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#pragma once
inline void
log(const char* const fmt, ...)
{
if (!dump_file) return;
va_list args;
va_start(args, fmt);
vfprintf(dump_file, fmt, args);
fflush(dump_file);
va_end(args);
}
inline void
is_gimple_code(gimple *stmt, const enum gimple_code ex_code)
{
gcc_assert(stmt);
const enum gimple_code ob_code = gimple_code(stmt);
const bool succeeds = ex_code == ob_code;
gcc_assert(succeeds);
}
inline void
assert_is_complete(const_tree a)
{
gcc_assert(a);
const_tree type_size = TYPE_SIZE(a);
gcc_assert(NULL_TREE != type_size);
}
inline bool
is_complete(const_tree a)
{
gcc_assert(a);
const_tree type_size = TYPE_SIZE(a);
const bool _is_complete = NULL_TREE != type_size;
return _is_complete;
}
inline void
assert_is_type(const_tree a, const enum tree_code expected_code)
{
gcc_assert(a);
const enum tree_code observed_code = TREE_CODE(a);
const bool eq_codes = observed_code == expected_code;
gcc_assert(eq_codes);
}
inline void
assert_is_complete_type(const_tree a, const enum tree_code expected_code)
{
//assert_is_complete(a);
assert_is_type(a, expected_code);
}
inline void
is_gimple_rhs_class(gimple *stmt, const enum gimple_rhs_class ex_class)
{
gcc_assert(stmt);
is_gimple_code(stmt, GIMPLE_ASSIGN);
const enum gimple_rhs_class ob_class = gimple_assign_rhs_class(stmt);
const bool succeeds = ex_class == ob_class;
gcc_assert(succeeds);
}
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