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// Code generated by protoc-gen-go-vtproto. DO NOT EDIT.
// protoc-gen-go-vtproto version: v0.6.1-0.20240409071808-615f978279ca
// source: storage/node_component.proto
package
storage
import
(
binary
"encoding/binary"
fmt
"fmt"
protohelpers
"github.com/planetscale/vtprotobuf/protohelpers"
proto
"google.golang.org/protobuf/proto"
protoimpl
"google.golang.org/protobuf/runtime/protoimpl"
io
"io"
math
"math"
unsafe
"unsafe"
)
const
(
// Verify that this generated code is sufficiently up-to-date.
_
=
protoimpl
.
EnforceVersion
(
20
-
protoimpl
.
MinVersion
)
// Verify that runtime/protoimpl is sufficiently up-to-date.
_
=
protoimpl
.
EnforceVersion
(
protoimpl
.
MaxVersion
-
20
)
)
func
(
m
*
NodeComponent
)
CloneVT
()
*
NodeComponent
{
if
m
==
nil
{
return
(
*
NodeComponent
)(
nil
)
}
r
:=
new
(
NodeComponent
)
r
.
Id
=
m
.
Id
r
.
Name
=
m
.
Name
r
.
Version
=
m
.
Version
r
.
Priority
=
m
.
Priority
r
.
RiskScore
=
m
.
RiskScore
r
.
OperatingSystem
=
m
.
OperatingSystem
if
m
.
SetTopCvss
!=
nil
{
r
.
SetTopCvss
=
m
.
SetTopCvss
.(
interface
{
CloneVT
()
isNodeComponent_SetTopCvss
}).
CloneVT
()
}
if
len
(
m
.
unknownFields
)
>
0
{
r
.
unknownFields
=
make
([]
byte
,
len
(
m
.
unknownFields
))
copy
(
r
.
unknownFields
,
m
.
unknownFields
)
}
return
r
}
func
(
m
*
NodeComponent
)
CloneMessageVT
() proto.
Message
{
return
m
.
CloneVT
()
}
func
(
m
*
NodeComponent_TopCvss
)
CloneVT
()
isNodeComponent_SetTopCvss
{
if
m
==
nil
{
return
(
*
NodeComponent_TopCvss
)(
nil
)
}
r
:=
new
(
NodeComponent_TopCvss
)
r
.
TopCvss
=
m
.
TopCvss
return
r
}
func
(
this
*
NodeComponent
)
EqualVT
(
that
*
NodeComponent
)
bool
{
if
this
==
that
{
return
true
}
else
if
this
==
nil
||
that
==
nil
{
return
false
}
if
this
.
SetTopCvss
==
nil
&&
that
.
SetTopCvss
!=
nil
{
return
false
}
else
if
this
.
SetTopCvss
!=
nil
{
if
that
.
SetTopCvss
==
nil
{
return
false
}
if
!
this
.
SetTopCvss
.(
interface
{
EqualVT
(
isNodeComponent_SetTopCvss
)
bool
}).
EqualVT
(
that
.
SetTopCvss
) {
return
false
}
}
if
this
.
Id
!=
that
.
Id
{
return
false
}
if
this
.
Name
!=
that
.
Name
{
return
false
}
if
this
.
Version
!=
that
.
Version
{
return
false
}
if
this
.
Priority
!=
that
.
Priority
{
return
false
}
if
this
.
RiskScore
!=
that
.
RiskScore
{
return
false
}
if
this
.
OperatingSystem
!=
that
.
OperatingSystem
{
return
false
}
return
string
(
this
.
unknownFields
)
==
string
(
that
.
unknownFields
)
}
func
(
this
*
NodeComponent
)
EqualMessageVT
(
thatMsg
proto.
Message
)
bool
{
that
,
ok
:=
thatMsg
.(
*
NodeComponent
)
if
!
ok
{
return
false
}
return
this
.
EqualVT
(
that
)
}
func
(
this
*
NodeComponent_TopCvss
)
EqualVT
(
thatIface
isNodeComponent_SetTopCvss
)
bool
{
that
,
ok
:=
thatIface
.(
*
NodeComponent_TopCvss
)
if
!
ok
{
return
false
}
if
this
==
that
{
return
true
}
if
this
==
nil
&&
that
!=
nil
||
this
!=
nil
&&
that
==
nil
{
return
false
}
if
this
.
