# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/ac.c"
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/build/Minimalistic_Memo_Manager_3M//"
# 1 "<built-in>"
#define __STDC__ 1
#define __STDC_VERSION__ 199901L
#define __STDC_UTF_16__ 1
#define __STDC_UTF_32__ 1
#define __STDC_HOSTED__ 1
#define __GNUC__ 8
#define __GNUC_MINOR__ 4
#define __GNUC_PATCHLEVEL__ 0
#define __VERSION__ "8.4.0"
#define __ATOMIC_RELAXED 0
#define __ATOMIC_SEQ_CST 5
#define __ATOMIC_ACQUIRE 2
#define __ATOMIC_RELEASE 3
#define __ATOMIC_ACQ_REL 4
#define __ATOMIC_CONSUME 1
#define __pic__ 2
#define __PIC__ 2
#define __pie__ 2
#define __PIE__ 2
#define __FINITE_MATH_ONLY__ 0
#define __SIZEOF_INT__ 4
#define __SIZEOF_LONG__ 4
#define __SIZEOF_LONG_LONG__ 8
#define __SIZEOF_SHORT__ 2
#define __SIZEOF_FLOAT__ 4
#define __SIZEOF_DOUBLE__ 8
#define __SIZEOF_LONG_DOUBLE__ 12
#define __SIZEOF_SIZE_T__ 4
#define __CHAR_BIT__ 8
#define __BIGGEST_ALIGNMENT__ 16
#define __ORDER_LITTLE_ENDIAN__ 1234
#define __ORDER_BIG_ENDIAN__ 4321
#define __ORDER_PDP_ENDIAN__ 3412
#define __BYTE_ORDER__ __ORDER_LITTLE_ENDIAN__
#define __FLOAT_WORD_ORDER__ __ORDER_LITTLE_ENDIAN__
#define __SIZEOF_POINTER__ 4
#define __SIZE_TYPE__ unsigned int
#define __PTRDIFF_TYPE__ int
#define __WCHAR_TYPE__ long int
#define __WINT_TYPE__ unsigned int
#define __INTMAX_TYPE__ long long int
#define __UINTMAX_TYPE__ long long unsigned int
#define __CHAR16_TYPE__ short unsigned int
#define __CHAR32_TYPE__ unsigned int
#define __SIG_ATOMIC_TYPE__ int
#define __INT8_TYPE__ signed char
#define __INT16_TYPE__ short int
#define __INT32_TYPE__ int
#define __INT64_TYPE__ long long int
#define __UINT8_TYPE__ unsigned char
#define __UINT16_TYPE__ short unsigned int
#define __UINT32_TYPE__ unsigned int
#define __UINT64_TYPE__ long long unsigned int
#define __INT_LEAST8_TYPE__ signed char
#define __INT_LEAST16_TYPE__ short int
#define __INT_LEAST32_TYPE__ int
#define __INT_LEAST64_TYPE__ long long int
#define __UINT_LEAST8_TYPE__ unsigned char
#define __UINT_LEAST16_TYPE__ short unsigned int
#define __UINT_LEAST32_TYPE__ unsigned int
#define __UINT_LEAST64_TYPE__ long long unsigned int
#define __INT_FAST8_TYPE__ signed char
#define __INT_FAST16_TYPE__ int
#define __INT_FAST32_TYPE__ int
#define __INT_FAST64_TYPE__ long long int
#define __UINT_FAST8_TYPE__ unsigned char
#define __UINT_FAST16_TYPE__ unsigned int
#define __UINT_FAST32_TYPE__ unsigned int
#define __UINT_FAST64_TYPE__ long long unsigned int
#define __INTPTR_TYPE__ int
#define __UINTPTR_TYPE__ unsigned int
#define __has_include(STR) __has_include__(STR)
#define __has_include_next(STR) __has_include_next__(STR)
#define __GXX_ABI_VERSION 1013
#define __SCHAR_MAX__ 0x7f
#define __SHRT_MAX__ 0x7fff
#define __INT_MAX__ 0x7fffffff
#define __LONG_MAX__ 0x7fffffffL
#define __LONG_LONG_MAX__ 0x7fffffffffffffffLL
#define __WCHAR_MAX__ 0x7fffffffL
#define __WCHAR_MIN__ (-__WCHAR_MAX__ - 1)
#define __WINT_MAX__ 0xffffffffU
#define __WINT_MIN__ 0U
#define __PTRDIFF_MAX__ 0x7fffffff
#define __SIZE_MAX__ 0xffffffffU
#define __SCHAR_WIDTH__ 8
#define __SHRT_WIDTH__ 16
#define __INT_WIDTH__ 32
#define __LONG_WIDTH__ 32
#define __LONG_LONG_WIDTH__ 64
#define __WCHAR_WIDTH__ 32
#define __WINT_WIDTH__ 32
#define __PTRDIFF_WIDTH__ 32
#define __SIZE_WIDTH__ 32
#define __INTMAX_MAX__ 0x7fffffffffffffffLL
#define __INTMAX_C(c) c ## LL
#define __UINTMAX_MAX__ 0xffffffffffffffffULL
#define __UINTMAX_C(c) c ## ULL
#define __INTMAX_WIDTH__ 64
#define __SIG_ATOMIC_MAX__ 0x7fffffff
#define __SIG_ATOMIC_MIN__ (-__SIG_ATOMIC_MAX__ - 1)
#define __SIG_ATOMIC_WIDTH__ 32
#define __INT8_MAX__ 0x7f
#define __INT16_MAX__ 0x7fff
#define __INT32_MAX__ 0x7fffffff
#define __INT64_MAX__ 0x7fffffffffffffffLL
#define __UINT8_MAX__ 0xff
#define __UINT16_MAX__ 0xffff
#define __UINT32_MAX__ 0xffffffffU
#define __UINT64_MAX__ 0xffffffffffffffffULL
#define __INT_LEAST8_MAX__ 0x7f
#define __INT8_C(c) c
#define __INT_LEAST8_WIDTH__ 8
#define __INT_LEAST16_MAX__ 0x7fff
#define __INT16_C(c) c
#define __INT_LEAST16_WIDTH__ 16
#define __INT_LEAST32_MAX__ 0x7fffffff
#define __INT32_C(c) c
#define __INT_LEAST32_WIDTH__ 32
#define __INT_LEAST64_MAX__ 0x7fffffffffffffffLL
#define __INT64_C(c) c ## LL
#define __INT_LEAST64_WIDTH__ 64
#define __UINT_LEAST8_MAX__ 0xff
#define __UINT8_C(c) c
#define __UINT_LEAST16_MAX__ 0xffff
#define __UINT16_C(c) c
#define __UINT_LEAST32_MAX__ 0xffffffffU
#define __UINT32_C(c) c ## U
#define __UINT_LEAST64_MAX__ 0xffffffffffffffffULL
#define __UINT64_C(c) c ## ULL
#define __INT_FAST8_MAX__ 0x7f
#define __INT_FAST8_WIDTH__ 8
#define __INT_FAST16_MAX__ 0x7fffffff
#define __INT_FAST16_WIDTH__ 32
#define __INT_FAST32_MAX__ 0x7fffffff
#define __INT_FAST32_WIDTH__ 32
#define __INT_FAST64_MAX__ 0x7fffffffffffffffLL
#define __INT_FAST64_WIDTH__ 64
#define __UINT_FAST8_MAX__ 0xff
#define __UINT_FAST16_MAX__ 0xffffffffU
#define __UINT_FAST32_MAX__ 0xffffffffU
#define __UINT_FAST64_MAX__ 0xffffffffffffffffULL
#define __INTPTR_MAX__ 0x7fffffff
#define __INTPTR_WIDTH__ 32
#define __UINTPTR_MAX__ 0xffffffffU
#define __GCC_IEC_559 2
#define __GCC_IEC_559_COMPLEX 2
#define __FLT_EVAL_METHOD__ 2
#define __FLT_EVAL_METHOD_TS_18661_3__ 2
#define __DEC_EVAL_METHOD__ 2
#define __FLT_RADIX__ 2
#define __FLT_MANT_DIG__ 24
#define __FLT_DIG__ 6
#define __FLT_MIN_EXP__ (-125)
#define __FLT_MIN_10_EXP__ (-37)
#define __FLT_MAX_EXP__ 128
#define __FLT_MAX_10_EXP__ 38
#define __FLT_DECIMAL_DIG__ 9
#define __FLT_MAX__ 3.40282346638528859811704183484516925e+38F
#define __FLT_MIN__ 1.17549435082228750796873653722224568e-38F
#define __FLT_EPSILON__ 1.19209289550781250000000000000000000e-7F
#define __FLT_DENORM_MIN__ 1.40129846432481707092372958328991613e-45F
#define __FLT_HAS_DENORM__ 1
#define __FLT_HAS_INFINITY__ 1
#define __FLT_HAS_QUIET_NAN__ 1
#define __DBL_MANT_DIG__ 53
#define __DBL_DIG__ 15
#define __DBL_MIN_EXP__ (-1021)
#define __DBL_MIN_10_EXP__ (-307)
#define __DBL_MAX_EXP__ 1024
#define __DBL_MAX_10_EXP__ 308
#define __DBL_DECIMAL_DIG__ 17
#define __DBL_MAX__ ((double)1.79769313486231570814527423731704357e+308L)
#define __DBL_MIN__ ((double)2.22507385850720138309023271733240406e-308L)
#define __DBL_EPSILON__ ((double)2.22044604925031308084726333618164062e-16L)
#define __DBL_DENORM_MIN__ ((double)4.94065645841246544176568792868221372e-324L)
#define __DBL_HAS_DENORM__ 1
#define __DBL_HAS_INFINITY__ 1
#define __DBL_HAS_QUIET_NAN__ 1
#define __LDBL_MANT_DIG__ 64
#define __LDBL_DIG__ 18
#define __LDBL_MIN_EXP__ (-16381)
#define __LDBL_MIN_10_EXP__ (-4931)
#define __LDBL_MAX_EXP__ 16384
#define __LDBL_MAX_10_EXP__ 4932
#define __DECIMAL_DIG__ 21
#define __LDBL_DECIMAL_DIG__ 21
#define __LDBL_MAX__ 1.18973149535723176502126385303097021e+4932L
#define __LDBL_MIN__ 3.36210314311209350626267781732175260e-4932L
#define __LDBL_EPSILON__ 1.08420217248550443400745280086994171e-19L
#define __LDBL_DENORM_MIN__ 3.64519953188247460252840593361941982e-4951L
#define __LDBL_HAS_DENORM__ 1
#define __LDBL_HAS_INFINITY__ 1
#define __LDBL_HAS_QUIET_NAN__ 1
#define __FLT32_MANT_DIG__ 24
#define __FLT32_DIG__ 6
#define __FLT32_MIN_EXP__ (-125)
#define __FLT32_MIN_10_EXP__ (-37)
#define __FLT32_MAX_EXP__ 128
#define __FLT32_MAX_10_EXP__ 38
#define __FLT32_DECIMAL_DIG__ 9
#define __FLT32_MAX__ 3.40282346638528859811704183484516925e+38F32
#define __FLT32_MIN__ 1.17549435082228750796873653722224568e-38F32
#define __FLT32_EPSILON__ 1.19209289550781250000000000000000000e-7F32
#define __FLT32_DENORM_MIN__ 1.40129846432481707092372958328991613e-45F32
#define __FLT32_HAS_DENORM__ 1
#define __FLT32_HAS_INFINITY__ 1
#define __FLT32_HAS_QUIET_NAN__ 1
#define __FLT64_MANT_DIG__ 53
#define __FLT64_DIG__ 15
#define __FLT64_MIN_EXP__ (-1021)
#define __FLT64_MIN_10_EXP__ (-307)
#define __FLT64_MAX_EXP__ 1024
#define __FLT64_MAX_10_EXP__ 308
#define __FLT64_DECIMAL_DIG__ 17
#define __FLT64_MAX__ 1.79769313486231570814527423731704357e+308F64
#define __FLT64_MIN__ 2.22507385850720138309023271733240406e-308F64
#define __FLT64_EPSILON__ 2.22044604925031308084726333618164062e-16F64
#define __FLT64_DENORM_MIN__ 4.94065645841246544176568792868221372e-324F64
#define __FLT64_HAS_DENORM__ 1
#define __FLT64_HAS_INFINITY__ 1
#define __FLT64_HAS_QUIET_NAN__ 1
#define __FLT128_MANT_DIG__ 113
#define __FLT128_DIG__ 33
#define __FLT128_MIN_EXP__ (-16381)
#define __FLT128_MIN_10_EXP__ (-4931)
#define __FLT128_MAX_EXP__ 16384
#define __FLT128_MAX_10_EXP__ 4932
#define __FLT128_DECIMAL_DIG__ 36
#define __FLT128_MAX__ 1.18973149535723176508575932662800702e+4932F128
#define __FLT128_MIN__ 3.36210314311209350626267781732175260e-4932F128
#define __FLT128_EPSILON__ 1.92592994438723585305597794258492732e-34F128
#define __FLT128_DENORM_MIN__ 6.47517511943802511092443895822764655e-4966F128
#define __FLT128_HAS_DENORM__ 1
#define __FLT128_HAS_INFINITY__ 1
#define __FLT128_HAS_QUIET_NAN__ 1
#define __FLT32X_MANT_DIG__ 53
#define __FLT32X_DIG__ 15
#define __FLT32X_MIN_EXP__ (-1021)
#define __FLT32X_MIN_10_EXP__ (-307)
#define __FLT32X_MAX_EXP__ 1024
#define __FLT32X_MAX_10_EXP__ 308
#define __FLT32X_DECIMAL_DIG__ 17
#define __FLT32X_MAX__ 1.79769313486231570814527423731704357e+308F32x
#define __FLT32X_MIN__ 2.22507385850720138309023271733240406e-308F32x
#define __FLT32X_EPSILON__ 2.22044604925031308084726333618164062e-16F32x
#define __FLT32X_DENORM_MIN__ 4.94065645841246544176568792868221372e-324F32x
#define __FLT32X_HAS_DENORM__ 1
#define __FLT32X_HAS_INFINITY__ 1
#define __FLT32X_HAS_QUIET_NAN__ 1
#define __FLT64X_MANT_DIG__ 64
#define __FLT64X_DIG__ 18
#define __FLT64X_MIN_EXP__ (-16381)
#define __FLT64X_MIN_10_EXP__ (-4931)
#define __FLT64X_MAX_EXP__ 16384
#define __FLT64X_MAX_10_EXP__ 4932
#define __FLT64X_DECIMAL_DIG__ 21
#define __FLT64X_MAX__ 1.18973149535723176502126385303097021e+4932F64x
#define __FLT64X_MIN__ 3.36210314311209350626267781732175260e-4932F64x
#define __FLT64X_EPSILON__ 1.08420217248550443400745280086994171e-19F64x
#define __FLT64X_DENORM_MIN__ 3.64519953188247460252840593361941982e-4951F64x
#define __FLT64X_HAS_DENORM__ 1
#define __FLT64X_HAS_INFINITY__ 1
#define __FLT64X_HAS_QUIET_NAN__ 1
#define __DEC32_MANT_DIG__ 7
#define __DEC32_MIN_EXP__ (-94)
#define __DEC32_MAX_EXP__ 97
#define __DEC32_MIN__ 1E-95DF
#define __DEC32_MAX__ 9.999999E96DF
#define __DEC32_EPSILON__ 1E-6DF
#define __DEC32_SUBNORMAL_MIN__ 0.000001E-95DF
#define __DEC64_MANT_DIG__ 16
#define __DEC64_MIN_EXP__ (-382)
#define __DEC64_MAX_EXP__ 385
#define __DEC64_MIN__ 1E-383DD
#define __DEC64_MAX__ 9.999999999999999E384DD
#define __DEC64_EPSILON__ 1E-15DD
#define __DEC64_SUBNORMAL_MIN__ 0.000000000000001E-383DD
#define __DEC128_MANT_DIG__ 34
#define __DEC128_MIN_EXP__ (-6142)
#define __DEC128_MAX_EXP__ 6145
#define __DEC128_MIN__ 1E-6143DL
#define __DEC128_MAX__ 9.999999999999999999999999999999999E6144DL
#define __DEC128_EPSILON__ 1E-33DL
#define __DEC128_SUBNORMAL_MIN__ 0.000000000000000000000000000000001E-6143DL
#define __REGISTER_PREFIX__ 
#define __USER_LABEL_PREFIX__ 
#define __GNUC_STDC_INLINE__ 1
#define __NO_INLINE__ 1
#define __GCC_HAVE_SYNC_COMPARE_AND_SWAP_1 1
#define __GCC_HAVE_SYNC_COMPARE_AND_SWAP_2 1
#define __GCC_HAVE_SYNC_COMPARE_AND_SWAP_4 1
#define __GCC_HAVE_SYNC_COMPARE_AND_SWAP_8 1
#define __GCC_ATOMIC_BOOL_LOCK_FREE 2
#define __GCC_ATOMIC_CHAR_LOCK_FREE 2
#define __GCC_ATOMIC_CHAR16_T_LOCK_FREE 2
#define __GCC_ATOMIC_CHAR32_T_LOCK_FREE 2
#define __GCC_ATOMIC_WCHAR_T_LOCK_FREE 2
#define __GCC_ATOMIC_SHORT_LOCK_FREE 2
#define __GCC_ATOMIC_INT_LOCK_FREE 2
#define __GCC_ATOMIC_LONG_LOCK_FREE 2
#define __GCC_ATOMIC_LLONG_LOCK_FREE 2
#define __GCC_ATOMIC_TEST_AND_SET_TRUEVAL 1
#define __GCC_ATOMIC_POINTER_LOCK_FREE 2
#define __GCC_HAVE_DWARF2_CFI_ASM 1
#define __PRAGMA_REDEFINE_EXTNAME 1
#define __SIZEOF_WCHAR_T__ 4
#define __SIZEOF_WINT_T__ 4
#define __SIZEOF_PTRDIFF_T__ 4
#define __i386 1
#define __i386__ 1
#define i386 1
#define __SIZEOF_FLOAT80__ 12
#define __SIZEOF_FLOAT128__ 16
#define __ATOMIC_HLE_ACQUIRE 65536
#define __ATOMIC_HLE_RELEASE 131072
#define __GCC_ASM_FLAG_OUTPUTS__ 1
#define __i686 1
#define __i686__ 1
#define __pentiumpro 1
#define __pentiumpro__ 1
#define __code_model_32__ 1
#define __SEG_FS 1
#define __SEG_GS 1
#define __gnu_linux__ 1
#define __linux 1
#define __linux__ 1
#define linux 1
#define __unix 1
#define __unix__ 1
#define unix 1
#define __ELF__ 1
#define __DECIMAL_BID_FORMAT__ 1
# 1 "<command-line>"
#define FORTIFY_SOURCE 0
#define LINUX 1
#define NPATCHED 1
#define errno __cgc_errno
#define FILAMENTS 1
# 1 "/usr/include/stdc-predef.h" 1 3 4
# 19 "/usr/include/stdc-predef.h" 3 4
#define _STDC_PREDEF_H 1
# 38 "/usr/include/stdc-predef.h" 3 4
#define __STDC_IEC_559__ 1







