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java/src/main/java/com/jsoniter/IterImpl.java at master · sowapplication/java · GitHub
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jsoniter
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/
jsoniter
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IterImpl.java
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package
com
.
jsoniter
;
import
com
.
jsoniter
.
any
.
Any
;
import
com
.
jsoniter
.
spi
.
JsonException
;
import
com
.
jsoniter
.
spi
.
Slice
;
import
java
.
io
.
IOException
;
import
java
.
math
.
BigInteger
;
class
IterImpl
{
private
static
BigInteger
maxLong
=
BigInteger
.
valueOf
(
Long
.
MAX_VALUE
);
private
static
BigInteger
minLong
=
BigInteger
.
valueOf
(
Long
.
MIN_VALUE
);
private
static
BigInteger
maxInt
=
BigInteger
.
valueOf
(
Integer
.
MAX_VALUE
);
private
static
BigInteger
minInt
=
BigInteger
.
valueOf
(
Integer
.
MIN_VALUE
);
public
static
final
int
readObjectFieldAsHash
(
JsonIterator
iter
)
throws
IOException
{
if
(
readByte
(
iter
) !=
'"'
) {
if
(
nextToken
(
iter
) !=
'"'
) {
throw
iter
.
reportError
(
"readObjectFieldAsHash"
,
"expect
\"
"
);
}
}
long
hash
=
0x811c9dc5
;
int
i
=
iter
.
head
;
for
(;
i
<
iter
.
tail
;
i
++) {
byte
c
=
iter
.
buf
[
i
];
if
(
c
==
'"'
) {
break
;
}
hash
^=
c
;
hash
*=
0x1000193
;
}
iter
.
head
=
i
+
1
;
if
(
readByte
(
iter
) !=
':'
) {
if
(
nextToken
(
iter
) !=
':'
) {
throw
iter
.
reportError
(
"readObjectFieldAsHash"
,
"expect :"
);
}
}
return
(
int
)
hash
;
}
public
static
final
Slice
readObjectFieldAsSlice
(
JsonIterator
iter
)
throws
IOException
{
Slice
field
=
readSlice
(
iter
);
if
(
nextToken
(
iter
) !=
':'
) {
throw
iter
.
reportError
(
"readObjectFieldAsSlice"
,
"expect : after object field"
);
}
return
field
;
}
final
static
void
skipArray
(
JsonIterator
iter
)
throws
IOException
{
int
level
=
1
;
for
(
int
i
=
iter
.
head
;
i
<
iter
.
tail
;
i
++) {
switch
(
iter
.
buf
[
i
]) {
case
'"'
:
// If inside string, skip it
iter
.
head
=
i
+
1
;
skipString
(
iter
);
i
=
iter
.
head
-
1
;
// it will be i++ soon
break
;
case
'['
:
// If open symbol, increase level
level
++;
break
;
case
']'
:
// If close symbol, increase level
level
--;
// If we have returned to the original level, we're done
if
(
level
==
0
) {
iter
.
head
=
i
+
1
;
return
;
}
break
;
}
}
throw
iter
.
reportError
(
"skipArray"
,
"incomplete array"
);
}
final
static
void
skipObject
(
JsonIterator
iter
)
throws
IOException
{
int
level
=
1
;
for
(
int
i
=
iter
.
head
;
i
<
iter
.
tail
;
i
++) {
switch
(
iter
.
buf
[
i
]) {
case
'"'
:
// If inside string, skip it
iter
.
head
=
i
+
1
;
skipString
(
iter
);
i
=
iter
.
head
-
1
;
// it will be i++ soon
break
;
case
'{'
:
// If open symbol, increase level
level
++;
break
;
case
'}'
:
// If close symbol, increase level
level
--;
// If we have returned to the original level, we're done
if
(
level
==
0
) {
iter
.
head
=
i
+
1
;
return
;
}
break
;
}
}
throw
iter
.
