void PreClassRepoProxy::createSchema(int repoId, RepoTxn& txn) {
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "PreClass")
<< "(unitSn INTEGER, preClassId INTEGER, name TEXT,"
" hoistable INTEGER, extraData BLOB,"
" PRIMARY KEY (unitSn, preClassId));";
txn.exec(ssCreate.str());
}
}
void UnitRepoProxy::createSchema(int repoId, RepoTxn& txn) {
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "Unit")
<< "(unitSn INTEGER PRIMARY KEY, md5 BLOB, bc BLOB, data BLOB, "
"UNIQUE (md5));";
txn.exec(ssCreate.str());
}
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "UnitLitstr")
<< "(unitSn INTEGER, litstrId INTEGER, litstr TEXT,"
" PRIMARY KEY (unitSn, litstrId));";
txn.exec(ssCreate.str());
}
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "UnitArray")
<< "(unitSn INTEGER, arrayId INTEGER, array BLOB,"
" PRIMARY KEY (unitSn, arrayId));";
txn.exec(ssCreate.str());
}
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "UnitMergeables")
<< "(unitSn INTEGER, mergeableIx INTEGER,"
" mergeableKind INTEGER, mergeableId INTEGER,"
" mergeableValue BLOB,"
" PRIMARY KEY (unitSn, mergeableIx));";
txn.exec(ssCreate.str());
}
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "UnitSourceLoc")
<< "(unitSn INTEGER, pastOffset INTEGER, line0 INTEGER,"
" char0 INTEGER, line1 INTEGER, char1 INTEGER,"
" PRIMARY KEY (unitSn, pastOffset));";
txn.exec(ssCreate.str());
}
}
void UnitRepoProxy::createSchema(int repoId, RepoTxn& txn) {
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "Unit")
<< "(unitSn INTEGER PRIMARY KEY, md5 BLOB, bc BLOB,"
" bc_meta BLOB, mainReturn BLOB, mergeable INTEGER,"
"lines BLOB, UNIQUE (md5));";
txn.exec(ssCreate.str());
}
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "UnitLitstr")
<< "(unitSn INTEGER, litstrId INTEGER, litstr TEXT,"
" PRIMARY KEY (unitSn, litstrId));";
txn.exec(ssCreate.str());
}
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "UnitArray")
<< "(unitSn INTEGER, arrayId INTEGER, array BLOB,"
" PRIMARY KEY (unitSn, arrayId));";
txn.exec(ssCreate.str());
}
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "UnitSourceLoc")
<< "(unitSn INTEGER, pastOffset INTEGER, line0 INTEGER,"
" char0 INTEGER, line1 INTEGER, char1 INTEGER,"
" PRIMARY KEY (unitSn, pastOffset));";
txn.exec(ssCreate.str());
}
{
std::stringstream ssCreate;
ssCreate << "CREATE TABLE " << m_repo.table(repoId, "UnitPreConst")
<< "(unitSn INTEGER, name TEXT, value BLOB, preConstId INTEGER,"
" PRIMARY KEY (unitSn, preConstId));";
txn.exec(ssCreate.str());
}
}