TopCvss
!=
that
.
TopCvss
{
return
false
}
return
true
}
func
(
m
*
NodeComponent
)
MarshalVT
() (
dAtA
[]
byte
,
err
error
) {
if
m
==
nil
{
return
nil
,
nil
}
size
:=
m
.
SizeVT
()
dAtA
=
make
([]
byte
,
size
)
n
,
err
:=
m
.
MarshalToSizedBufferVT
(
dAtA
[:
size
])
if
err
!=
nil
{
return
nil
,
err
}
return
dAtA
[:
n
],
nil
}
func
(
m
*
NodeComponent
)
MarshalToVT
(
dAtA
[]
byte
) (
int
,
error
) {
size
:=
m
.
SizeVT
()
return
m
.
MarshalToSizedBufferVT
(
dAtA
[:
size
])
}
func
(
m
*
NodeComponent
)
MarshalToSizedBufferVT
(
dAtA
[]
byte
) (
int
,
error
) {
if
m
==
nil
{
return
0
,
nil
}
i
:=
len
(
dAtA
)
_
=
i
var
l
int
_
=
l
if
m
.
unknownFields
!=
nil
{
i
-=
len
(
m
.
unknownFields
)
copy
(
dAtA
[
i
:],
m
.
unknownFields
)
}
if
vtmsg
,
ok
:=
m
.
SetTopCvss
.(
interface
{
MarshalToSizedBufferVT
([]
byte
) (
int
,
error
)
});
ok
{
size
,
err
:=
vtmsg
.
MarshalToSizedBufferVT
(
dAtA
[:
i
])
if
err
!=
nil
{
return
0
,
err
}
i
-=
size
}
if
len
(
m
.
OperatingSystem
)
>
0
{
i
-=
len
(
m
.
OperatingSystem
)
copy
(
dAtA
[
i
:],
m
.
OperatingSystem
)
i
=
protohelpers
.
EncodeVarint
(
dAtA
,
i
,
uint64
(
len
(
m
.
OperatingSystem
)))
i
--
dAtA
[
i
]
=
0x4a
}
if
m
.
RiskScore
!=
0
{
i
-=
4
binary
.
LittleEndian
.
PutUint32
(
dAtA
[
i
:],
uint32
(
math
.
Float32bits
(
float32
(
m
.
RiskScore
))))
i
--
dAtA
[
i
]
=
0x3d
}
if
m
.
Priority
!=
0
{
i
=
protohelpers
.
EncodeVarint
(
dAtA
,
i
,
uint64
(
m
.
Priority
))
i
--
dAtA
[
i
]
=
0x28
}
if
len
(
m
.
Version
)
>
0
{
i
-=
len
(
m
.
Version
)
copy
(
dAtA
[
i
:],
m
.
Version
)
i
=
protohelpers
.
EncodeVarint
(
dAtA
,
i
,
uint64
(
len
(
m
.
Version
)))
i
--
dAtA
[
i
]
=
0x1a
}
if
len
(
m
.
Name
)
>
0
{
i
-=
len
(
m
.
Name
)
copy
(
dAtA
[
i
:],
m
.
Name
)
i
=
protohelpers
.
EncodeVarint
(
dAtA
,
i
,
uint64
(
len
(
m
.
Name
)))
i
--
dAtA
[
i
]
=
0x12
}
if
len
(
m
.
Id
)
>
0
{
i
-=
len
(
m
.
Id
)
copy
(
dAtA
[
i
:],
m
.
Id
)
i
=
protohelpers
.
EncodeVarint
(
dAtA
,
i
,
uint64
(
len
(
m
.
Id
)))
i
--
dAtA
[
i
]
=
0xa
}
return
len
(
dAtA
)
-
i
,
nil
}
func
(
m
*
NodeComponent_TopCvss
)
MarshalToVT
(
dAtA
[]
byte
) (
int
,
error
) {
size
:=
m
.
SizeVT
()
return
m
.