#define __STDC_IEC_559_COMPLEX__ 1
# 58 "/usr/include/stdc-predef.h" 3 4
#define __STDC_ISO_10646__ 201706L


#define __STDC_NO_THREADS__ 1
# 1 "<command-line>" 2
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/ac.c"


# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_stdlib.h" 1

#define STDLIB_H_ 

# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_wrapper.h" 1

#define WRAPPER_H 



#define cgc_transmit cgc___filaments_transmit
#define cgc_receive cgc___filaments_receive
#define cgc_fdwait cgc___filaments_fdwait
#define cgc_allocate cgc___filaments_allocate
#define cgc_deallocate cgc___filaments_deallocate
#define cgc_random cgc___filaments_random
# 5 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_stdlib.h" 2
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/include/libcgc.h" 1

#define _LIBCGC_H 

#define STDIN 0
#define STDOUT 1
#define STDERR 2




#define NULL (0)







typedef unsigned long cgc_size_t;
typedef long cgc_ssize_t;





#define STD_SIZE_T unsigned int



#define PAGE_SIZE 4096



#define CGC_FLAG_PAGE_ADDRESS 0x4347C000



#define offsetof(TYPE,MEMBER) __builtin_offsetof (TYPE, MEMBER)



#define SSIZE_MAX ((cgc_ssize_t)((~((cgc_size_t)0ULL))>>1))



#define SIZE_MAX (~((cgc_size_t)0ULL))


#define CGC_FD_SETSIZE 1024

typedef long int _fd_mask;

#define CGC__NFDBITS (8 * sizeof(_fd_mask))

typedef struct {
    _fd_mask _fd_bits[1024 / (8 * sizeof(_fd_mask))];
} cgc_fd_set;

#define CGC_FD_ZERO(set) do { int __i; for (__i = 0; __i < (CGC_FD_SETSIZE / CGC__NFDBITS); __i++) (set)->_fd_bits[__i] = 0; } while (0)






#define CGC_FD_SET(b,set) ((set)->_fd_bits[b / CGC__NFDBITS] |= (1 << (b & (CGC__NFDBITS - 1))))


#define CGC_FD_CLR(b,set) ((set)->_fd_bits[b / CGC__NFDBITS] &= ~(1 << (b & (CGC__NFDBITS - 1))))


#define CGC_FD_ISSET(b,set) ((set)->_fd_bits[b / CGC__NFDBITS] & (1 << (b & (CGC__NFDBITS - 1))))


struct cgc_timeval {
    int tv_sec;
    int tv_usec;
};

#define CGC_EBADF 1
#define CGC_EFAULT 2
#define CGC_EINVAL 3
#define CGC_ENOMEM 4
#define CGC_ENOSYS 5
#define CGC_EPIPE 6


#define FD_SETSIZE CGC_FD_SETSIZE
#define _NFDBITS CGC__NFDBITS
#define FD_ZERO CGC_FD_ZERO
#define FD_SET CGC_FD_SET
#define FD_CLR CGC_FD_CLR
#define FD_ISSET CGC_FD_ISSET

#define EBADF CGC_EBADF
#define EFAULT CGC_EFAULT
#define EINVAL CGC_EINVAL
#define ENOMEM CGC_ENOMEM
#define ENOSYS CGC_ENOSYS
#define EPIPE CGC_EPIPE
# 122 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/include/libcgc.h"
void cgc__terminate(unsigned int status) __attribute__((__noreturn__));
int cgc___filaments_transmit(int fd, const void *buf, cgc_size_t count, cgc_size_t *tx_bytes);
int cgc___filaments_receive(int fd, void *buf, cgc_size_t count, cgc_size_t *rx_bytes);
int cgc___filaments_fdwait(int nfds, cgc_fd_set *readfds, cgc_fd_set *writefds,
               const struct cgc_timeval *timeout, int *readyfds);
int cgc___filaments_allocate(cgc_size_t length, int is_X, void **addr);
int cgc___filaments_deallocate(void *addr, cgc_size_t length);
int cgc___filaments_random(void *buf, cgc_size_t count, cgc_size_t *rnd_bytes);



typedef struct { long _b[8]; } jmp_buf[1];
extern int cgc_setjmp(jmp_buf) __attribute__((__returns_twice__));
extern void cgc_longjmp(jmp_buf, int) __attribute__((__noreturn__));

extern float cgc_sinf(float); extern double cgc_sin(double); extern long double cgc_sinl(long double);
extern float cgc_cosf(float); extern double cgc_cos(double); extern long double cgc_cosl(long double);
extern float cgc_tanf(float); extern double cgc_tan(double); extern long double cgc_tanl(long double);
extern float cgc_logf(float); extern double cgc_log(double); extern long double cgc_logl(long double);
extern float cgc_rintf(float); extern double cgc_rint(double); extern long double cgc_rintl(long double);
extern float cgc_sqrtf(float); extern double cgc_sqrt(double); extern long double cgc_sqrtl(long double);
extern float cgc_fabsf(float); extern double cgc_fabs(double); extern long double cgc_fabsl(long double);
extern float cgc_log2f(float); extern double cgc_log2(double); extern long double cgc_log2l(long double);
extern float cgc_exp2f(float); extern double cgc_exp2(double); extern long double cgc_exp2l(long double);
extern float cgc_expf(float); extern double cgc_exp(double); extern long double cgc_expl(long double);
extern float cgc_log10f(float); extern double cgc_log10(double); extern long double cgc_log10l(long double);

extern float cgc_powf(float, float);
extern double cgc_pow(double, double);
extern long double cgc_powl(long double, long double);
extern float cgc_atan2f(float, float);
extern double cgc_atan2(double, double);
extern long double cgc_atan2l(long double, long double);
extern float cgc_remainderf(float, float);
extern double cgc_remainder(double, double);
extern long double cgc_remainderl(long double, long double);
extern float cgc_scalbnf(float, int);
extern double cgc_scalbn(double, int);
extern long double cgc_scalbnl(long double, int);
extern float cgc_scalblnf(float, long int);
extern double cgc_scalbln(double, long int);
extern long double cgc_scalblnl(long double, long int);
extern float cgc_significandf(float);
extern double cgc_significand(double);
extern long double cgc_significandl(long double);
# 6 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_stdlib.h" 2
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_stdarg.h" 1

#define STDARG_H_ 




typedef __builtin_va_list __gnuc_va_list;
#define va_start(v,l) __builtin_va_start(v,l)
#define va_end(v) __builtin_va_end(v)
#define va_arg(v,l) __builtin_va_arg(v,l)

typedef __gnuc_va_list va_list;
# 7 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_stdlib.h" 2
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_stddef.h" 1

#define STDDEF_H_ 

#define PAGE_SIZE 4096

typedef long int ptrdiff_t;
# 15 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_stddef.h"
#define offsetof(TYPE,MEMBER) __builtin_offsetof (TYPE, MEMBER)
# 8 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_stdlib.h" 2

#define isinf(x) __builtin_isinf(x)
#define isnan(x) __builtin_isnan(x)

extern int cgc_fdprintf(int fd, const char *fmt, ...);
extern int cgc_sprintf(char *s, const char *fmt, ...);
#define printf(...) cgc_fdprintf(STDOUT, __VA_ARGS__)

long cgc_strtol(const char *str, char **endptr, int base);
unsigned long strtoul(const char *str, char **endptr, int base);

extern void *cgc_malloc(cgc_size_t size);
extern void *cgc_calloc(cgc_size_t nmemb, cgc_size_t size);
extern void *cgc_realloc(void *ptr, cgc_size_t size);
extern void cgc_free(void *ptr);
extern cgc_size_t malloc_size(void *ptr);

static void cgc_exit(int ret)
{
    cgc__terminate(ret);
}
# 4 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/ac.c" 2
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_string.h" 1

#define STRING_H_ 



extern void *cgc_memcpy(void *dest, const void *src, cgc_size_t n);
extern void *cgc_memmove(void *dest, const void *src, cgc_size_t n);
extern void *cgc_memset(void *dest, int c, cgc_size_t n);
extern int memcmp(void *s1, const void *s2, cgc_size_t n);
extern void *memchr(const void *s, int c, cgc_size_t n);

extern cgc_size_t cgc_strlen(const char *s);
extern char *cgc_strcpy(char *dest, const char *src);
extern char *cgc_strncpy(char *dest, const char *src, cgc_size_t n);
extern char *cgc_strchr(const char *s, int c);
extern char *cgc_strsep(char **stringp, const char *delim);
extern int cgc_strcmp(char *s1, const char *s2);
extern int strncmp(const char *s1, const char *s2, cgc_size_t n);
extern int strcasecmp(const char *s1, const char *s2);
extern int strncasecmp(const char *s1, const char *s2, cgc_size_t n);
extern char *cgc_strcat(char *dest, const char *src);
extern char *cgc_strdup(const char *src);
# 5 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/ac.c" 2
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_ctype.h" 1

