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体验新版 GitCode,发现更多精彩内容 >>
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efd5565f
编写于
7月 24, 2020
作者:
E
Eirik Tsarpalis
提交者:
GitHub
7月 24, 2020
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差异文件
Add CBOR property-based tests (#39828)
* Add CBOR property-based tests * address feedback
上级
2b2eb5ad
变更
10
显示空白变更内容
内联
并排
Showing
10 changed file
with
673 addition
and
182 deletion
+673
-182
eng/Versions.props
eng/Versions.props
+1
-0
src/libraries/System.Formats.Cbor/System.Formats.Cbor.sln
src/libraries/System.Formats.Cbor/System.Formats.Cbor.sln
+7
-0
src/libraries/System.Formats.Cbor/tests/CborDocument/CborDocument.fs
...es/System.Formats.Cbor/tests/CborDocument/CborDocument.fs
+51
-0
src/libraries/System.Formats.Cbor/tests/CborDocument/CborDocumentSerializer.fs
...Formats.Cbor/tests/CborDocument/CborDocumentSerializer.fs
+185
-0
src/libraries/System.Formats.Cbor/tests/CborDocument/CborPropertyTestContext.fs
...ormats.Cbor/tests/CborDocument/CborPropertyTestContext.fs
+106
-0
src/libraries/System.Formats.Cbor/tests/CborDocument/System.Formats.Cbor.Tests.DataModel.fsproj
...s/CborDocument/System.Formats.Cbor.Tests.DataModel.fsproj
+16
-0
src/libraries/System.Formats.Cbor/tests/CborRoundtripTests.cs
...libraries/System.Formats.Cbor/tests/CborRoundtripTests.cs
+0
-180
src/libraries/System.Formats.Cbor/tests/PropertyTests/CborPropertyTests.cs
...tem.Formats.Cbor/tests/PropertyTests/CborPropertyTests.cs
+219
-0
src/libraries/System.Formats.Cbor/tests/PropertyTests/CborRandomGenerators.cs
....Formats.Cbor/tests/PropertyTests/CborRandomGenerators.cs
+68
-0
src/libraries/System.Formats.Cbor/tests/System.Formats.Cbor.Tests.csproj
...ystem.Formats.Cbor/tests/System.Formats.Cbor.Tests.csproj
+20
-2
未找到文件。
eng/Versions.props
浏览文件 @
efd5565f
...
...
@@ -142,6 +142,7 @@
<TraceEventVersion>2.0.5</TraceEventVersion>
<NewtonsoftJsonVersion>12.0.3</NewtonsoftJsonVersion>
<MoqVersion>4.12.0</MoqVersion>
<FsCheckVersion>2.14.3</FsCheckVersion>
<!-- Docs -->
<MicrosoftPrivateIntellisenseVersion>3.0.0-preview-20200715.1</MicrosoftPrivateIntellisenseVersion>
<!-- ILLink -->
...
...
src/libraries/System.Formats.Cbor/System.Formats.Cbor.sln
浏览文件 @
efd5565f
...
...
@@ -14,6 +14,8 @@ Project("{9A19103F-16F7-4668-BE54-9A1E7A4F7556}") = "System.Formats.Cbor", "ref\
EndProject
Project("{9A19103F-16F7-4668-BE54-9A1E7A4F7556}") = "System.Formats.Cbor.Tests", "tests\System.Formats.Cbor.Tests.csproj", "{1C84C43C-69A8-493E-AC11-0DA9C22BFB46}"
EndProject
Project("{6EC3EE1D-3C4E-46DD-8F32-0CC8E7565705}") = "System.Formats.Cbor.Tests.DataModel", "tests\CborDocument\System.Formats.Cbor.Tests.DataModel.fsproj", "{3BF538B4-0985-4918-90A7-8F15BA9E661C}"
EndProject
Global
GlobalSection(SolutionConfigurationPlatforms) = preSolution
Debug|Any CPU = Debug|Any CPU
...
...
@@ -32,6 +34,10 @@ Global
{1C84C43C-69A8-493E-AC11-0DA9C22BFB46}.Debug|Any CPU.Build.0 = Debug|Any CPU
{1C84C43C-69A8-493E-AC11-0DA9C22BFB46}.Release|Any CPU.ActiveCfg = Release|Any CPU
{1C84C43C-69A8-493E-AC11-0DA9C22BFB46}.Release|Any CPU.Build.0 = Release|Any CPU
{3BF538B4-0985-4918-90A7-8F15BA9E661C}.Debug|Any CPU.ActiveCfg = Debug|Any CPU
{3BF538B4-0985-4918-90A7-8F15BA9E661C}.Debug|Any CPU.Build.0 = Debug|Any CPU
{3BF538B4-0985-4918-90A7-8F15BA9E661C}.Release|Any CPU.ActiveCfg = Release|Any CPU
{3BF538B4-0985-4918-90A7-8F15BA9E661C}.Release|Any CPU.Build.0 = Release|Any CPU
EndGlobalSection
GlobalSection(SolutionProperties) = preSolution
HideSolutionNode = FALSE
...
...
@@ -40,6 +46,7 @@ Global
{57B5AD1E-D0BA-4811-9276-9BBAFF44AB31} = {59B37ECC-D5BB-488A-9571-1E239EDF19A9}
{B17130D2-0A75-464A-A3E7-67123C567CAF} = {B3417D0B-D64E-4CC8-AEAA-F0C7C963248F}
{1C84C43C-69A8-493E-AC11-0DA9C22BFB46} = {00675670-C8E7-4428-A16F-9E6B933586A8}
{3BF538B4-0985-4918-90A7-8F15BA9E661C} = {00675670-C8E7-4428-A16F-9E6B933586A8}
EndGlobalSection
GlobalSection(ExtensibilityGlobals) = postSolution
SolutionGuid = {36EE2FB8-4CD8-4A12-8FD5-9FDF3D0F6D40}
...
