term
Term<QueryPolicy>* term = NULL;
if (current->term == NULL)
if (current->term != NULL)
current->term = equation;
current->term->Complement();
if (current->term == NULL)
left->term, left->op, right->term);
left->term = newTerm;
right->term = NULL;
Term<QueryPolicy>* term = current->term;
if (current->term != NULL)
current->term = term;
fTerm = term;
delete item.term;
Term<QueryPolicy>* term;
while (stack.Pop(&term)) {
if (term->Op() < OP_EQUATION) {
Operator<QueryPolicy>* op = (Operator<QueryPolicy>*)term;
} else if (term->Op() == OP_EQUATION
|| fStack.Push((Equation<QueryPolicy>*)term) != B_OK)
Term<QueryPolicy>* term = this;
while (term != NULL && status == MATCH_OK) {
= (Operator<QueryPolicy>*)term->Parent();
if (other == term)
term = (Term<QueryPolicy>*)parent;
Term term(_T("path"), wPath);
reader->deleteDocuments(&term);
BString term;
searchTerms.CopyInto(term, index, nextSpace - index);
term.ToLower();
fSearchTerms.Add(term);
const BString& term = fSearchTerms.StringAt(i);
if (package->Name().FindFirst(term) < 0 && !_AcceptsPackageFromPublisher(package, term)
&& !_AcceptsPackageFromLocalizedText(package, term)) {
const BString& term = fSearchTerms.StringAt(i);
if (term.IsEmpty())
searchTerms.Append(term);
BString* term = new BString("((");
term->Append(attribute);
term->Append("==\"*");
term->Append(text);
term->Append("*\")&&(BEOS:TYPE==\"text/x-email\"))");
queryNode.WriteAttrString("_trk/qrystr", term);
double term;
sum = term = exp (-m);
term *= m / i;
sum += term;
const char* term = getenv("TERM");
if (term != NULL)
setenv("TERM", term, false);
ULONG term(char **str); /* multiplication/division *,%,/ */
sum = term(str);
val = term(str);
if (term.c_cc[VSTATUS] != _POSIX_VDISABLE)
term.c_cc[VSTATUS] = _POSIX_VDISABLE;
(void)tcsetattr(input, TCSAFLUSH|TCSASOFT, &term);
memset(&term, 0, sizeof(term));
term.c_lflag |= ECHO;
if (!(term.c_lflag & ECHO))
if (memcmp(&term, &oterm, sizeof(term)) != 0) {
struct termios term, oterm;
memcpy(&term, &oterm, sizeof(term));
term.c_lflag &= ~(ECHO | ECHONL);
M_APM tmp0, digit, term;
term = M_get_stack_var();
m_apm_copy(term, xx);
m_apm_multiply(tmp0, term, xx);
m_apm_divide(term, local_precision, tmp0, digit);
m_apm_add(tmp0, rr, term);
if ((term->m_apm_exponent < tolerance) || (term->m_apm_sign == 0))
local_precision = local_precision + term->m_apm_exponent - prev_exp;
prev_exp = term->m_apm_exponent;
M_APM tmp0, tmp1, tmp2, tmpS, term;
term = M_get_stack_var();
m_apm_copy(term, tmpS);
m_apm_multiply(tmp0, term, tmp2);
m_apm_round(term, local_precision, tmp0);
m_apm_divide(tmp0, local_precision, term, tmp1);
M_APM tmp0, tmp2, tmpR, tmpS, digit, term;
term = M_get_stack_var();
m_apm_copy(term, aa);
m_apm_multiply(tmp0, term, tmp2);
m_apm_round(term, local_precision, tmp0);
m_apm_divide(tmp0, local_precision, term, digit);
m_apm_multiply(tmp0, term, tmp2);
m_apm_round(term, local_precision, tmp0);
m_apm_divide(tmp0, local_precision, term, digit);
m_apm_divide(term, local_precision, tmp8, tmp7);
m_apm_subtract(tmp7, sum, term);
m_apm_add(tmp7, sum, term);
M_APM sum, term, tmp7, tmp8, tmp9;
term = M_get_stack_var();
m_apm_copy(term, MM_One);
m_apm_multiply(tmp8, term, tmp9);
m_apm_divide(term, local_precision, tmp8, tmp7);
m_apm_subtract(tmp7, sum, term);
m_apm_add(tmp7, sum, term);
if ((term->m_apm_exponent < tolerance) || (term->m_apm_sign == 0))
local_precision = local_precision + term->m_apm_exponent - prev_exp;
prev_exp = term->m_apm_exponent;
M_APM sum, term, tmp2, tmp7, tmp8;
term = M_get_stack_var();
m_apm_copy(term, xx);
m_apm_multiply(tmp8, term, tmp2);
local_precision = dplaces + term->m_apm_exponent;
BString& term, bool closingBracketAllowed)
term = "";
term += data[0];
_Trim(term, true);
KeyboardLayout::_SubstituteVariables(BString& term, VariableMap& variables,
int32 index = term.FindFirst('$');
if (!term.CompareAt(index, name, name.Length())
term.Remove(index, bestLength);
term.Insert(best->second.String(), index);
while (isalpha(term[length + index])) {
term.Truncate(length + index);
BString& term, VariableMap& variables)
if (!_GetTerm(data, _Delimiter(state.mode), term,
if (!_SubstituteVariables(term, variables, unknown)) {
BString term;
if (!_ParseTerm(tempState, valueString, term, variables))
TRACE(" size = %s\n", term.String());
if (!_GetSize(state, term.String(), fDefaultKeySize.width,
BString term;
if (!_ParseTerm(state, data, term, variables))
if (!_GetSize(state, term.String(), rowLeftTop.x,
TRACE("row: %s (%g:%g)\n", term.String(), rowLeftTop.x,
if (!_GetShape(state, term.String(), key))
TRACE(" shape: %s (%g:%g:%g)\n", term.String(),
TRACE(" raw key: %s\n", term.String());
if (!_AddKeyCodes(state, rowLeftTop, key, term.String(),
bool _SubstituteVariables(BString& term,
const char*& data, BString& term,
BString& term, bool closingBracketAllowed);