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#pragma once

#ifndef SQLITETYPES_H

#define SQLITETYPES_H

#include "antlr/ASTRefCount.hpp"

#include <QString>

#include <QSharedPointer>

#include <QVector>

#include <QStringList>

#include <QPair>

namespace sqlb {

class ForeignKeyClause

{

public:

ForeignKeyClause(const QString& table = QString(), const QStringList& columns = QStringList(), const QString& constraint = QString())

: m_table(table),

m_columns(columns),

m_constraint(constraint),

m_override(QString())

{

}

bool isSet() const;

QString toString() const;

void setFromString(const QString& fk);

void setTable(const QString& table) { m_override = QString(); m_table = table; }

const QString& table() const { return m_table; }

void setColumns(const QStringList& columns) { m_columns = columns; }

const QStringList& columns() const { return m_columns; }

void setConstraint(const QString& constraint) { m_constraint = constraint; }

const QString& constraint() const { return m_constraint; }

private:

QString m_table;

QStringList m_columns;

QString m_constraint;

QString m_override;

};

class Field

{

public:

Field(const QString& name,

const QString& type,

bool notnull = false,

const QString& defaultvalue = "",

const QString& check = "",

bool pk = false,

bool unique = false)

: m_name(name)

, m_type(type)

, m_notnull(notnull)

, m_check(check)

, m_defaultvalue(defaultvalue)

, m_autoincrement(false)

, m_primaryKey(pk)

, m_unique(unique)

{}

QString toString(const QString& indent = "\t", const QString& sep = "\t") const;

void setName(const QString& name) { m_name = name; }

void setType(const QString& type) { m_type = type; }

void setNotNull(bool notnull = true) { m_notnull = notnull; }

void setCheck(const QString& check) { m_check = check; }

void setDefaultValue(const QString& defaultvalue) { m_defaultvalue = defaultvalue; }

void setAutoIncrement(bool autoinc) { m_autoincrement = autoinc; }

void setPrimaryKey(bool pk) { m_primaryKey = pk; }

void setUnique(bool u) { m_unique = u; }

void setForeignKey(const ForeignKeyClause& key) { m_foreignKey = key; }

bool isText() const;

bool isInteger() const;

const QString& name() const { return m_name; }

const QString& type() const { return m_type; }

bool notnull() const { return m_notnull; }

const QString& check() const { return m_check; }

const QString& defaultValue() const { return m_defaultvalue; }

bool autoIncrement() const { return m_autoincrement; }

bool primaryKey() const { return m_primaryKey; }

bool unique() const { return m_unique; }

const ForeignKeyClause& foreignKey() const { return m_foreignKey; }

static QStringList Datatypes;

private:

QString m_name;

QString m_type;

bool m_notnull;

QString m_check;

QString m_defaultvalue;

ForeignKeyClause m_foreignKey; // Even though this information is a table constraint it's easier for accessing and processing to store it here

bool m_autoincrement; //! this is stored here for simplification

bool m_primaryKey;

bool m_unique;

};

typedef QSharedPointer<Field> FieldPtr;

typedef QVector< FieldPtr > FieldVector;

class Table

{

public:

explicit Table(const QString& name): m_name(name), m_rowidColumn("_rowid_") {}

virtual ~Table();

void setName(const QString& name) { m_name = name; }

const QString& name() const { return m_name; }

const FieldVector& fields() const { return m_fields; }

/**

* @brief Returns the CREATE TABLE statement for this table object

* @return A QString with the CREATE TABLE object.

QString sql() const;

void addField(const FieldPtr& f);

bool removeField(const QString& sFieldName);

void setFields(const FieldVector& fields);

void setField(int index, FieldPtr f) { m_fields[index] = f; }

QStringList fieldNames() const;

void setRowidColumn(const QString& rowid) { m_rowidColumn = rowid; }

const QString& rowidColumn() const { return m_rowidColumn; }

bool isWithoutRowidTable() const { return m_rowidColumn != "_rowid_"; }

void clear();

/**

* @brief findField Finds a field and returns the index.

* @param sname

* @return The field index if the field was found.

* -1 if field couldn't be found.

int findField(const QString& sname);

int findPk() const;

/**

* @brief parseSQL Parses the create Table statement in sSQL.

* @param sSQL The create table statement.

* @return A pair first is a table object, second is a bool indicating

* if our modify dialog supports the table.

* The table object may be a empty table if parsing failed.

static QPair<Table, bool> parseSQL(const QString& sSQL);

private:

QStringList fieldList() const;

bool hasAutoIncrement() const;

private:

QString m_name;

FieldVector m_fields;

QString m_rowidColumn;

};

/**

* @brief The CreateTableWalker class

* Goes trough the createtable AST and returns

* Table object.

class CreateTableWalker

{

public:

explicit CreateTableWalker(antlr::RefAST r)

: m_root(r)

, m_bModifySupported(true)

{}

Table table();

bool modifysupported() const { return m_bModifySupported; }

private:

void parsecolumn(FieldPtr& f, antlr::RefAST c);

private:

antlr::RefAST m_root;

bool m_bModifySupported;

};

} //namespace sqlb

#endif // SQLITETYPES_H

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