...
src/libraries/System.Formats.Cbor/tests/CborDocument/CborDocument.fs
0 → 100644
浏览文件 @
efd5565f
// Licensed to the .NET Foundation under one or more agreements.
// The .NET Foundation licenses this file to you under the MIT license.
namespace
System
.
Formats
.
Cbor
.
Tests
.
DataModel
open
System
// --
// Models a CBOR document type using a discriminated union.
// Discriminated unions have structural equality for free
// and random instances can be generated using FsCheck.
//
// The type and serialization helpers are used by the
// property tests in the main test project.
//
type
CborDocument
=
// Major type 0
|
UnsignedInteger
of
uint64
// Major type 1
|
NegativeInteger
of
uint64
// Major type 2
|
ByteString
of
byte
[]
|
ByteStringIndefiniteLength
of
byte
[][]
// Major type 3
|
TextString
of
string
|
TextStringIndefiniteLength
of
string
[]
// Major type 4
|
Array
of
isDefiniteLength
:
bool
*
CborDocument
[]
// Major type 5
|
Map
of
isDefiniteLength
:
bool
*
Map
<
CborDocument
,
CborDocument
>
// Major type 6
|
Tag
of
tag
:
uint64
*
CborDocument
|
SemanticValue
of
CborSemanticValue
// Major type 7
|
Double
of
double
|
SimpleValue
of
value
:
byte
// Defines a set of semantic values drawing either from the CBOR spec
// or invented here for the purposes of this test.
and
CborSemanticValue
=
|
Null
|
Bool
of
bool
|
Int32
of
int
|
Int64
of
int64
|
Half
of
Half
|
Single
of
single
|
DateTimeOffset
of
DateTimeOffset
|
UnixTimeSeconds
of
seconds
:
int64
|
BigInt
of
bigint
|
Decimal
of
decimal
src/libraries/System.Formats.Cbor/tests/CborDocument/CborDocumentSerializer.fs
0 → 100644
浏览文件 @
efd5565f
// Licensed to the .NET Foundation under one or more agreements.
// The .NET Foundation licenses this file to you under the MIT license.
module
rec
System
.
Formats
.
Cbor
.
Tests
.
DataModel
.
CborDocumentSerializer
open
System
open
System
.
Formats
.
Cbor
open
System
.
Formats
.
Cbor
.
Tests
.
DataModel
let
createWriter
(
context
:
CborPropertyTestContext
)
=
new
CborWriter
(
conformanceMode
=
context
.
ConformanceMode
,
convertIndefiniteLengthEncodings
=
context
.
ConvertIndefiniteLengthItems
,
allowMultipleRootLevelValues
=
(
context
.
RootDocuments
.
Length
>
1
))
let
createReader
(
context
:
CborPropertyTestContext
)
(
encoding
:
byte
[]
)
=
new
CborReader
(
data
=
ReadOnlyMemory
<
byte
>.
op_Implicit
encoding
,
conformanceMode
=
context
.
ConformanceMode
,
allowMultipleRootLevelValues
=
(
context
.
RootDocuments
.
Length
>
1
))
let
encode
(
context
:
CborPropertyTestContext
)
=
let
writer
=
createWriter
context
for
doc
in
context
.
RootDocuments
do
write
writer
doc
writer
.
Encode
()
let
decode
(
context
:
CborPropertyTestContext
)
(
data
:
byte
[]
)
=
let
reader
=
createReader
context
data
let
values
=
new
System
.
Collections
.
Generic
.
List
<_>()
while
reader
.
PeekState
()
<>
CborReaderState
.
Finished
do
values
.
Add
(
read
reader
)
values
.
ToArray
()
let
rec
write
(
writer
:
CborWriter
)
(
doc
:
CborDocument
)
=
match
doc
with
|
UnsignedInteger
i
->
writer
.
WriteUInt64
i
|
NegativeInteger
i
->
writer
.
WriteCborNegativeIntegerRepresentation
i
|
ByteString
bs
->
writer
.
WriteByteString
bs
|
TextString
ts
->
writer
.
WriteTextString
ts
|
ByteStringIndefiniteLength
bss
->
writer
.
WriteStartIndefiniteLengthByteString
()
for
bs
in
bss
do
writer
.
WriteByteString
bs
writer
.
WriteEndIndefiniteLengthByteString
()
|
TextStringIndefiniteLength
tss
->
writer
.
WriteStartIndefiniteLengthTextString
()
for
ts
in
tss
do
writer
.
WriteTextString
ts
writer
.
WriteEndIndefiniteLengthTextString
()
|
Array
(
isDefiniteLength
,
elements
)
->
writer
.
WriteStartArray
(
if
isDefiniteLength
then
Nullable
elements
.
Length
else
Nullable
()
)
for
elem
in
elements
do
write
writer
elem
writer
.
WriteEndArray
()
|
Map
(
isDefiniteLength
,
pairs
)
->
writer
.
WriteStartMap
(
if
isDefiniteLength
then
Nullable
pairs
.
Count
else
Nullable
()
)
for
kv
in
pairs
do
write
writer
kv
.
Key
;
write
writer
kv
.
Value
writer
.
WriteEndMap
()
|
Tag
(
tag
,
nested
)
->
writer
.
WriteTag
(
LanguagePrimitives
.
EnumOfValue
tag
)
write
writer
nested
|
Double
d
->
writer
.
WriteDouble
d
|
SimpleValue
v
->
writer
.
WriteSimpleValue
(
LanguagePrimitives
.
EnumOfValue
v
)
|
SemanticValue
value
->
writer
.
WriteTag
CborTagExt
.