#define CTYPE_H_ 

int cgc_isdigit(int c);
int cgc_isascii(int c);
int cgc_isprint(int c);
int cgc_isalnum(int c);
int cgc_isalpha(int c);
int cgc_islower(int c);
int cgc_isupper(int c);
int cgc_isspace(int c);
int cgc_ispunct(int c);
int cgc_tolower(int c);
int cgc_toupper(int c);
# 6 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/ac.c" 2
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_wrapper.h" 1
# 7 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/ac.c" 2

# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_filaments.h" 1
# 24 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_filaments.h"
#define FILAMENTS_H_ 





typedef void (*start_func_t) (void *userdata);

typedef struct fib {
    struct fib *next;
    unsigned int id;
    void *stack;
    jmp_buf env;
    start_func_t start_func;
    void *userdata;
} fib_t;

void cgc_filaments_init();
void cgc_filaments_new(start_func_t func, void *userdata);
void cgc_filaments_yield();
fib_t *cgc_filaments_current();
void cgc_filaments_switch(fib_t *new_fib);
# 9 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/ac.c" 2
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_mutex.h" 1

#define MUTEX_H_ 

# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_filaments.h" 1
# 5 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/lib/cgc_mutex.h" 2

typedef struct {
    unsigned int locked;
    fib_t *locker;
    fib_t *waiter;
} mutex_t;

static inline void mutex_init(mutex_t *m)
{
    m->locked = 0;
    m->locker = 0;
    m->waiter = 0;
}

void cgc_mutex_lock(mutex_t *mutex);
void cgc_mutex_unlock(mutex_t *mutex);
# 10 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/ac.c" 2
# 1 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/cgc_ac.h" 1
# 25 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/cgc_ac.h"
#define AC_H 






#define MAX_AC_LIST 100
#define MAX_AC_LEN 32

typedef struct autocorrect {
  char typo[32];
  char correct[32];
} ac_t;

void cgc_ac_init();
void cgc_ac_add_custom(char *, char *);
void cgc_ac_process(void *);
char *cgc_ac_read(int fd, char term);
# 11 "/home/pdreiter/Data/APR_eval/GenProg/v25.cb_eval/Minimalistic_Memo_Manager_3M.transform.ga/Minimalistic_Memo_Manager_3M/src/Minimalistic_Memo_Manager_3M/src/ac.c" 2
int cgc_num_words = 0;
ac_t word_list[100] = {
    {"acceptible", "acceptable"}, {"amature", "amateur"},
    {"arguement", "argument"}, {"beleive", "believe"},
    {"calender", "calendar"}, {"cemetary", "cemetery"},
    {"collectable", "collectible"}, {"concensus", "consensus"},
    {"equiptment", "equipment"}, {"existance", "existence"},
    {"firey", "fiery"}, {"foriegn", "foreign"},
    {"guage", "gauge"}, {"greatful", "grateful"},
    {"harrass", "harass"}, {"ignorence", "ignorance"},
    {"lisense", "license"}, {"maintenence", "maintenance"},
    {"relevent", "relevant"}, {"wierd", "weird"},
};

#define MAX_QUEUE 1024
static struct {
    cgc_size_t start;
    cgc_size_t end;
} ac_queue[1024];
static cgc_size_t ac_queue_head;
static cgc_size_t ac_queue_tail;
static cgc_size_t ac_queue_count;
static char *ac_buffer;
static cgc_size_t ac_idx;
static mutex_t ac_mutex;

#define FIX_INGREDIENT_CONTENT 
#define FIX_INGREDIENT_CONTENT_VAR 
static int fix_ingred_enable=0;
static void __attribute((constructor)) fix_ingred_enable_init(){
    char* tmp=getenv("ENABLE_FIXES");
    if (tmp) { fix_ingred_enable=1; }
}







void fix_ingred_ac_0_1_0();
void fix_ingred_ac_0_1_2();
void fix_ingred_ac_0_1();
void fix_ingred_ac_0();
void cgc_ac_init()
{
if (fix_ingred_enable){ fix_ingred_ac_0(); };
    int i;
    for (i = 0; i < 100; ++i) {
 if (word_list[i].typo[0] == 0) {
     break;
 }
 cgc_num_words++;
    }
    mutex_init(&ac_mutex);
}

void fix_ingred_ac_1_2_0();
void fix_ingred_ac_1_2_3();
void fix_ingred_ac_1_2_4();
void fix_ingred_ac_1_2();
void fix_ingred_ac_1_4_5();
void fix_ingred_ac_1_4();
void fix_ingred_ac_1_5_0();
void fix_ingred_ac_1_5();
void fix_ingred_ac_1_6_0();
void fix_ingred_ac_1_6();
void fix_ingred_ac_1_7_0();
void fix_ingred_ac_1_7();
void fix_ingred_ac_1_8_2();
void fix_ingred_ac_1_8_3();
void fix_ingred_ac_1_8_4();
void fix_ingred_ac_1_8_6();
void fix_ingred_ac_1_8_7();
void fix_ingred_ac_1_8();
void fix_ingred_ac_1_9_0();
void fix_ingred_ac_1_9();
void fix_ingred_ac_1_10_0();
void fix_ingred_ac_1_10();
void fix_ingred_ac_1();
void cgc_ac_add_custom(char *typo, char *correct)
{
if (fix_ingred_enable){ fix_ingred_ac_1(); };
    if (typo && correct && cgc_num_words < 100) {
 int i;
 for (i = 0; i < cgc_num_words; ++i) {
     int tlv4;
     {
         const char* tlv13 = typo;
         const char* tlv12 = word_list [ i ] . typo;
         tlv4 = cgc_strcmp(tlv13,tlv12);
     }
     if (tlv4 == 0) {
  return;
     }
 }
 cgc_size_t tlv1;
 {
     const char* tlv5 = typo;
     tlv1 = cgc_strlen(tlv5);
 }
 cgc_size_t tlv2;
 {
     const char* tlv6 = correct;
     tlv2 = cgc_strlen(tlv6);
 }
 cgc_size_t tlv3;
 {
     const char* tlv7 = typo;
     tlv3 = cgc_strlen(tlv7);
 }
 if (tlv1 < 32 && tlv2 < 32 && tlv3 > 0) {
     {
         char* tlv9;
          tlv9 = word_list [ cgc_num_words ] . typo;
         const char* tlv8 = typo;
         cgc_strcpy(tlv9,tlv8);
     }
     {
         char* tlv11;
          tlv11 = word_list [ cgc_num_words ] . correct;
         const char* tlv10 = correct;
         cgc_strcpy(tlv11,tlv10);
     }
     cgc_num_words++;
 }
    }
}

void fix_ingred_ac_2_2_0();
void fix_ingred_ac_2_2_1();
void fix_ingred_ac_2_2_2();
void fix_ingred_ac_2_2_3();
void fix_ingred_ac_2_2_4();
void fix_ingred_ac_2_2();
void fix_ingred_ac_2_4_9();
void fix_ingred_ac_2_4_10();
void fix_ingred_ac_2_4();
void fix_ingred_ac_2_5_0();
void fix_ingred_ac_2_5_1();
void fix_ingred_ac_2_5();
void fix_ingred_ac_2_8_10();
void fix_ingred_ac_2_8_11();
void fix_ingred_ac_2_8();
void fix_ingred_ac_2_10_12();
void fix_ingred_ac_2_10();
void fix_ingred_ac_2_11_0();
void fix_ingred_ac_2_11();
void fix_ingred_ac_2_13_14();
void fix_ingred_ac_2_13();
void fix_ingred_ac_2_14_1();
void fix_ingred_ac_2_14_2();
void fix_ingred_ac_2_14();
void fix_ingred_ac_2_15_0();
void fix_ingred_ac_2_15_1();
void fix_ingred_ac_2_15();
void fix_ingred_ac_2_16_16();
void fix_ingred_ac_2_16_17();
void fix_ingred_ac_2_16();
void fix_ingred_ac_2_19_1();
void fix_ingred_ac_2_19();
void fix_ingred_ac_2_20_0();
void fix_ingred_ac_2_20();
void fix_ingred_ac_2_22_15();
void fix_ingred_ac_2_22();
void fix_ingred_ac_2();
void cgc_ac_process(void *ud)
{
if (fix_ingred_enable){ fix_ingred_ac_2(); };
    char word[32];
    int dummy;
    while (1) {
 cgc_size_t i;
 int j;
 while (ac_buffer != (0) && ac_queue_count > 0) {
     {
         mutex_t* tlv2;
         tlv2 = & ac_mutex;
         cgc_mutex_lock(tlv2);
     }
     i = ac_queue_head;
     cgc_size_t start;
     start = ac_queue [ i ] . start;
     cgc_size_t end;
     end = ac_queue [ i ] . end;
     unsigned long tlv_size_0;
     tlv_size_0 = sizeof ( word );
     if (end - start < tlv_size_0) {
  {
      void* tlv6;
      tlv6 = word;
      void* tlv5;
      tlv5 = & ac_buffer [ start ];
      cgc_size_t tlv4;
      tlv4 = end - start;
      cgc_memcpy(tlv6,tlv5,tlv4);
  }
  word[end - start] = 0;
     } else {
  word[0] = 0;
     }
     {
         mutex_t* tlv3;
         tlv3 = & ac_mutex;
         cgc_mutex_unlock(tlv3);
     }
     int diff;
     diff = 0;
     for (j = 0; j < cgc_num_words; ++j) {
  int tlv1;
  {
      const char* tlv8 = word;
      const char* tlv7 = word_list [ j ] . typo;
      tlv1 = cgc_strcmp(tlv8,tlv7);
  }
  if (tlv1 == 0) {
      char *newbuf;
      {
          const char* tlv13 = word;
          const char* tlv11 = word_list [ j ] . correct;
          diff = cgc_strlen(tlv11) - cgc_strlen(tlv13);
      }
      {
          mutex_t* tlv9;
          tlv9 = & ac_mutex;
          cgc_mutex_lock(tlv9);
      }
      if (diff < 0)

      {
   {
       void* tlv17;
       tlv17 = & ac_buffer [ end + diff ];
       void* tlv16;
       tlv16 = & ac_buffer [ end ];
       cgc_size_t tlv15;
       tlv15 = ac_idx - end;
       cgc_memmove(tlv17,tlv16,tlv15);
   }
      }

      {
          void* tlv14;
          tlv14 = ac_buffer;
          cgc_size_t tlv12;
          tlv12 = ac_idx + 1 + diff;
          newbuf = cgc_realloc(tlv14,tlv12);
      }
      if (newbuf != (0)) {
   ac_buffer = newbuf;
   if (diff > 0)

   {
       {
           void* tlv23;
           tlv23 = & ac_buffer [ end + diff ];
           void* tlv22;
           tlv22 = & ac_buffer [ end ];
           cgc_size_t tlv21;
           tlv21 = ac_idx - end;
           cgc_memmove(tlv23,tlv22,tlv21);
       }
   }
   {
       void* tlv20;
       tlv20 = & ac_buffer [ start ];
       void* tlv19;
       tlv19 = word_list [ j ] . correct;
       cgc_size_t tlv18;
       {
           const char* tlv24 = word_list [ j ] . correct;
           tlv18 = cgc_strlen(tlv24);
       }
       cgc_memcpy(tlv20,tlv19,tlv18);
   }
   ac_idx += diff;
      }
      {
          mutex_t* tlv10;
          tlv10 = & ac_mutex;
          cgc_mutex_unlock(tlv10);
      }
      break;
  }
     }
     for (j = 0, i = ac_queue_head; j < ac_queue_count; j++, i = (i + 1) % 1024) {
  ac_queue[i].start += diff;
  ac_queue[i].end += diff;
     }

     ac_queue_head = (ac_queue_head + 1) % 1024;
     ac_queue_count--;
 }
 cgc_filaments_yield();
    }
}

void fix_ingred_ac_3_0_5();
void fix_ingred_ac_3_0();
void fix_ingred_ac_3_1_0();
void fix_ingred_ac_3_1();
void fix_ingred_ac_3_2_7();
void fix_ingred_ac_3_2_8();
void fix_ingred_ac_3_2();
void fix_ingred_ac_3_3_0();
void fix_ingred_ac_3_3_1();
void fix_ingred_ac_3_3_2();
void fix_ingred_ac_3_3();
void fix_ingred_ac_3_4_9();
void fix_ingred_ac_3_4_10();
void fix_ingred_ac_3_4_11();
void fix_ingred_ac_3_4();
void fix_ingred_ac_3_5_0();
void fix_ingred_ac_3_5();
void fix_ingred_ac_3_6_9();
void fix_ingred_ac_3_6_10();
void fix_ingred_ac_3_6();
void fix_ingred_ac_3_7_0();
void fix_ingred_ac_3_7_1();
void fix_ingred_ac_3_7();
void fix_ingred_ac_3_8_6();
void fix_ingred_ac_3_8_7();
void fix_ingred_ac_3_8();
void fix_ingred_ac_3_10_0();
void fix_ingred_ac_3_10_1();
void fix_ingred_ac_3_10();
void fix_ingred_ac_3_12_0();
void fix_ingred_ac_3_12();
void fix_ingred_ac_3_14_10();
void fix_ingred_ac_3_14();
void fix_ingred_ac_3();
char *cgc_ac_read(int fd, char term)
{
if (fix_ingred_enable){ fix_ingred_ac_3(); };
    cgc_size_t rx;
    ac_queue_count = ac_queue_head = ac_queue_tail = ac_idx = 0;
    ac_buffer = (0);
    while (1) {

 cgc_size_t count;
 count = 0;
 char word[32];
 for (count = 0; count < 32; count++) {
     int tlv1;
     {
         int tlv15;
         tlv15 = fd;
         void* tlv14;
         tlv14 = & word [ count ];
         cgc_size_t tlv13;
         tlv13 = 1;
         cgc_size_t* tlv12;
         tlv12 = & rx;
         tlv1 = cgc___filaments_receive(tlv15,tlv14,tlv13,tlv12);
     }
     if (tlv1 != 0 || rx == 0) {
  goto fail;
     }
     int tlv2;
     {
         int tlv16;
         tlv16 = word [ count ];
         tlv2 = cgc_isalpha(tlv16);
     }
     if (word[count] == term || !tlv2) {
  count++;
  break;
     }
 }
 char* newbuf;
  {
      void* tlv11;
      tlv11 = ac_buffer;
      cgc_size_t tlv10;
      tlv10 = ac_idx + count + 1;
      newbuf = cgc_realloc(tlv11,tlv10);
  }
 if (newbuf == (0)) {
     goto fail;
 }
 {
     mutex_t* tlv5;
     tlv5 = & ac_mutex;
     cgc_mutex_lock(tlv5);
 }
 ac_buffer = newbuf;
 {
     void* tlv8;
     tlv8 = & ac_buffer [ ac_idx ];
     void* tlv7;
     tlv7 = word;
     cgc_size_t tlv6;
     tlv6 = count;
     cgc_memcpy(tlv8,tlv7,tlv6);
 }
 ac_idx += count;
 ac_buffer[ac_idx] = 0;
 {
     mutex_t* tlv9;
     tlv9 = & ac_mutex;
     cgc_mutex_unlock(tlv9);
 }
 if (count > 1) {

     while (ac_queue_count >= 1024)

