create_vector(int);
create_vector(signed long);
create_vector(unsigned short int);
create_vector(abc_t);
create_vector(struct _tagabc);
create_vector(list_t
);
create_vector(pair_t);
create_vector(map_t>);
create_vector(hash_multimap_t>,list_t>>);
create_vector(vector_iterator_t);
create_vector(iterator_t);
create_vector(stack_t);
==========================================================================
letter : [a~zA~Z]
digit : [0~9]
identifier :
letter | _ +---+
---->(0) -------------------> [1]<-+ letter | digit | _ | *
sign
< | , | >
---->(0) -------------------> [1]
space : ' ' | '\t' | '\v' | '\f' | '\r' | '\n'
keyword:
char, int, short, long, float, double, signed, unsigned, char*, bool_t,
struct, enum, union,
vector_t, list_t, slist_t, deque_t, stack_t, queue_t, priority_queue_t,
set_t, map_t, multiset_t, multimap_t,
hash_set_t, hash_map_t, hash_multiset_t, hash_multimap_t,
pair_t, string_t,
iterator_t, vector_iterator_t, list_iterator_t, slist_iterator_t, deque_iterator_t,
set_iterator_t, map_iterator_t, multiset_iterator_t, multimap_iterator_t,
hash_set_iterator_t, hash_map_iterator_t, hash_multiset_iterator_t, hash_multimap_iterator_t,
string_iterator_t,
input_iterator_t, output_iterator_t, forward_iterator_t, bidirectional_iterator_t, random_access_iterator_t,
=============================================================================
letter|digit|_
+---------+
letter|_ | V
+------------->(IN_IDENTIFIER)--------------+ [other]
| |
------>(START)----+-------------------------------------------+---->[ACCEPT]
| ^ <|,|>
+---+
space
=============================================================================
TYPE_DESCRIPT -> C_BUILTIN | USER_DEFINE | CSTL_BUILTIN
C_BUILTIN -> char | signed char |
unsigned char |
short | signed short | short int | signed short int |
unsigned short | unsigned short int |
int | signed | signed int |
unsigned | unsigned int |
long | signed long | long int | signed long int |
unsigned long | unsigned long int |
float |
double |
long double |
char* |
bool_t
USER_DEFINE -> USER_DEFINE_TYPE identifier | identifier
USER_DEFINE_TYPE -> struct | enum | union
CSTL_BUILTIN -> SEQUENCE | RELATION | string_t | ITERATOR
ITERATOR -> iterator_t | vector_iterator_t | list_iterator_t | slist_iterator_t | deque_iterator_t |
set_iterator_t | map_iterator_t | multiset_iterator_t | multimap_iterator_t |
hash_set_iterator_t | hash_map_iterator_t | hash_multiset_iterator_t | hash_multimap_iterator_t |
string_iterator_t |
input_iterator_t | output_iterator_t | forward_iterator_t | bidirectional_iterator_t | random_access_iterator_t
SEQUENCE -> SEQUENCE_NAME < TYPE_DESCRIPT >
SEQUENCE_NAME -> vector_t | list_t | slist_t | deque_t | queue_t | stack_t | priority_queue_t |
set_t | multiset_t | hash_set_t | hash_multiset_t
RELATION -> RELATION_NAME < TYPE_DESCRIPT , TYPE_DESCRIPT >
RELATION_NAME -> map_t | multimap_t | hash_map_t | hash_multimap_t | pair_t
========================================================================
C_BUILTIN -> SIMPLE_BUILTIN | SIGNED_BUILTIN | UNSIGNED_BUILTIN
