/*
* Routine: MakeFunctionCall(int nKeyword, expr_t *pArgList)
* Purpose:
* Algorithm:
* Data Structures:
*
* Params:
* Returns:
* Called By:
* Calls:
* Assumptions:
* Side Effects:
* TODO: None
*/
expr_t *
MakeFunctionCall(int nKeyword, list_t *pArgList)
{
expr_t *pResult;
int nFuncNum = -1,
i;
pResult = makeExpr();
for (i=0; arFuncInfo[i].nKeyword >= 0; i++)
{
if (nKeyword == arFuncInfo[i].nKeyword)
nFuncNum = i;
}
if (nFuncNum < 0)
ReportError(QERR_BAD_NAME, NULL, 1);
pResult->Value.nValue = nKeyword;
pResult->nFlags = EXPR_FL_FUNC;
pResult->nFlags |= arFuncInfo[nFuncNum].nDataType;
pResult->nFlags |= arFuncInfo[nFuncNum].nAddFlags;
pResult->ArgList = pArgList;
if (ValidateParams(nFuncNum, pResult))
ReportError(QERR_SYNTAX, "in MakeFunctionCall()", 1);
return(pResult);
}
bool mmConsole::mmClient::Aggregate(wchar_t const p_cCurrent) {
if(p_cCurrent == cNavTrigger1 || p_cCurrent == cNavTrigger2) {
wchar_t v_cDirection = ::_getwch();
if(v_cDirection == cNavUp && m_sPositionInHistory != m_sHistory.begin()) {
m_bNavigate = true;
EraseToPrompt();
--m_sPositionInHistory;
Write(m_sPositionInHistory->Print(cEndOfWord, cEscape));
} else if(v_cDirection == cNavDown && m_sPositionInHistory != m_sHistory.end()) {
m_bNavigate = true;
EraseToPrompt();
++m_sPositionInHistory;
if(m_sPositionInHistory != m_sHistory.end())
Write(m_sPositionInHistory->Print(cEndOfWord, cEscape));
else
Write(m_sCommandLine.Print(cEndOfWord, cEscape));
}
} else {
if(m_bNavigate) {
if(m_sPositionInHistory != m_sHistory.end()) {
m_sCommandLine = *m_sPositionInHistory;
m_sPositionInHistory = m_sHistory.end();
}
m_bNavigate = false;
}
}
if(p_cCurrent == cEndOfWord) {
m_sCommandLine.AddParam();
Write(p_cCurrent);
} else if(p_cCurrent == cEndOfLine) {
// optionally find method if not found
std::vector<std::wstring> v_sCommandLineElements = m_sCommandLine.GetParams();
if(m_psCommand == NULL)
m_psCommand = FindCommand(v_sCommandLineElements.front());
// print new line
NewLine();
// interpret command
if(m_psCommand != NULL) {
std::vector<mmCommands::mmParam> v_sExpectedParams = m_psCommand->GetInputParams();
std::vector<std::wstring> v_sReceivedParams(v_sCommandLineElements.empty() ? v_sCommandLineElements.begin() : (v_sCommandLineElements.begin() + 1), v_sCommandLineElements.end());
if(! ValidateParams(v_sReceivedParams, v_sExpectedParams)) {
WriteLn(m_psCommand->GetInfo());
} else if(! m_psCommand->Run(v_sCommandLineElements.front(), v_sExpectedParams)) {
WriteLn(L"error: " + m_psCommand->GetErrorMessage());
}
} else {
WriteLn(v_sCommandLineElements.front() + L": command not found");
}
// clear command
m_psCommand = NULL;
m_sHistory.push_back(m_sCommandLine);
m_sCommandLine = mmCommandLine();
// reset current position in history
m_sPositionInHistory = m_sHistory.end();
// display prompt
DisplayPrompt();
} else if(p_cCurrent == cAutoComplete) {
// run autocomplete for current context
if(! AutoComplete()) {
// display prompt
DisplayPrompt();
}
// echo all
Write(m_sCommandLine.Print(cEndOfWord, cEscape));
} else if(p_cCurrent == cBackSpace) {
bool v_bSuccess = false;
if(! m_sCommandLine.IsParamEmpty())
v_bSuccess = m_sCommandLine.EraseFromParam();
else
v_bSuccess = m_sCommandLine.EraseParam();
if(v_bSuccess) {
Write(cBackSpace);
Write(L' ');
Write(cBackSpace);
}
} else if(IsAllowedCharacter(p_cCurrent)) {
m_sCommandLine.AddToParam(p_cCurrent);
Write(p_cCurrent);
}
return true;
}