MarshalToSizedBufferVT
(
dAtA
[:
size
])
}
func
(
m
*
NodeComponent_TopCvss
)
MarshalToSizedBufferVT
(
dAtA
[]
byte
) (
int
,
error
) {
i
:=
len
(
dAtA
)
i
-=
4
binary
.
LittleEndian
.
PutUint32
(
dAtA
[
i
:],
uint32
(
math
.
Float32bits
(
float32
(
m
.
TopCvss
))))
i
--
dAtA
[
i
]
=
0x45
return
len
(
dAtA
)
-
i
,
nil
}
func
(
m
*
NodeComponent
)
SizeVT
() (
n
int
) {
if
m
==
nil
{
return
0
}
var
l
int
_
=
l
l
=
len
(
m
.
Id
)
if
l
>
0
{
n
+=
1
+
l
+
protohelpers
.
SizeOfVarint
(
uint64
(
l
))
}
l
=
len
(
m
.
Name
)
if
l
>
0
{
n
+=
1
+
l
+
protohelpers
.
SizeOfVarint
(
uint64
(
l
))
}
l
=
len
(
m
.
Version
)
if
l
>
0
{
n
+=
1
+
l
+
protohelpers
.
SizeOfVarint
(
uint64
(
l
))
}
if
m
.
Priority
!=
0
{
n
+=
1
+
protohelpers
.
SizeOfVarint
(
uint64
(
m
.
Priority
))
}
if
m
.
RiskScore
!=
0
{
n
+=
5
}
if
vtmsg
,
ok
:=
m
.
SetTopCvss
.(
interface
{
SizeVT
()
int
});
ok
{
n
+=
vtmsg
.
SizeVT
()
}
l
=
len
(
m
.
OperatingSystem
)
if
l
>
0
{
n
+=
1
+
l
+
protohelpers
.
SizeOfVarint
(
uint64
(
l
))
}
n
+=
len
(
m
.
unknownFields
)
return
n
}
func
(
m
*
NodeComponent_TopCvss
)
SizeVT
() (
n
int
) {
if
m
==
nil
{
return
0
}
var
l
int
_
=
l
n
+=
5
return
n
}
func
(
m
*
NodeComponent
)
UnmarshalVT
(
dAtA
[]
byte
)
error
{
l
:=
len
(
dAtA
)
iNdEx
:=
0
for
iNdEx
<
l
{
preIndex
:=
iNdEx
var
wire
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
wire
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
fieldNum
:=
int32
(
wire
>>
3
)
wireType
:=
int
(
wire
&
0x7
)
if
wireType
==
4
{
return
fmt
.
Errorf
(
"proto: NodeComponent: wiretype end group for non-group"
)
}
if
fieldNum
<=
0
{
return
fmt
.
Errorf
(
"proto: NodeComponent: illegal tag %d (wire type %d)"
,
fieldNum
,
wire
)
}
switch
fieldNum
{
case
1
:
if
wireType
!=
2
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field Id"
,
wireType
)
}
var
stringLen
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
stringLen
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
intStringLen
:=
int
(
stringLen
)
if
intStringLen
<
0
{
return
protohelpers
.
ErrInvalidLength
}
postIndex
:=
iNdEx
+
intStringLen
if
postIndex
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
postIndex
>
l
{
return
io
.
ErrUnexpectedEOF
}
m
.
Id
=
string
(
dAtA
[
iNdEx
:
postIndex
])
iNdEx
=
postIndex
case
2
:
if
wireType
!=
2
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field Name"
,
wireType
)
}
var
stringLen
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
stringLen
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
intStringLen
:=
int
(
stringLen
)
if
intStringLen
<
0
{
return
protohelpers
.
ErrInvalidLength
}
postIndex
:=
iNdEx
+
intStringLen
if
postIndex
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
postIndex
>
l
{
return
io
.
ErrUnexpectedEOF
}
m
.
Name
=
string
(
dAtA
[
iNdEx
:
postIndex
])
iNdEx
=
postIndex
case
3
:
if
wireType
!=
2
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field Version"
,
wireType
)
}
var
stringLen
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
stringLen
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
intStringLen
:=
int
(
stringLen
)
if
intStringLen
<
0
{
return
protohelpers
.
ErrInvalidLength
}
postIndex
:=
iNdEx
+
intStringLen
if
postIndex
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
postIndex
>
l
{
return
io
.