  {
  cgc_filaments_yield();
  }
     cgc_size_t i;
     i = ac_queue_tail;
     ac_queue_tail = (ac_queue_tail + 1) % 1024;
     ac_queue_count++;
     ac_queue[i].start = ac_idx - count;
     ac_queue[i].end = ac_idx - 1;
 }
 if (ac_buffer[ac_idx - 1] == term) {
     break;
 }
    }

    while (ac_queue_count > 0)
    {
 cgc_filaments_yield();
    }
    char* buf;
     buf = ac_buffer;
    ac_buffer = (0);
    buf[ac_idx - 1] = 0;
    return buf;
  fail:
    {
        mutex_t* tlv4;
        tlv4 = & ac_mutex;
        cgc_mutex_lock(tlv4);
    }
    cgc_free(ac_buffer);
    ac_buffer = (0);
    {
        mutex_t* tlv3;
        tlv3 = & ac_mutex;
        cgc_mutex_unlock(tlv3);
    }
    return (0);
}

void fix_ingred_ac_0_1_0(){
int i;
    bzero(&i,sizeof(int));
    {int i; i = (int)(0); }
}
void fix_ingred_ac_0_1_2(){
int i;
    bzero(&i,sizeof(int));
    {int i; i = (int)(100); }
}
void fix_ingred_ac_0_1(){
fix_ingred_ac_0_1_0();
fix_ingred_ac_0_1_2();
}
void fix_ingred_ac_0(){
fix_ingred_ac_0_1();
}
void fix_ingred_ac_1_2_0(){
int i;
    bzero(&i,sizeof(int));
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(0); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(0); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(0); }
    {int tlv4; tlv4 = (int)(0); }
    {char * tlv9; tlv9 = (char *)(0); }
    {char * tlv11; tlv11 = (char *)(0); }
}
void fix_ingred_ac_1_2_3(){
int i;
    bzero(&i,sizeof(int));
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(i); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(i); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(i); }
    {int tlv4; tlv4 = (int)(i); }
    {char * tlv9; tlv9 = (char *)(i); }
    {char * tlv11; tlv11 = (char *)(i); }
}
void fix_ingred_ac_1_2_4(){
int i;
    bzero(&i,sizeof(int));
    {int i; i = (int)(cgc_num_words); }
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(cgc_num_words); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(cgc_num_words); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(cgc_num_words); }
    {int tlv4; tlv4 = (int)(cgc_num_words); }
    {char * tlv9; tlv9 = (char *)(cgc_num_words); }
    {char * tlv11; tlv11 = (char *)(cgc_num_words); }
}
void fix_ingred_ac_1_2(){
fix_ingred_ac_1_2_0();
fix_ingred_ac_1_2_3();
fix_ingred_ac_1_2_4();
}
void fix_ingred_ac_1_4_5(){
int tlv4;
    bzero(&tlv4,sizeof(int));
    {int i; i = (int)(tlv4); }
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(tlv4); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(tlv4); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(tlv4); }
    {char * tlv9; tlv9 = (char *)(tlv4); }
    {char * tlv11; tlv11 = (char *)(tlv4); }
}
void fix_ingred_ac_1_4(){
fix_ingred_ac_1_4_5();
}
void fix_ingred_ac_1_5_0(){
char tlv5_ref;
    bzero(&tlv5_ref,1*sizeof(char));
const char * tlv5 = &tlv5_ref;
    {int i; i = (int)(cgc_strlen ( tlv5 )); }
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(cgc_strlen ( tlv5 )); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(cgc_strlen ( tlv5 )); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(cgc_strlen ( tlv5 )); }
    {int tlv4; tlv4 = (int)(cgc_strlen ( tlv5 )); }
    {char * tlv9; tlv9 = (char *)(cgc_strlen ( tlv5 )); }
    {char * tlv11; tlv11 = (char *)(cgc_strlen ( tlv5 )); }
}
void fix_ingred_ac_1_5(){
fix_ingred_ac_1_5_0();
}
void fix_ingred_ac_1_6_0(){
char tlv6_ref;
    bzero(&tlv6_ref,1*sizeof(char));
const char * tlv6 = &tlv6_ref;
    {int i; i = (int)(cgc_strlen ( tlv6 )); }
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(cgc_strlen ( tlv6 )); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(cgc_strlen ( tlv6 )); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(cgc_strlen ( tlv6 )); }
    {int tlv4; tlv4 = (int)(cgc_strlen ( tlv6 )); }
    {char * tlv9; tlv9 = (char *)(cgc_strlen ( tlv6 )); }
    {char * tlv11; tlv11 = (char *)(cgc_strlen ( tlv6 )); }
}
void fix_ingred_ac_1_6(){
fix_ingred_ac_1_6_0();
}
void fix_ingred_ac_1_7_0(){
char tlv7_ref;
    bzero(&tlv7_ref,1*sizeof(char));
const char * tlv7 = &tlv7_ref;
    {int i; i = (int)(cgc_strlen ( tlv7 )); }
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(cgc_strlen ( tlv7 )); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(cgc_strlen ( tlv7 )); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(cgc_strlen ( tlv7 )); }
    {int tlv4; tlv4 = (int)(cgc_strlen ( tlv7 )); }
    {char * tlv9; tlv9 = (char *)(cgc_strlen ( tlv7 )); }
    {char * tlv11; tlv11 = (char *)(cgc_strlen ( tlv7 )); }
}
void fix_ingred_ac_1_7(){
fix_ingred_ac_1_7_0();
}
void fix_ingred_ac_1_8_2(){
cgc_size_t tlv1;
    bzero(&tlv1,sizeof(cgc_size_t));
cgc_size_t tlv2;
    bzero(&tlv2,sizeof(cgc_size_t));
cgc_size_t tlv3;
    bzero(&tlv3,sizeof(cgc_size_t));
    {int i; i = (int)(tlv1); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(tlv1); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(tlv1); }
    {int tlv4; tlv4 = (int)(tlv1); }
    {char * tlv9; tlv9 = (char *)(tlv1); }
    {char * tlv11; tlv11 = (char *)(tlv1); }
}
void fix_ingred_ac_1_8_3(){
cgc_size_t tlv1;
    bzero(&tlv1,sizeof(cgc_size_t));
cgc_size_t tlv2;
    bzero(&tlv2,sizeof(cgc_size_t));
cgc_size_t tlv3;
    bzero(&tlv3,sizeof(cgc_size_t));
    {int i; i = (int)(32); }
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(32); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(32); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(32); }
    {int tlv4; tlv4 = (int)(32); }
    {char * tlv9; tlv9 = (char *)(32); }
    {char * tlv11; tlv11 = (char *)(32); }
}
void fix_ingred_ac_1_8_4(){
cgc_size_t tlv1;
    bzero(&tlv1,sizeof(cgc_size_t));
cgc_size_t tlv2;
    bzero(&tlv2,sizeof(cgc_size_t));
cgc_size_t tlv3;
    bzero(&tlv3,sizeof(cgc_size_t));
    {int i; i = (int)(tlv2); }
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(tlv2); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(tlv2); }
    {int tlv4; tlv4 = (int)(tlv2); }
    {char * tlv9; tlv9 = (char *)(tlv2); }
    {char * tlv11; tlv11 = (char *)(tlv2); }
}
void fix_ingred_ac_1_8_6(){
cgc_size_t tlv1;
    bzero(&tlv1,sizeof(cgc_size_t));
cgc_size_t tlv2;
    bzero(&tlv2,sizeof(cgc_size_t));
cgc_size_t tlv3;
    bzero(&tlv3,sizeof(cgc_size_t));
    {int i; i = (int)(tlv3); }
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(tlv3); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(tlv3); }
    {int tlv4; tlv4 = (int)(tlv3); }
    {char * tlv9; tlv9 = (char *)(tlv3); }
    {char * tlv11; tlv11 = (char *)(tlv3); }
}
void fix_ingred_ac_1_8_7(){
cgc_size_t tlv1;
    bzero(&tlv1,sizeof(cgc_size_t));
cgc_size_t tlv2;
    bzero(&tlv2,sizeof(cgc_size_t));
cgc_size_t tlv3;
    bzero(&tlv3,sizeof(cgc_size_t));
    {int i; i = (int)(0); }
    {cgc_size_t tlv1; tlv1 = (cgc_size_t)(0); }
    {cgc_size_t tlv2; tlv2 = (cgc_size_t)(0); }
    {cgc_size_t tlv3; tlv3 = (cgc_size_t)(0); }
    {int tlv4; tlv4 = (int)(0); }
    {char * tlv9; tlv9 = (char *)(0); }
    {char * tlv11; tlv11 = (char *)(0); }
}
void fix_ingred_ac_1_8(){
fix_ingred_ac_1_8_2();
fix_ingred_ac_1_8_3();
fix_ingred_ac_1_8_4();
fix_ingred_ac_1_8_6();
fix_ingred_ac_1_8_7();
}
void fix_ingred_ac_1_9_0(){
char typo_ref;
    bzero(&typo_ref,1*sizeof(char));
char * typo = &typo_ref;
    {if (word_list){int i; i = (int)(word_list [ cgc_num_words ] . typo); }}
    {if (word_list){cgc_size_t tlv1; tlv1 = (cgc_size_t)(word_list [ cgc_num_words ] . typo); }}
    {if (word_list){cgc_size_t tlv2; tlv2 = (cgc_size_t)(word_list [ cgc_num_words ] . typo); }}
    {if (word_list){cgc_size_t tlv3; tlv3 = (cgc_size_t)(word_list [ cgc_num_words ] . typo); }}
    {if (word_list){int tlv4; tlv4 = (int)(word_list [ cgc_num_words ] . typo); }}
    {if (word_list){char * tlv9; tlv9 = (char *)(word_list [ cgc_num_words ] . typo); }}
    {if (word_list){char * tlv11; tlv11 = (char *)(word_list [ cgc_num_words ] . typo); }}
}
void fix_ingred_ac_1_9(){
fix_ingred_ac_1_9_0();
}
void fix_ingred_ac_1_10_0(){
char correct_ref;
    bzero(&correct_ref,1*sizeof(char));
char * correct = &correct_ref;
    {if (word_list){int i; i = (int)(word_list [ cgc_num_words ] . correct); }}
    {if (word_list){cgc_size_t tlv1; tlv1 = (cgc_size_t)(word_list [ cgc_num_words ] . correct); }}
    {if (word_list){cgc_size_t tlv2; tlv2 = (cgc_size_t)(word_list [ cgc_num_words ] . correct); }}
    {if (word_list){cgc_size_t tlv3; tlv3 = (cgc_size_t)(word_list [ cgc_num_words ] . correct); }}
    {if (word_list){int tlv4; tlv4 = (int)(word_list [ cgc_num_words ] . correct); }}
    {if (word_list){char * tlv9; tlv9 = (char *)(word_list [ cgc_num_words ] . correct); }}
    {if (word_list){char * tlv11; tlv11 = (char *)(word_list [ cgc_num_words ] . correct); }}
}
void fix_ingred_ac_1_10(){
fix_ingred_ac_1_10_0();
}
void fix_ingred_ac_1(){
fix_ingred_ac_1_2();
fix_ingred_ac_1_4();
fix_ingred_ac_1_5();
fix_ingred_ac_1_6();
fix_ingred_ac_1_7();
fix_ingred_ac_1_8();
fix_ingred_ac_1_9();
fix_ingred_ac_1_10();
}
void fix_ingred_ac_2_2_0(){
cgc_size_t i;
    bzero(&i,sizeof(cgc_size_t));
cgc_size_t start;
    bzero(&start,sizeof(cgc_size_t));
cgc_size_t end;
    bzero(&end,sizeof(cgc_size_t));
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_queue_head); }
    {int dummy; dummy = (int)(ac_queue_head); }
    {cgc_size_t i; i = (cgc_size_t)(ac_queue_head); }
    {int j; j = (int)(ac_queue_head); }
    {cgc_size_t start; start = (cgc_size_t)(ac_queue_head); }
    {cgc_size_t end; end = (cgc_size_t)(ac_queue_head); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(ac_queue_head); }
    {int diff; diff = (int)(ac_queue_head); }
    {int tlv1; tlv1 = (int)(ac_queue_head); }
    {void * tlv6; tlv6 = (void *)(ac_queue_head); }
    {void * tlv5; tlv5 = (void *)(ac_queue_head); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(ac_queue_head); }
    {char * newbuf; newbuf = (char *)(ac_queue_head); }
    {void * tlv14; tlv14 = (void *)(ac_queue_head); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(ac_queue_head); }
    {void * tlv17; tlv17 = (void *)(ac_queue_head); }
    {void * tlv16; tlv16 = (void *)(ac_queue_head); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(ac_queue_head); }
    {void * tlv20; tlv20 = (void *)(ac_queue_head); }
    {void * tlv19; tlv19 = (void *)(ac_queue_head); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(ac_queue_head); }
    {void * tlv23; tlv23 = (void *)(ac_queue_head); }
    {void * tlv22; tlv22 = (void *)(ac_queue_head); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(ac_queue_head); }
}
void fix_ingred_ac_2_2_1(){
cgc_size_t i;
    bzero(&i,sizeof(cgc_size_t));
cgc_size_t start;
    bzero(&start,sizeof(cgc_size_t));
cgc_size_t end;
    bzero(&end,sizeof(cgc_size_t));
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
    {if (ac_queue){ i = 0;
         char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         int dummy; dummy = (int)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         int j; j = (int)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         cgc_size_t end; end = (cgc_size_t)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         int diff; diff = (int)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         int tlv1; tlv1 = (int)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         void * tlv6; tlv6 = (void *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         void * tlv5; tlv5 = (void *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv4; tlv4 = (cgc_size_t)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         char * newbuf; newbuf = (char *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         void * tlv14; tlv14 = (void *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv12; tlv12 = (cgc_size_t)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         void * tlv17; tlv17 = (void *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         void * tlv16; tlv16 = (void *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv15; tlv15 = (cgc_size_t)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         void * tlv20; tlv20 = (void *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         void * tlv19; tlv19 = (void *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv18; tlv18 = (cgc_size_t)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         void * tlv23; tlv23 = (void *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         void * tlv22; tlv22 = (void *)(ac_queue [ i ] . start); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv21; tlv21 = (cgc_size_t)(ac_queue [ i ] . start); }}
}
void fix_ingred_ac_2_2_2(){
cgc_size_t i;
    bzero(&i,sizeof(cgc_size_t));
cgc_size_t start;
    bzero(&start,sizeof(cgc_size_t));
cgc_size_t end;
    bzero(&end,sizeof(cgc_size_t));
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
    {if (ac_queue){ i = 0;
