not null,
ACTIVOCLIENTE varchar(2) not null,
constraint PK_CLIENTE primary key (IDCLIENTE)
);
/*==============================================================*/
/* Table: USUARIO */
/*==============================================================*/
create table USUARIO
(
IDUSUARIO integer not null,
NOMBRENATURAL varchar(15) not null,
NOMBREUSUARIO varchar(6) not null,
PASS varchar(32) not null,
CARGO varchar(15) not null,
ACTIVOUSUARIO varchar(2) not null,
constraint PK_USUARIO primary key (IDUSUARIO)
);
/*==============================================================*/
/* Table: FACTURA */
/*==============================================================*/
create table FACTURA
(
IDFACTURA integer not null identity(1,1),
IDCLIENTE integer not null,
TOTALFACTURA numeric(8,2) not null,
FECHAHORAFACTURA timestamp not null,
ACTIVOFACTURA varchar(2) null,
constraint PK_FACTURA primary key (IDFACTURA)
);
/*==============================================================*/
/* Table: INGREDIENTES */
/*==============================================================*/
create table INGREDIENTES
(
IDINGREDIENTE integer not null identity(1,1),
NOMBREINGREDIENTE varchar(20) not null,
PRECIOINGREDIENTE numeric(8,2) not null,
UNIDADMEDIDA varchar(10) not null,
ACTIVOPARAMETRO varchar(2) not null,
CANTIDADDISPONIBLE float null,
constraint PK_INGREDIENTES primary key (IDINGREDIENTE)
);
/*==============================================================*/
/* Table: LOGACCESO */
/*==============================================================*/
create table LOGACCESO
(
IDUSUARIO integer not null,
FECHAHORAACCESO timestamp not null
);
/*==============================================================*/
/* Table: PARAMETRO */
/*==============================================================*/
create table PARAMETRO
(
IDPARAMETRO integer not null,
NOMBREPARAMETRO varchar(10) not null,
VALORPARAMETRO numeric(8,2) not null,
ACTIVOPARAMETRO varchar(2) not null,
constraint PK_PARAMETRO primary key (IDPARAMETRO)
);
/*==============================================================*/
/* Table: PEDIDO */
/*==============================================================*/
create table PEDIDO
(
IDPEDIDO integer not null,
IDUSUARIO integer not null,
IDFACTURA integer null,
TOTAL numeric(8,2) not null,
FECHAHORAPEDIDO timestamp not null,
ACTIVOPEDIDO varchar(2) not null,
constraint PK_PEDIDO primary key (IDPEDIDO)
);
/*==============================================================*/
/* Table: PLATODECOMIDA */
/*==============================================================*/
create table PLATODECOMIDA
(
IDPLATO integer not null,
NOMBREPLATO varchar(20) not null,
PRECIOPLATO numeric(8,2) not null,
TIPOPLATO varchar(10) not null,
ACTIVOPLATO varchar(2) not null,
constraint PK_PLATODECOMIDA primary key (IDPLATO)
);
/*==============================================================*/
/* Table: ULTIMACONTRASENA */
/*==============================================================*/
create table ULTIMACONTRASENA
(
IDUSUARIO integer not null,
ULTIMOPASS varchar(33) not null,
FECHAHORAUC timestamp not null
);
/*==============================================================*/
/* Table: ULTIMOPARAMETRO */
/*==============================================================*/
create table ULTIMOPARAMETRO
(
IDPARAMETRO integer not null,
VALORPATAMETRO numeric(8,2) not null,
FECHAHORAPARAMETRO timestamp not null
);
/*==============================================================*/
/* Table: ULTIMOPRECIOINGREDIENTE */
/*==============================================================*/
create table ULTIMOPRECIOINGREDIENTE
(
IDINGREDIENTE integer not null,
ULTIMPRECIOINGREDIENTE numeric(8,2) not null,
FECHAHORAUPI timestamp null
);
/*==============================================================*/
/* Table: ULTIMOPRECIOPLATO */
/*==============================================================*/
create table ULTIMOPRECIOPLATO
(
IDPLATO integer not null,
ULTIMOPRECIOPLATO numeric(8,2) not null,
FECHAHORAUPP timestamp not null
);
/*==============================================================*/
/* Table: DETALLE_PEDIDO_PLATO */
/*==============================================================*/
create table DETALLE_PEDIDO_PLATO
(
IDPLATO integer not null,
IDPEDIDO integer not null,
CANTIDADPLATO integer not null,
constraint PK_DETALLE_PEDIDO_PLATO primary key (IDPLATO, IDPEDIDO)
);
/*==============================================================*/
/* Table: DETALLE_PLATO_INGREDIENTE */
/*==============================================================*/
create table DETALLE_PLATO_INGREDIENTE
(
IDPLATO integer not null,
IDINGREDIENTE integer not null,
CANTIDAD float not null,