reportError
(
"skipObject"
,
"incomplete object"
);
}
final
static
void
skipString
(
JsonIterator
iter
)
throws
IOException
{
int
end
=
IterImplSkip
.
findStringEnd
(
iter
);
if
(
end
== -
1
) {
throw
iter
.
reportError
(
"skipString"
,
"incomplete string"
);
}
else
{
iter
.
head
=
end
;
}
}
final
static
void
skipUntilBreak
(
JsonIterator
iter
)
throws
IOException
{
// true, false, null, number
for
(
int
i
=
iter
.
head
;
i
<
iter
.
tail
;
i
++) {
byte
c
=
iter
.
buf
[
i
];
if
(
IterImplSkip
.
breaks
[
c
]) {
iter
.
head
=
i
;
return
;
}
}
iter
.
head
=
iter
.
tail
;
}
final
static
boolean
skipNumber
(
JsonIterator
iter
)
throws
IOException
{
// true, false, null, number
boolean
dotFound
=
false
;
for
(
int
i
=
iter
.
head
;
i
<
iter
.
tail
;
i
++) {
byte
c
=
iter
.
buf
[
i
];
if
(
c
==
'.'
||
c
==
'e'
||
c
==
'E'
) {
dotFound
=
true
;
continue
;
}
if
(
IterImplSkip
.
breaks
[
c
]) {
iter
.
head
=
i
;
return
dotFound
;
}
}
iter
.
head
=
iter
.
tail
;
return
dotFound
;
}
// read the bytes between " "
public
final
static
Slice
readSlice
(
JsonIterator
iter
)
throws
IOException
{
if
(
IterImpl
.
nextToken
(
iter
) !=
'"'
) {
throw
iter
.
reportError
(
"readSlice"
,
"expect
\"
for string"
);
}
int
end
=
IterImplString
.
findSliceEnd
(
iter
);
if
(
end
== -
1
) {
throw
iter
.
reportError
(
"readSlice"
,
"incomplete string"
);
}
else
{
// reuse current buffer
iter
.
reusableSlice
.
reset
(
iter
.
buf
,
iter
.
head
,
end
-
1
);
iter
.
head
=
end
;
return
iter
.
reusableSlice
;
}
}
final
static
byte
nextToken
(
final
JsonIterator
iter
)
throws
IOException
{
int
i
=
iter
.
head
;
for
(; ; ) {
byte
c
=
iter
.
buf
[
i
++];
switch
(
c
) {
case
' '
:
case
'\n'
:
case
'\r'
:
case
'\t'
:
continue
;
default
:
iter
.
head
=
i
;
return
c
;
}
}
}
final
static
byte
readByte
(
JsonIterator
iter
)
throws
IOException
{
return
iter
.
buf
[
iter
.
head
++];
}
public
static
Any
readAny
(
JsonIterator
iter
)
throws
IOException
{
int
start
=
iter
.
head
;
byte
c
=
nextToken
(
iter
);
switch
(
c
) {
case
'"'
:
skipString
(
iter
);
return
Any
.
lazyString
(
iter
.
buf
,
start
,
iter
.
head
);
case
't'
:
skipFixedBytes
(
iter
,
3
);
return
Any
.
wrap
(
true
);
case
'f'
:
skipFixedBytes
(
iter
,
4
);
return
Any
.
wrap
(
false
);
case
'n'
:
skipFixedBytes
(
iter
,
3
);
return
Any
.
wrap
((
Object
)
null
);
case
'['
:
skipArray
(
iter
);
return
Any
.
lazyArray
(
iter
.
buf
,
start
,
iter
.
head
);
case
'{'
:
skipObject
(
iter
);
return
Any
.
lazyObject
(
iter
.
buf
,
start
,
iter
.
head
);
default
:
if
(
skipNumber
(
iter
)) {
return
Any
.
lazyDouble
(
iter
.
buf
,
start
,
iter
.
