void ProtoBufExport::ParameterVariable(clang::ParmVarDecl const *param) {
exportData([&](ct::proto::Envelope &env) {
auto var = env.mutable_var();
mapper.ResolveName(*var->mutable_name(), *param);
mapper.ResolveType(*var->mutable_own_type(), param->getType());
var->set_kind(ct::proto::Var_VarKind_PARAMETER);
});
}
void ProtoBufExport::LocalVariable(clang::VarDecl const *varDecl) {
exportData([&](ct::proto::Envelope &env) {
auto var = env.mutable_var();
mapper.ResolveName(*var->mutable_name(), *varDecl);
mapper.ResolveType(*var->mutable_own_type(), varDecl->getType());
var->set_kind(ct::proto::Var_VarKind_LOCAL);
});
}
void ProtoBufExport::MemberVariable(clang::FieldDecl const *field) {
exportData([&](ct::proto::Envelope &env) {
auto c_var = env.mutable_c_var();
mapper.ResolveType(*c_var->mutable_parent(), clang::QualType(field->getParent()->getTypeForDecl(), 0));
auto var = c_var->mutable_base();
mapper.ResolveName(*var->mutable_name(), *field);
mapper.ResolveType(*var->mutable_own_type(), field->getType());
var->set_kind(ct::proto::Var_VarKind_CLASS);
});
}
WORD new_index(BYTE *val, WORD kind, BYTE *name)
{
if (rcs_ndxno >= NDXSIZE)
return (NIL);
else
{
set_value(rcs_ndxno, val);
set_kind(rcs_ndxno, kind);
set_name(rcs_ndxno, name);
return (rcs_ndxno++);
}
}
sieve_relation::sieve_relation(sieve_relation_plugin & p, const relation_signature & s,
const bool * inner_columns, relation_base * inner)
: relation_base(p, s), m_inner_cols(s.size(), inner_columns), m_inner(inner) {
unsigned n = s.size();
for(unsigned i=0; i<n; i++) {
if(inner_columns && inner_columns[i]) {
unsigned inner_idx = m_inner2sig.size();
SASSERT(get_inner().get_signature()[inner_idx]==s[i]);
m_sig2inner.push_back(inner_idx);
m_inner2sig.push_back(i);
}
else {
m_sig2inner.push_back(UINT_MAX);
m_ignored_cols.push_back(i);
}
}
set_kind(p.get_relation_kind(*this, inner_columns));
}
Token nextTkn(void) /* 次のトークン */
{
Token tkn = {NulKind, "", 0};
int errF = FALSE, num, ct, n;
char *p = tkn.text, *p_end31 = p+ID_SIZ;
char lite[100+1], *lite_end = lite+100;
static int ch = ' '; /* 前回文字を保持するためstatic */
while (isspace(ch)) { ch = nextCh(); } /* 空白読み捨て */
if (ch == EOF) { tkn.kind = EofTkn; return tkn; } /* EOF */
switch (ctyp[ch]) {
case Letter:
for ( ; ctyp[ch]==Letter || ctyp[ch]==Digit; ch = nextCh()) {
if (p < p_end31) *p++ = ch; /* 識別子は最大31文字まで有効 */
}
*p = '\0';
break;
case Digit: /* 数値定数 */
for (num=0; ctyp[ch]==Digit; ch = nextCh()) {
num = num*10 + (ch-'0');
}
tkn.kind = IntNum;
tkn.intVal = num; /* 値格納 */
sprintf(tkn.text, "%d", num); /* エラー表示用 */
break;
case SngQ: /* 文字定数 */
for (ct=0,ch=nextCh(); ch!=EOF && ch!='\n' && ch!='\''; ch=nextCh()) {
if (ch == '\\') { if ((ch=nextCh()) == 'n') ch = '\n'; } /* \nの処理 */
if (++ct == 1) tkn.intVal = ch; /* 文字定数値格納 */
}
if (ct != 1) errF = TRUE;
if (ch == '\'') ch = nextCh(); else errF = TRUE;
if (errF) err_s("不正な文字定数");
tkn.kind = IntNum; /* 以降は整数定数として扱う */
sprintf(tkn.text, "'%c'", tkn.intVal); /* エラー表示用 */
break;
case DblQ: /* 文字列定数 */
p = lite; ch = nextCh();
while (ch!=EOF && ch!='\n' && ch!='"') {
if (errF) { ch = nextCh(); continue; }
if ((n=is_kanji(ch)) > 0) {
while (n--) { if (p < lite_end) P_SET(); else errF = TRUE; }
continue;
}
if (ch == '\\') { if ((ch=nextCh()) == 'n') ch = '\n'; } /* \nの処理 */
if (p < lite_end) P_SET(); else errF = TRUE;
}
*p = '\0';
if (errF) err_s("文字列リテラルが長すぎる");
if (ch == '"') ch = nextCh(); else err_s("文字列リテラルが閉じていない");
tkn.kind = String;
tkn.intVal = mallocS(lite); /* 文字列をメモリに確保し番地を格納 */
tkn.text[0] = '\"'; /*以下エラー表示用に文字列確保*/
strncat(tkn.text+1, lite, 29);
if (strlen(tkn.text) <= 29) strcat(tkn.text, "\"");
break;
default: /* 記号 */
if (ch<0 || 127<ch) err_s("不正な文字が使われている");
if ((n=is_kanji(ch)) > 0) { while (n--) P_SET(); }
else P_SET();
if (is_ope2(*(p-1), ch)) P_SET(); /* == など */
*p = '\0';
}
if (tkn.kind == NulKind) tkn = set_kind(tkn); /* 種別設定 */
if (tkn.kind == Others) err_ss("不正なトークン", tkn.text);
return tkn;
}