constraint PK_DETALLE_PLATO_INGREDIENTE primary key (IDPLATO, IDINGREDIENTE)
);
alter table DETALLE_PEDIDO_PLATO
add constraint FK_DETALLE__RELATIONS_PEDIDO foreign key (IDPEDIDO)
references PEDIDO (IDPEDIDO)
alter table DETALLE_PEDIDO_PLATO
add constraint FK_DETALLE__RELATIONS_PLATODECP foreign key (IDPLATO)
references PLATODECOMIDA (IDPLATO)
alter table DETALLE_PLATO_INGREDIENTE
add constraint FK_DETALLE__RELATIONS_PLATODECI foreign key (IDPLATO)
references PLATODECOMIDA (IDPLATO)
alter table FACTURA
add constraint FK_FACTURA_COMPRA_CLIENTE foreign key (IDCLIENTE)
references CLIENTE (IDCLIENTE)
alter table LOGACCESO
add constraint FK_LOGACCES_TIENE_USUARIO foreign key (IDUSUARIO)
references USUARIO (IDUSUARIO)
alter table PEDIDO
add constraint FK_PEDIDO_RELATIONS_USUARIO foreign key (IDUSUARIO)
references USUARIO (IDUSUARIO)
alter table PEDIDO
add constraint FK_PEDIDO_RELATIONS_FACTURA foreign key (IDFACTURA)
references FACTURA (IDFACTURA)
alter table ULTIMACONTRASENA
add constraint FK_ULTIMACO_TIENECONT_USUARIO foreign key (IDUSUARIO)
references USUARIO (IDUSUARIO)
alter table ULTIMOPARAMETRO
add constraint FK_ULTIMOPA_RELATIONS_PARAMETR foreign key (IDPARAMETRO)
references PARAMETRO (IDPARAMETRO)
alter table ULTIMOPRECIOINGREDIENTE
add constraint FK_ULTIMOPR_TIENEPREC_INGREDIE foreign key (IDINGREDIENTE)
references INGREDIENTES (IDINGREDIENTE)
alter table ULTIMOPRECIOPLATO
add constraint FK_ULTIMOPR_TIENEPREC_PLATODEC foreign key (IDPLATO)
references PLATODECOMIDA (IDPLATO)
|
DROP DATABASE IF EXISTS burgers_db;
CREATE DATABASE burgers_db;
USE burgers_db;
CREATE TABLE burgers(
id INT(33) NOT NULL AUTO_INCREMENT,
burger_name VARCHAR(255) NOT NULL,
devoured BOOLEAN NOT NULL DEFAULT 0,
PRIMARY KEY(id)
);
INSERT INTO burgers(burger_name)
values
("The Classic"),
("Double Cheese Burger"),
("Double Bacon Cheese Burger"),
("Veggy Edgy Burger"),
("Aubergine and Aioli Burger");
SELECT * FROM burgers; |
-- TITLE1: Capture Redologs Registered
-- TITLE2:Displaying the Registered Redo Log Files for Each Capture Process
-- DESC: You can display information about the archived redo log files that are registered for each capture process in a database by running the query in this section. This query displays information about these files for both local capture processes and downstream capture processes.
COLUMN CONSUMER_NAME HEADING 'Capture|Process|Name' FORMAT A15
COLUMN SOURCE_DATABASE HEADING 'Source|Database' FORMAT A10
COLUMN SEQUENCE# HEADING 'Sequence|Number' FORMAT 99999
COLUMN NAME HEADING 'Archived Redo Log|File Name' FORMAT A20
COLUMN DICTIONARY_BEGIN HEADING 'Dictionary|Build|Begin' FORMAT A10
COLUMN DICTIONARY_END HEADING 'Dictionary|Build|End' FORMAT A10
COLUMN FIRST_SCN HEADING 'First SCN' FORMAT 99999999999
COLUMN NEXT_SCN HEADING 'Next SCN' FORMAT 99999999999
SELECT r.CONSUMER_NAME,
r.SOURCE_DATABASE,
r.SEQUENCE#,
r.NAME,
r.FIRST_SCN,
r.NEXT_SCN,
r.PURGEABLE,
r.DICTIONARY_BEGIN,
r.DICTIONARY_END
FROM DBA_REGISTERED_ARCHIVED_LOG r, DBA_CAPTURE c
WHERE r.CONSUMER_NAME = c.CAPTURE_NAME;
|
/*
Aggregate function may be nested:
this query returns the max salary from each department
*/
SELECT MAX(salary)
FROM hr.employees
GROUP BY department_id;
/*
This query calculates the average of the maximum salary from each department
*/
SELECT AVG(MAX(salary))
FROM hr.employees
GROUP BY department_id;
/******************************************************************************/
CREATE TABLE SHIP_CABINS (
SHIP_CABIN_ID NUMBER,
SHIP_ID NUMBER(7),
ROOM_NUMBER VARCHAR2(5 BYTE),
ROOM_STYLE VARCHAR2(10 BYTE),
ROOM_TYPE VARCHAR2(20 BYTE),
WINDOW VARCHAR2(10 BYTE),
GUESTS NUMBER(3),
SQ_FT NUMBER(6),
BALCONY_SQ_FT NUMBER(6)
);
INSERT INTO SHIP_CABINS SELECT 1,1,102,'Suite','Standard','Ocean',4,533,0 from dual;
INSERT INTO SHIP_CABINS SELECT 2,1,103,'Stateroom','Standard','Ocean',2,160,0 from dual;
INSERT INTO SHIP_CABINS SELECT 3,1,104,'Suite','Standard','None',4,533,0 from dual;
INSERT INTO SHIP_CABINS SELECT 4,1,105,'Stateroom','Standard','Ocean',3,205,0 from dual;
INSERT INTO SHIP_CABINS SELECT 5,1,106,'Suite','Standard','None',6,586,0 from dual;
INSERT INTO SHIP_CABINS SELECT 6,1,107,'Suite','Royal','Ocean',5,1524,0 from dual;
INSERT INTO SHIP_CABINS SELECT 7,1,108,'Stateroom','Large','None',2,211,0 from dual;
INSERT INTO SHIP_CABINS SELECT 8,1,109,'Stateroom','Standard','None',2,180,0 from dual;
INSERT INTO SHIP_CABINS SELECT 9,1,110,'Stateroom','Large','None',2,225,0 from dual;
INSERT INTO SHIP_CABINS SELECT 10,1,702,'Suite','Presidential','None',5,1142,0 from dual;
INSERT INTO SHIP_CABINS SELECT 11,1,703,'Suite','Royal','Ocean',5,1745,0 from dual;
INSERT INTO SHIP_CABINS SELECT 12,1,704,'Suite','Skyloft','Ocean',8,722,0 from dual;
commit ;
SELECT AVG(SQ_FT) -- returns 5 rows....