head
);
}
else
{
return
Any
.
lazyLong
(
iter
.
buf
,
start
,
iter
.
head
);
}
}
}
public
static
void
skipFixedBytes
(
JsonIterator
iter
,
int
n
)
throws
IOException
{
iter
.
head
+=
n
;
}
public
final
static
boolean
loadMore
(
JsonIterator
iter
)
throws
IOException
{
return
false
;
}
public
final
static
int
readStringSlowPath
(
JsonIterator
iter
,
int
j
)
throws
IOException
{
try
{
boolean
isExpectingLowSurrogate
=
false
;
for
(
int
i
=
iter
.
head
;
i
<
iter
.
tail
; ) {
int
bc
=
iter
.
buf
[
i
++];
if
(
bc
==
'"'
) {
iter
.
head
=
i
;
return
j
;
}
if
(
bc
==
'\\'
) {
bc
=
iter
.
buf
[
i
++];
switch
(
bc
) {
case
'b'
:
bc
=
'\b'
;
break
;
case
't'
:
bc
=
'\t'
;
break
;
case
'n'
:
bc
=
'\n'
;
break
;
case
'f'
:
bc
=
'\f'
;
break
;
case
'r'
:
bc
=
'\r'
;
break
;
case
'"'
:
case
'/'
:
case
'\\'
:
break
;
case
'u'
:
bc
= (
IterImplString
.
translateHex
(
iter
.
buf
[
i
++]) <<
12
) +
(
IterImplString
.
translateHex
(
iter
.
buf
[
i
++]) <<
8
) +
(
IterImplString
.
translateHex
(
iter
.
buf
[
i
++]) <<
4
) +
IterImplString
.
translateHex
(
iter
.
buf
[
i
++]);
if
(
Character
.
isHighSurrogate
((
char
)
bc
)) {
if
(
isExpectingLowSurrogate
) {
throw
new
JsonException
(
"invalid surrogate"
);
}
else
{
isExpectingLowSurrogate
=
true
;
}
}
else
if
(
Character
.
isLowSurrogate
((
char
)
bc
)) {
if
(
isExpectingLowSurrogate
) {
isExpectingLowSurrogate
=
false
;
}
else
{
throw
new
JsonException
(
"invalid surrogate"
);
}
}
else
{
if
(
isExpectingLowSurrogate
) {
throw
new
JsonException
(
"invalid surrogate"
);
}
}
break
;
default
:
throw
iter
.
reportError
(
"readStringSlowPath"
,
"invalid escape character: "
+
bc
);
}
}
else
if
((
bc
&
0x80
) !=
0
) {
final
int
u2
=
iter
.
buf
[
i
++];
if
((
bc
&
0xE0
) ==
0xC0
) {
bc
= ((
bc
&
0x1F
) <<
6
) + (
u2
&
0x3F
);
}
else
{
final
int
u3
=
iter
.
buf
[
i
++];
if
((
bc
&
0xF0
) ==
0xE0
) {
bc
= ((
bc
&
0x0F
) <<
12
) + ((
u2
&
0x3F
) <<
6
) + (
u3
&
0x3F
);
}
else
{
final
int
u4
=
iter
.
buf
[
i
++];
if
((
bc
&
0xF8
) ==
0xF0
) {
bc
= ((
bc
&
0x07
) <<
18
) + ((
u2
&
0x3F
) <<
12
) + ((
u3
&
0x3F
) <<
6
) + (
u4
&
0x3F
);
}
else
{
throw
iter
.
reportError
(
"readStringSlowPath"
,
"invalid unicode character"
);
}
if
(
bc
>=
0x10000
) {
// check if valid unicode
if
(
bc
>=
0x110000
)
throw
iter
.
reportError
(
"readStringSlowPath"
,
"invalid unicode character"
);
// split surrogates
final
int
sup
=
bc
-
0x10000
;
if
(
iter
.
reusableChars
.