         char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         int dummy; dummy = (int)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         int j; j = (int)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         cgc_size_t start; start = (cgc_size_t)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         int diff; diff = (int)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         int tlv1; tlv1 = (int)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         void * tlv6; tlv6 = (void *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         void * tlv5; tlv5 = (void *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv4; tlv4 = (cgc_size_t)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         char * newbuf; newbuf = (char *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         void * tlv14; tlv14 = (void *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv12; tlv12 = (cgc_size_t)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         void * tlv17; tlv17 = (void *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         void * tlv16; tlv16 = (void *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv15; tlv15 = (cgc_size_t)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         void * tlv20; tlv20 = (void *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         void * tlv19; tlv19 = (void *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv18; tlv18 = (cgc_size_t)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         void * tlv23; tlv23 = (void *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         void * tlv22; tlv22 = (void *)(ac_queue [ i ] . end); }}
    {if (ac_queue){ i = 0;
         cgc_size_t tlv21; tlv21 = (cgc_size_t)(ac_queue [ i ] . end); }}
}
void fix_ingred_ac_2_2_3(){
cgc_size_t i;
    bzero(&i,sizeof(cgc_size_t));
cgc_size_t start;
    bzero(&start,sizeof(cgc_size_t));
cgc_size_t end;
    bzero(&end,sizeof(cgc_size_t));
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(sizeof ( word )); }
    {int dummy; dummy = (int)(sizeof ( word )); }
    {cgc_size_t i; i = (cgc_size_t)(sizeof ( word )); }
    {int j; j = (int)(sizeof ( word )); }
    {cgc_size_t start; start = (cgc_size_t)(sizeof ( word )); }
    {cgc_size_t end; end = (cgc_size_t)(sizeof ( word )); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(sizeof ( word )); }
    {int diff; diff = (int)(sizeof ( word )); }
    {int tlv1; tlv1 = (int)(sizeof ( word )); }
    {void * tlv6; tlv6 = (void *)(sizeof ( word )); }
    {void * tlv5; tlv5 = (void *)(sizeof ( word )); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(sizeof ( word )); }
    {char * newbuf; newbuf = (char *)(sizeof ( word )); }
    {void * tlv14; tlv14 = (void *)(sizeof ( word )); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(sizeof ( word )); }
    {void * tlv17; tlv17 = (void *)(sizeof ( word )); }
    {void * tlv16; tlv16 = (void *)(sizeof ( word )); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(sizeof ( word )); }
    {void * tlv20; tlv20 = (void *)(sizeof ( word )); }
    {void * tlv19; tlv19 = (void *)(sizeof ( word )); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(sizeof ( word )); }
    {void * tlv23; tlv23 = (void *)(sizeof ( word )); }
    {void * tlv22; tlv22 = (void *)(sizeof ( word )); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(sizeof ( word )); }
}
void fix_ingred_ac_2_2_4(){
cgc_size_t i;
    bzero(&i,sizeof(cgc_size_t));
cgc_size_t start;
    bzero(&start,sizeof(cgc_size_t));
cgc_size_t end;
    bzero(&end,sizeof(cgc_size_t));
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(0); }
    {int dummy; dummy = (int)(0); }
    {cgc_size_t i; i = (cgc_size_t)(0); }
    {int j; j = (int)(0); }
    {cgc_size_t start; start = (cgc_size_t)(0); }
    {cgc_size_t end; end = (cgc_size_t)(0); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(0); }
    {int diff; diff = (int)(0); }
    {int tlv1; tlv1 = (int)(0); }
    {void * tlv6; tlv6 = (void *)(0); }
    {void * tlv5; tlv5 = (void *)(0); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(0); }
    {char * newbuf; newbuf = (char *)(0); }
    {void * tlv14; tlv14 = (void *)(0); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(0); }
    {void * tlv17; tlv17 = (void *)(0); }
    {void * tlv16; tlv16 = (void *)(0); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(0); }
    {void * tlv20; tlv20 = (void *)(0); }
    {void * tlv19; tlv19 = (void *)(0); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(0); }
    {void * tlv23; tlv23 = (void *)(0); }
    {void * tlv22; tlv22 = (void *)(0); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(0); }
}
void fix_ingred_ac_2_2(){
fix_ingred_ac_2_2_0();
fix_ingred_ac_2_2_1();
fix_ingred_ac_2_2_2();
fix_ingred_ac_2_2_3();
fix_ingred_ac_2_2_4();
}
void fix_ingred_ac_2_4_9(){
cgc_size_t end;
    bzero(&end,sizeof(cgc_size_t));
cgc_size_t start;
    bzero(&start,sizeof(cgc_size_t));
unsigned long tlv_size_0;
    bzero(&tlv_size_0,sizeof(unsigned long));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(end - start); }
    {int dummy; dummy = (int)(end - start); }
    {cgc_size_t i; i = (cgc_size_t)(end - start); }
    {int j; j = (int)(end - start); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(end - start); }
    {int diff; diff = (int)(end - start); }
    {int tlv1; tlv1 = (int)(end - start); }
    {void * tlv6; tlv6 = (void *)(end - start); }
    {void * tlv5; tlv5 = (void *)(end - start); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(end - start); }
    {char * newbuf; newbuf = (char *)(end - start); }
    {void * tlv14; tlv14 = (void *)(end - start); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(end - start); }
    {void * tlv17; tlv17 = (void *)(end - start); }
    {void * tlv16; tlv16 = (void *)(end - start); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(end - start); }
    {void * tlv20; tlv20 = (void *)(end - start); }
    {void * tlv19; tlv19 = (void *)(end - start); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(end - start); }
    {void * tlv23; tlv23 = (void *)(end - start); }
    {void * tlv22; tlv22 = (void *)(end - start); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(end - start); }
}
void fix_ingred_ac_2_4_10(){
cgc_size_t end;
    bzero(&end,sizeof(cgc_size_t));
cgc_size_t start;
    bzero(&start,sizeof(cgc_size_t));
unsigned long tlv_size_0;
    bzero(&tlv_size_0,sizeof(unsigned long));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(tlv_size_0); }
    {int dummy; dummy = (int)(tlv_size_0); }
    {cgc_size_t i; i = (cgc_size_t)(tlv_size_0); }
    {int j; j = (int)(tlv_size_0); }
    {cgc_size_t start; start = (cgc_size_t)(tlv_size_0); }
    {cgc_size_t end; end = (cgc_size_t)(tlv_size_0); }
    {int diff; diff = (int)(tlv_size_0); }
    {int tlv1; tlv1 = (int)(tlv_size_0); }
    {void * tlv6; tlv6 = (void *)(tlv_size_0); }
    {void * tlv5; tlv5 = (void *)(tlv_size_0); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(tlv_size_0); }
    {char * newbuf; newbuf = (char *)(tlv_size_0); }
    {void * tlv14; tlv14 = (void *)(tlv_size_0); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(tlv_size_0); }
    {void * tlv17; tlv17 = (void *)(tlv_size_0); }
    {void * tlv16; tlv16 = (void *)(tlv_size_0); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(tlv_size_0); }
    {void * tlv20; tlv20 = (void *)(tlv_size_0); }
    {void * tlv19; tlv19 = (void *)(tlv_size_0); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(tlv_size_0); }
    {void * tlv23; tlv23 = (void *)(tlv_size_0); }
    {void * tlv22; tlv22 = (void *)(tlv_size_0); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(tlv_size_0); }
}
void fix_ingred_ac_2_4(){
fix_ingred_ac_2_4_9();
fix_ingred_ac_2_4_10();
}
void fix_ingred_ac_2_5_0(){
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
cgc_size_t start;
    bzero(&start,sizeof(cgc_size_t));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(word); }
    {int dummy; dummy = (int)(word); }
    {cgc_size_t i; i = (cgc_size_t)(word); }
    {int j; j = (int)(word); }
    {cgc_size_t start; start = (cgc_size_t)(word); }
    {cgc_size_t end; end = (cgc_size_t)(word); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(word); }
    {int diff; diff = (int)(word); }
    {int tlv1; tlv1 = (int)(word); }
    {void * tlv6; tlv6 = (void *)(word); }
    {void * tlv5; tlv5 = (void *)(word); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(word); }
    {char * newbuf; newbuf = (char *)(word); }
    {void * tlv14; tlv14 = (void *)(word); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(word); }
    {void * tlv17; tlv17 = (void *)(word); }
    {void * tlv16; tlv16 = (void *)(word); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(word); }
    {void * tlv20; tlv20 = (void *)(word); }
    {void * tlv19; tlv19 = (void *)(word); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(word); }
    {void * tlv23; tlv23 = (void *)(word); }
    {void * tlv22; tlv22 = (void *)(word); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(word); }
}
void fix_ingred_ac_2_5_1(){
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
cgc_size_t start;
    bzero(&start,sizeof(cgc_size_t));
    {if (ac_buffer){ start = 0;
         char word [ 32 ]; word [ ( 32 )-1 ] = (char)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         int dummy; dummy = (int)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         cgc_size_t i; i = (cgc_size_t)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         int j; j = (int)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         cgc_size_t end; end = (cgc_size_t)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         int diff; diff = (int)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         int tlv1; tlv1 = (int)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         void * tlv6; tlv6 = (void *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         void * tlv5; tlv5 = (void *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         cgc_size_t tlv4; tlv4 = (cgc_size_t)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         char * newbuf; newbuf = (char *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         void * tlv14; tlv14 = (void *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         cgc_size_t tlv12; tlv12 = (cgc_size_t)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         void * tlv17; tlv17 = (void *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         void * tlv16; tlv16 = (void *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         cgc_size_t tlv15; tlv15 = (cgc_size_t)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         void * tlv20; tlv20 = (void *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         void * tlv19; tlv19 = (void *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         cgc_size_t tlv18; tlv18 = (cgc_size_t)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         void * tlv23; tlv23 = (void *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         void * tlv22; tlv22 = (void *)(& ac_buffer [ start ]); }}
    {if (ac_buffer){ start = 0;
         cgc_size_t tlv21; tlv21 = (cgc_size_t)(& ac_buffer [ start ]); }}
}
void fix_ingred_ac_2_5(){
fix_ingred_ac_2_5_0();
fix_ingred_ac_2_5_1();
}
void fix_ingred_ac_2_8_10(){
int j;
    bzero(&j,sizeof(int));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(j); }
    {int dummy; dummy = (int)(j); }
    {cgc_size_t i; i = (cgc_size_t)(j); }
    {cgc_size_t start; start = (cgc_size_t)(j); }
    {cgc_size_t end; end = (cgc_size_t)(j); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(j); }
    {int diff; diff = (int)(j); }
    {int tlv1; tlv1 = (int)(j); }
    {void * tlv6; tlv6 = (void *)(j); }
    {void * tlv5; tlv5 = (void *)(j); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(j); }
    {char * newbuf; newbuf = (char *)(j); }
    {void * tlv14; tlv14 = (void *)(j); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(j); }
    {void * tlv17; tlv17 = (void *)(j); }
    {void * tlv16; tlv16 = (void *)(j); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(j); }
    {void * tlv20; tlv20 = (void *)(j); }
    {void * tlv19; tlv19 = (void *)(j); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(j); }
    {void * tlv23; tlv23 = (void *)(j); }
    {void * tlv22; tlv22 = (void *)(j); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(j); }
}
void fix_ingred_ac_2_8_11(){
int j;
    bzero(&j,sizeof(int));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(cgc_num_words); }
    {int dummy; dummy = (int)(cgc_num_words); }
    {cgc_size_t i; i = (cgc_size_t)(cgc_num_words); }
    {int j; j = (int)(cgc_num_words); }
    {cgc_size_t start; start = (cgc_size_t)(cgc_num_words); }
    {cgc_size_t end; end = (cgc_size_t)(cgc_num_words); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(cgc_num_words); }
    {int diff; diff = (int)(cgc_num_words); }
    {int tlv1; tlv1 = (int)(cgc_num_words); }
    {void * tlv6; tlv6 = (void *)(cgc_num_words); }
    {void * tlv5; tlv5 = (void *)(cgc_num_words); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(cgc_num_words); }
    {char * newbuf; newbuf = (char *)(cgc_num_words); }
    {void * tlv14; tlv14 = (void *)(cgc_num_words); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(cgc_num_words); }
    {void * tlv17; tlv17 = (void *)(cgc_num_words); }
    {void * tlv16; tlv16 = (void *)(cgc_num_words); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(cgc_num_words); }
    {void * tlv20; tlv20 = (void *)(cgc_num_words); }
    {void * tlv19; tlv19 = (void *)(cgc_num_words); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(cgc_num_words); }
    {void * tlv23; tlv23 = (void *)(cgc_num_words); }
    {void * tlv22; tlv22 = (void *)(cgc_num_words); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(cgc_num_words); }
}
void fix_ingred_ac_2_8(){
fix_ingred_ac_2_8_10();
