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#include "sqliteinsert.h"
#include "sqlitequerytype.h"
#include "sqliteexpr.h"
#include "sqliteselect.h"
#include "parser/statementtokenbuilder.h"
#include "common/global.h"
#include "sqlitewith.h"
#include "sqliteupsert.h"
SqliteInsert::SqliteInsert()
{
queryType = SqliteQueryType::Insert;
}
SqliteInsert::SqliteInsert(const SqliteInsert& other) :
SqliteQuery(other), replaceKw(other.replaceKw), defaultValuesKw(other.defaultValuesKw), onConflict(other.onConflict), database(other.database),
table(other.table), columnNames(other.columnNames)
{
DEEP_COPY_COLLECTION(SqliteExpr, values);
DEEP_COPY_FIELD(SqliteSelect, select);
DEEP_COPY_FIELD(SqliteWith, with);
DEEP_COPY_FIELD(SqliteUpsert, upsert);
DEEP_COPY_COLLECTION(SqliteResultColumn, returning);
}
SqliteInsert::SqliteInsert(bool replace, SqliteConflictAlgo onConflict, const QString &name1, const QString &name2, const QList<QString> &columns,
const QList<SqliteExpr *> &row, SqliteWith* with, const QList<SqliteResultColumn*>& returning) :
SqliteInsert()
{
init(name1, name2, replace, onConflict, returning);
columnNames = columns;
values = row;
this->with = with;
if (with)
with->setParent(this);
for (SqliteExpr* expr : row)
expr->setParent(this);
}
SqliteInsert::SqliteInsert(bool replace, SqliteConflictAlgo onConflict, const QString &name1, const QString &name2, const QList<QString> &columns,
SqliteSelect *select, SqliteWith* with, SqliteUpsert* upsert, const QList<SqliteResultColumn*>& returning) :
SqliteInsert()
{
init(name1, name2, replace, onConflict, returning);
this->with = with;
if (with)
with->setParent(this);
this->upsert = upsert;
if (upsert)
upsert->setParent(this);
columnNames = columns;
this->select = select;
if (select)
select->setParent(this);
}
SqliteInsert::SqliteInsert(bool replace, SqliteConflictAlgo onConflict, const QString &name1, const QString &name2, const QList<QString> &columns,
SqliteWith* with, const QList<SqliteResultColumn*>& returning) :
SqliteInsert()
{
init(name1, name2, replace, onConflict, returning);
this->with = with;
if (with)
with->setParent(this);
columnNames = columns;
defaultValuesKw = true;
}
SqliteInsert::~SqliteInsert()
{
}
SqliteStatement*SqliteInsert::clone()
{
return new SqliteInsert(*this);
}
QStringList SqliteInsert::getColumnsInStatement()
{
QStringList columns;
columns += columnNames;
return columns;
}
QStringList SqliteInsert::getTablesInStatement()
{
return getStrListFromValue(table);
}
QStringList SqliteInsert::getDatabasesInStatement()
{
return getStrListFromValue(database);
}
TokenList SqliteInsert::getColumnTokensInStatement()
{
TokenList list;
for (TokenPtr& token : getTokenListFromNamedKey("idlist_opt", -1))
{
if (token->type != Token::OTHER && token->type != Token::KEYWORD)
continue;
list << token;
}
return list;
}
TokenList SqliteInsert::getTableTokensInStatement()
{
return getObjectTokenListFromFullname();
}
TokenList SqliteInsert::getDatabaseTokensInStatement()
{
if (tokensMap.contains("fullname"))
return getDbTokenListFromFullname();
if (tokensMap.contains("nm"))
return extractPrintableTokens(tokensMap["nm"]);
return TokenList();
}
QList<SqliteStatement::FullObject> SqliteInsert::getFullObjectsInStatement()
{
QList<FullObject> result;
if (!tokensMap.contains("fullname"))
return result;
// Table object
FullObject fullObj = getFullObjectFromFullname(FullObject::TABLE);
if (fullObj.isValid())
result << fullObj;
// Db object
fullObj = getFirstDbFullObject();
if (fullObj.isValid())
{
result << fullObj;
dbTokenForFullObjects = fullObj.database;
}
return result;
}
void SqliteInsert::init(const QString& name1, const QString& name2, bool replace, SqliteConflictAlgo onConflict, const QList<SqliteResultColumn*>& returning)
{
if (!name2.isNull())
{
database = name1;
table = name2;
}
else
table = name1;
replaceKw = replace;
this->onConflict = onConflict;
this->returning = returning;
for (SqliteResultColumn*& retCol : this->returning)
retCol->setParent(this);
}
TokenList SqliteInsert::rebuildTokensFromContents()
{
StatementTokenBuilder builder;
builder.withTokens(SqliteQuery::rebuildTokensFromContents());
if (with)
builder.withStatement(with);
if (replaceKw)
{
builder.withKeyword("REPLACE").withSpace();
}
else
{
builder.withKeyword("INSERT").withSpace();
if (onConflict != SqliteConflictAlgo::null)
builder.withKeyword("OR").withSpace().withKeyword(sqliteConflictAlgo(onConflict)).withSpace();
}
builder.withKeyword("INTO").withSpace();
if (!database.isNull())
builder.withOther(database).withOperator(".");
builder.withOther(table).withSpace();
if (defaultValuesKw)
{
builder.withKeyword("DEFAULT").withSpace().withKeyword("VALUES");
}
else
{
if (columnNames.size() > 0)
builder.withParLeft().withOtherList(columnNames).withParRight().withSpace();
if (select)
{
builder.withStatement(select);
if (upsert)
builder.withSpace().withStatement(upsert);
}
}
if (!returning.isEmpty())
{
builder.withKeyword("RETURNING");
for (SqliteResultColumn*& retCol : returning)
builder.withSpace().withStatement(retCol);
}
builder.withOperator(";");
return builder.build();
}
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