ErrUnexpectedEOF
}
m
.
Version
=
string
(
dAtA
[
iNdEx
:
postIndex
])
iNdEx
=
postIndex
case
5
:
if
wireType
!=
0
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field Priority"
,
wireType
)
}
m
.
Priority
=
0
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
m
.
Priority
|=
int64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
case
7
:
if
wireType
!=
5
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field RiskScore"
,
wireType
)
}
var
v
uint32
if
(
iNdEx
+
4
)
>
l
{
return
io
.
ErrUnexpectedEOF
}
v
=
uint32
(
binary
.
LittleEndian
.
Uint32
(
dAtA
[
iNdEx
:]))
iNdEx
+=
4
m
.
RiskScore
=
float32
(
math
.
Float32frombits
(
v
))
case
8
:
if
wireType
!=
5
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field TopCvss"
,
wireType
)
}
var
v
uint32
if
(
iNdEx
+
4
)
>
l
{
return
io
.
ErrUnexpectedEOF
}
v
=
uint32
(
binary
.
LittleEndian
.
Uint32
(
dAtA
[
iNdEx
:]))
iNdEx
+=
4
m
.
SetTopCvss
=
&
NodeComponent_TopCvss
{
TopCvss
:
float32
(
math
.
Float32frombits
(
v
))}
case
9
:
if
wireType
!=
2
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field OperatingSystem"
,
wireType
)
}
var
stringLen
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
stringLen
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
intStringLen
:=
int
(
stringLen
)
if
intStringLen
<
0
{
return
protohelpers
.
ErrInvalidLength
}
postIndex
:=
iNdEx
+
intStringLen
if
postIndex
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
postIndex
>
l
{
return
io
.
ErrUnexpectedEOF
}
m
.
OperatingSystem
=
string
(
dAtA
[
iNdEx
:
postIndex
])
iNdEx
=
postIndex
default
:
iNdEx
=
preIndex
skippy
,
err
:=
protohelpers
.
Skip
(
dAtA
[
iNdEx
:])
if
err
!=
nil
{
return
err
}
if
(
skippy
<
0
)
||
(
iNdEx
+
skippy
)
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
(
iNdEx
+
skippy
)
>
l
{
return
io
.
ErrUnexpectedEOF
}
m
.
unknownFields
=
append
(
m
.
unknownFields
,
dAtA
[
iNdEx
:
iNdEx
+
skippy
]
...
)
iNdEx
+=
skippy
}
}
if
iNdEx
>
l
{
return
io
.
ErrUnexpectedEOF
}
return
nil
}
func
(
m
*
NodeComponent
)
UnmarshalVTUnsafe
(
dAtA
[]
byte
)
error
{
l
:=
len
(
dAtA
)
iNdEx
:=
0
for
iNdEx
<
l
{
preIndex
:=
iNdEx
var
wire
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
wire
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
fieldNum
:=
int32
(
wire
>>
3
)
wireType
:=
int
(
wire
&
0x7
)
if
wireType
==
4
{
return
fmt
.
Errorf
(
"proto: NodeComponent: wiretype end group for non-group"
)
}
if
fieldNum
<=
0
{
return
fmt
.
Errorf
(
"proto: NodeComponent: illegal tag %d (wire type %d)"
,
fieldNum
,
wire
)
}
switch
fieldNum
{
case
1
:
if
wireType
!=
2
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field Id"
,
wireType
)
}
var
stringLen
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
stringLen
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
intStringLen
:=
int
(
stringLen
)
if
intStringLen
<
0
{
return
protohelpers
.
ErrInvalidLength
}
postIndex
:=
iNdEx
+
intStringLen
if
postIndex
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
postIndex
>
l
{
return
io
.
ErrUnexpectedEOF
}
var
stringValue
string
if
intStringLen
>
0
{
stringValue
=
unsafe
.
String
(
&
dAtA
[
iNdEx
],
intStringLen
)
}
m
.
Id
=
stringValue
iNdEx
=
postIndex
case
2
:
if
wireType
!=
2
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field Name"
,
wireType
)
}
var
stringLen
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
stringLen
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
intStringLen
:=
int
(
stringLen
)
if
intStringLen
<
0
{
return
protohelpers
.