length
==
j
) {
char
[]
newBuf
=
new
char
[
iter
.
reusableChars
.
length
*
2
];
System
.
arraycopy
(
iter
.
reusableChars
,
0
,
newBuf
,
0
,
iter
.
reusableChars
.
length
);
iter
.
reusableChars
=
newBuf
;
}
iter
.
reusableChars
[
j
++] = (
char
) ((
sup
>>>
10
) +
0xd800
);
if
(
iter
.
reusableChars
.
length
==
j
) {
char
[]
newBuf
=
new
char
[
iter
.
reusableChars
.
length
*
2
];
System
.
arraycopy
(
iter
.
reusableChars
,
0
,
newBuf
,
0
,
iter
.
reusableChars
.
length
);
iter
.
reusableChars
=
newBuf
;
}
iter
.
reusableChars
[
j
++] = (
char
) ((
sup
&
0x3ff
) +
0xdc00
);
continue
;
}
}
}
}
if
(
iter
.
reusableChars
.
length
==
j
) {
char
[]
newBuf
=
new
char
[
iter
.
reusableChars
.
length
*
2
];
System
.
arraycopy
(
iter
.
reusableChars
,
0
,
newBuf
,
0
,
iter
.
reusableChars
.
length
);
iter
.
reusableChars
=
newBuf
;
}
iter
.
reusableChars
[
j
++] = (
char
)
bc
;
}
throw
iter
.
reportError
(
"readStringSlowPath"
,
"incomplete string"
);
}
catch
(
IndexOutOfBoundsException
e
) {
throw
iter
.
reportError
(
"readString"
,
"incomplete string"
);
}
}
public
static
int
updateStringCopyBound
(
final
JsonIterator
iter
,
final
int
bound
) {
return
bound
;
}
static
final
int
readInt
(
final
JsonIterator
iter
,
final
byte
c
)
throws
IOException
{
int
ind
=
IterImplNumber
.
intDigits
[
c
];
if
(
ind
==
0
) {
IterImplForStreaming
.
assertNotLeadingZero
(
iter
);
return
0
;
}
if
(
ind
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
throw
iter
.
reportError
(
"readInt"
,
"expect 0~9"
);
}
if
(
iter
.
tail
-
iter
.
head
>
9
) {
int
i
=
iter
.
head
;
int
ind2
=
IterImplNumber
.
intDigits
[
iter
.
buf
[
i
]];
if
(
ind2
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
return
-
ind
;
}
int
ind3
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind3
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
10
+
ind2
;
return
-
ind
;
}
int
ind4
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind4
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
100
+
ind2
*
10
+
ind3
;
return
-
ind
;
}
int
ind5
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind5
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
1000
+
ind2
*
100
+
ind3
*
10
+
ind4
;
return
-
ind
;
}
int
ind6
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind6
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
10000
+
ind2
*
1000
+
ind3
*
100
+
ind4
*
10
+
ind5
;
return
-
ind
;
}
int
ind7
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind7
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
100000
+
ind2
*
10000
+
ind3
*
1000
+
ind4
*
100
+
ind5
*
10
+
ind6
;
return
-
ind
;
}
int
ind8
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind8
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
1000000
+
ind2
*
100000
+
ind3
*
10000
+
ind4
*
1000
+
ind5
*
100
+
ind6
*
10
+
ind7
;
return
-
ind
;
}
int
ind9
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
ind
=
ind
*
10000000
+
ind2
*
1000000
+
ind3
*
100000
+
ind4
*
10000
+
ind5
*
1000
+
ind6
*
100
+
ind7
*
10
+
ind8
;
iter
.
head
=
i
;
if
(
ind9
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
return
-
ind
;
}
}
return
IterImplForStreaming
.
readIntSlowPath
(
iter
,
ind
);
}
static
final
long
readLong
(
final
JsonIterator
iter
,
final
byte
c
)
throws
IOException
{
long
ind
=
IterImplNumber
.