fix_ingred_ac_2_8_11();
}
void fix_ingred_ac_2_10_12(){
int tlv1;
    bzero(&tlv1,sizeof(int));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(tlv1); }
    {int dummy; dummy = (int)(tlv1); }
    {cgc_size_t i; i = (cgc_size_t)(tlv1); }
    {int j; j = (int)(tlv1); }
    {cgc_size_t start; start = (cgc_size_t)(tlv1); }
    {cgc_size_t end; end = (cgc_size_t)(tlv1); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(tlv1); }
    {int diff; diff = (int)(tlv1); }
    {void * tlv6; tlv6 = (void *)(tlv1); }
    {void * tlv5; tlv5 = (void *)(tlv1); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(tlv1); }
    {char * newbuf; newbuf = (char *)(tlv1); }
    {void * tlv14; tlv14 = (void *)(tlv1); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(tlv1); }
    {void * tlv17; tlv17 = (void *)(tlv1); }
    {void * tlv16; tlv16 = (void *)(tlv1); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(tlv1); }
    {void * tlv20; tlv20 = (void *)(tlv1); }
    {void * tlv19; tlv19 = (void *)(tlv1); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(tlv1); }
    {void * tlv23; tlv23 = (void *)(tlv1); }
    {void * tlv22; tlv22 = (void *)(tlv1); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(tlv1); }
}
void fix_ingred_ac_2_10(){
fix_ingred_ac_2_10_12();
}
void fix_ingred_ac_2_11_0(){
char tlv11_ref;
    bzero(&tlv11_ref,1*sizeof(char));
const char * tlv11 = &tlv11_ref;
char tlv13_ref;
    bzero(&tlv13_ref,1*sizeof(char));
const char * tlv13 = &tlv13_ref;
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {int dummy; dummy = (int)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {cgc_size_t i; i = (cgc_size_t)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {int j; j = (int)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {cgc_size_t start; start = (cgc_size_t)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {cgc_size_t end; end = (cgc_size_t)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {int diff; diff = (int)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {int tlv1; tlv1 = (int)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {void * tlv6; tlv6 = (void *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {void * tlv5; tlv5 = (void *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {char * newbuf; newbuf = (char *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {void * tlv14; tlv14 = (void *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {void * tlv17; tlv17 = (void *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {void * tlv16; tlv16 = (void *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {void * tlv20; tlv20 = (void *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {void * tlv19; tlv19 = (void *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {void * tlv23; tlv23 = (void *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {void * tlv22; tlv22 = (void *)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(cgc_strlen ( tlv11 ) - cgc_strlen ( tlv13 )); }
}
void fix_ingred_ac_2_11(){
fix_ingred_ac_2_11_0();
}
void fix_ingred_ac_2_13_14(){
int diff;
    bzero(&diff,sizeof(int));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(diff); }
    {int dummy; dummy = (int)(diff); }
    {cgc_size_t i; i = (cgc_size_t)(diff); }
    {int j; j = (int)(diff); }
    {cgc_size_t start; start = (cgc_size_t)(diff); }
    {cgc_size_t end; end = (cgc_size_t)(diff); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(diff); }
    {int tlv1; tlv1 = (int)(diff); }
    {void * tlv6; tlv6 = (void *)(diff); }
    {void * tlv5; tlv5 = (void *)(diff); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(diff); }
    {char * newbuf; newbuf = (char *)(diff); }
    {void * tlv14; tlv14 = (void *)(diff); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(diff); }
    {void * tlv17; tlv17 = (void *)(diff); }
    {void * tlv16; tlv16 = (void *)(diff); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(diff); }
    {void * tlv20; tlv20 = (void *)(diff); }
    {void * tlv19; tlv19 = (void *)(diff); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(diff); }
    {void * tlv23; tlv23 = (void *)(diff); }
    {void * tlv22; tlv22 = (void *)(diff); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(diff); }
}
void fix_ingred_ac_2_13(){
fix_ingred_ac_2_13_14();
}
void fix_ingred_ac_2_14_1(){
cgc_size_t end;
    bzero(&end,sizeof(cgc_size_t));
int diff;
    bzero(&diff,sizeof(int));
    {if (ac_buffer){ end = 0;
         char word [ 32 ]; word [ ( 32 )-1 ] = (char)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         int dummy; dummy = (int)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         cgc_size_t i; i = (cgc_size_t)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         int j; j = (int)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         cgc_size_t start; start = (cgc_size_t)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         int diff; diff = (int)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         int tlv1; tlv1 = (int)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         void * tlv6; tlv6 = (void *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         void * tlv5; tlv5 = (void *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         cgc_size_t tlv4; tlv4 = (cgc_size_t)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         char * newbuf; newbuf = (char *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         void * tlv14; tlv14 = (void *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         cgc_size_t tlv12; tlv12 = (cgc_size_t)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         void * tlv17; tlv17 = (void *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         void * tlv16; tlv16 = (void *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         cgc_size_t tlv15; tlv15 = (cgc_size_t)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         void * tlv20; tlv20 = (void *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         void * tlv19; tlv19 = (void *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         cgc_size_t tlv18; tlv18 = (cgc_size_t)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         void * tlv23; tlv23 = (void *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         void * tlv22; tlv22 = (void *)(& ac_buffer [ end ]); }}
    {if (ac_buffer){ end = 0;
         cgc_size_t tlv21; tlv21 = (cgc_size_t)(& ac_buffer [ end ]); }}
}
void fix_ingred_ac_2_14_2(){
cgc_size_t end;
    bzero(&end,sizeof(cgc_size_t));
int diff;
    bzero(&diff,sizeof(int));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_idx - end); }
    {int dummy; dummy = (int)(ac_idx - end); }
    {cgc_size_t i; i = (cgc_size_t)(ac_idx - end); }
    {int j; j = (int)(ac_idx - end); }
    {cgc_size_t start; start = (cgc_size_t)(ac_idx - end); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(ac_idx - end); }
    {int diff; diff = (int)(ac_idx - end); }
    {int tlv1; tlv1 = (int)(ac_idx - end); }
    {void * tlv6; tlv6 = (void *)(ac_idx - end); }
    {void * tlv5; tlv5 = (void *)(ac_idx - end); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(ac_idx - end); }
    {char * newbuf; newbuf = (char *)(ac_idx - end); }
    {void * tlv14; tlv14 = (void *)(ac_idx - end); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(ac_idx - end); }
    {void * tlv17; tlv17 = (void *)(ac_idx - end); }
    {void * tlv16; tlv16 = (void *)(ac_idx - end); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(ac_idx - end); }
    {void * tlv20; tlv20 = (void *)(ac_idx - end); }
    {void * tlv19; tlv19 = (void *)(ac_idx - end); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(ac_idx - end); }
    {void * tlv23; tlv23 = (void *)(ac_idx - end); }
    {void * tlv22; tlv22 = (void *)(ac_idx - end); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(ac_idx - end); }
}
void fix_ingred_ac_2_14(){
fix_ingred_ac_2_14_1();
fix_ingred_ac_2_14_2();
}
void fix_ingred_ac_2_15_0(){
int diff;
    bzero(&diff,sizeof(int));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_buffer); }
    {int dummy; dummy = (int)(ac_buffer); }
    {cgc_size_t i; i = (cgc_size_t)(ac_buffer); }
    {int j; j = (int)(ac_buffer); }
    {cgc_size_t start; start = (cgc_size_t)(ac_buffer); }
    {cgc_size_t end; end = (cgc_size_t)(ac_buffer); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(ac_buffer); }
    {int diff; diff = (int)(ac_buffer); }
    {int tlv1; tlv1 = (int)(ac_buffer); }
    {void * tlv6; tlv6 = (void *)(ac_buffer); }
    {void * tlv5; tlv5 = (void *)(ac_buffer); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(ac_buffer); }
    {char * newbuf; newbuf = (char *)(ac_buffer); }
    {void * tlv14; tlv14 = (void *)(ac_buffer); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(ac_buffer); }
    {void * tlv17; tlv17 = (void *)(ac_buffer); }
    {void * tlv16; tlv16 = (void *)(ac_buffer); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(ac_buffer); }
    {void * tlv20; tlv20 = (void *)(ac_buffer); }
    {void * tlv19; tlv19 = (void *)(ac_buffer); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(ac_buffer); }
    {void * tlv23; tlv23 = (void *)(ac_buffer); }
    {void * tlv22; tlv22 = (void *)(ac_buffer); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(ac_buffer); }
}
void fix_ingred_ac_2_15_1(){
int diff;
    bzero(&diff,sizeof(int));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_idx + 1 + diff); }
    {int dummy; dummy = (int)(ac_idx + 1 + diff); }
    {cgc_size_t i; i = (cgc_size_t)(ac_idx + 1 + diff); }
    {int j; j = (int)(ac_idx + 1 + diff); }
    {cgc_size_t start; start = (cgc_size_t)(ac_idx + 1 + diff); }
    {cgc_size_t end; end = (cgc_size_t)(ac_idx + 1 + diff); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(ac_idx + 1 + diff); }
    {int tlv1; tlv1 = (int)(ac_idx + 1 + diff); }
    {void * tlv6; tlv6 = (void *)(ac_idx + 1 + diff); }
    {void * tlv5; tlv5 = (void *)(ac_idx + 1 + diff); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(ac_idx + 1 + diff); }
    {char * newbuf; newbuf = (char *)(ac_idx + 1 + diff); }
    {void * tlv14; tlv14 = (void *)(ac_idx + 1 + diff); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(ac_idx + 1 + diff); }
    {void * tlv17; tlv17 = (void *)(ac_idx + 1 + diff); }
    {void * tlv16; tlv16 = (void *)(ac_idx + 1 + diff); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(ac_idx + 1 + diff); }
    {void * tlv20; tlv20 = (void *)(ac_idx + 1 + diff); }
    {void * tlv19; tlv19 = (void *)(ac_idx + 1 + diff); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(ac_idx + 1 + diff); }
    {void * tlv23; tlv23 = (void *)(ac_idx + 1 + diff); }
    {void * tlv22; tlv22 = (void *)(ac_idx + 1 + diff); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(ac_idx + 1 + diff); }
}
void fix_ingred_ac_2_15(){
fix_ingred_ac_2_15_0();
fix_ingred_ac_2_15_1();
}
void fix_ingred_ac_2_16_16(){
char newbuf_ref;
    bzero(&newbuf_ref,1*sizeof(char));
char * newbuf = &newbuf_ref;
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(newbuf); }
    {int dummy; dummy = (int)(newbuf); }
    {cgc_size_t i; i = (cgc_size_t)(newbuf); }
    {int j; j = (int)(newbuf); }
    {cgc_size_t start; start = (cgc_size_t)(newbuf); }
    {cgc_size_t end; end = (cgc_size_t)(newbuf); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(newbuf); }
    {int diff; diff = (int)(newbuf); }
    {int tlv1; tlv1 = (int)(newbuf); }
    {void * tlv6; tlv6 = (void *)(newbuf); }
    {void * tlv5; tlv5 = (void *)(newbuf); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(newbuf); }
    {void * tlv14; tlv14 = (void *)(newbuf); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(newbuf); }
    {void * tlv17; tlv17 = (void *)(newbuf); }
    {void * tlv16; tlv16 = (void *)(newbuf); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(newbuf); }
    {void * tlv20; tlv20 = (void *)(newbuf); }
    {void * tlv19; tlv19 = (void *)(newbuf); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(newbuf); }
    {void * tlv23; tlv23 = (void *)(newbuf); }
    {void * tlv22; tlv22 = (void *)(newbuf); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(newbuf); }
}
void fix_ingred_ac_2_16_17(){
char newbuf_ref;
    bzero(&newbuf_ref,1*sizeof(char));
char * newbuf = &newbuf_ref;
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)((0)); }
    {int dummy; dummy = (int)((0)); }
    {cgc_size_t i; i = (cgc_size_t)((0)); }
    {int j; j = (int)((0)); }
    {cgc_size_t start; start = (cgc_size_t)((0)); }
    {cgc_size_t end; end = (cgc_size_t)((0)); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)((0)); }
    {int diff; diff = (int)((0)); }
    {int tlv1; tlv1 = (int)((0)); }
    {void * tlv6; tlv6 = (void *)((0)); }
    {void * tlv5; tlv5 = (void *)((0)); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)((0)); }
    {char * newbuf; newbuf = (char *)((0)); }
    {void * tlv14; tlv14 = (void *)((0)); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)((0)); }
    {void * tlv17; tlv17 = (void *)((0)); }
    {void * tlv16; tlv16 = (void *)((0)); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)((0)); }
    {void * tlv20; tlv20 = (void *)((0)); }
    {void * tlv19; tlv19 = (void *)((0)); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)((0)); }
    {void * tlv23; tlv23 = (void *)((0)); }
    {void * tlv22; tlv22 = (void *)((0)); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)((0)); }