FROM SHIP_CABINS
WHERE SHIP_ID = 1
group by room_type;
SELECT AVG(AVG(SQ_FT)) -- returns 1 row
FROM SHIP_CABINS
WHERE SHIP_ID = 1
group by room_type;
SELECT AVG(SQ_FT)
FROM SHIP_CABINS
WHERE SHIP_ID = 1
group by room_type
order by room_type; -- It's OK, rows are ordered as requested
SELECT AVG(SQ_FT)
FROM SHIP_CABINS
WHERE SHIP_ID = 1
group by room_type
order by room_style; -- Syntax ERROR: room style is not a GROUP BY expression
drop table SHIP_CABINS purge ; |
alter table geusuapl_nivel3
add constraint FK_NIVEL3_GEITEAPL_NM foreign key (cd_aplicacao, nm_bloco, nm_item)
references geiteblk(cd_aplicacao, nm_bloco, nm_item)
/
create index FK_NIVEL2_GEITEBLK_NM on geusuapl_nivel3(cd_aplicacao, nm_bloco, nm_item)
tablespace indices_tablespace
/ |
--1\ initial sql
--可以创建 非 read-only procedure
ALTER SYSTEM ALTER CONFIGURATION ('indexserver.ini', 'SYSTEM') SET ('repository','sqlscript_mode') = 'UNSECURE'
WITH RECONFIGURE;
--enable job scheduler
ALTER SYSTEM ALTER CONFIGURATION ('xsengine.ini', 'SYSTEM') SET ('scheduler', 'enabled') = 'true' WITH RECONFIGURE;
--WEB DISPATCHER SETTING
ALTER SYSTEM ALTER CONFIGURATION('webdispatcher.ini','system')
SET('profile','icm/HTTP/logging_0')='PREFIX=/, LOGFILE=$(DIR_INSTANCE)/trace/access_log-%y-%m-%d, MAXSIZEKB=10000, SWITCHTF=hour, LOGFORMAT=SAP' WITH RECONFIGURE;
--Enable the SAP HANA XS engine to run in embedded mode (in the index server). See SAP Note 1849775.
ALTER SYSTEM ALTER CONFIGURATION ('xsengine.ini', 'httpserver') SET ('embedded', 'enabled') = 'true' WITH RECONFIGURE;
--2\ import DU
|
INSERT INTO `login` VALUES (1, '123', '123');
INSERT INTO `login` VALUES (2, '321', '321');
|
SELECT Code, Name FROM Providers ORDER BY Name DESC LIMIT 1;
SELECT * FROM Provides ORDER BY PRICE DESC LIMIT 5;
SELECT Provider, Price FROM Provides ORDER BY Price DESC LIMIT 4 OFFSET 3;
SELECT CONCAT('A peça mais cara é a: ', Piece, ' provida pela empresa ', Provider, ' e custa ', Price, ' reais.')
FROM Provides ORDER BY Price DESC LIMIT 1; |
/*
Navicat MySQL Data Transfer
Source Server : lab
Source Server Version : 50634
Source Host : localhost:3306
Source Database : a214
Target Server Type : MYSQL
Target Server Version : 50634
File Encoding : 65001
Date: 2018-04-14 11:16:26
*/
SET FOREIGN_KEY_CHECKS=0;
-- ----------------------------
-- Table structure for activity
-- ----------------------------
DROP TABLE IF EXISTS `activity`;
CREATE TABLE `activity` (
`activity_id` int(11) NOT NULL AUTO_INCREMENT,
`activity_name` varchar(255) DEFAULT NULL,
`activity_introduction` text,
`activity_imagepath` varchar(255) DEFAULT NULL,
`activity_date` varchar(255) DEFAULT NULL,
PRIMARY KEY (`activity_id`)
) ENGINE=InnoDB AUTO_INCREMENT=4 DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of activity
-- ----------------------------
INSERT INTO `activity` VALUES ('1', '参加中国计算机视觉大会', '2017年10月12日，实验室成员集体参加了中国计算机视觉大会。', 'images/prcv.jpg', '2017.10.12');
INSERT INTO `activity` VALUES ('2', '冬季滑雪活动', '2017年12月16日，实验室组织了集体滑雪活动。', 'video/video.mp4', '2017.12.16');
INSERT INTO `activity` VALUES ('3', '2017脑机媒体会议', '2017年10月15日，实验室举办了脑机媒体会议', 'images/naojimeiti.jpg', '2017.10.15');
-- ----------------------------
-- Table structure for paper
-- ----------------------------
DROP TABLE IF EXISTS `paper`;
CREATE TABLE `paper` (
`paper_id` int(11) NOT NULL,
`paper_name` varchar(255) DEFAULT NULL,
`paper_author` varchar(255) DEFAULT NULL,
`paper_imagepath` varchar(255) DEFAULT NULL,
`paper_introduction` text,
`paper_link` varchar(255) DEFAULT NULL,
`paper_date` varchar(255) DEFAULT NULL,
PRIMARY KEY (`paper_id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of paper
-- ----------------------------
-- ----------------------------
-- Table structure for project
-- ----------------------------
DROP TABLE IF EXISTS `project`;
CREATE TABLE `project` (
`project_id` int(11) NOT NULL,
