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/*
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* Copyright (C) 2015 Christian Ehringfeld <c.ehringfeld@t-online.de>
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*
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* This program is free software; you can redistribute it and/or modify it
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* under the terms of the GNU Lesser General Public License as published by
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* the Free Software Foundation.
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*
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* This program is distributed in the hope that it will be useful, but
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* WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
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* or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
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* for more details.
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*
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* You should have received a copy of the GNU Lesser General Public License
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* along with this program; if not, see <http://www.gnu.org/licenses/>.
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*/
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#include "schema.h"
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#include <QRegularExpression>
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#include <QSqlRecord>
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#include <QSqlQuery>
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#include "database.h"
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using namespace CuteEntityManager;
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Schema::Schema(QSharedPointer<Database> database,
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QSharedPointer<QueryBuilder> builder) {
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this->database = database;
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this->abstractTypeMap = QSharedPointer<QHash<QString, QString>>
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(new QHash<QString, QString>());
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this->queryBuilder = builder;
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this->typeMap = QSharedPointer<QHash<QString, QString>>(new
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QHash<QString, QString>());
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this->initAbstractDatabaseTypes();
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}
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Schema::~Schema() {
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}
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QString Schema::primaryKey(int length) const {
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return this->buildColumnSchema(TYPE_PK, this->lengthToString(length));
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}
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QString Schema::bigPrimaryKey(int length) const {
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return this->buildColumnSchema(TYPE_BIGPK, this->lengthToString(length));
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}
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QString Schema::string(int length, bool notNull, QString defaultValue,
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bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_STRING, this->lengthToString(length),
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notNull, defaultValue, unique, checkConstraint);
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}
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QString Schema::text(bool notNull, QString defaultValue, bool unique,
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QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_TEXT, "", notNull, defaultValue, unique,
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checkConstraint);
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}
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QString Schema::smallInteger(int length, bool notNull, QString defaultValue,
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bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_SMALLINT, this->lengthToString(length),
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notNull, defaultValue, unique, checkConstraint);
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}
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QString Schema::integer(int length, bool notNull, QString defaultValue,
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bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_INTEGER, this->lengthToString(length),
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notNull, defaultValue, unique, checkConstraint);
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}
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QString Schema::bigInteger(int length, bool notNull, QString defaultValue,
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bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_BIGINT, this->lengthToString(length),
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notNull, defaultValue, unique, checkConstraint);
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}
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QString Schema::floatColumn(int precision, bool notNull, QString defaultValue,
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bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_FLOAT, this->lengthToString(precision),
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notNull, defaultValue, unique, checkConstraint);
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}
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QString Schema::doubleColumn(int precision, bool notNull, QString defaultValue,
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bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_DOUBLE, this->lengthToString(precision),
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notNull, defaultValue, unique, checkConstraint);
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}
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QString Schema::decimal(int precision, int scale, bool notNull,
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QString defaultValue, bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_DECIMAL,
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this->combineScaleAndPrecision(precision, scale), notNull, defaultValue,
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unique, checkConstraint);
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}
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QString Schema::dateTime(int precision, bool notNull, QString defaultValue,
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bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_DATETIME, this->lengthToString(precision),
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notNull, defaultValue, unique, checkConstraint);
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}
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QString Schema::timestamp(int precision, bool notNull, QString defaultValue,
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bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_TIMESTAMP, this->lengthToString(precision),
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notNull, defaultValue, unique, checkConstraint);
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}
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QString Schema::time(int precision, bool notNull, QString defaultValue,
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bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_TIME, this->lengthToString(precision),
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notNull, defaultValue, unique, checkConstraint);
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}
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QString Schema::binary(int length, bool notNull, bool unique,
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QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_BINARY, this->lengthToString(length),
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notNull, "", unique, checkConstraint);
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}