}
void fix_ingred_ac_2_16(){
fix_ingred_ac_2_16_16();
fix_ingred_ac_2_16_17();
}
void fix_ingred_ac_2_19_1(){
int j;
    bzero(&j,sizeof(int));
    {if (word_list){ j = 0;
         char word [ 32 ]; word [ ( 32 )-1 ] = (char)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         int dummy; dummy = (int)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         cgc_size_t i; i = (cgc_size_t)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         cgc_size_t start; start = (cgc_size_t)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         cgc_size_t end; end = (cgc_size_t)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         int diff; diff = (int)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         int tlv1; tlv1 = (int)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         void * tlv6; tlv6 = (void *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         void * tlv5; tlv5 = (void *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         cgc_size_t tlv4; tlv4 = (cgc_size_t)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         char * newbuf; newbuf = (char *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         void * tlv14; tlv14 = (void *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         cgc_size_t tlv12; tlv12 = (cgc_size_t)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         void * tlv17; tlv17 = (void *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         void * tlv16; tlv16 = (void *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         cgc_size_t tlv15; tlv15 = (cgc_size_t)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         void * tlv20; tlv20 = (void *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         void * tlv19; tlv19 = (void *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         cgc_size_t tlv18; tlv18 = (cgc_size_t)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         void * tlv23; tlv23 = (void *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         void * tlv22; tlv22 = (void *)(word_list [ j ] . correct); }}
    {if (word_list){ j = 0;
         cgc_size_t tlv21; tlv21 = (cgc_size_t)(word_list [ j ] . correct); }}
}
void fix_ingred_ac_2_19(){
fix_ingred_ac_2_19_1();
}
void fix_ingred_ac_2_20_0(){
char tlv24_ref;
    bzero(&tlv24_ref,1*sizeof(char));
const char * tlv24 = &tlv24_ref;
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(cgc_strlen ( tlv24 )); }
    {int dummy; dummy = (int)(cgc_strlen ( tlv24 )); }
    {cgc_size_t i; i = (cgc_size_t)(cgc_strlen ( tlv24 )); }
    {int j; j = (int)(cgc_strlen ( tlv24 )); }
    {cgc_size_t start; start = (cgc_size_t)(cgc_strlen ( tlv24 )); }
    {cgc_size_t end; end = (cgc_size_t)(cgc_strlen ( tlv24 )); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(cgc_strlen ( tlv24 )); }
    {int diff; diff = (int)(cgc_strlen ( tlv24 )); }
    {int tlv1; tlv1 = (int)(cgc_strlen ( tlv24 )); }
    {void * tlv6; tlv6 = (void *)(cgc_strlen ( tlv24 )); }
    {void * tlv5; tlv5 = (void *)(cgc_strlen ( tlv24 )); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(cgc_strlen ( tlv24 )); }
    {char * newbuf; newbuf = (char *)(cgc_strlen ( tlv24 )); }
    {void * tlv14; tlv14 = (void *)(cgc_strlen ( tlv24 )); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(cgc_strlen ( tlv24 )); }
    {void * tlv17; tlv17 = (void *)(cgc_strlen ( tlv24 )); }
    {void * tlv16; tlv16 = (void *)(cgc_strlen ( tlv24 )); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(cgc_strlen ( tlv24 )); }
    {void * tlv20; tlv20 = (void *)(cgc_strlen ( tlv24 )); }
    {void * tlv19; tlv19 = (void *)(cgc_strlen ( tlv24 )); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(cgc_strlen ( tlv24 )); }
    {void * tlv23; tlv23 = (void *)(cgc_strlen ( tlv24 )); }
    {void * tlv22; tlv22 = (void *)(cgc_strlen ( tlv24 )); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(cgc_strlen ( tlv24 )); }
}
void fix_ingred_ac_2_20(){
fix_ingred_ac_2_20_0();
}
void fix_ingred_ac_2_22_15(){
cgc_size_t i;
    bzero(&i,sizeof(cgc_size_t));
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_queue_count); }
    {int dummy; dummy = (int)(ac_queue_count); }
    {cgc_size_t i; i = (cgc_size_t)(ac_queue_count); }
    {int j; j = (int)(ac_queue_count); }
    {cgc_size_t start; start = (cgc_size_t)(ac_queue_count); }
    {cgc_size_t end; end = (cgc_size_t)(ac_queue_count); }
    {unsigned long tlv_size_0; tlv_size_0 = (unsigned long)(ac_queue_count); }
    {int diff; diff = (int)(ac_queue_count); }
    {int tlv1; tlv1 = (int)(ac_queue_count); }
    {void * tlv6; tlv6 = (void *)(ac_queue_count); }
    {void * tlv5; tlv5 = (void *)(ac_queue_count); }
    {cgc_size_t tlv4; tlv4 = (cgc_size_t)(ac_queue_count); }
    {char * newbuf; newbuf = (char *)(ac_queue_count); }
    {void * tlv14; tlv14 = (void *)(ac_queue_count); }
    {cgc_size_t tlv12; tlv12 = (cgc_size_t)(ac_queue_count); }
    {void * tlv17; tlv17 = (void *)(ac_queue_count); }
    {void * tlv16; tlv16 = (void *)(ac_queue_count); }
    {cgc_size_t tlv15; tlv15 = (cgc_size_t)(ac_queue_count); }
    {void * tlv20; tlv20 = (void *)(ac_queue_count); }
    {void * tlv19; tlv19 = (void *)(ac_queue_count); }
    {cgc_size_t tlv18; tlv18 = (cgc_size_t)(ac_queue_count); }
    {void * tlv23; tlv23 = (void *)(ac_queue_count); }
    {void * tlv22; tlv22 = (void *)(ac_queue_count); }
    {cgc_size_t tlv21; tlv21 = (cgc_size_t)(ac_queue_count); }
}
void fix_ingred_ac_2_22(){
fix_ingred_ac_2_22_15();
}
void fix_ingred_ac_2(){
fix_ingred_ac_2_2();
fix_ingred_ac_2_4();
fix_ingred_ac_2_5();
fix_ingred_ac_2_8();
fix_ingred_ac_2_10();
fix_ingred_ac_2_11();
fix_ingred_ac_2_13();
fix_ingred_ac_2_14();
fix_ingred_ac_2_15();
fix_ingred_ac_2_16();
fix_ingred_ac_2_19();
fix_ingred_ac_2_20();
fix_ingred_ac_2_22();
}
void fix_ingred_ac_3_0_5(){
    {cgc_size_t rx; rx = (cgc_size_t)(ac_buffer); }
    {char * buf; buf = (char *)(ac_buffer); }
    {cgc_size_t count; count = (cgc_size_t)(ac_buffer); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_buffer); }
    {char * newbuf; newbuf = (char *)(ac_buffer); }
    {void * tlv11; tlv11 = (void *)(ac_buffer); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(ac_buffer); }
    {void * tlv8; tlv8 = (void *)(ac_buffer); }
    {void * tlv7; tlv7 = (void *)(ac_buffer); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(ac_buffer); }
    {int tlv1; tlv1 = (int)(ac_buffer); }
    {int tlv2; tlv2 = (int)(ac_buffer); }
    {cgc_size_t i; i = (cgc_size_t)(ac_buffer); }
    {int tlv15; tlv15 = (int)(ac_buffer); }
    {void * tlv14; tlv14 = (void *)(ac_buffer); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(ac_buffer); }
    {int tlv16; tlv16 = (int)(ac_buffer); }
}
void fix_ingred_ac_3_0(){
fix_ingred_ac_3_0_5();
}
void fix_ingred_ac_3_1_0(){
    {cgc_size_t rx; rx = (cgc_size_t)(0); }
    {char * buf; buf = (char *)(0); }
    {cgc_size_t count; count = (cgc_size_t)(0); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(0); }
    {char * newbuf; newbuf = (char *)(0); }
    {void * tlv11; tlv11 = (void *)(0); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(0); }
    {void * tlv8; tlv8 = (void *)(0); }
    {void * tlv7; tlv7 = (void *)(0); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(0); }
    {int tlv1; tlv1 = (int)(0); }
    {int tlv2; tlv2 = (int)(0); }
    {cgc_size_t i; i = (cgc_size_t)(0); }
    {int tlv15; tlv15 = (int)(0); }
    {void * tlv14; tlv14 = (void *)(0); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(0); }
    {int tlv16; tlv16 = (int)(0); }
}
void fix_ingred_ac_3_1(){
fix_ingred_ac_3_1_0();
}
void fix_ingred_ac_3_2_7(){
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
    {cgc_size_t rx; rx = (cgc_size_t)(count); }
    {char * buf; buf = (char *)(count); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(count); }
    {char * newbuf; newbuf = (char *)(count); }
    {void * tlv11; tlv11 = (void *)(count); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(count); }
    {void * tlv8; tlv8 = (void *)(count); }
    {void * tlv7; tlv7 = (void *)(count); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(count); }
    {int tlv1; tlv1 = (int)(count); }
    {int tlv2; tlv2 = (int)(count); }
    {cgc_size_t i; i = (cgc_size_t)(count); }
    {int tlv15; tlv15 = (int)(count); }
    {void * tlv14; tlv14 = (void *)(count); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(count); }
    {int tlv16; tlv16 = (int)(count); }
}
void fix_ingred_ac_3_2_8(){
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
    {cgc_size_t rx; rx = (cgc_size_t)(32); }
    {char * buf; buf = (char *)(32); }
    {cgc_size_t count; count = (cgc_size_t)(32); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(32); }
    {char * newbuf; newbuf = (char *)(32); }
    {void * tlv11; tlv11 = (void *)(32); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(32); }
    {void * tlv8; tlv8 = (void *)(32); }
    {void * tlv7; tlv7 = (void *)(32); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(32); }
    {int tlv1; tlv1 = (int)(32); }
    {int tlv2; tlv2 = (int)(32); }
    {cgc_size_t i; i = (cgc_size_t)(32); }
    {int tlv15; tlv15 = (int)(32); }
    {void * tlv14; tlv14 = (void *)(32); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(32); }
    {int tlv16; tlv16 = (int)(32); }
}
void fix_ingred_ac_3_2(){
fix_ingred_ac_3_2_7();
fix_ingred_ac_3_2_8();
}
void fix_ingred_ac_3_3_0(){
int fd;
    bzero(&fd,sizeof(int));
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
    {cgc_size_t rx; rx = (cgc_size_t)(fd); }
    {char * buf; buf = (char *)(fd); }
    {cgc_size_t count; count = (cgc_size_t)(fd); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(fd); }
    {char * newbuf; newbuf = (char *)(fd); }
    {void * tlv11; tlv11 = (void *)(fd); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(fd); }
    {void * tlv8; tlv8 = (void *)(fd); }
    {void * tlv7; tlv7 = (void *)(fd); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(fd); }
    {int tlv1; tlv1 = (int)(fd); }
    {int tlv2; tlv2 = (int)(fd); }
    {cgc_size_t i; i = (cgc_size_t)(fd); }
    {int tlv15; tlv15 = (int)(fd); }
    {void * tlv14; tlv14 = (void *)(fd); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(fd); }
    {int tlv16; tlv16 = (int)(fd); }
}
void fix_ingred_ac_3_3_1(){
int fd;
    bzero(&fd,sizeof(int));
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
    {if (word){ count = 0;
         cgc_size_t rx; rx = (cgc_size_t)(& word [ count ]); }}
    {if (word){ count = 0;
         char * buf; buf = (char *)(& word [ count ]); }}
    {if (word){ count = 0;
         char word [ 32 ]; word [ ( 32 )-1 ] = (char)(& word [ count ]); }}
    {if (word){ count = 0;
         char * newbuf; newbuf = (char *)(& word [ count ]); }}
    {if (word){ count = 0;
         void * tlv11; tlv11 = (void *)(& word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t tlv10; tlv10 = (cgc_size_t)(& word [ count ]); }}
    {if (word){ count = 0;
         void * tlv8; tlv8 = (void *)(& word [ count ]); }}
    {if (word){ count = 0;
         void * tlv7; tlv7 = (void *)(& word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t tlv6; tlv6 = (cgc_size_t)(& word [ count ]); }}
    {if (word){ count = 0;
         int tlv1; tlv1 = (int)(& word [ count ]); }}
    {if (word){ count = 0;
         int tlv2; tlv2 = (int)(& word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t i; i = (cgc_size_t)(& word [ count ]); }}
    {if (word){ count = 0;
         int tlv15; tlv15 = (int)(& word [ count ]); }}
    {if (word){ count = 0;
         void * tlv14; tlv14 = (void *)(& word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t tlv13; tlv13 = (cgc_size_t)(& word [ count ]); }}
    {if (word){ count = 0;
         int tlv16; tlv16 = (int)(& word [ count ]); }}
}
void fix_ingred_ac_3_3_2(){
int fd;
    bzero(&fd,sizeof(int));
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
    {cgc_size_t rx; rx = (cgc_size_t)(1); }
    {char * buf; buf = (char *)(1); }
    {cgc_size_t count; count = (cgc_size_t)(1); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(1); }
    {char * newbuf; newbuf = (char *)(1); }
    {void * tlv11; tlv11 = (void *)(1); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(1); }
    {void * tlv8; tlv8 = (void *)(1); }
    {void * tlv7; tlv7 = (void *)(1); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(1); }
    {int tlv1; tlv1 = (int)(1); }
    {int tlv2; tlv2 = (int)(1); }
    {cgc_size_t i; i = (cgc_size_t)(1); }
    {int tlv15; tlv15 = (int)(1); }
    {void * tlv14; tlv14 = (void *)(1); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(1); }
    {int tlv16; tlv16 = (int)(1); }
}
void fix_ingred_ac_3_3(){
fix_ingred_ac_3_3_0();
fix_ingred_ac_3_3_1();
fix_ingred_ac_3_3_2();
}
void fix_ingred_ac_3_4_9(){
int tlv1;
    bzero(&tlv1,sizeof(int));
cgc_size_t rx;
    bzero(&rx,sizeof(cgc_size_t));
    {cgc_size_t rx; rx = (cgc_size_t)(tlv1); }
    {char * buf; buf = (char *)(tlv1); }
    {cgc_size_t count; count = (cgc_size_t)(tlv1); }
    {void * tlv11; tlv11 = (void *)(tlv1); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(tlv1); }
    {void * tlv8; tlv8 = (void *)(tlv1); }
    {void * tlv7; tlv7 = (void *)(tlv1); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(tlv1); }
    {int tlv2; tlv2 = (int)(tlv1); }
    {int tlv15; tlv15 = (int)(tlv1); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(tlv1); }