SemValueGuard
writeSemanticValue
writer
value
let
private
writeSemanticValue
(
writer
:
CborWriter
)
(
s
:
CborSemanticValue
)
=
match
s
with
|
Null
->
writer
.
WriteTag
CborTagExt
.
Null
;
writer
.
WriteNull
()
|
Bool
b
->
writer
.
WriteTag
CborTagExt
.
Bool
;
writer
.
WriteBoolean
b
|
Int32
i
->
writer
.
WriteTag
CborTagExt
.
Int32
;
writer
.
WriteInt32
i
|
Int64
i
->
writer
.
WriteTag
CborTagExt
.
Int64
;
writer
.
WriteInt64
i
|
Half
f
->
writer
.
WriteTag
CborTagExt
.
Half
;
writer
.
WriteHalf
f
|
Single
f
->
writer
.
WriteTag
CborTagExt
.
Single
;
writer
.
WriteSingle
f
|
DateTimeOffset
d
->
writer
.
WriteDateTimeOffset
d
|
UnixTimeSeconds
s
->
writer
.
WriteUnixTimeSeconds
s
|
BigInt
i
->
writer
.
WriteBigInteger
i
|
Decimal
d
->
writer
.
WriteDecimal
d
let
rec
read
(
reader
:
CborReader
)
:
CborDocument
=
match
reader
.
PeekState
()
with
|
CborReaderState
.
UnsignedInteger
->
UnsignedInteger
(
reader
.
ReadUInt64
()
)
|
CborReaderState
.
NegativeInteger
->
NegativeInteger
(
reader
.
ReadCborNegativeIntegerRepresentation
()
)
|
CborReaderState
.
ByteString
->
ByteString
(
reader
.
ReadByteString
()
)
|
CborReaderState
.
TextString
->
TextString
(
reader
.
ReadTextString
()
)
|
CborReaderState
.
StartArray
->
let
length
=
reader
.
ReadStartArray
()
if
length
.
HasValue
then
let
results
=
Array
.
zeroCreate
<
CborDocument
>
length
.
Value
for
i
=
0
to
results
.
Length
-
1
do
results
.[
i
]
<-
read
reader
reader
.
ReadEndArray
()
Array
(
true
,
results
)
else
let
results
=
new
System
.
Collections
.
Generic
.
List
<_>()
while
reader
.
PeekState
()
<>
CborReaderState
.
EndArray
do
results
.
Add
(
read
reader
)
reader
.
ReadEndArray
()
Array
(
false
,
results
.
ToArray
()
)
|
CborReaderState
.
StartIndefiniteLengthByteString
->
reader
.
ReadStartIndefiniteLengthByteString
()
let
chunks
=
new
System
.
Collections
.
Generic
.
List
<
byte
[]
>()
while
reader
.
PeekState
()
<>
CborReaderState
.
EndIndefiniteLengthByteString
do
chunks
.
Add
(
reader
.
ReadByteString
()
)
reader
.
ReadEndIndefiniteLengthByteString
()
ByteStringIndefiniteLength
(
chunks
.
ToArray
()
)
|
CborReaderState
.
StartIndefiniteLengthTextString
->
reader
.
ReadStartIndefiniteLengthTextString
()
let
chunks
=
new
System
.
Collections
.
Generic
.
List
<
string
>()
while
reader
.
PeekState
()
<>
CborReaderState
.
EndIndefiniteLengthTextString
do
chunks
.
Add
(
reader
.
ReadTextString
()
)
reader
.
ReadEndIndefiniteLengthTextString
()
TextStringIndefiniteLength
(
chunks
.
ToArray
()
)
|
CborReaderState
.
StartMap
->
let
length
=
reader
.
ReadStartMap
()
if
length
.
HasValue
then
let
results
=
Array
.
zeroCreate
<
CborDocument
*
CborDocument
>
length
.
Value
for
i
=
0
to
results
.
Length
-
1
do
results
.[
i
]
<-
(
read
reader
,
read
reader
)
reader
.
ReadEndMap
()
Map
(
true
,
Map
.
ofArray
results
)
else
let
results
=
new
System
.
Collections
.
Generic
.
List
<_>()
while
reader
.
PeekState
()
<>
CborReaderState
.
EndMap
do
results
.
Add
(
read
reader
,
read
reader
)
reader
.
ReadEndMap
()
Map
(
false
,
Map
.
ofSeq
results
)
|
CborReaderState
.
Tag
->
let
tag
=
reader
.
ReadTag
()
if
tag
=
CborTagExt
.
SemValueGuard
then
SemanticValue
(
readSemanticValue
reader
)
else
Tag
(
LanguagePrimitives
.
EnumToValue
tag
,
read
reader
)
|
CborReaderState
.
HalfPrecisionFloat
|
CborReaderState
.
SinglePrecisionFloat
|
CborReaderState
.
DoublePrecisionFloat
->
Double
(
reader
.
ReadDouble
()
)
|
CborReaderState
.
Null
|
CborReaderState
.
Boolean
|
CborReaderState
.
SimpleValue
->
let
value
=
reader
.
ReadSimpleValue
()
SimpleValue
(
LanguagePrimitives
.
EnumToValue
value
)
|
state
->
failwithf
"Unrecognized reader state %O"
state
let
private
readSemanticValue
(
reader
:
CborReader
)
:
CborSemanticValue
=
match
reader
.
PeekTag
()
with
|
CborTagExt
.
Null
->
let
_
=
reader
.
ReadTag
()
in
reader
.
ReadNull
()
;
Null
|
CborTagExt
.
Bool
->
let
_
=
reader
.
ReadTag
()
in
Bool
(
reader
.
ReadBoolean
()
)
|
CborTagExt
.
Int32
->
let
_
=
reader
.
ReadTag
()
in
Int32
(
reader
.
ReadInt32
()
)
|
CborTagExt
.
