RetCode StmtHandler::Execute(ExecutedResult* exec_result) {
GETCURRENTTIME(start_time);
RetCode ret = rSuccess;
sql_parser_ = new Parser(sql_stmt_);
AstNode* raw_ast = sql_parser_->GetRawAST();
if (NULL == raw_ast) {
exec_result->error_info_ = "Parser Error";
exec_result->status_ = false;
exec_result->result_ = NULL;
return rParserError;
}
raw_ast->Print();
ret = GenerateStmtExec(raw_ast);
if (rSuccess != ret) {
return ret;
}
ret = stmt_exec_->Execute(exec_result);
if (rSuccess != ret) {
return ret;
}
double exec_time_ms = GetElapsedTime(start_time);
if (NULL != exec_result->result_)
exec_result->result_->query_time_ = exec_time_ms / 1000.0;
cout << "execute time: " << exec_time_ms / 1000.0 << " sec" << endl;
return rSuccess;
}
void RDAUserDatabase::extendAuthTokenValidity(const Wt::Auth::User& user)
{
RDATData *prev=NULL;
char *d=NULL,*t=NULL;
/*
* David: find the token with hash 'loginTokenHash_' (for this user)
* and reset the expiration time to 30 minutes.
*/
if(SEC_TOKEN_FILENO==(-1))
{
return;
}
ZERNRD(SEC_TOKEN_FILENO);
FINDFLDSETSTRING(SEC_TOKEN_FILENO,"TOKEN",loginTokenHash_.c_str());
if(!EQLNRD(SEC_TOKEN_FILENO,1))
{
prev=RDATDataNEW(SEC_TOKEN_FILENO);
FINDFLDSETCHAR(SEC_TOKEN_FILENO,"DELETEFLAG",FALSE);
FINDFLDSETSTRING(SEC_TOKEN_FILENO,"USER IDENTIFICATION",user.id().c_str());
d=GETCURRENTDATE10();
t=GETCURRENTTIME();
if(d!=NULL) Rfree(d);
if(t!=NULL) Rfree(t);
WRTTRANS(SEC_TOKEN_FILENO,0,NULL,prev);
if(prev!=NULL) FreeRDATData(prev);
}
}
static void set_appdefaults(RDArsrc *mtnrsrc,mtnstruct *mtn,short update)
{
char *date=NULL,*timex=NULL;
FINDRSCSETSTRING(mtnrsrc,"[VENINV][SOURCE USER]",USERLOGIN);
date=GETCURRENTDATE();
timex=GETCURRENTTIME();
FINDRSCSETSTRING(mtnrsrc,"[VENINV][ENTRY DATE]",date);
FINDRSCSETSTRING(mtnrsrc,"[VENINV][ENTRY TIME]",timex);
if(date!=NULL) Rfree(date);
if(timex!=NULL) Rfree(timex);
setaddresses(mtnrsrc,mtn,update);
if(update)
{
updatersrc(mtnrsrc,"[VENINV][SOURCE USER]");
updatersrc(mtnrsrc,"[VENINV][ENTRY DATE]");
updatersrc(mtnrsrc,"[VENINV][ENTRY TIME]");
}
}
void RDAUserDatabase::addAuthToken (const Wt::Auth::User &user,
const Wt::Auth::Token &token)
{
char *d=NULL,*t=NULL;
RDATData *prev=NULL;
/*
* David: add a token for the user to the database, with token.hash() and
* token.expirationTime() WDatetime values
*/
loginTokenHash_ = token.hash();
/*
std::cerr << "SEC_TOKEN_FILENO [" << SEC_TOKEN_FILENO << "]" << std::endl;
*/
if(SEC_TOKEN_FILENO==(-1))
{
return;
}
ZERNRD(SEC_TOKEN_FILENO);
FINDFLDSETSTRING(SEC_TOKEN_FILENO,"TOKEN",token.hash().c_str());
FINDFLDSETCHAR(SEC_TOKEN_FILENO,"DELETEFLAG",FALSE);
FINDFLDSETSTRING(SEC_TOKEN_FILENO,"USER IDENTIFICATION",user.id().c_str());
d=GETCURRENTDATE10();
t=GETCURRENTTIME();
WRTTRANS(SEC_TOKEN_FILENO,0,NULL,prev);
ZERNRD(SEC_USERS_FILENO);
FINDFLDSETSTRING(SEC_USERS_FILENO,"USER IDENTIFICATION",user.id().c_str());
if(EQLNRD(SEC_USERS_FILENO,1))
{
KEYNRD(SEC_USERS_FILENO,1);
} else {
prev=RDATDataNEW(SEC_USERS_FILENO);