SIMPLE_BUILTIN -> char | short | short int | int | long | long int |
float | double | long double | char*
SIGNED_BUILTIN -> signed char |
signed short | signed short int |
signed | signed int |
signed long | signed long int |
UNSIGNED_BUILTIN -> unsigned char |
unsigned short | unsigned short int |
unsigned | unsigned int |
unsigned long | unaigned long int
--------------------------------------------------------------------------------
TYPE_DESCRIPT -> C_BUILTIN | USER_DEFINE | CSTL_BUILTIN
C_BUILTIN -> SIMPLE_BUILTIN | SIGNED_BUILTIN | UNSIGNED_BUILTIN
SIMPLE_BUILTIN -> char | short COMMON_SUFFIX | int | long SIMPLE_LONG_SUFFIX | float | double | char* | bool_t
SIGNED_BUILTIN -> signed COMPLEX_SUFFIX
UNSIGNED_BUILTIN -> unsigned COMPLEX_SUFFIX
COMPLEX_SUFFIX -> {+' '}char | {+' '}short COMMON_SUFFIX | {+' '}int | {+' '}long COMMON_SUFFIX | $
COMMON_SUFFIX -> {+' '}int | $
SIMPLE_LONG_SUFFIX -> {+' '}double | COMMON_SUFFIX
USER_DEFINE -> USER_DEFINE_TYPE {+' '}identifier | identifier
USER_DEFINE_TYPE -> struct | enum | union
CSTL_BUILTIN -> SEQUENCE | RELATION | string_t | ITERATOR
ITERATOR -> iterator_t | vector_iterator_t | list_iterator_t | slist_iterator_t | deque_iterator_t |
set_iterator_t | map_iterator_t | multiset_iterator_t | multimap_iterator_t |
hash_set_iterator_t | hash_map_iterator_t | hash_multiset_iterator_t | hash_multimap_iterator_t |
string_iterator_t |
input_iterator_t | output_iterator_t | forward_iterator_t | bidirectional_iterator_t | random_access_iterator_t
SEQUENCE -> SEQUENCE_NAME < TYPE_DESCRIPT >
SEQUENCE_NAME -> vector_t | list_t | slist_t | deque_t | queue_t | stack_t | priority_queue_t |
set_t | multiset_t | hash_set_t | hash_multiset_t
RELATION -> RELATION_NAME < TYPE_DESCRIPT , TYPE_DESCRIPT >
RELATION_NAME -> map_t | multimap_t | hash_map_t | hash_multimap_t | pair_t
---------------------------------------------------------------------------
follow(TYPE_DESCRIPT) = {#, >, ,}
follow(C_BUILTIN) = {#, >, ,}
follow(USER_DEFINE) = {#, >, ,}
follow(CSTL_BUILTIN) = {#, >, ,}
follow(SIMPLE_BUILTIN) = {#, >, ,}
follow(SIGNED_BUILTIN) = {#, >, ,}
follow(UNSIGNED_BUILTIN) = {#, >, ,}
follow(COMPLEX_SUFFIX) = {#, >, ,}
follow(COMMON_SUFFIX) = {#, >, ,}
follow(SIMPLE_LONG_SUFFIX) = {#, >, ,}
follow(USER_DEFINE_TYPE) = {identifier}
follow(SEQUENCE) = {#, >, ,}
follow(SEQUENCE_NAME) = {<}
follow(RELATION) = {#, >, ,}
follow(RELATION_NAME) = {<}
follow(ITERATOR) = {#, >, ,}
---------------------------------------------------------------------------
first(TYPE_DESCRIPT) = {char, short, int, long, float, double, char*, bool_t, signed, unsigned,
struct, enum, union, identifier,
vector_t, list_t, slist_t, deque_t, queue_t, stack_t, priority_queue_t,
set_t, map_t, multiset_t, multimap_t, hash_set_t, hash_map_t, hash_multiset_t,
hash_multimap_t, pair_t, string_t,
iterator_t, vector_iterator_t, list_iterator_t, slist_iterator_t, deque_iterator_t,
set_iterator_t, map_iterator_t, multiset_iterator_t, multimap_iterator_t,