Int64
->
let
_
=
reader
.
ReadTag
()
in
Int64
(
reader
.
ReadInt64
()
)
|
CborTagExt
.
Half
->
let
_
=
reader
.
ReadTag
()
in
Half
(
reader
.
ReadHalf
()
)
|
CborTagExt
.
Single
->
let
_
=
reader
.
ReadTag
()
in
Single
(
reader
.
ReadSingle
()
)
|
CborTag
.
DateTimeString
->
DateTimeOffset
(
reader
.
ReadDateTimeOffset
()
)
|
CborTag
.
UnixTimeSeconds
->
let
dto
=
reader
.
ReadUnixTimeSeconds
()
in
UnixTimeSeconds
(
dto
.
ToUnixTimeSeconds
()
)
|
CborTag
.
UnsignedBigNum
|
CborTag
.
NegativeBigNum
->
BigInt
(
reader
.
ReadBigInteger
()
)
|
CborTag
.
DecimalFraction
->
Decimal
(
reader
.
ReadDecimal
()
)
|
tag
->
failwithf
"Unrecognized tag %O"
tag
// defines a set of custom CBOR tags for semantic value encodings
module
private
CborTagExt
=
let
[<
Literal
>]
SemValueGuard
:
CborTag
=
LanguagePrimitives
.
EnumOfValue
50015001
uL
let
[<
Literal
>]
Null
:
CborTag
=
LanguagePrimitives
.
EnumOfValue
5001
uL
let
[<
Literal
>]
Bool
:
CborTag
=
LanguagePrimitives
.
EnumOfValue
5002
uL
let
[<
Literal
>]
Int32
:
CborTag
=
LanguagePrimitives
.
EnumOfValue
5003
uL
let
[<
Literal
>]
Int64
:
CborTag
=
LanguagePrimitives
.
EnumOfValue
5004
uL
let
[<
Literal
>]
Half
:
CborTag
=
LanguagePrimitives
.
EnumOfValue
5005
uL
let
[<
Literal
>]
Single
:
CborTag
=
LanguagePrimitives
.
EnumOfValue
5006
uL
src/libraries/System.Formats.Cbor/tests/CborDocument/CborPropertyTestContext.fs
0 → 100644
浏览文件 @
efd5565f
// Licensed to the .NET Foundation under one or more agreements.
// The .NET Foundation licenses this file to you under the MIT license.
namespace
System
.
Formats
.
Cbor
.
Tests
.
DataModel
open
System
.
Formats
.
Cbor
open
System
.
Formats
.
Cbor
.
Tests
.
DataModel
/// Randomly generated record containing parameters for a CBOR property-based test
[<
CLIMutable
>]
type
CborPropertyTestContext
=
{
RootDocuments
:
CborDocument
[]
ConformanceMode
:
CborConformanceMode
ConvertIndefiniteLengthItems
:
bool
}
module
rec
CborPropertyTestContextHelper
=
/// Identifies & transforms documents that might not be accepted under the supplied conformance mode
let
create
(
mode
:
CborConformanceMode
)
(
convertIndefiniteLengthItems
:
bool
)
(
docs
:
CborDocument
[]
)
=
{
RootDocuments
=
Array
.
map
(
normalize
mode
convertIndefiniteLengthItems
)
docs
ConvertIndefiniteLengthItems
=
convertIndefiniteLengthItems
ConformanceMode
=
mode
}
/// Gets the expected value that we would expected to see after a full serialization/deserialization roundtrip
let
getExpectedRoundtripValues
(
context
:
CborPropertyTestContext
)
=
Array
.
map
(
getExpectedRoundtripValue
context
.
ConvertIndefiniteLengthItems
)
context
.
RootDocuments
/// Identifies & transforms documents that might not be accepted under the supplied conformance mode
let
private
normalize
(
mode
:
CborConformanceMode
)
(
convertIndefiniteLengthItems
:
bool
)
(
doc
:
CborDocument
)
=
// normalization can lead to collisions in conformance modes that require field uniqueness
// mitigate by wrapping with a unique CBOR node
let
mutable
counter
=
19000
uL
let
createUniqueWrapper
(
doc
:
CborDocument
)
=
counter
<-
counter
+
1
uL
Array
(
true
,
[|
UnsignedInteger
counter
;
doc
|])
// not accepted by strict & canonical conformance modes
let
trimNonCanonicalSimpleValue
doc
=
match
doc
with
|
SimpleValue
value
when
value
>=
24
uy
&&
value
<
32
uy
->
createUniqueWrapper
(
SimpleValue
0
uy
)
|
_
->
doc
// completely replace indefinite-length nodes in canonical conformance modes
let
trimIndefiniteLengthNode
doc
=
match
doc
with
|
ByteStringIndefiniteLength
bss
->
createUniqueWrapper
(
ByteString
(
Array
.
concat
bss
))
|
TextStringIndefiniteLength
tss
->
createUniqueWrapper
(
TextString
(
String
.
concat
""
tss
))
|
Array
(
false
,
elems
)
->
createUniqueWrapper
(
Array
(
true
,
elems
))
|
Map
(
false
,
fields
)
->
createUniqueWrapper
(
Map
(
true
,
fields
))
|
_
->
doc
// CTAP2 does not allow major type 6, at all
let
trimTagNode
doc
=
match
doc
with
|
Tag
(
tag
,
doc
)
->
Array
(
true
,
[|
UnsignedInteger
(
uint64
tag
)
;
doc
|])
|
SemanticValue
_
->
createUniqueWrapper
(
UnsignedInteger
0
uL
)
|
_
->
doc
match
mode
with
|
CborConformanceMode
.
Lax
->
doc
|
CborConformanceMode
.
Strict
|
CborConformanceMode
.