`project_name` varchar(255) DEFAULT NULL,
`project_imagepath` varchar(255) DEFAULT NULL,
`project_introduction` text,
`project_link` varchar(255) DEFAULT NULL,
`project_date` varchar(255) DEFAULT NULL,
PRIMARY KEY (`project_id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of project
-- ----------------------------
-- ----------------------------
-- Table structure for sliderimage
-- ----------------------------
DROP TABLE IF EXISTS `sliderimage`;
CREATE TABLE `sliderimage` (
`sliderimage_imagepath` varchar(255) DEFAULT NULL COMMENT '轮播图片路径，应该写在项目中的相对路径',
`sliderimage_id` int(11) NOT NULL AUTO_INCREMENT,
`sliderimage_info` varchar(255) DEFAULT '' COMMENT '轮播图片信息',
`sliderimage_link` varchar(255) DEFAULT '',
`sliderimage_date` varchar(255) DEFAULT '',
PRIMARY KEY (`sliderimage_id`)
) ENGINE=InnoDB AUTO_INCREMENT=3 DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of sliderimage
-- ----------------------------
INSERT INTO `sliderimage` VALUES ('images/banner.jpg', '1', '脑机媒体会议图片', '', '2018/4/12');
INSERT INTO `sliderimage` VALUES ('images/tju.jpg', '2', '天津大学卫津路东门', '', '2018/4/12');
-- ----------------------------
-- Table structure for student
-- ----------------------------
DROP TABLE IF EXISTS `student`;
CREATE TABLE `student` (
`student_id` int(11) NOT NULL AUTO_INCREMENT,
`student_name` varchar(255) DEFAULT NULL,
`student_gender` varchar(255) DEFAULT NULL,
`student_imagepath` varchar(255) DEFAULT NULL,
`student_homepage` varchar(255) DEFAULT '',
`student_graduateinfo` varchar(255) DEFAULT NULL,
PRIMARY KEY (`student_id`)
) ENGINE=InnoDB AUTO_INCREMENT=8 DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of student
-- ----------------------------
INSERT INTO `student` VALUES ('1', '连伯杨', 'male', 'images/lianboyang.jpg', '#', '0');
INSERT INTO `student` VALUES ('2', '靳亚东', 'male', 'images/jinyadong.jpg', '#', '0');
INSERT INTO `student` VALUES ('3', '宋宗垚', 'male', 'images/songzongyao.jpg', '#', '0');
INSERT INTO `student` VALUES ('4', '张雪', 'female', 'images/zhangxue.png', '#', '0');
INSERT INTO `student` VALUES ('5', '周子淇', 'female', 'images/zhouziqi.png', '#', '0');
INSERT INTO `student` VALUES ('6', '李攀', 'male', 'images/lipan.jpg', '#', '0');
INSERT INTO `student` VALUES ('7', '闫馨宇', 'female', 'images/yanxinyu.jpg', '#', '0');
-- ----------------------------
-- Table structure for teacher
-- ----------------------------
DROP TABLE IF EXISTS `teacher`;
CREATE TABLE `teacher` (
`teacher_id` int(11) NOT NULL AUTO_INCREMENT,
`teacher_name` varchar(255) DEFAULT NULL COMMENT '实验室老师的姓名',
`teacher_imagepath` varchar(255) DEFAULT NULL COMMENT '实验室老师的相片路径',
`teacher_homepage` varchar(255) DEFAULT NULL COMMENT '实验室老师的个人主页链接',
`teacher_gender` varchar(255) DEFAULT NULL COMMENT '实验室老师的性别',
PRIMARY KEY (`teacher_id`)
) ENGINE=InnoDB AUTO_INCREMENT=3 DEFAULT CHARSET=utf8;
-- ----------------------------
-- Records of teacher
-- ----------------------------
INSERT INTO `teacher` VALUES ('1', '王征', 'images/teacherwang.png', 'https://zhengwangtju.github.io/', 'male');
INSERT INTO `teacher` VALUES ('2', '孙美君', 'images/teachersun.JPG', 'http://www.escience.cn/people/sunmeijun/index.html', 'female');
|
CREATE TABLE families (
id uuid PRIMARY KEY,
nom VARCHAR NOT NULL,
created_at timestamp NOT NULL
); |
CREATE OR REPLACE PROCEDURE SSHARM17."AddPatientLimit" (
"observationSpecName" IN VARCHAR2,
"metricName" IN VARCHAR2,
"upperLimit" IN VARCHAR2,
"lowerLimit" IN VARCHAR2,
"patientSSN" IN VARCHAR2,
"limitId" OUT INTEGER)
AS
BEGIN
"AddGeneralLimit"("observationSpecName", "metricName", "upperLimit", "lowerLimit", "limitId");
INSERT INTO LIMITSFORPATIENT VALUES ("limitId", "patientSSN");
END; |
insert into cart(bookid, userid)
values($1, $2); |
CREATE TABLE IF NOT EXISTS vaccine_data
(
"ID" VARCHAR
, "State" VARCHAR
, "Lga" VARCHAR
, "Ward" VARCHAR
, "DateVac" VARCHAR
, "OPVvialsRced" VARCHAR
, "OPVVialsused" VARCHAR