hash_set_iterator_t, hash_map_iterator_t, hash_multiset_iterator_t, hash_multimap_iterator_t,
string_iterator_t,
input_iterator_t, output_iterator_t, forward_iterator_t, bidirectional_iterator_t,
random_access_iterator_t}
first(C_BUILTIN) = {char, short, int, long, float, double, char*, bool_t, signed, unsigned}
first(SIMPLE_BUILTIN) = {char, short, int, long, float, double, char*, bool_t}
first(SIGNED_BUILTIN) = {signed}
first(UNSIGNED_BUILTIN) = {unsigned}
first(COMPLEX_SUFFIX) = {char, short, int, long, $}
first(COMMON_SUFFIX) = {int, $}
first(SIMPLE_LONG_SUFFIX) = {double, int, $}
first(USER_DEFINE) = {struct, enum, union, identifier}
first(USER_DEFINE_TYPE) = {struct, enum, union}
first(CSTL_BUILTIN) = {vector_t, list_t, slist_t, deque_t, queue_t, stack_t, priority_queue_t,
set_t, map_t, multiset_t, multimap_t, hash_set_t, hash_map_t, hash_multiset_t,
hash_multimap_t, pair_t, string_t,
iterator_t, vector_iterator_t, list_iterator_t, slist_iterator_t, deque_iterator_t,
set_iterator_t, map_iterator_t, multiset_iterator_t, multimap_iterator_t,
hash_set_iterator_t, hash_map_iterator_t, hash_multiset_iterator_t, hash_multimap_iterator_t,
string_iterator_t,
input_iterator_t, output_iterator_t, forward_iterator_t, bidirectional_iterator_t,
random_access_iterator_t}
first(SEQUENCE) = {vector_t, list_t, slist_t, deque_t, queue_t, stack_t, priority_queue_t,
set_t, multiset_t, hash_set_t, hash_multiset_t}
first(SEQUENCE_NAME) = {vector_t, list_t, slist_t, deque_t, queue_t, stack_t, priority_queue_t,
set_t, multiset_t, hash_set_t, hash_multiset_t}
first(RELATION) = {map_t, multimap_t, hash_map_t, hash_multimap_t, pair_t}
first(RELATION_NAME) = {map_t, multimap_t, hash_map_t, hash_multimap_t, pair_t}
first(ITERATOR) = {iterator_t, vector_iterator_t, list_iterator_t, slist_iterator_t, deque_iterator_t,
set_iterator_t, map_iterator_t, multiset_iterator_t, multimap_iterator_t,
hash_set_iterator_t, hash_map_iterator_t, hash_multiset_iterator_t, hash_multimap_iterator_t,
string_iterator_t,
input_iterator_t, output_iterator_t, forward_iterator_t, bidirectional_iterator_t,
random_access_iterator_t}
---------------------------------------------------------------------------
select(TYPE_DESCRIPT -> C_BUILTIN) = {char, short, int, long, float, double, char*, bool_t, signed, unsigned}
select(TYPE_DESCRIPT -> USER_DEFINE) = {struct, enum, union, identifier}
select(TYPE_DESCRIPT -> CSTL_BUILTIN) = {vector_t, list_t, slist_t, deque_t, queue_t, stack_t, priority_queue_t,
set_t, map_t, multiset_t, multimap_t, hash_set_t, hash_map_t,
hash_multiset_t, hash_multimap_t, pair_t, string_t,
iterator_t, vector_iterator_t, list_iterator_t, slist_iterator_t, deque_iterator_t,
set_iterator_t, map_iterator_t, multiset_iterator_t, multimap_iterator_t,
hash_set_iterator_t, hash_map_iterator_t, hash_multiset_iterator_t, hash_multimap_iterator_t,
string_iterator_t,
input_iterator_t, output_iterator_t, forward_iterator_t, bidirectional_iterator_t,
random_access_iterator_t}
select(C_BUILTIN -> SIMPLE_BUILTIN) = {char, short, int, long, float, double, char*, bool_t}