Canonical
->
map
(
trimNonCanonicalSimpleValue
<<
trimIndefiniteLengthNode
)
doc
|
CborConformanceMode
.
Ctap2Canonical
->
map
(
trimNonCanonicalSimpleValue
<<
trimIndefiniteLengthNode
<<
trimTagNode
)
doc
|
_
->
doc
/// Gets the expected value that we would expected to see after a full serialization/deserialization roundtrip
let
private
getExpectedRoundtripValue
(
convertIndefiniteLengthItems
:
bool
)
(
doc
:
CborDocument
)
=
if
not
convertIndefiniteLengthItems
then
doc
else
let
trimIndefiniteLengthNode
doc
=
match
doc
with
|
ByteStringIndefiniteLength
bss
->
ByteString
(
Array
.
concat
bss
)
|
TextStringIndefiniteLength
tss
->
TextString
(
String
.
concat
""
tss
)
|
Array
(
false
,
elems
)
->
Array
(
true
,
elems
)
|
Map
(
false
,
fields
)
->
Map
(
true
,
fields
)
|
_
->
doc
map
trimIndefiniteLengthNode
doc
/// Depth-first application of update function on a CBOR doc tree
let
rec
private
map
(
updater
:
CborDocument
->
CborDocument
)
(
doc
:
CborDocument
)
=
match
updater
doc
with
|
UnsignedInteger
_
|
NegativeInteger
_
|
ByteString
_
|
ByteStringIndefiniteLength
_
|
TextString
_
|
TextStringIndefiniteLength
_
|
SemanticValue
_
|
SimpleValue
_
|
Double
_
as
updated
->
updated
|
Tag
(
tag
,
value
)
->
Tag
(
tag
,
map
updater
value
)
|
Array
(
isDefiniteLength
,
elems
)
->
Array
(
isDefiniteLength
,
Array
.
map
(
map
updater
)
elems
)
|
Map
(
isDefiniteLength
,
fields
)
->
let
updatedFields
=
fields
|>
Map
.
toSeq
|>
Seq
.
map
(
fun
(
k
,
v
)
->
map
updater
k
,
map
updater
v
)
|>
Map
.
ofSeq
Map
(
isDefiniteLength
,
updatedFields
)
src/libraries/System.Formats.Cbor/tests/CborDocument/System.Formats.Cbor.Tests.DataModel.fsproj
0 → 100644
浏览文件 @
efd5565f
<Project Sdk="Microsoft.NET.Sdk">
<PropertyGroup>
<TargetFrameworks>$(NetCoreAppCurrent)</TargetFrameworks>
</PropertyGroup>
<ItemGroup>
<Compile Include="CborDocument.fs" />
<Compile Include="CborPropertyTestContext.fs" />
<Compile Include="CborDocumentSerializer.fs" />
</ItemGroup>
<ItemGroup>
<ProjectReference Include="..\..\src\System.Formats.Cbor.csproj" />
</ItemGroup>
</Project>
\ No newline at end of file
src/libraries/System.Formats.Cbor/tests/CborRoundtripTests.cs
已删除
100644 → 0
浏览文件 @
2b2eb5ad
// Licensed to the .NET Foundation under one or more agreements.
// The .NET Foundation licenses this file to you under the MIT license.
using
System
;
using
System.Linq
;
using
Test.Cryptography
;
using
Xunit
;
#if CBOR_PROPERTY_TESTS
using
FsCheck.Xunit
;
#endif
namespace
System.Formats.Cbor.Tests
{
public
partial
class
CborRoundtripTests
{
#if CBOR_PROPERTY_TESTS
private
const
string
ReplaySeed
=
"(0,0)"
;
// set a seed for deterministic runs
private
const
int
MaxTests
=
10
_000
;
#endif
#if CBOR_PROPERTY_TESTS
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
)]
#else
[
Theory
]
[
InlineData
(
0
)]
[
InlineData
(
1
)]
[
InlineData
(
10
)]
[
InlineData
(
23
)]
[
InlineData
(
24
)]
[
InlineData
(
25
)]
[
InlineData
(
100
)]
[
InlineData
(
1000
)]
[
InlineData
(
1000000
)]
[
InlineData
(
1000000000000
)]
[
InlineData
(-
1
)]
[
InlineData
(-
10
)]
[
InlineData
(-
100
)]
[
InlineData
(-
1000
)]
[
InlineData
(
byte
.
MaxValue
)]
[
InlineData
(
byte
.
MaxValue
+
1
)]
[
InlineData
(-
1
-
byte
.
MaxValue
)]
[
InlineData
(-
2
-
byte
.
MaxValue
)]
[
InlineData
(
ushort
.
MaxValue
)]
[
InlineData
(
ushort
.
MaxValue
+
1
)]
[
InlineData
(-
1
-
ushort
.
MaxValue
)]
[
InlineData
(-
2
-
ushort
.
MaxValue
)]
[
InlineData
(
uint
.
MaxValue
)]
[
InlineData
((
long
)
uint
.
MaxValue
+
1
)]
[
InlineData
(-
1
-
uint
.
MaxValue
)]
[
InlineData
(-
2
-
uint
.
MaxValue
)]
[
InlineData
(
long
.
MinValue
)]
[
InlineData
(
long
.
MaxValue
)]
#endif
public
static
void
Roundtrip_Int64
(
long
input
)
{
var
writer
=
new
CborWriter
();
writer
.
WriteInt64
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
);
long
result
=
reader
.
ReadInt64
();
Assert
.
Equal
(
input
,
result
);
}
#if CBOR_PROPERTY_TESTS
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
)]
#else
[
Theory
]
[
InlineData
(
0
)]
[
InlineData
(
1
)]
[
InlineData
(
10
)]
[
InlineData
(
23
)]
[
InlineData
(
24
)]
[
InlineData
(
25
)]
[
InlineData
(
100
)]
[
InlineData
(
1000
)]
[
InlineData
(
1000000
)]
[
InlineData
(
1000000000000
)]
[
InlineData
(
byte
.
