[fusl] clang-format fusl

fusl/src/multibyte/internal.c

-/* 
+/*
  * This code was written by Rich Felker in 2010; no copyright is claimed.
  * This code is in the public domain. Attribution is appreciated but
  * unnecessary.
  */
 
 #include "internal.h"
 
-#define C(x) ( x<2 ? -1 : ( R(0x80,0xc0) | x ) )
-#define D(x) C((x+16))
-#define E(x) ( ( x==0 ? R(0xa0,0xc0) : \
-                 x==0xd ? R(0x80,0xa0) : \
-                 R(0x80,0xc0) ) \
-             | ( R(0x80,0xc0) >> 6 ) \
-             | x )
-#define F(x) ( ( x>=5 ? 0 : \
-                 x==0 ? R(0x90,0xc0) : \
-                 x==4 ? R(0x80,0xa0) : \
-                 R(0x80,0xc0) ) \
-             | ( R(0x80,0xc0) >> 6 ) \
-             | ( R(0x80,0xc0) >> 12 ) \
-             | x )
+#define C(x) (x < 2 ? -1 : (R(0x80, 0xc0) | x))
+#define D(x) C((x + 16))
+#define E(x)                                                             \
+  ((x == 0 ? R(0xa0, 0xc0) : x == 0xd ? R(0x80, 0xa0) : R(0x80, 0xc0)) | \
+   (R(0x80, 0xc0) >> 6) | x)
+#define F(x)                                                        \
+  ((x >= 5 ? 0 : x == 0 ? R(0x90, 0xc0) : x == 4 ? R(0x80, 0xa0)    \
+                                                 : R(0x80, 0xc0)) | \
+   (R(0x80, 0xc0) >> 6) | (R(0x80, 0xc0) >> 12) | x)
 
 const uint32_t bittab[] = {
-                      C(0x2),C(0x3),C(0x4),C(0x5),C(0x6),C(0x7),
-        C(0x8),C(0x9),C(0xa),C(0xb),C(0xc),C(0xd),C(0xe),C(0xf),
-        D(0x0),D(0x1),D(0x2),D(0x3),D(0x4),D(0x5),D(0x6),D(0x7),
-        D(0x8),D(0x9),D(0xa),D(0xb),D(0xc),D(0xd),D(0xe),D(0xf),
-        E(0x0),E(0x1),E(0x2),E(0x3),E(0x4),E(0x5),E(0x6),E(0x7),
-        E(0x8),E(0x9),E(0xa),E(0xb),E(0xc),E(0xd),E(0xe),E(0xf),
-        F(0x0),F(0x1),F(0x2),F(0x3),F(0x4)
-};
+    C(0x2), C(0x3), C(0x4), C(0x5), C(0x6), C(0x7), C(0x8), C(0x9), C(0xa),
+    C(0xb), C(0xc), C(0xd), C(0xe), C(0xf), D(0x0), D(0x1), D(0x2), D(0x3),
+    D(0x4), D(0x5), D(0x6), D(0x7), D(0x8), D(0x9), D(0xa), D(0xb), D(0xc),
+    D(0xd), D(0xe), D(0xf), E(0x0), E(0x1), E(0x2), E(0x3), E(0x4), E(0x5),
+    E(0x6), E(0x7), E(0x8), E(0x9), E(0xa), E(0xb), E(0xc), E(0xd), E(0xe),
+    E(0xf), F(0x0), F(0x1), F(0x2), F(0x3), F(0x4)};