select(C_BUILTIN -> SIGNED_BUILTIN) = {signed}
select(C_BUILTIN -> UNSIGNED_BUILTIN) = {unsigned}
select(SIMPLE_BUILTIN -> char) = {char}
select(SIMPLE_BUILTIN -> short COMMON_SUFFIX) = {short}
select(SIMPLE_BUILTIN -> int) = {int}
select(SIMPLE_BUILTIN -> long SIMPLE_LONG_SUFFIX) = {long}
select(SIMPLE_BUILTIN -> float) = {float}
select(SIMPLE_BUILTIN -> double) = {double}
select(SIMPLE_BUILTIN -> char*) = {char*}
select(SIMPLE_BUTLIIN -> bool_t) = {bool_t}
selcet(SIGNED_BUILTIN -> signed COMPLEX_SUFFIX) = {signed}
select(UNSIGNED_BUILTIN -> unsigned COMPLEX_SUFFIX) = {unsigned}
select(COMPLEX_SUFFIX -> char) = {char}
select(COMPLEX_SUFFIX -> short COMMON_SUFFIX) = {short}
select(COMPLEX_SUFFIX -> int) = {int}
select(COMPLEX_SUFFIX -> long COMMON_SUFFIX) = {long}
select(COMPLEX_SUFFIX -> $) = {#, >, ,}
select(COMMON_SUFFIX -> int) = {int}
select(COMMON_SUFFIX -> $) = {#, >, ,}
select(SIMPLE_LONG_SUFFIX -> double) = {double}
select(SIMPLE_LONG_SUFFIX -> COMMON_SUFFIX) = {int, #, >, ,}
select(USER_DEFINE -> USER_DEFINE_TYPE identifier) = {struct, enum, union}
select(USER_DEFINE -> identifier) = {identifier}
select(USER_DEFINE_TYPE -> struct) = {struct}
select(USER_DEFINE_TYPE -> enum) = {enum}
select(USER_DEFINE_TYPE -> union) = {union}
select(CSTL_BUILTIN -> SEQUENCE) = {vector_t, list_t, slist_t, deque_t, queue_t, stack_t, priority_queue_t,
set_t, multiset_t, hash_set_t, hash_multiset_t}
select(CSTL_BUILTIN -> RELATION) = {map_t, multimap_t, hash_map_t, hash_multimap_t, pair_t}
select(CSTL_BUILTIN -> ITERATOR) = {iterator_t, vector_iterator_t, list_iterator_t, slist_iterator_t, deque_iterator_t,
set_iterator_t, map_iterator_t, multiset_iterator_t, multimap_iterator_t,
hash_set_iterator_t, hash_map_iterator_t, hash_multiset_iterator_t, hash_multimap_iterator_t,
string_iterator_t,
input_iterator_t, output_iterator_t, forward_iterator_t, bidirectional_iterator_t,
random_access_iterator_t}
select(CSTL_BUILTIN -> string_t) = {string_t}
select(SEQUENCE -> SEQUENCE_NAME < TYPE_DESCRIPT >) = {vector_t, list_t, slist_t, deque_t, queue_t, stack_t, priority_queue_t, set_t, multiset_t, hash_set_t, hash_multiset_t}
select(SEQUENCE_NAME -> vector_t) = {vector_t}
select(SEQUENCE_NAME -> list_t) = {list_t}
select(SEQUENCE_NAME -> slist_t) = {slist_t}
select(SEQUENCE_NAME -> deque_t) = {deque_t}
select(SEQUENCE_NAME -> queue_t) = {queue_t}
select(SEQUENCE_NAME -> stack_t) = {stack_t}
select(SEQUENCE_NAME -> priority_queue_t) = {priority_queue_t}
select(SEQUENCE_NAME -> set_t) = {set_t}
select(SEQUENCE_NAME -> multiset_t) = {multiset_t}
select(SEQUENCE_NAME -> hash_set_t) = {hash_set_t}
select(SEQUENCE_NAME -> hash_multiset_t) = {hash_multiset_t}
select(RELATION -> RELATION_NAME < TYPE_DESCRIPT , TYPE_DESCRIPT >) = {map_t, multimap_t, hash_map_t,
hash_multimap_t, pair_t}
select(RELATION_NAME -> map_t) = {map_t}
select(RELATION_NAME -> multimap_t) = {multimap_t}
select(RELATION_NAME -> hash_map_t) = {hash_map_t}
select(RELATION_NAME -> hash_multimap_t) = {hash_multimap_t}