MaxValue
)]
[
InlineData
(
byte
.
MaxValue
+
1
)]
[
InlineData
(
ushort
.
MaxValue
)]
[
InlineData
(
ushort
.
MaxValue
+
1
)]
[
InlineData
(
uint
.
MaxValue
)]
[
InlineData
((
long
)
uint
.
MaxValue
+
1
)]
[
InlineData
(
long
.
MaxValue
)]
[
InlineData
(
ulong
.
MaxValue
)]
#endif
public
static
void
Roundtrip_UInt64
(
ulong
input
)
{
var
writer
=
new
CborWriter
();
writer
.
WriteUInt64
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
);
ulong
result
=
reader
.
ReadUInt64
();
Assert
.
Equal
(
input
,
result
);
}
#if CBOR_PROPERTY_TESTS
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
)]
public
static
void
Roundtrip_ByteString
(
byte
[]
input
)
{
#else
[
Theory
]
[
InlineData
(
""
)]
[
InlineData
(
"01020304"
)]
[
InlineData
(
"ffffffffffffffffffffffffffff"
)]
public
static
void
Roundtrip_ByteString
(
string
hexInput
)
{
byte
[]
input
=
hexInput
.
HexToByteArray
();
#endif
var
writer
=
new
CborWriter
();
writer
.
WriteByteString
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
);
byte
[]
result
=
reader
.
ReadByteString
();
AssertHelper
.
HexEqual
(
input
??
Array
.
Empty
<
byte
>(),
result
);
}
#if CBOR_PROPERTY_TESTS
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
)]
#else
[
Theory
]
[
InlineData
(
""
)]
[
InlineData
(
"a"
)]
[
InlineData
(
"IETF"
)]
[
InlineData
(
"\"\\"
)]
[
InlineData
(
"\u00fc"
)]
[
InlineData
(
"\u6c34"
)]
[
InlineData
(
"\ud800\udd51"
)]
#endif
public
static
void
Roundtrip_TextString
(
string
input
)
{
var
writer
=
new
CborWriter
();
writer
.
WriteTextString
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
);
string
result
=
reader
.
ReadTextString
();
Assert
.
Equal
(
input
??
""
,
result
);
}
#if CBOR_PROPERTY_TESTS
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
)]
public
static
void
ByteString_Encoding_ShouldContainInputBytes
(
byte
[]
input
)
{
#else
[
Theory
]
[
InlineData
(
""
)]
[
InlineData
(
"01020304"
)]
[
InlineData
(
"ffffffffffffffffffffffffffff"
)]
public
static
void
ByteString_Encoding_ShouldContainInputBytes
(
string
hexInput
)
{
byte
[]
input
=
hexInput
.
HexToByteArray
();
#endif
var
writer
=
new
CborWriter
();
writer
.
WriteByteString
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
int
length
=
input
?.
Length
??
0
;
int
lengthEncodingLength
=
GetLengthEncodingLength
(
length
);
Assert
.
Equal
(
lengthEncodingLength
+
length
,
encoding
.
Length
);
AssertHelper
.
HexEqual
(
input
??
Array
.
Empty
<
byte
>(),
encoding
.
Skip
(
lengthEncodingLength
).
ToArray
());
static
int
GetLengthEncodingLength
(
int
length
)
{
return
length
switch
{
_
when
(
length
<
24
)
=>
1
,
_
when
(
length
<
byte
.
MaxValue
)
=>
1
+
sizeof
(
byte
),
_
when
(
length
<
ushort
.
MaxValue
)
=>
1
+
sizeof
(
ushort
),
_
=>
1
+
sizeof
(
uint
)
};
}
}
}
}
src/libraries/System.Formats.Cbor/tests/PropertyTests/CborPropertyTests.cs
0 → 100644
浏览文件 @
efd5565f
// Licensed to the .NET Foundation under one or more agreements.
// The .NET Foundation licenses this file to you under the MIT license.
using
System.Formats.Cbor.Tests.DataModel
;
using
System.Linq
;
using
FsCheck
;
using
FsCheck.Xunit
;
using
Xunit
;
namespace
System.Formats.Cbor.Tests
{
public
static
class
CborPropertyTests
{
private
const
string
?
ReplaySeed
=
"(42,42)"
;
// set a seed for deterministic runs, null for randomized runs
private
const
int
MaxTests
=
10
_000
;
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_Int64
(
CborConformanceMode
mode
,
long
input
)
{
var
writer
=
new
CborWriter
(
mode
);
writer
.
WriteInt64
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
,
mode
);
long
result
=
reader
.
ReadInt64
();
Assert
.
Equal
(
input
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_UInt64
(
CborConformanceMode
mode
,
ulong
input
)
{
var
writer
=
new
CborWriter
(
mode
);
writer
.
WriteUInt64
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
,
mode
);
ulong
result
=
reader
.
ReadUInt64
();
Assert
.
Equal
(
input
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_NegativeInteger
(
CborConformanceMode
mode
,
ulong
input
)
{
var
writer
=
new
CborWriter
(
mode
);
writer
.
WriteCborNegativeIntegerRepresentation
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
,
mode
);
ulong
result
=
reader
.
ReadCborNegativeIntegerRepresentation
();
Assert
.
Equal
(
input
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_ByteString
(
CborConformanceMode
mode
,
byte
[]
input
)
{
var
writer
=
new
CborWriter
(
mode
);
writer
.
WriteByteString
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
,
mode
);
byte
[]
result
=
reader
.
ReadByteString
();
AssertHelper
.