FINDFLDSETSTRING(SEC_USERS_FILENO,"LAST LOGIN ATTEMPT DATE",d);
FINDFLDSETSTRING(SEC_USERS_FILENO,"LAST LOGIN ATTEMPT TIME",t);
WRTTRANS(SEC_USERS_FILENO,0,NULL,prev);
if(prev!=NULL) FreeRDATData(prev);
}
if(d!=NULL) Rfree(d);
if(t!=NULL) Rfree(t);
}
static void printerrorlist(RDArsrc *parent,RDA_PFILE *fp)
{
int x;
char *date=NULL,*timex=NULL;
if(fp!=NULL)
{
date=GETCURRENTDATE();
timex=GETCURRENTTIME();
RDA_fprintf(fp," XPERT MAKE GUI SCREENS ERROR LIST Date: %*s\n",8,date);
RDA_fprintf(fp,"%*sExecuted By: %s%*sTime: %s\n\n",
((80-(14+RDAstrlen(USERLOGIN)))/2),
"",USERLOGIN,
(((80-(14+RDAstrlen(USERLOGIN)))/2)-14),"",
timex);
if(date!=NULL) Rfree(date);
if(timex!=NULL) Rfree(timex);
for(x=0;x<errorlist->numlibs;++x)
{
RDA_fprintf(fp,"(%5d) %s\n",(x+1),errorlist->libs[x]);
}
RDA_fprintf(fp,"\f");
}
}
double Timer::ElapsedTime()
{
GETCURRENTTIME(current);
return LastElapsedTime();
}
long long Timer::ElapsedTicks()
{
GETCURRENTTIME(current);
return LastElapsedTicks();
}
void Timer::Reset()
{
GETCURRENTTIME(start);
current=start;
}
RetCode StmtHandler::Execute(ExecutedResult* exec_result) {
GETCURRENTTIME(start_time);
RetCode ret = rSuccess;
sql_parser_ = new Parser(sql_stmt_, (exec_result->info_));
AstNode* raw_ast = sql_parser_->GetRawAST();
if (NULL == raw_ast) {
exec_result->error_info_ = "Parser Error\n" + exec_result->info_;
exec_result->status_ = false;
exec_result->result_ = NULL;
return rSQLParserErr;
}
raw_ast->Print();
ret = GenerateStmtExec(raw_ast);
if (rSuccess != ret) {
return ret;
}
trim(sql_stmt_);
to_lower(sql_stmt_);
// not select stmt
if (sql_stmt_.substr(0, 6) != string("select")) {
ret = stmt_exec_->Execute(exec_result);
if (rSuccess != ret) {
return ret;
}
} else {
// select stmt
StmtExecStatus* exec_status = new StmtExecStatus(sql_stmt_);
exec_status->RegisterToTracker();
stmt_exec_->set_stmt_exec_status(exec_status);
ret = stmt_exec_->Execute();
if (rSuccess != ret) {
exec_result->result_ = NULL;
exec_result->status_ = false;
exec_result->error_info_ = sql_stmt_ + string(" execution error!");
exec_status->set_exec_status(StmtExecStatus::ExecStatus::kError);
return ret;
} else {
if (StmtExecStatus::ExecStatus::kCancelled ==
exec_status->get_exec_status()) {
exec_result->result_ = NULL;
exec_result->status_ = false;
exec_result->error_info_ = sql_stmt_ + string(" have been cancelled!");
exec_status->set_exec_status(StmtExecStatus::ExecStatus::kError);
} else if (StmtExecStatus::ExecStatus::kOk ==
exec_status->get_exec_status()) {
exec_result->result_ = exec_status->get_query_result();
exec_result->status_ = true;
exec_result->info_ = exec_status->get_exec_info();
exec_status->set_exec_status(StmtExecStatus::ExecStatus::kDone);
} else {
assert(false);
exec_status->set_exec_status(StmtExecStatus::ExecStatus::kError);
}
}
}
double exec_time_ms = GetElapsedTime(start_time);
if (NULL != exec_result->result_) {
exec_result->result_->query_time_ = exec_time_ms / 1000.0;
}
cout << "execute time: " << exec_time_ms / 1000.0 << " sec" << endl;
return rSuccess;
}