select(RELATION_NAME -> pair_t) = {pair_t}
select(ITERATOR -> iterator_t) = {iterator_t}
select(ITERATOR -> vector_iterator_t) = {vector_iterator_t}
select(ITERATOR -> list_iterator_t) = {list_iterator_t}
select(ITERATOR -> slist_iterator_t) = {slist_iterator_t}
select(ITERATOR -> deque_iterator_t) = {deque_iterator_t}
select(ITERATOR -> set_iterator_t) = {set_iterator_t}
select(ITERATOR -> map_iterator_t) = {map_iterator_t}
select(ITERATOR -> multiset_iterator_t) = {multiset_iterator_t}
select(ITERATOR -> multimap_iterator_t) = {multimap_iterator_t}
select(ITERATOR -> hash_set_iterator_t) = {hash_set_iterator_t}
select(ITERATOR -> hash_map_iterator_t) = {hash_map_iterator_t}
select(ITERATOR -> hash_multiset_iterator_t) = {hash_multiset_iterator_t}
select(ITERATOR -> hash_multimap_iterator_t) = {hash_multimap_iterator_t}
select(ITERATOR -> string_iterator_t) = {string_iterator_t}
select(ITERATOR -> input_iterator_t) = {input_iterator_t}
select(ITERATOR -> output_iterator_t) = {output_iterator_t}
select(ITERATOR -> forward_iterator_t) = {forward_iterator_t}
select(ITERATOR -> bidirectional_iterator_t) = {bidirectional_iterator_t}
select(ITERATOR -> random_access_iterator_t) = {random_access_iterator_t}
===============================================================================
use case
three types
c_builtin, user_define, cstl_builtin
-- register
- register c_builtin
type_register(c_builtin) X -- c_builtin type is initialized.
- register user_define
type_register(struct _tagabc) X -- struct _tagabc is not defined by user.
O -- struct _tagabc is defined by user.
type_register(abc_t) X -- typedef struct _tagabc abc_t is not defined by user
O -- typedef struct _tagabc abc_t is defined.
*NOTE* type_register(struct _tagabc) and type_register(abc_t) is two registered type.
please use type_register(struct _tagabc) then type_duplicated(struct _tagabc, abc_t);
- register cstl_builtin
type_register(vector_t) X -- cstl_builtin type is initialized.
type_register(vector_t) X -- this type is invalid registered type.
type_register(forward_iterator_t) X -- iterator type is initialized.
-- duplicate
- duplicate c_builtin
type_duplicate(int, myint_t) or type_duplicate(myint_t, int) X -- typedef int myint_t is not defined or myint_t is registered as another type.
O -- typedef int myint_t is defined and myint_t is unregisterde.
- duplicate user_defined
type_duplicate(struct _tagabc, abc_t)or
type_duplicate(abc_t, struct _tagabc) X -- struct _tagabc and abc_t are unregistered
-- typedef struct _tagabc abc_t is undefined
-- struct _tagabc is registered, and abc_t is registered an other type.
O -- typedef struct _tagabc abc_t is defined and one is registered.
-- struct _tagabc and abc_t are registered as same type(or duplicated).
- duplicate cstl_builtin
type_duplicate(vector_t, myv_t) or
type_duplicate(myv_t, vector_t) X -- typedef vector_t myv_t is undefined
-- myv_t is registered as other type.
X -- typedef vector_t myv_t is defined and myv_t is unregistered.
*NOTE* 不允许对cstl容器类型进行重命名, except iterator_t.