HexEqual
(
input
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_TextString
(
CborConformanceMode
mode
,
string
input
)
{
var
writer
=
new
CborWriter
(
mode
);
writer
.
WriteTextString
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
,
mode
);
string
result
=
reader
.
ReadTextString
();
Assert
.
Equal
(
input
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_IndefiniteByteString
(
CborConformanceMode
mode
,
byte
[][]
chunks
)
{
bool
convertIndefiniteLengthEncodings
=
mode
is
CborConformanceMode
.
Canonical
or
CborConformanceMode
.
Ctap2Canonical
;
var
writer
=
new
CborWriter
(
convertIndefiniteLengthEncodings
:
convertIndefiniteLengthEncodings
);
writer
.
WriteStartIndefiniteLengthByteString
();
foreach
(
byte
[]
chunk
in
chunks
)
{
writer
.
WriteByteString
(
chunk
);
}
writer
.
WriteEndIndefiniteLengthByteString
();
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
);
byte
[]
expected
=
chunks
.
SelectMany
(
ch
=>
ch
).
ToArray
();
byte
[]
result
=
reader
.
ReadByteString
();
AssertHelper
.
HexEqual
(
expected
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_IndefiniteTextString
(
CborConformanceMode
mode
,
string
[]
chunks
)
{
bool
convertIndefiniteLengthEncodings
=
mode
is
CborConformanceMode
.
Canonical
or
CborConformanceMode
.
Ctap2Canonical
;
var
writer
=
new
CborWriter
(
convertIndefiniteLengthEncodings
:
convertIndefiniteLengthEncodings
);
writer
.
WriteStartIndefiniteLengthTextString
();
foreach
(
string
chunk
in
chunks
)
{
writer
.
WriteTextString
(
chunk
);
}
writer
.
WriteEndIndefiniteLengthTextString
();
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
);
string
expected
=
String
.
Concat
(
chunks
);
string
result
=
reader
.
ReadTextString
();
Assert
.
Equal
(
expected
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_Half
(
CborConformanceMode
mode
,
Half
input
)
{
var
writer
=
new
CborWriter
(
mode
);
writer
.
WriteHalf
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
,
mode
);
Half
result
=
reader
.
ReadHalf
();
Assert
.
Equal
(
input
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_Double
(
CborConformanceMode
mode
,
double
input
)
{
var
writer
=
new
CborWriter
();
writer
.
WriteDouble
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
);
double
result
=
reader
.
ReadDouble
();
Assert
.
Equal
(
input
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
Roundtrip_Decimal
(
CborConformanceMode
mode
,
decimal
input
)
{
var
writer
=
new
CborWriter
();
writer
.
WriteDecimal
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
var
reader
=
new
CborReader
(
encoding
);
decimal
result
=
reader
.
ReadDecimal
();
Assert
.
Equal
(
input
,
result
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
ByteString_Encoding_ShouldContainInputBytes
(
CborConformanceMode
mode
,
byte
[]
input
)
{
var
writer
=
new
CborWriter
(
mode
);
writer
.
WriteByteString
(
input
);
byte
[]
encoding
=
writer
.
Encode
();
int
length
=
input
?.
Length
??
0
;
int
lengthEncodingLength
=
GetLengthEncodingLength
(
length
);
Assert
.
Equal
(
lengthEncodingLength
+
length
,
encoding
.
Length
);
AssertHelper
.
HexEqual
(
input
??
Array
.
Empty
<
byte
>(),
encoding
.
Skip
(
lengthEncodingLength
).
ToArray
());
static
int
GetLengthEncodingLength
(
int
length
)
{
return
length
switch
{
_
when
(
length
<
24
)
=>
1
,
_
when
(
length
<
byte
.
MaxValue
)
=>
1
+
sizeof
(
byte
),
_
when
(
length
<
ushort
.
MaxValue
)
=>
1
+
sizeof
(
ushort
),
_
=>
1
+
sizeof
(
uint
)
};
}
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
PropertyTest_Roundtrip
(
CborPropertyTestContext
input
)
{
byte
[]
encoding
=
CborDocumentSerializer
.
encode
(
input
);
CborDocument
[]
expectedResults
=
CborPropertyTestContextHelper
.
getExpectedRoundtripValues
(
input
);
CborDocument
[]
roundtrippedDocuments
=
CborDocumentSerializer
.
decode
(
input
,
encoding
);
Assert
.
Equal
(
expectedResults
,
roundtrippedDocuments
);
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
PropertyTest_SkipValue
(
CborPropertyTestContext
input
)
{
int
length
=
input
.
RootDocuments
.
Length
;
input
.
RootDocuments
=
new
[]
{
CborDocument
.
NewArray
(
_isDefiniteLength
:
true
,
input
.
RootDocuments
)
};
byte
[]
encoding
=
CborDocumentSerializer
.
encode
(
input
);
CborReader
reader
=
CborDocumentSerializer
.
createReader
(
input
,
encoding
);
reader
.
ReadStartArray
();
for
(
int
i
=
0
;
i
<
length
;
i
++)
{
reader
.
SkipValue
();
}
reader
.
ReadEndArray
();
Assert
.
Equal
(
CborReaderState
.
Finished
,
reader
.
PeekState
());
}
[
Property
(
Replay
=
ReplaySeed
,
MaxTest
=
MaxTests
,
Arbitrary
=
new
[]
{
typeof
(
CborRandomGenerators
)
})]
public
static
void
PropertyTest_SkipToParent
(
CborPropertyTestContext
input
)
{
input
.
RootDocuments
=
new
[]
{
CborDocument
.
NewArray
(
_isDefiniteLength
:
true
,
input
.
RootDocuments
)
};
byte
[]
encoding
=
CborDocumentSerializer
.
encode
(
input
);
CborReader
reader
=
CborDocumentSerializer
.
createReader
(
input
,
encoding
);
reader
.