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QString Schema::boolean(QString defaultValue, bool notNull) const {
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return this->buildColumnSchema(TYPE_DOUBLE, "", notNull, defaultValue);
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}
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QString Schema::money(int precision, int scale, bool notNull,
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QString defaultValue, bool unique, QString checkConstraint) const {
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return this->buildColumnSchema(TYPE_MONEY,
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this->combineScaleAndPrecision(precision, scale),
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notNull, defaultValue, unique, checkConstraint);
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}
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void Schema::initAbstractDatabaseTypes() {
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this->abstractTypeMap->insert("bool", TYPE_SMALLINT);
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this->abstractTypeMap->insert("short", TYPE_SMALLINT);
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this->abstractTypeMap->insert("int", TYPE_INTEGER);
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this->abstractTypeMap->insert("long", TYPE_INTEGER);
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this->abstractTypeMap->insert("long long", TYPE_INTEGER);
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this->abstractTypeMap->insert("qlonglong", TYPE_INTEGER);
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this->abstractTypeMap->insert("float", TYPE_FLOAT);
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this->abstractTypeMap->insert("double", TYPE_FLOAT);
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this->abstractTypeMap->insert("long double", TYPE_FLOAT);
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this->abstractTypeMap->insert("qint", TYPE_INTEGER);
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this->abstractTypeMap->insert("quint", TYPE_INTEGER);
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this->abstractTypeMap->insert("quuid", TYPE_INTEGER);
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this->abstractTypeMap->insert("qfloat", TYPE_FLOAT);
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this->abstractTypeMap->insert("unsigned short", TYPE_SMALLINT);
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this->abstractTypeMap->insert("unsigned int", TYPE_INTEGER);
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this->abstractTypeMap->insert("unsigned long", TYPE_INTEGER);
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this->abstractTypeMap->insert("unsigned long long", TYPE_INTEGER);
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this->abstractTypeMap->insert("char", TYPE_CHAR);
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this->abstractTypeMap->insert("std::string", TYPE_TEXT);
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this->abstractTypeMap->insert("std::wstring", TYPE_TEXT);
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this->abstractTypeMap->insert("QString", TYPE_TEXT);
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this->abstractTypeMap->insert("QVariant", TYPE_TEXT);
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this->abstractTypeMap->insert("QUuid", TYPE_TEXT);
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this->abstractTypeMap->insert("QDate", TYPE_DATE);
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this->abstractTypeMap->insert("QTime", TYPE_TIME);
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this->abstractTypeMap->insert("QDateTime", TYPE_DATETIME);
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this->abstractTypeMap->insert("QByteArray", TYPE_BINARY);
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this->abstractTypeMap->insert("QBitArray", TYPE_BINARY);
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}
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QString Schema::quoteSimpleTableName(QString name) {
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return name.indexOf("`") != -1 ? name : ("`" + name + "`");
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}
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QString Schema::quoteTableName(QString name) {
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if (name.indexOf("(") != -1 || name.indexOf("{{") != -1) {
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return name;
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}
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if (name.indexOf(".") == -1) {
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return this->quoteSimpleTableName(name);
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}
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QStringList parts = name.split(".");
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for (int i = 0; i < parts.size(); ++i) {
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parts.replace(i, this->quoteSimpleTableName(parts.at(i)));
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}
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return parts.join(".");
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}
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QString Schema::quoteColumnName(QString name) {
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if (name.indexOf("(") != -1 || name.indexOf("[[") != -1
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|| name.indexOf("{{") != -1) {
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return name;
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}
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int pos = name.indexOf(".");
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QString prefix = "";
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if (pos != -1 ) {
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prefix = this->quoteTableName(name.mid(0, pos)) + ".";
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name = name.mid(pos + 1);
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}
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return prefix + this->quoteSimpleColumnName(name);
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}
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QString Schema::quoteSimpleColumnName(QString name) {
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return name.indexOf("`") != -1 || name == "*" ? name : ("`" + name + "`");
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}
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QHash<QString, QSharedPointer<TableSchema> > Schema::getTableSchemas(
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QString schema, bool refresh) {
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QStringList names = this->getTableNames();
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for (int i = 0; i < names.size(); ++i) {
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QString name = names.at(i);
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if (schema != "") {
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name = schema + "." + name;
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}
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this->getTableSchema(name, refresh);
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}
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return this->tables;
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}
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QStringList Schema::getTableNames(QString schema) {
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Q_UNUSED(schema)
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return this->database->getDatabase().tables();
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}
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QVariant Schema::getLastInsertID() {
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QSqlQuery q(this->database->getDatabase());
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auto lastId = q.lastInsertId();
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return lastId;
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}
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void Schema::refresh() {
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this->tables.clear();
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}