-- unregistered
- unregistered c_builtin
type_unregistered(int) X -- can't unregistered c butiltin type.
- unregistered user_define
type_unregistered(struct _tagabc) or
type_unregistered(abc_t) O -- unregistered type and all duplicated types.
- unregistered cstl_builtin
type_unregistered(vector_t) or
type_unregistered(iterator_t) X -- can't unregistered cstl builtin type.
-- 容器使用注册类型以vector_t为例
- 创建容器使用用户提供的字符串来创建容器，用户提供的字符串是用来描述
容器中保存的数据类型的：
c_builtin
create_vector(int);
create_vector(unsigned long int);
user_define
create_vector(struct _tagabc);
create_vector(abc_t);
cstl_builtin
create_vector(list_t);
create_vector(map_t, deque_t>);
create_vector(slist_t);
- 字符串格式校验
create_vector(struct _tagabc);
create_vector(map_t <
stack_t < long
double >
, deque_t< struct _tagabc
>>);
- 判断容器类型相同
- c_builtin
vector_t == vector_t
vector_t == vector_t -- type_duplicate(int, myint_t)
- user_define
vector_t == vector_t -- type_duplicate(struct _tagabc, abc_t)
- cstl_builtin
vector_t> == vector_t> -- type_duplicate(struct _tagabc, abc_t)
e.g.
vector_t> vector_t>
vector_t vector_t
list_t list_t
list_t list_t
struct _tagabc abc_t
bool_t _type_is_same(const char* s_typename1, const char* s_typename2)
{
char s_elemname1[_TYPE_NAME_SIZE+1];
char s_prefix1[_TYPE_NAME_SIZE+1];
char s_elemname2[_TYPE_NAME_SIZE+1];
char s_prefix2[_TYPE_NAME_SIZE+1];
char* pc_index1 = NULL;
char* pc_leftbracket1 = NULL;
char* pc_rightbracket1 = NULL;
char* pc_comma1 = NULL;
char* pc_index2 = NULL;
char* pc_leftbracket2 = NULL;
char* pc_rightbracket2 = NULL;
char* pc_comma2 = NULL;
memset(s_elemname1, '\0', _TYPE_NAME_SIZE+1);
memset(s_elemname2, '\0', _TYPE_NAME_SIZE+1);
memset(s_prefix1, '\0', _TYPE_NAME_SIZE+1);
memset(s_prefix2, '\0', _TYPE_NAME_SIZE+1);
strncpy(s_elemname1, "vector_t", _TYPE_NAME_SIZE);
strncpy(s_elemname2, "vector_t", _TYPE_NAME_SIZE);
do{
pc_leftbracket1 = strchr(s_elemname1, '<');
pc_comma1 = strchr(s_elemname1, ',');
pc_rightbracket1 = strchr(s_elemname1, '>');
pc_leftbracket2 = strchr(s_elemname2, '<');
pc_comma2 = strchr(s_elemname2, ',');
pc_rightbracket2 = strchr(s_elemname2, '>');
if(pc_leftbracket1 != NULL)
{
if(pc_comma1 != NULL)
{
if(pc_rightbracket1 != NULL)
{
pc_index1 = pc_leftbracket1 - s_elemname1 < pc_comma1 - s_elemname1 ?
pc_leftbracket1 - s_elemname1 < pc_rightbracket1 - s_elemname1 ?
pc_leftbracket1 : pc_rightbracket1 :
pc_comma1 - s_elemname1 < pc_rightbracket1 - s_elemname1 ?
pc_comma1 : pc_rightbracket1;
}
else
{
pc_index1 = pc_leftbracket1 - s_elemname1 < pc_comma1 - s_elemname1 ?
pc_leftbracket1 : pc_comma1;
}
}
else
{
if(pc_rightbracket1 != NULL)
{
pc_index1 = pc_leftbracket1 - s_elemname1 < pc_rightbracket1 - s_elemname1 ?