, "DPTvials recd" VARCHAR
, "DPTvials Used" VARCHAR
, "HepBvials recd" VARCHAR
, "HepBvials Used" VARCHAR
, "Measlesvials Recd" VARCHAR
, "MeaslesvialsUsed" VARCHAR
, "MESDiluentsRecd" VARCHAR
, "MESDiluentsUsed" VARCHAR
, "Yellowvials recd" VARCHAR
, "Yellowvials Used" VARCHAR
, "YFDiluentsRecd" VARCHAR
, "YFDiluentsUsed" VARCHAR
, "TTvials recd" VARCHAR
, "TTvials Used" VARCHAR
, "ADsyringeRecd" VARCHAR
, "ADsyringeUsed" VARCHAR
, "ReconsyringeRecd" VARCHAR
, "ReconsyringeUsed" VARCHAR
, "AEFI" VARCHAR
, uniqvac VARCHAR
, "IsmainRnd" VARCHAR
, "IPVVials Rced" VARCHAR
, "IPVVials Used" VARCHAR
, "PCVvials recd" VARCHAR
, "PCVvials Used" VARCHAR
, CONSTRAINT vaccine_data_uniqvac_ux UNIQUE(uniqvac)
);
|
create Procedure List_REC_STK_REQ_Abstract(@DocIDFrom int, @DocIDTo int)
as
Select Warehouse.Warehouse_Name,
SRAbstractReceived.StockRequestNo,
SRAbstractReceived.DocumentDate,
SRAbstractReceived.RequiredDate,
status,
SRAbstractReceived.OriginalSerialNo,
SRAbstractReceived.NetValue
from
SRAbstractReceived,Warehouse
where
Warehouse.WarehouseID=SRAbstractReceived.WarehouseID
and (SRAbstractReceived.OriginalSerialNo between @DocIDFrom and @DocIDTo)
order by Warehouse.Warehouse_Name, SRAbstractReceived.StockRequestNo
|
CREATE TABLE IF NOT EXISTS `customer` (
`id` INT(144) NOT NULL UNIQUE ,
`name` VARCHAR(1000) NOT NULL,
`number` VARCHAR(1000) not null,
`email` VARCHAR(1000) NOT NULL UNIQUE,
`balance` VARCHAR(10000)
);
CREATE TABLE IF NOT EXISTS `transfer`(
`sender` VARCHAR(1000) NOT NULL,
`receiver` VARCHAR(1000) NOT NULL,
`amount` VARCHAR(1000) NOT NULL
);
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (1,"Om Bothe","9561195892","om1211@gmail.com","7000");
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (2,"Shubham Barge","8767593235","shub07@gmail.com","1100");
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (3,"Prajwal Deokar","9566421589","pajdeo@gmail.com","1400");
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (4,"Yogesh Borhade","9136535783","kalakk89@gmail.com","6500");
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (5,"Pancham Bodkhe","7552369585","pan54@gmail.com","8454");
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (6,"Gauri Ade","9822737811","gade55@gmail.com","3500");
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (7,"Pranjal H","9887617788","praj123@gmail.com","3998");
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (8,"Rahul Bodkhe","9665257882","rahzhul@gmail.com","8202");
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (9,"Ajit dalvi","9109289295","aji@gmail.com","3100");
INSERT INTO `customer`(`id`,`name`, `number`, `email`, `balance`) VALUES (10,"Sk Kothule","9877772882","skheart@gmail.com","2000");
ALTER TABLE `customer`
MODIFY `id` INT(144) NOT NULL AUTO_INCREMENT;
|
SELECT
piskunova_course.name
FROM
piskunova_graduate
INNER JOIN piskunova_course ON piskunova_graduate.course_id = piskunova_course.course_id
WHERE piskunova_course.special_id IS NULL
|
ALTER TABLE `event`
ADD COLUMN last_activity DATETIME; |
# patch_52_53_c.sql
#
# title: identity_xref ensembl xref id start end
#
# description:
# Modify identity_xref changing
ALTER table identity_xref change `query_identity` `xref_identity` int(5) default NULL;
ALTER table identity_xref change `target_identity` `ensembl_identity` int(5) default NULL;
ALTER TABLE identity_xref CHANGE COLUMN hit_start xref_start INT;
ALTER TABLE identity_xref CHANGE COLUMN hit_end xref_end INT;
ALTER TABLE identity_xref CHANGE COLUMN translation_start ensembl_start INT;
ALTER TABLE identity_xref CHANGE COLUMN translation_end ensembl_end INT;
# patch identifier
INSERT INTO meta (species_id, meta_key, meta_value) VALUES (NULL, 'patch', 'patch_52_53_d.sql|identity_xref ensembl xref id start end');
|
SELECT * FROM mbcgmbh.employeelist
|
create database if not exists demonstracoes_contabeis;