ReadStartArray
();
reader
.
SkipToParent
();
Assert
.
Equal
(
CborReaderState
.
Finished
,
reader
.
PeekState
());
}
}
}
src/libraries/System.Formats.Cbor/tests/PropertyTests/CborRandomGenerators.cs
0 → 100644
浏览文件 @
efd5565f
using
System.Collections.Generic
;
using
System.Formats.Cbor.Tests.DataModel
;
using
System.Linq
;
using
FsCheck
;
namespace
System.Formats.Cbor.Tests
{
public
static
class
CborRandomGenerators
{
public
static
Arbitrary
<
CborPropertyTestContext
>
PropertyTestInput
()
{
Arbitrary
<
NonEmptyArray
<
CborDocument
>>
documentArb
=
Arb
.
Default
.
NonEmptyArray
<
CborDocument
>();
Arbitrary
<
bool
>
convertArb
=
Arb
.
Default
.
Bool
();
Gen
<
CborConformanceMode
>
conformanceModes
=
Gen
.
Elements
(
CborConformanceMode
.
Lax
,
CborConformanceMode
.
Strict
,
CborConformanceMode
.
Canonical
,
CborConformanceMode
.
Ctap2Canonical
);
Gen
<
CborPropertyTestContext
>
inputGen
=
from
docs
in
documentArb
.
Generator
from
convert
in
convertArb
.
Generator
from
mode
in
conformanceModes
select
CborPropertyTestContextHelper
.
create
(
mode
,
convert
,
docs
.
Get
);
IEnumerable
<
CborPropertyTestContext
>
Shrinker
(
CborPropertyTestContext
input
)
{
var
nonEmptyArrayInput
=
NonEmptyArray
<
CborDocument
>.
NewNonEmptyArray
(
input
.
RootDocuments
);
foreach
(
NonEmptyArray
<
CborDocument
>
shrunkDoc
in
documentArb
.
Shrinker
(
nonEmptyArrayInput
))
{
yield
return
CborPropertyTestContextHelper
.
create
(
input
.
ConformanceMode
,
input
.
ConvertIndefiniteLengthItems
,
input
.
RootDocuments
);
}
}
return
Arb
.
From
(
inputGen
,
Shrinker
);
}
// Do not generate null strings and byte arrays
public
static
Arbitrary
<
string
>
String
()
=>
Arb
.
Default
.
String
().
Filter
(
s
=>
s
is
not
null
);
public
static
Arbitrary
<
byte
[
]>
ByteArray
()
=>
Arb
.
Default
.
Array
<
byte
>().
Filter
(
s
=>
s
is
not
null
);
// forgo NaN value generation in order to simplify equality checks
public
static
Arbitrary
<
float
>
Single
()
=>
Arb
.
Default
.
Float32
().
Filter
(
s
=>
!
float
.
IsNaN
(
s
));
public
static
Arbitrary
<
double
>
Double
()
=>
Arb
.
Default
.
Float
().
Filter
(
s
=>
!
double
.
IsNaN
(
s
));
// FsCheck has no built-in System.Half generator, define one here
public
static
Arbitrary
<
Half
>
Half
()
{
Arbitrary
<
float
>
singleArb
=
Arb
.
Default
.
Float32
();
Gen
<
Half
>
generator
=
from
f
in
singleArb
.
Generator
where
!
float
.
IsNaN
(
f
)
select
(
Half
)
f
;
IEnumerable
<
Half
>
Shrinker
(
Half
h
)
{
foreach
(
float
shrunk
in
singleArb
.
Shrinker
((
float
)
h
))
{
yield
return
(
Half
)
shrunk
;
}
}
return
Arb
.
From
(
generator
,
Shrinker
);
}
}
}
src/libraries/System.Formats.Cbor/tests/System.Formats.Cbor.Tests.csproj
浏览文件 @
efd5565f
<Project Sdk="Microsoft.NET.Sdk">
<Project Sdk="Microsoft.NET.Sdk">
<PropertyGroup>
<TargetFrameworks>$(NetCoreAppCurrent)</TargetFrameworks>
<nullable>enable</nullable>
<CborPropertyTests>false</CborPropertyTests>
</PropertyGroup>
<PropertyGroup Condition="'$(CborPropertyTests)' == 'True'">
<DefineConstants>$(DefineConstants),CBOR_PROPERTY_TESTS</DefineConstants>
<!-- Referenced assembly 'FsCheck' does not have a strong name.-->
<NoWarn>CS8002</NoWarn>
</PropertyGroup>
<ItemGroup>
<Compile Include="$(CommonTestPath)System\Security\Cryptography\ByteUtils.cs">
<Link>CommonTest\System\Security\Cryptography\ByteUtils.cs</Link>
...
...
@@ -26,10 +34,20 @@
<Compile Include="Writer\CborWriterTests.Integer.cs" />
<Compile Include="Writer\CborWriterTests.ByteString.cs" />
<Compile Include="Writer\CborWriterTests.TextString.cs" />
<Compile Include="CborRoundtripTests.cs" />
<Compile Include="CoseKeyHelpers.cs" />
</ItemGroup>
<ItemGroup Condition="'$(CborPropertyTests)' == 'True'">
<Compile Include="PropertyTests\CborPropertyTests.cs" />
<Compile Include="PropertyTests\CborRandomGenerators.cs" />
</ItemGroup>
<ItemGroup>
<ProjectReference Include="..\src\System.Formats.Cbor.csproj" />
</ItemGroup>
<ItemGroup Condition="'$(CborPropertyTests)' == 'True'">
<ProjectReference Include="CborDocument\System.Formats.Cbor.Tests.DataModel.fsproj" />
<PackageReference Include="FsCheck.Xunit" Version="$(FsCheckVersion)" />
</ItemGroup>
</Project>
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