ErrInvalidLength
}
postIndex
:=
iNdEx
+
intStringLen
if
postIndex
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
postIndex
>
l
{
return
io
.
ErrUnexpectedEOF
}
var
stringValue
string
if
intStringLen
>
0
{
stringValue
=
unsafe
.
String
(
&
dAtA
[
iNdEx
],
intStringLen
)
}
m
.
Name
=
stringValue
iNdEx
=
postIndex
case
3
:
if
wireType
!=
2
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field Version"
,
wireType
)
}
var
stringLen
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
stringLen
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
intStringLen
:=
int
(
stringLen
)
if
intStringLen
<
0
{
return
protohelpers
.
ErrInvalidLength
}
postIndex
:=
iNdEx
+
intStringLen
if
postIndex
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
postIndex
>
l
{
return
io
.
ErrUnexpectedEOF
}
var
stringValue
string
if
intStringLen
>
0
{
stringValue
=
unsafe
.
String
(
&
dAtA
[
iNdEx
],
intStringLen
)
}
m
.
Version
=
stringValue
iNdEx
=
postIndex
case
5
:
if
wireType
!=
0
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field Priority"
,
wireType
)
}
m
.
Priority
=
0
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
m
.
Priority
|=
int64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
case
7
:
if
wireType
!=
5
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field RiskScore"
,
wireType
)
}
var
v
uint32
if
(
iNdEx
+
4
)
>
l
{
return
io
.
ErrUnexpectedEOF
}
v
=
uint32
(
binary
.
LittleEndian
.
Uint32
(
dAtA
[
iNdEx
:]))
iNdEx
+=
4
m
.
RiskScore
=
float32
(
math
.
Float32frombits
(
v
))
case
8
:
if
wireType
!=
5
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field TopCvss"
,
wireType
)
}
var
v
uint32
if
(
iNdEx
+
4
)
>
l
{
return
io
.
ErrUnexpectedEOF
}
v
=
uint32
(
binary
.
LittleEndian
.
Uint32
(
dAtA
[
iNdEx
:]))
iNdEx
+=
4
m
.
SetTopCvss
=
&
NodeComponent_TopCvss
{
TopCvss
:
float32
(
math
.
Float32frombits
(
v
))}
case
9
:
if
wireType
!=
2
{
return
fmt
.
Errorf
(
"proto: wrong wireType = %d for field OperatingSystem"
,
wireType
)
}
var
stringLen
uint64
for
shift
:=
uint
(
0
); ;
shift
+=
7
{
if
shift
>=
64
{
return
protohelpers
.
ErrIntOverflow
}
if
iNdEx
>=
l
{
return
io
.
ErrUnexpectedEOF
}
b
:=
dAtA
[
iNdEx
]
iNdEx
++
stringLen
|=
uint64
(
b
&
0x7F
)
<<
shift
if
b
<
0x80
{
break
}
}
intStringLen
:=
int
(
stringLen
)
if
intStringLen
<
0
{
return
protohelpers
.
ErrInvalidLength
}
postIndex
:=
iNdEx
+
intStringLen
if
postIndex
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
postIndex
>
l
{
return
io
.
ErrUnexpectedEOF
}
var
stringValue
string
if
intStringLen
>
0
{
stringValue
=
unsafe
.
String
(
&
dAtA
[
iNdEx
],
intStringLen
)
}
m
.
OperatingSystem
=
stringValue
iNdEx
=
postIndex
default
:
iNdEx
=
preIndex
skippy
,
err
:=
protohelpers
.
Skip
(
dAtA
[
iNdEx
:])
if
err
!=
nil
{
return
err
}
if
(
skippy
<
0
)
||
(
iNdEx
+
skippy
)
<
0
{
return
protohelpers
.
ErrInvalidLength
}
if
(
iNdEx
+
skippy
)
>
l
{
return
io
.
ErrUnexpectedEOF
}
m
.
unknownFields
=
append
(
m
.
unknownFields
,
dAtA
[
iNdEx
:
iNdEx
+
skippy
]
...
)
iNdEx
+=
skippy
}
}
if
iNdEx
>
l
{
return
io
.
ErrUnexpectedEOF
}
return
nil
}
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