use demonstracoes_contabeis;
alter database demonstracoes_contabeis charset = Latin1 collate = latin1_general_ci;
-- CRIA TABELAS OPERADORAS E DESPESAS --
create table if not exists operadoras(
id_registro int,
cnpj bigint unsigned not null,
razaosocial varchar(255) not null,
nomefantasia varchar(255),
modalidade varchar(255),
logradouro varchar(255),
numero varchar(255),
complemento varchar(255),
bairro varchar(255),
cidade varchar(255),
uf varchar(255),
cep varchar(255),
ddd varchar(255),
telefone varchar(255),
fax varchar(255),
endereco varchar(255),
representante varchar(255),
cargorepresentante varchar(255),
dataregistroans varchar(255),
primary key(id_registro)
);
create table if not exists despesas(
id int auto_increment not null,
datarelatorio date,
registroans int,
contacontabil int,
descricao varchar(255),
saldofinal varchar(255),
primary key(id)
);
-- CARREGA ARQUIVOS --
set global local_infile=1;
load data infile 'F:/ProgramData/MySQL/MySQL Server 8.0/Uploads/Relatorio_cadop.csv'
into table operadoras
fields terminated by ';'
enclosed by '"'
lines terminated by '\r\n'
ignore 3 lines
(id_registro, cnpj, razaosocial, nomefantasia, modalidade, logradouro, numero, complemento, bairro, cidade, uf, cep, ddd, telefone, fax, endereco, representante, cargorepresentante, dataregistroans);
load data infile 'F:/ProgramData/MySQL/MySQL Server 8.0/Uploads/1T2020.csv'
into table despesas
fields terminated by ';'
enclosed by '"'
lines terminated by '\r\n'
ignore 1 lines
(@datarelatorio,registroans,contacontabil,descricao,saldofinal)
set datarelatorio = str_to_date(@datarelatorio, '%d/%m/%Y');
load data infile 'F:/ProgramData/MySQL/MySQL Server 8.0/Uploads/1T2019.csv'
into table despesas
fields terminated by ';'
enclosed by '"'
lines terminated by '\r\n'
ignore 1 lines
(@datarelatorio,registroans,contacontabil,descricao,saldofinal)
set datarelatorio = str_to_date(@datarelatorio, '%d/%m/%Y');
load data infile 'F:/ProgramData/MySQL/MySQL Server 8.0/Uploads/2T2019.csv'
into table despesas
fields terminated by ';'
enclosed by '"'
lines terminated by '\r\n'
ignore 1 lines
(@datarelatorio,registroans,contacontabil,descricao,saldofinal)
set datarelatorio = str_to_date(@datarelatorio, '%d/%m/%Y');
load data infile 'F:/ProgramData/MySQL/MySQL Server 8.0/Uploads/3T2019.csv'
into table despesas
fields terminated by ';'
enclosed by '"'
lines terminated by '\r\n'
ignore 1 lines
(@datarelatorio,registroans,contacontabil,descricao,saldofinal)
set datarelatorio = str_to_date(@datarelatorio, '%d/%m/%Y');
load data infile 'F:/ProgramData/MySQL/MySQL Server 8.0/Uploads/4T2019.csv'
into table despesas
fields terminated by ';'
enclosed by '"'
lines terminated by '\r\n'
ignore 1 lines
(@datarelatorio,registroans,contacontabil,descricao,saldofinal)
set datarelatorio = str_to_date(@datarelatorio, '%d/%m/%Y');
-- RETORNA operadoras que mais tiveram despesas com "EVENTOS/ SINISTROS CONHECIDOS OU AVISADOS DE ASSISTÊNCIA A SAÚDE MEDICO HOSPITALAR nos ultimos 3 meses
select operadoras.razaosocial, sum(saldofinal) as total
from despesas
inner join operadoras
on (operadoras.id_registro = despesas.registroans)
where (descricao='EVENTOS/ SINISTROS CONHECIDOS OU AVISADOS DE ASSISTÊNCIA A SAÚDE MEDICO HOSPITALAR')
and (select year(datarelatorio) = 2020)
group by registroans
order by total desc
limit 10;
-- RETORNA operadoras que mais tiveram despesas com "EVENTOS/ SINISTROS CONHECIDOS OU AVISADOS DE ASSISTÊNCIA A SAÚDE MEDICO HOSPITALAR no ano de 2019
select operadoras.razaosocial, sum(saldofinal) as total
from despesas
inner join operadoras
on (operadoras.id_registro = despesas.registroans)
where (descricao='EVENTOS/ SINISTROS CONHECIDOS OU AVISADOS DE ASSISTÊNCIA A SAÚDE MEDICO HOSPITALAR')
and (select year(datarelatorio) = 2019)
group by registroans
order by total desc
limit 10;
|
INSERT INTO burgers (burger_name, devoured) VALUES ("Double Chesseburger",False);