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QString Schema::getRawTable(QString name) {
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if (name.indexOf("{{")) {
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QRegularExpression re(QRegularExpression::escape("/\\{\\{(.*?)\\}\\}/"));
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return name.replace(re, QRegularExpression::escape("\\1"));
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}
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return name;
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}
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bool Schema::containsTable(QString tblname) {
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if (this->tables.size() != this->getTableNames().size()) {
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this->setTables(this->getTableSchemas());
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}
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return this->database->getDatabase().tables().contains(tblname);
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}
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QSharedPointer<TableSchema> Schema::getTableSchema(QString name, bool refresh) {
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if (this->tables.contains(name) && !refresh) {
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return this->tables.value(name);
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}
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QString realName = this->getRawTable(name);
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auto ts = this->loadTableSchema(realName);
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if (ts.data()) {
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this->tables.insert(name, ts);
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}
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return ts;
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}
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QSharedPointer<Database> Schema::getDatabase() const {
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return database;
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}
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void Schema::setDatabase(const QSharedPointer<Database> &value) {
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database = value;
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}
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QSharedPointer<QueryBuilder> Schema::getQueryBuilder() const {
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return queryBuilder;
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}
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QSharedPointer<QHash<QString, QString> > Schema::getAbstractTypeMap() const {
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return abstractTypeMap;
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}
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void Schema::setAbstractTypeMap(const QSharedPointer<QHash<QString, QString> >
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&value) {
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abstractTypeMap = value;
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}
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QString Schema::buildColumnSchema(QString type, QString length, bool notNull,
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QString defaultValue,
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bool unique, QString checkConstraint) const {
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return type + this->buildLengthString(length) + this->buildNotNullString(
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notNull) + this->buildUniqueString(unique) + this->buildDefaultString(
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defaultValue) + this->buildCheckString(checkConstraint);
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}
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QString Schema::buildLengthString(QString length) const {
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return length.isEmpty() ? "" : "(" + length + ")";
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}
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QString Schema::buildNotNullString(bool notNull) const {
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return notNull ? " NOT NULL" : "";
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}
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QString Schema::buildUniqueString(bool unique) const {
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return unique ? " UNIQUE" : "";
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}
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QString Schema::buildDefaultString(QString def) const {
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if (def.isEmpty()) {
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return "";
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}
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QString defaultValue = " DEFAULT ";
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bool ok;
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def.toInt(&ok);
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if (ok) {
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return (defaultValue + def);
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}
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if (def == "true" || def == "false") {
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return (defaultValue + def.toUpper());
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}
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QString copy = def.replace(",", ".");
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copy.toDouble(&ok);
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if (ok) {
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return (defaultValue + copy);
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}
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return ("\'" + defaultValue + def + "\'");
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}
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QString Schema::buildCheckString(QString check) const {
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return check.isEmpty() ? "" : (" CHECK (" + check + ")");
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}
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QString Schema::lengthToString(int length) const {
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return length != 0 ? QString::number(length) : "";
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}
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QString Schema::combineScaleAndPrecision(int precision, int scale) const {
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QString length = "";
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if (precision != 0) {
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length += QString::number(precision);
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}
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if (scale != 0) {
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if (precision != 0) {
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length += ", ";
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}
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length += QString::number(scale);
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}
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return length;
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}
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QHash<QString, QSharedPointer<TableSchema> > Schema::getTables() {
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if (this->tables.size() != this->getTableNames().size()) {
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this->setTables(this->getTableSchemas());
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}
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return this->tables;
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}
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void Schema::setTables(const QHash<QString, QSharedPointer<TableSchema> >
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&value) {
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tables = value;
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}
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