bool Expression::is_expr_primary() const
{
return
is_constant()
|| is_string_literal()
|| is_identifier();
}
//------------------------------------------------------------------
void code_colorer::color_code(const char_type* p)
{
while(*p)
{
unsigned len;
if(is_block_comment(p, &len))
{
m_result.add(keyword_rem, p, len, true);
p += len;
}
else if(is_line_comment(p, &len))
{
m_result.add(keyword_rem, p, len, true);
p += len;
}
else if(is_string_literal(p, &len))
{
m_result.add(keyword_str, p, len, true);
p += len;
}
else if(is_number(p, &len))
{
m_result.add(keyword_num, p, len, true);
p += len;
}
else if(is_operator(p, &len))
{
m_result.add(keyword_op, p, len, true);
p += len;
}
else if(is_identifier(p, &len))
{
const keyword* kw = 0;
if (is_keyword(keyword_kw1_suffix, p, len)) kw = &keyword_kw1;
else if(is_keyword(keyword_kw2_suffix, p, len)) kw = &keyword_kw2;
else if(is_keyword(keyword_kw3_suffix, p, len)) kw = &keyword_kw3;
else if(is_keyword(keyword_kw4_suffix, p, len)) kw = &keyword_kw4;
if(kw)
{
m_result.add(backslash);
m_result.add(kw->name, kw->len);
m_result.add(open_brace);
}
m_result.add(p, len, true);
if(kw)
{
m_result.add(close_brace);
}
p += len;
}
else
{
m_result.add(*p++);
}
}
}
void StringsTest::testNonStringLiteral() {
const char *nonStringLiteral = "unimportend";
QVERIFY( !is_string_literal( nonStringLiteral ));
}
void StringsTest::testStringLiteral() {
const char stringLiteral[] = "unimportend";
QVERIFY( is_string_literal( stringLiteral ));
}