INSERT INTO burgers (burger_name, devoured) VALUES ("Bacon Chesseburger",False);
INSERT INTO burgers (burger_name, devoured) VALUES ("Asian burger",False); |
ALTER TABLE `jishiyou`.`web_accounts_profile`
ADD COLUMN `CustmerType` tinyint(1) UNSIGNED NOT NULL DEFAULT 1 COMMENT '客户类型。1.普通客户销售单;2.协议客户销售单;3.先货后款客户销售单' AFTER `Status`,
ADD COLUMN `SalerID` int(11) UNSIGNED NOT NULL DEFAULT 0 COMMENT '开发业务员ID' AFTER `CustmerType`,
ADD COLUMN `SaleType` tinyint(1) UNSIGNED NOT NULL DEFAULT 1 COMMENT '销售类型。1.普通销售；2.协议销售；3.先款后货' AFTER `SalerID`,
ADD COLUMN `BillingCycle` tinyint(1) UNSIGNED NOT NULL DEFAULT 1 COMMENT '结算周期。1.现结；2.货到结算；3.50吨结算；4.30吨结算；5.月结；6.周结' AFTER `Address`,
ADD COLUMN `SalerCycle` tinyint(1) UNSIGNED NOT NULL DEFAULT 1 COMMENT '开发业务员结算周期。同BiilingCycle' AFTER `BillingCycle`,
ADD COLUMN `Contacter` varchar(128) NOT NULL DEFAULT '' COMMENT '联系人' AFTER `InvoiceBank`,
ADD COLUMN `Contact` varchar(255) NOT NULL DEFAULT '' COMMENT '联系方式' AFTER `Contacter`,
CREATE TABLE `web_accounts_profile` (
`ID` int(11) unsigned NOT NULL AUTO_INCREMENT,
`UID` int(11) unsigned NOT NULL DEFAULT '0' COMMENT 'UID',
`RealName` varchar(128) NOT NULL DEFAULT '' COMMENT '真实姓名',
`Avatar` varchar(255) NOT NULL DEFAULT '' COMMENT '用户头像',
`Phone` varchar(64) NOT NULL DEFAULT '' COMMENT '手机号码',
`AccountType` tinyint(1) unsigned NOT NULL DEFAULT '0' COMMENT '账户类型：1.买家；2.卖家；3.物流',
`IsCompany` tinyint(1) unsigned NOT NULL DEFAULT '0' COMMENT '是否为企业账户',
`InvoiceAble` tinyint(1) unsigned NOT NULL DEFAULT '0' COMMENT '能否开票',
`Company` varchar(128) NOT NULL DEFAULT '' COMMENT '公司名称',
`Address` varchar(255) NOT NULL DEFAULT '' COMMENT '公司地址',
`BillingCycle` tinyint(1) unsigned NOT NULL DEFAULT '1' COMMENT '结算周期。1.现结；2.货到结算；3.50吨结算；4.30吨结算；5.月结；6.周结',
`SalerCycle` tinyint(1) unsigned NOT NULL DEFAULT '1' COMMENT '开发业务员结算周期。同BiilingCycle',
`Contacter` varchar(128) NOT NULL DEFAULT '' COMMENT '联系人',
`Contact` varchar(255) NOT NULL DEFAULT '' COMMENT '联系方式',
`Status` tinyint(1) unsigned NOT NULL DEFAULT '0' COMMENT '状态',
`CustmerType` tinyint(1) unsigned NOT NULL DEFAULT '1' COMMENT '客户类型。1.普通客户销售单;2.协议客户销售单;3.先货后款客户销售单',
`SalerID` int(11) unsigned NOT NULL DEFAULT '0' COMMENT '开发业务员ID',
`SaleType` tinyint(1) unsigned NOT NULL DEFAULT '1' COMMENT '销售类型。1.普通销售；2.协议销售；3.先款后货',
PRIMARY KEY (`ID`),
KEY `idx_uid` (`UID`),
KEY `idx_phone` (`Phone`),
KEY `idx_type` (`AccountType`)
) ENGINE=InnoDB AUTO_INCREMENT=29 DEFAULT CHARSET=utf8 ROW_FORMAT=COMPACT COMMENT='账户属性信息' |
create table tbl_course_type(
type_id int primary key auto_increment,
type_name varchar(30) not null
);
INSERT INTO `tbl_course_type` VALUES (1, '专业必修');
INSERT INTO `tbl_course_type` VALUES (2, '专业任选');
INSERT INTO `tbl_course_type` VALUES (3, '校选课');
INSERT INTO `tbl_course_type` VALUES (4, '专家讲座');
INSERT INTO `tbl_course_type` VALUES (5, '公选课');
INSERT INTO `tbl_course_type` VALUES (6, '英语课');
INSERT INTO `tbl_course_type` VALUES (7, '教研课');
create table tbl_users(
user_no varchar(20) primary key,
user_pwd varchar(1000) not null,
user_name varchar(100) not null
);
insert into tbl_users values('000101','123456','王海涛');
insert into tbl_users values('000102','123456','张明');
|
CREATE DATABASE `table_relations_lab`;
USE `table_relations_lab`;
#-- 1. Mountains and Peaks
CREATE TABLE `mountains`(
`id` INT NOT NULL PRIMARY KEY AUTO_INCREMENT,
`name` VARCHAR(50) NOT NULL
);
CREATE TABLE `peaks`(
`id` INT NOT NULL PRIMARY KEY AUTO_INCREMENT,
`name` VARCHAR(50) NOT NULL,
`mountain_id` INT(11) NOT NULL,
CONSTRAINT fk_peaks_mountains
FOREIGN KEY (`mountain_id`)
REFERENCES `mountains`(`id`)
);
USE `camp`;
#-- 2. Trip Organization
SELECT
`driver_id`,
`vehicle_type`,
CONCAT(`c`.`first_name`, ' ', `c`.`last_name`) AS 'driver_name'
FROM
`vehicles` AS `v`
JOIN
`campers` AS `c`
ON
`v`.`driver_id` = `c`.`id`;
#-- 3. SoftUni Hiking
SELECT
