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      1 # $NetBSD: read.ln,v 1.9 2024/11/05 04:53:28 rillig Exp $
      2 #
      3 # Cover each path of reading declarations, definitions and usages.
      4 
      5 0 s read.c
      6 S read.c
      7 
      8 # Cover all tspec_t constants, in declaration order.
      9 #
     10 # The line numbers correspond to the constant values of tspec_t,
     11 # with the 128-bit types included.
     12 #
     13 # NO_TSPEC	cannot occur in lint1 output.
     14 # SIGNED	cannot occur in lint1 output.
     15 # UNSIGN	cannot occur in lint1 output.
     16 103 d 0.103 e 4f103 F0 B	# BOOL		_Bool		f103(void);
     17 104 d 0.104 e 4f104 F0 C	# CHAR		char		f104(void);
     18 105 d 0.105 e 4f105 F0 sC	# SCHAR		signed char	f105(void);
     19 106 d 0.106 e 4f106 F0 uC	# UCHAR		unsigned char	f106(void);
     20 107 d 0.107 e 4f107 F0 S	# SHORT		short		f107(void);
     21 108 d 0.108 e 4f108 F0 uS	# USHORT	unsigned short	f108(void);
     22 109 d 0.109 e 4f109 F0 I	# INT		int		f109(void);
     23 110 d 0.110 e 4f110 F0 uI	# UINT		unsigned int	f110(void);
     24 111 d 0.111 e 4f111 F0 L	# LONG		long		f111(void);
     25 112 d 0.112 e 4f112 F0 uL	# ULONG		unsigned long	f112(void);
     26 113 d 0.113 e 4f113 F0 Q	# LLONG		long long	f113(void);
     27 114 d 0.114 e 4f114 F0 uQ	# ULLONG	unsigned long long f114(void);
     28 # INT128	works only in 64-bit mode, see read_lp64.ln.
     29 # UINT128	works only in 64-bit mode, see read_lp64.ln.
     30 117 d 0.117 e 4f117 F0 sD	# FLOAT		float		f117(void);
     31 118 d 0.118 e 4f118 F0 D	# DOUBLE	double		f118(void);
     32 119 d 0.119 e 4f119 F0 lD	# LDOUBLE	long double	f119(void);
     33 120 d 0.120 e 4f120 F0 V	# VOID		void		f120(void);
     34 121 d 0.121 e 4f121 F0 sT16tag121 # STRUCT	struct tag121	f121(void);
     35 122 d 0.122 e 4f122 F0 uT16tag122 # UNION	union tag122	f122(void);
     36 123 d 0.123 e 4f123 F0 eT16tag123 # ENUM	enum tag123	f123(void);
     37 124 d 0.124 e 4f124 F0 PV	# PTR		void *		f124(void);
     38 125 d 0.125 e 4a125 A7D		# ARRAY		extern double	a125[7];
     39 126 d 0.126 e 4f126 F0 PF1DV	# FUNC		void (*f126(void))(double);
     40 # COMPLEX	cannot occur in lint1 output.
     41 127 d 0.127 e 4f127 F0 sX	# FCOMPLEX	float _Complex	f127(void);
     42 128 d 0.128 e 4f128 F0 X	# COMPLEX	double _Complex	f128(void);
     43 129 d 0.129 e 4f129 F0 lX	# LCOMPLEX	long double _Complex f129(void);
     44 
     45 # Tagged types (struct, union, enum) can have tags or typedefs or be
     46 # anonymous, but anonymous types are not usually used in external
     47 # declarations.
     48 #
     49 # struct s_tag f201(void);
     50 201 d 0.201 e 4f201 F0 sT15s_tag
     51 # typedef struct {} s_def;
     52 # s_def f202(void);
     53 202 d 0.202 e 4f202 F0 sT25s_def
     54 # struct { int member; } f203(void);
     55 203 d 0.203 e 4f203 F0 sT3203.0.0
     56 
     57 # Type qualifiers
     58 #
     59 # void f301(const int *);
     60 301 d 0.301 e 4f301 F1 PcI V
     61 # void f302(volatile int *);
     62 302 d 0.302 e 4f302 F1 PvI V
     63 # void f302(const volatile int *);
     64 303 d 0.303 e 4f303 F1 PcvI V
     65 
     66 # Taken from ../lint1/emit.exp-ln.
     67 193 d 0.193 v0 d 15varargs_comment   F1 PcC V
     68 199 d 0.199 v0 d 17varargs_0_comment F1 PcC V
     69 205 d 0.205 v3 d 17varargs_3_comment F4 I I I PcC V
     70 # The PRINTFLIKE information is only emitted if its parameter is > 0.
     71 211 d 0.211         d 18printflike_comment    F1  PcC V
     72 217 d 0.217         d 20printflike_0_comment  F1  PcC V
     73 223 d 0.223 v3  P3  d 20printflike_3_comment  F3  I I PcC V
     74 229 d 0.229 v10 P10 d 21printflike_10_comment F10 I I I I I I I I I PcC V
     75 # The SCANFLIKE information is only emitted if its parameter is > 0.
     76 237 d 0.237         d 17scanflike_comment     F1  PcC V
     77 243 d 0.243         d 19scanflike_0_comment   F1  PcC V
     78 249 d 0.249 v3  S3  d 19scanflike_3_comment   F3  I I PcC V
     79 #
     80 253 d 0.253 e   13used_function F0 V
     81 258 c 0.258 i   13used_function f0 V
     82 # In a function definition, 'i' means 'inline'.
     83 256 d 0.256 d i 15inline_function F0 V
     84 
     85 # In a function definition, 'r' means the function returns a value, in
     86 # contrast to having a mere 'return;' without any expression.
     87 # This distinction is mainly relevant for non-prototype functions.
     88 254 d 0.254 d r   13used_function F0 I
     89 # In a function call, 'i' means 'return value ignored'.
     90 262 c 0.262 i     13used_function f0 I
     91 # In a function call, 'd' means 'return value discarded'.
     92 263 c 0.263 d     13used_function f0 I
     93 # In a function call, 'u' means 'return value used'.
     94 264 c 0.264 u     13used_function f0 I
     95 # This function is 'inline' and 'has return value'.
     96 260 d 0.260 d r i 15inline_function F0 I
     97