    {int tlv16; tlv16 = (int)(tlv1); }
}
void fix_ingred_ac_3_4_10(){
int tlv1;
    bzero(&tlv1,sizeof(int));
cgc_size_t rx;
    bzero(&rx,sizeof(cgc_size_t));
    {cgc_size_t rx; rx = (cgc_size_t)(0); }
    {char * buf; buf = (char *)(0); }
    {cgc_size_t count; count = (cgc_size_t)(0); }
    {void * tlv11; tlv11 = (void *)(0); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(0); }
    {void * tlv8; tlv8 = (void *)(0); }
    {void * tlv7; tlv7 = (void *)(0); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(0); }
    {int tlv2; tlv2 = (int)(0); }
    {int tlv15; tlv15 = (int)(0); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(0); }
    {int tlv16; tlv16 = (int)(0); }
}
void fix_ingred_ac_3_4_11(){
int tlv1;
    bzero(&tlv1,sizeof(int));
cgc_size_t rx;
    bzero(&rx,sizeof(cgc_size_t));
    {char * buf; buf = (char *)(rx); }
    {cgc_size_t count; count = (cgc_size_t)(rx); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(rx); }
    {char * newbuf; newbuf = (char *)(rx); }
    {void * tlv11; tlv11 = (void *)(rx); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(rx); }
    {void * tlv8; tlv8 = (void *)(rx); }
    {void * tlv7; tlv7 = (void *)(rx); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(rx); }
    {int tlv1; tlv1 = (int)(rx); }
    {int tlv2; tlv2 = (int)(rx); }
    {cgc_size_t i; i = (cgc_size_t)(rx); }
    {int tlv15; tlv15 = (int)(rx); }
    {void * tlv14; tlv14 = (void *)(rx); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(rx); }
    {int tlv16; tlv16 = (int)(rx); }
}
void fix_ingred_ac_3_4(){
fix_ingred_ac_3_4_9();
fix_ingred_ac_3_4_10();
fix_ingred_ac_3_4_11();
}
void fix_ingred_ac_3_5_0(){
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
    {if (word){ count = 0;
         cgc_size_t rx; rx = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         char * buf; buf = (char *)(word [ count ]); }}
    {if (word){ count = 0;
         char word [ 32 ]; word [ ( 32 )-1 ] = (char)(word [ count ]); }}
    {if (word){ count = 0;
         char * newbuf; newbuf = (char *)(word [ count ]); }}
    {if (word){ count = 0;
         void * tlv11; tlv11 = (void *)(word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t tlv10; tlv10 = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         void * tlv8; tlv8 = (void *)(word [ count ]); }}
    {if (word){ count = 0;
         void * tlv7; tlv7 = (void *)(word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t tlv6; tlv6 = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         int tlv1; tlv1 = (int)(word [ count ]); }}
    {if (word){ count = 0;
         int tlv2; tlv2 = (int)(word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t i; i = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         int tlv15; tlv15 = (int)(word [ count ]); }}
    {if (word){ count = 0;
         void * tlv14; tlv14 = (void *)(word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t tlv13; tlv13 = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         int tlv16; tlv16 = (int)(word [ count ]); }}
}
void fix_ingred_ac_3_5(){
fix_ingred_ac_3_5_0();
}
void fix_ingred_ac_3_6_9(){
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
char term;
    bzero(&term,sizeof(char));
    {if (word){ count = 0;
         cgc_size_t rx; rx = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         char * buf; buf = (char *)(word [ count ]); }}
    {if (word){ count = 0;
         char word [ 32 ]; word [ ( 32 )-1 ] = (char)(word [ count ]); }}
    {if (word){ count = 0;
         char * newbuf; newbuf = (char *)(word [ count ]); }}
    {if (word){ count = 0;
         void * tlv11; tlv11 = (void *)(word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t tlv10; tlv10 = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         void * tlv8; tlv8 = (void *)(word [ count ]); }}
    {if (word){ count = 0;
         void * tlv7; tlv7 = (void *)(word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t tlv6; tlv6 = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         int tlv1; tlv1 = (int)(word [ count ]); }}
    {if (word){ count = 0;
         int tlv2; tlv2 = (int)(word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t i; i = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         int tlv15; tlv15 = (int)(word [ count ]); }}
    {if (word){ count = 0;
         void * tlv14; tlv14 = (void *)(word [ count ]); }}
    {if (word){ count = 0;
         cgc_size_t tlv13; tlv13 = (cgc_size_t)(word [ count ]); }}
    {if (word){ count = 0;
         int tlv16; tlv16 = (int)(word [ count ]); }}
}
void fix_ingred_ac_3_6_10(){
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
char term;
    bzero(&term,sizeof(char));
    {cgc_size_t rx; rx = (cgc_size_t)(term); }
    {char * buf; buf = (char *)(term); }
    {cgc_size_t count; count = (cgc_size_t)(term); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(term); }
    {char * newbuf; newbuf = (char *)(term); }
    {void * tlv11; tlv11 = (void *)(term); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(term); }
    {void * tlv8; tlv8 = (void *)(term); }
    {void * tlv7; tlv7 = (void *)(term); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(term); }
    {int tlv1; tlv1 = (int)(term); }
    {int tlv2; tlv2 = (int)(term); }
    {cgc_size_t i; i = (cgc_size_t)(term); }
    {int tlv15; tlv15 = (int)(term); }
    {void * tlv14; tlv14 = (void *)(term); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(term); }
    {int tlv16; tlv16 = (int)(term); }
}
void fix_ingred_ac_3_6(){
fix_ingred_ac_3_6_9();
fix_ingred_ac_3_6_10();
}
void fix_ingred_ac_3_7_0(){
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
    {cgc_size_t rx; rx = (cgc_size_t)(ac_buffer); }
    {char * buf; buf = (char *)(ac_buffer); }
    {cgc_size_t count; count = (cgc_size_t)(ac_buffer); }
    {void * tlv11; tlv11 = (void *)(ac_buffer); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(ac_buffer); }
    {void * tlv8; tlv8 = (void *)(ac_buffer); }
    {void * tlv7; tlv7 = (void *)(ac_buffer); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(ac_buffer); }
    {int tlv2; tlv2 = (int)(ac_buffer); }
    {int tlv15; tlv15 = (int)(ac_buffer); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(ac_buffer); }
    {int tlv16; tlv16 = (int)(ac_buffer); }
}
void fix_ingred_ac_3_7_1(){
cgc_size_t count;
    bzero(&count,sizeof(cgc_size_t));
    {cgc_size_t rx; rx = (cgc_size_t)(ac_idx + count + 1); }
    {char * buf; buf = (char *)(ac_idx + count + 1); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_idx + count + 1); }
    {char * newbuf; newbuf = (char *)(ac_idx + count + 1); }
    {void * tlv11; tlv11 = (void *)(ac_idx + count + 1); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(ac_idx + count + 1); }
    {void * tlv8; tlv8 = (void *)(ac_idx + count + 1); }
    {void * tlv7; tlv7 = (void *)(ac_idx + count + 1); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(ac_idx + count + 1); }
    {int tlv1; tlv1 = (int)(ac_idx + count + 1); }
    {int tlv2; tlv2 = (int)(ac_idx + count + 1); }
    {cgc_size_t i; i = (cgc_size_t)(ac_idx + count + 1); }
    {int tlv15; tlv15 = (int)(ac_idx + count + 1); }
    {void * tlv14; tlv14 = (void *)(ac_idx + count + 1); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(ac_idx + count + 1); }
    {int tlv16; tlv16 = (int)(ac_idx + count + 1); }
}
void fix_ingred_ac_3_7(){
fix_ingred_ac_3_7_0();
fix_ingred_ac_3_7_1();
}
void fix_ingred_ac_3_8_6(){
char newbuf_ref;
    bzero(&newbuf_ref,1*sizeof(char));
char * newbuf = &newbuf_ref;
    {cgc_size_t rx; rx = (cgc_size_t)(newbuf); }
    {char * buf; buf = (char *)(newbuf); }
    {cgc_size_t count; count = (cgc_size_t)(newbuf); }
    {void * tlv11; tlv11 = (void *)(newbuf); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(newbuf); }
    {void * tlv8; tlv8 = (void *)(newbuf); }
    {void * tlv7; tlv7 = (void *)(newbuf); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(newbuf); }
    {int tlv2; tlv2 = (int)(newbuf); }
    {int tlv15; tlv15 = (int)(newbuf); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(newbuf); }
    {int tlv16; tlv16 = (int)(newbuf); }
}
void fix_ingred_ac_3_8_7(){
char newbuf_ref;
    bzero(&newbuf_ref,1*sizeof(char));
char * newbuf = &newbuf_ref;
    {cgc_size_t rx; rx = (cgc_size_t)((0)); }
    {char * buf; buf = (char *)((0)); }
    {cgc_size_t count; count = (cgc_size_t)((0)); }
    {void * tlv11; tlv11 = (void *)((0)); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)((0)); }
    {void * tlv8; tlv8 = (void *)((0)); }
    {void * tlv7; tlv7 = (void *)((0)); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)((0)); }
    {int tlv2; tlv2 = (int)((0)); }
    {int tlv15; tlv15 = (int)((0)); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)((0)); }
    {int tlv16; tlv16 = (int)((0)); }
}
void fix_ingred_ac_3_8(){
fix_ingred_ac_3_8_6();
fix_ingred_ac_3_8_7();
}
void fix_ingred_ac_3_10_0(){
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
    {if (ac_buffer){cgc_size_t rx; rx = (cgc_size_t)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){char * buf; buf = (char *)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){cgc_size_t count; count = (cgc_size_t)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){char word [ 32 ]; word [ ( 32 )-1 ] = (char)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){char * newbuf; newbuf = (char *)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){void * tlv11; tlv11 = (void *)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){cgc_size_t tlv10; tlv10 = (cgc_size_t)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){void * tlv8; tlv8 = (void *)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){void * tlv7; tlv7 = (void *)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){cgc_size_t tlv6; tlv6 = (cgc_size_t)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){int tlv1; tlv1 = (int)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){int tlv2; tlv2 = (int)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){cgc_size_t i; i = (cgc_size_t)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){int tlv15; tlv15 = (int)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){void * tlv14; tlv14 = (void *)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){cgc_size_t tlv13; tlv13 = (cgc_size_t)(& ac_buffer [ ac_idx ]); }}
    {if (ac_buffer){int tlv16; tlv16 = (int)(& ac_buffer [ ac_idx ]); }}
}
void fix_ingred_ac_3_10_1(){
char word [ 32 ];
    bzero(&word,( 32 *sizeof(char) ) );
    {cgc_size_t rx; rx = (cgc_size_t)(word); }
    {char * buf; buf = (char *)(word); }
    {cgc_size_t count; count = (cgc_size_t)(word); }
    {void * tlv11; tlv11 = (void *)(word); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(word); }
    {void * tlv8; tlv8 = (void *)(word); }
    {void * tlv7; tlv7 = (void *)(word); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(word); }
    {int tlv2; tlv2 = (int)(word); }
    {int tlv15; tlv15 = (int)(word); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(word); }
    {int tlv16; tlv16 = (int)(word); }
}
void fix_ingred_ac_3_10(){
fix_ingred_ac_3_10_0();
fix_ingred_ac_3_10_1();
}
void fix_ingred_ac_3_12_0(){
    {cgc_size_t rx; rx = (cgc_size_t)(ac_queue_tail); }
    {char * buf; buf = (char *)(ac_queue_tail); }
    {cgc_size_t count; count = (cgc_size_t)(ac_queue_tail); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(ac_queue_tail); }
    {char * newbuf; newbuf = (char *)(ac_queue_tail); }
    {void * tlv11; tlv11 = (void *)(ac_queue_tail); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(ac_queue_tail); }
    {void * tlv8; tlv8 = (void *)(ac_queue_tail); }
    {void * tlv7; tlv7 = (void *)(ac_queue_tail); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(ac_queue_tail); }
    {int tlv1; tlv1 = (int)(ac_queue_tail); }
    {int tlv2; tlv2 = (int)(ac_queue_tail); }
    {cgc_size_t i; i = (cgc_size_t)(ac_queue_tail); }
    {int tlv15; tlv15 = (int)(ac_queue_tail); }
    {void * tlv14; tlv14 = (void *)(ac_queue_tail); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(ac_queue_tail); }
    {int tlv16; tlv16 = (int)(ac_queue_tail); }
}
void fix_ingred_ac_3_12(){
fix_ingred_ac_3_12_0();
}
void fix_ingred_ac_3_14_10(){
char term;
    bzero(&term,sizeof(char));
    {cgc_size_t rx; rx = (cgc_size_t)(term); }
    {char * buf; buf = (char *)(term); }
    {cgc_size_t count; count = (cgc_size_t)(term); }
    {char word [ 32 ]; word [ ( 32 )-1 ] = (char)(term); }
    {char * newbuf; newbuf = (char *)(term); }
    {void * tlv11; tlv11 = (void *)(term); }
    {cgc_size_t tlv10; tlv10 = (cgc_size_t)(term); }
    {void * tlv8; tlv8 = (void *)(term); }
    {void * tlv7; tlv7 = (void *)(term); }
    {cgc_size_t tlv6; tlv6 = (cgc_size_t)(term); }
    {int tlv1; tlv1 = (int)(term); }
    {int tlv2; tlv2 = (int)(term); }
    {cgc_size_t i; i = (cgc_size_t)(term); }
    {int tlv15; tlv15 = (int)(term); }
    {void * tlv14; tlv14 = (void *)(term); }
    {cgc_size_t tlv13; tlv13 = (cgc_size_t)(term); }
    {int tlv16; tlv16 = (int)(term); }
}
void fix_ingred_ac_3_14(){
fix_ingred_ac_3_14_10();
}
void fix_ingred_ac_3(){
fix_ingred_ac_3_0();
fix_ingred_ac_3_1();
fix_ingred_ac_3_2();
fix_ingred_ac_3_3();
fix_ingred_ac_3_4();
fix_ingred_ac_3_5();
fix_ingred_ac_3_6();
fix_ingred_ac_3_7();
fix_ingred_ac_3_8();
fix_ingred_ac_3_10();
fix_ingred_ac_3_12();
fix_ingred_ac_3_14();
}