`starting_point` AS 'route_starting_point',
`end_point` AS 'route_ending_point',
`leader_id`,
CONCAT(`c`.`first_name`, ' ', `c`.`last_name`) AS 'leader_name'
FROM
`routes` AS `r`
JOIN
`campers` AS `c`
ON `r`.`leader_id` = `c`.`id`;
#-- 4. Delete Mountains
CREATE TABLE `mountains`(
`id` INT NOT NULL PRIMARY KEY AUTO_INCREMENT,
`name` VARCHAR(50) NOT NULL
);
CREATE TABLE `peaks`(
`id` INT NOT NULL PRIMARY KEY AUTO_INCREMENT,
`name` VARCHAR(50) NOT NULL,
`mountain_id` INT(11) NOT NULL,
CONSTRAINT fk_peaks_mountains
FOREIGN KEY (`mountain_id`)
REFERENCES `mountains`(`id`)
ON DELETE CASCADE
);
#-- 5. Project Management DB*
CREATE DATABASE `company`;
USE `company`;
CREATE TABLE `projects` (
`id` INT(11) UNSIGNED UNIQUE AUTO_INCREMENT PRIMARY KEY,
`client_id` INT(11) UNSIGNED,
`project_lead_id` INT(11) UNSIGNED
);
CREATE TABLE `clients` (
`id` INT(11) UNSIGNED UNIQUE AUTO_INCREMENT PRIMARY KEY,
`client_name` VARCHAR(100) NOT NULL,
`project_id` INT(11) UNSIGNED
);
CREATE TABLE `employees` (
`id` INT(11) UNSIGNED UNIQUE AUTO_INCREMENT PRIMARY KEY,
`first_name` VARCHAR(30) NOT NULL,
`last_name` VARCHAR(30) NOT NULL,
`project_id` INT(11) UNSIGNED
);
ALTER TABLE `projects`
ADD CONSTRAINT `fk_projects_clients`
FOREIGN KEY (`client_id`)
REFERENCES `clients` (`id`),
ADD CONSTRAINT `fk_projects_employees`
FOREIGN KEY (`project_lead_id`)
REFERENCES `employees` (`id`);
ALTER TABLE `clients`
ADD CONSTRAINT `fk_clients_projects`
FOREIGN KEY (`project_id`)
REFERENCES `projects` (`id`);
ALTER TABLE `employees`
ADD CONSTRAINT `fk_employees_projects`
FOREIGN KEY (`project_id`)
REFERENCES `projects` (`id`);
|
create table ESSALDO(
CD_FIL NUMBER(2),
CD_DEP NUMBER(2),
CD_ITEM NUMBER(6),
DT_SALDO DATE,
QT_SALDO NUMBER(14,4) NOT NULL,
QT_ENTRADA NUMBER(14,4),
QT_SAIDA NUMBER(14,4),
DT_USUINC DATE NOT NULL,
NM_USUINC VARCHAR2(30) NOT NULL,
DT_USUALT DATE,
NM_USUALT VARCHAR2(30)
)
/
alter table essaldo
add (constraint pk_essaldo primary key (cd_fil, cd_dep, cd_item, dt_saldo))
/
create public synonym ESSALDO for ESSALDO
/
grant all on essaldo to linepack_role
/ |
CREATE TABLE users (
id INT UNSIGNED NOT NULL AUTO_INCREMENT PRIMARY KEY ,
name VARCHAR(100) NOT NULL ,
nick VARCHAR(50) NOT NULL UNIQUE ,
password VARCHAR(60) NOT NULL
) TYPE=innoDB;
CREATE TABLE events (
id INT UNSIGNED NOT NULL AUTO_INCREMENT PRIMARY KEY ,
name VARCHAR(100) NOT NULL ,
owner INT UNSIGNED NOT NULL ,
place VARCHAR(100) NOT NULL ,
description TEXT NOT NULL ,
timeFrom DATETIME NOT NULL ,
timeTo DATETIME NOT NULL ,
shared TINYINT(1) NOT NULL,
INDEX owner_id (owner),
FOREIGN KEY (owner) REFERENCES users(id) ON DELETE CASCADE ON UPDATE NO ACTION
) TYPE=innoDB;
CREATE TABLE calendar (
eventId INT UNSIGNED NOT NULL ,
userId INT UNSIGNED NOT NULL ,
CONSTRAINT id PRIMARY KEY (eventId,userId),
FOREIGN KEY (eventId) REFERENCES events(id) ON DELETE CASCADE ON UPDATE NO ACTION,
FOREIGN KEY (userId) REFERENCES users(id) ON DELETE CASCADE ON UPDATE NO ACTION
) TYPE=innoDB;
|
INSERT INTO USER (ID, USERID, USERPASSWORD, USERNAME, USEREMAIL) VALUES (1, 'miroku', '1234', '미로쿠', 'miroku@miroku.com');
INSERT INTO USER (ID, USERID, USERPASSWORD, USERNAME, USEREMAIL) VALUES (2, 'gazio', '1234', '가지오', 'gazio@gazio.com');
INSERT INTO QUESTION (ID, WRITER_ID, TITLE, CONTENTS, CREATE_DATE) VALUES (1, 1, '질문입니다', '테스트 질문입니다', CURRENT_TIMESTAMP());
INSERT INTO QUESTION (ID, WRITER_ID, TITLE, CONTENTS, CREATE_DATE) VALUES (2, 2, '이렇게 하면되나요?', '이렇게 하면 되겠죠', CURRENT_TIMESTAMP()); |
CREATE DATABASE [学生选课]
CONTAINMENT = NONE
ON PRIMARY
( NAME = N'学生选课', FILENAME = N'D:\FuckingDATA\学生选课.mdf' , SIZE = 8192KB , FILEGROWTH = 1024KB )
LOG ON
( NAME = N'学生选课_log', FILENAME = N'D:\FuckingDATA\学生选课_log.ldf' , SIZE = 8192KB , MAXSIZE = 1048576KB , FILEGROWTH = 10%)
ALTER DATABASE [学生选课] ADD FILEGROUP [选课1]
ALTER DATABASE [学生选课] ADD FILEGROUP [选课2]
|
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