pc_leftbracket1 : pc_rightbracket1;
}
else
{
pc_index1 = pc_leftbracket1;
}
}
}
else
{
if(pc_comma1 != NULL)
{
if(pc_rightbracket1 != NULL)
{
pc_index1 = pc_comma1 - s_elemname1 < pc_rightbracket1 - s_elemname1 ?
pc_comma1 : pc_rightbracket1;
}
else
{
pc_index1 = pc_comma1;
}
}
else
{
pc_index1 = pc_rightbracket1;
}
}
if(pc_leftbracket2 != NULL)
{
if(pc_comma2 != NULL)
{
if(pc_rightbracket2 != NULL)
{
pc_index2 = pc_leftbracket2 - s_elemname2 < pc_comma2 - s_elemname2 ?
pc_leftbracket2 - s_elemname2 < pc_rightbracket2 - s_elemname2 ?
pc_leftbracket2 : pc_rightbracket2 :
pc_comma2 - s_elemname2 < pc_rightbracket2 - s_elemname2 ?
pc_comma2 : pc_rightbracket2;
}
else
{
pc_index2 = pc_leftbracket2 - s_elemname2 < pc_comma2 - s_elemname2 ?
pc_leftbracket2 : pc_comma2;
}
}
else
{
if(pc_rightbracket2 != NULL)
{
pc_index2 = pc_leftbracket2 - s_elemname2 < pc_rightbracket2 - s_elemname2 ?
pc_leftbracket2 : pc_rightbracket2;
}
else
{
pc_index2 = pc_leftbracket2;
}
}
}
else
{
if(pc_comma2 != NULL)
{
if(pc_rightbracket2 != NULL)
{
pc_index2 = pc_comma2 - s_elemname2 < pc_rightbracket2 - s_elemname2 ?
pc_comma2 : pc_rightbracket2;
}
else
{
pc_index2 = pc_comma2;
}
}
else
{
pc_index2 = pc_rightbracket2;
}
}
if(pc_index1 != NULL && pc_index2 != NULL)
{
memset(s_prefix1, '\0', _TYPE_NAME_SIZE+1);
memset(s_prefix2, '\0', _TYPE_NAME_SIZE+1);
strncpy(s_prefix1, s_elemname1, pc_index1 - s_elemname1);
strncpy(s_prefix2, s_elemname2, pc_index2 - s_elemname2);
if(strncmp(s_prefix1, s_prefix2, _TYPE_NAME_SIZE) != 0)
{
std::cout << s_prefix1 << std::endl << s_prefix2 << std::endl;
}
memset(s_prefix1, '\0', _TYPE_NAME_SIZE+1);
memset(s_prefix2, '\0', _TYPE_NAME_SIZE+1);
strncpy(s_prefix1, pc_index1+1, _TYPE_NAME_SIZE);
strncpy(s_prefix2, pc_index2+1, _TYPE_NAME_SIZE);
memset(s_elemname1, '\0', _TYPE_NAME_SIZE+1);
memset(s_elemname2, '\0', _TYPE_NAME_SIZE+1);
strncpy(s_elemname1, s_prefix1, _TYPE_NAME_SIZE);
strncpy(s_elemname2, s_prefix2, _TYPE_NAME_SIZE);
}
else
{
assert(pc_index1 == NULL && pc_index2 == NULL);
if(strncmp(s_elemname1, s_elemname2, _TYPE_NAME_SIZE) != 0)
{
std::cout << s_elemname1 << std::endl << s_elemname2 << std::endl;
}
}
}while((pc_leftbracket1 != NULL || pc_comma1 != NULL || pc_rightbracket1 != NULL) &&
(pc_leftbracket2 != NULL || pc_comma2 != NULL || pc_rightbracket2 != NULL));
assert(pc_leftbracket1 == NULL && pc_comma1 == NULL && pc_rightbracket1 == NULL &&
pc_leftbracket2 == NULL && pc_comma2 == NULL && pc_rightbracket2 == NULL);
}
map_t,deque_t> map_t,deque_t>
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