intDigits
[
c
];
if
(
ind
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
throw
iter
.
reportError
(
"readLong"
,
"expect 0~9"
);
}
if
(
iter
.
tail
-
iter
.
head
>
9
) {
int
i
=
iter
.
head
;
int
ind2
=
IterImplNumber
.
intDigits
[
iter
.
buf
[
i
]];
if
(
ind2
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
return
-
ind
;
}
int
ind3
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind3
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
10
+
ind2
;
return
-
ind
;
}
int
ind4
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind4
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
100
+
ind2
*
10
+
ind3
;
return
-
ind
;
}
int
ind5
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind5
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
1000
+
ind2
*
100
+
ind3
*
10
+
ind4
;
return
-
ind
;
}
int
ind6
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind6
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
10000
+
ind2
*
1000
+
ind3
*
100
+
ind4
*
10
+
ind5
;
return
-
ind
;
}
int
ind7
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind7
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
100000
+
ind2
*
10000
+
ind3
*
1000
+
ind4
*
100
+
ind5
*
10
+
ind6
;
return
-
ind
;
}
int
ind8
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
if
(
ind8
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
iter
.
head
=
i
;
ind
=
ind
*
1000000
+
ind2
*
100000
+
ind3
*
10000
+
ind4
*
1000
+
ind5
*
100
+
ind6
*
10
+
ind7
;
return
-
ind
;
}
int
ind9
=
IterImplNumber
.
intDigits
[
iter
.
buf
[++
i
]];
ind
=
ind
*
10000000
+
ind2
*
1000000
+
ind3
*
100000
+
ind4
*
10000
+
ind5
*
1000
+
ind6
*
100
+
ind7
*
10
+
ind8
;
iter
.
head
=
i
;
if
(
ind9
==
IterImplNumber
.
INVALID_CHAR_FOR_NUMBER
) {
return
-
ind
;
}
}
return
IterImplForStreaming
.
readLongSlowPath
(
iter
,
ind
);
}
static
final
double
readDouble
(
final
JsonIterator
iter
)
throws
IOException
{
int
oldHead
=
iter
.
head
;
try
{
try
{
long
value
=
IterImplNumber
.
readLong
(
iter
);
// without the dot & sign
if
(
iter
.
head
==
iter
.
tail
) {
return
value
;
}
byte
c
=
iter
.
buf
[
iter
.
head
];
if
(
c
==
'.'
) {
iter
.
head
++;
int
start
=
iter
.
head
;
c
=
iter
.
buf
[
iter
.
head
++];
long
decimalPart
=
readLong
(
iter
,
c
);
if
(
decimalPart
==
Long
.
MIN_VALUE
) {
return
IterImplForStreaming
.
readDoubleSlowPath
(
iter
);
}
decimalPart
= -
decimalPart
;
int
decimalPlaces
=
iter
.
head
-
start
;
if
(
decimalPlaces
>
0
&&
decimalPlaces
<
IterImplNumber
.
POW10
.
length
&& (
iter
.
head
-
oldHead
) <
10
) {
return
value
+ (
decimalPart
/ (
double
)
IterImplNumber
.
POW10
[
decimalPlaces
]);
}
else
{
iter
.
head
=
oldHead
;
return
IterImplForStreaming
.
readDoubleSlowPath
(
iter
);
}
}
else
{
return
value
;
}
}
finally
{
if
(
iter
.
head
<
iter
.
tail
&& (
iter
.
buf
[
iter
.
head
] ==
'e'
||
iter
.
buf
[
iter
.
head
] ==
'E'
)) {
iter
.
head
=
oldHead
;
return
IterImplForStreaming
.
readDoubleSlowPath
(
iter
);
}
}
}
catch
(
JsonException
e
) {
iter
.
head
=
oldHead
;
return
IterImplForStreaming
.
readDoubleSlowPath
(
iter
);
}
}
}
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