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0830ffc9
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0830ffc9
编写于
10月 17, 2022
作者:
O
openharmony_ci
提交者:
Gitee
10月 17, 2022
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差异文件
!5914 新增接口补充xts用例
Merge pull request !5914 from mayunteng/master
上级
5656851a
e37d7f3a
变更
1
显示空白变更内容
内联
并排
Showing
1 changed file
with
163 addition
and
5 deletion
+163
-5
multimodalinput/input_js_standard/src/main/js/test/InputDevice.test.js
...ut/input_js_standard/src/main/js/test/InputDevice.test.js
+163
-5
未找到文件。
multimodalinput/input_js_standard/src/main/js/test/InputDevice.test.js
浏览文件 @
0830ffc9
...
@@ -353,5 +353,163 @@ describe('MultimodalInput_Device_test', function () {
...
@@ -353,5 +353,163 @@ describe('MultimodalInput_Device_test', function () {
console
.
info
(
`MultimodalInputDevice_off_test exit`
);
console
.
info
(
`MultimodalInputDevice_off_test exit`
);
})
})
/**
* @tc.number MultimodalInputDevice_js_0110
* @tc.name MultimodalInputDevice_GetDeviceList_test
* @tc.desc inputdevice interface getDeviceList test
*/
it
(
'
inputDevice::getDeviceList_test-01
'
,
0
,
function
()
{
console
.
info
(
`inputDevice::getDeviceList_async_test enter`
);
try
{
inputDevice
.
getDeviceList
((
err
,
data
)
=>
{
if
(
err
)
{
expect
(
false
).
assertTrue
();
}
else
{
expect
(
data
).
assertInstanceOf
(
'
Array
'
);
}
console
.
info
(
`inputDevice::getDeviceList_async_test exit`
);
})
}
catch
(
err
)
{
expect
(
false
).
assertTrue
();
}
})
/**
* @tc.number MultimodalInputDevice_js_0120
* @tc.name MultimodalInputDevice_GetDeviceList_test
* @tc.desc inputdevice interface getDeviceList test
*/
it
(
'
inputDevice::getDeviceList_test-02
'
,
0
,
function
()
{
console
.
info
(
`inputDevice::getDeviceList_promise_test enter`
);
try
{
inputDevice
.
getDeviceList
().
then
(
data
=>
{
expect
(
data
).
assertInstanceOf
(
'
Array
'
);
}).
catch
(
error
=>
{
expect
(
false
).
assertTrue
();
});
}
catch
(
err
)
{
expect
(
false
).
assertTrue
();
}
console
.
info
(
`inputDevice::getDeviceList_promise_test exit`
);
})
/**
* @tc.number MultimodalInputDevice_js_0130
* @tc.name MultimodalInputDevice_GetDeviceInfo_test
* @tc.desc inputdevice interface getDeviceInfo test
*/
it
(
'
inputDevice::getDeviceInfo_test-01
'
,
0
,
function
()
{
console
.
info
(
`inputDevice::getDeviceInfo_async_test enter`
);
try
{
inputDevice
.
getDeviceList
().
then
((
data
)
=>
{
expect
(
data
).
assertInstanceOf
(
'
Array
'
);
if
(
data
.
length
()
<=
0
)
{
return
;
}
try
{
inputDevice
.
getDeviceInfo
(
data
[
0
],
(
err
,
res
)
=>
{
if
(
err
)
{
expect
(
false
).
assertTrue
();
return
;
}
let
arr
=
[];
console
.
info
(
`getDeviceInfo:data
${
JSON
.
stringify
(
res
)}
`
);
arr
=
Object
.
keys
(
res
);
expect
(
res
.
id
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
name
).
assertInstanceOf
(
'
String
'
);
expect
(
res
.
sources
).
assertInstanceOf
(
'
Array
'
);
expect
(
res
.
axisRanges
).
assertInstanceOf
(
'
Array
'
);
expect
(
res
.
bus
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
product
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
vendor
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
version
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
phys
).
assertInstanceOf
(
'
String
'
);
expect
(
res
.
uniq
).
assertInstanceOf
(
'
String
'
);
expect
(
res
).
assertInstanceOf
(
'
Object
'
);
for
(
let
j
=
0
;
j
<
res
.
axisRanges
.
length
;
j
++
){
expect
(
res
.
axisRanges
[
j
].
source
==
'
keyboard
'
||
res
.
axisRanges
[
j
].
source
==
'
mouse
'
||
res
.
axisRanges
[
j
].
source
==
'
touchpad
'
||
res
.
axisRanges
[
j
].
source
==
'
touchscreen
'
||
res
.
axisRanges
[
j
].
source
==
'
joystick
'
||
res
.
axisRanges
[
j
].
source
==
'
trackball
'
).
assertTrue
();
expect
(
res
.
axisRanges
[
j
].
axis
==
'
touchMajor
'
||
res
.
axisRanges
[
j
].
axis
==
'
touchMinor
'
||
res
.
axisRanges
[
j
].
axis
==
'
orientation
'
||
res
.
axisRanges
[
j
].
axis
==
'
x
'
||
res
.
axisRanges
[
j
].
axis
==
'
y
'
||
res
.
axisRanges
[
j
].
axis
==
'
pressure
'
||
res
.
axisRanges
[
j
].
axis
==
'
toolMinor
'
||
res
.
axisRanges
[
j
].
axis
==
'
touchMajor
'
||
res
.
axisRanges
[
j
].
axis
==
'
NULL
'
).
assertTrue
();
expect
(
res
.
axisRanges
[
j
].
max
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
axisRanges
[
j
]).
assertInstanceOf
(
'
AxisRange
'
);
expect
(
res
.
axisRanges
[
j
].
min
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
axisRanges
[
j
].
fuzz
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
axisRanges
[
j
].
flat
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
axisRanges
[
j
].
resolution
).
assertInstanceOf
(
'
Number
'
);
}
})
}
catch
(
err
)
{
expect
(
false
).
assertTrue
();
}
})
}
catch
(
err
)
{
expect
(
false
).
assertTrue
();
}
console
.
info
(
`inputDevice::getDeviceInfo_async_test exit`
);
})
/**
* @tc.number MultimodalInputDevice_js_0140
* @tc.name MultimodalInputDevice_GetDeviceInfo_test
* @tc.desc inputdevice interface getDeviceInfo test
*/
it
(
'
inputDevice::getDeviceInfo_test-02
'
,
0
,
function
()
{
console
.
info
(
`inputDevice::getDeviceInfo_promise_test enter`
);
try
{
inputDevice
.
getDeviceList
().
then
((
data
)
=>
{
expect
(
data
).
assertInstanceOf
(
'
Array
'
);
if
(
data
.
length
()
<=
0
)
{
return
;
}
try
{
inputDevice
.
getDeviceInfo
(
data
[
0
]).
then
((
res
)
=>
{
let
arr
=
[];
console
.
info
(
`getDeviceInfo:data
${
JSON
.
stringify
(
res
)}
`
);
arr
=
Object
.
keys
(
res
);
expect
(
res
.
id
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
name
).
assertInstanceOf
(
'
String
'
);
expect
(
res
.
sources
).
assertInstanceOf
(
'
Array
'
);
expect
(
res
.
axisRanges
).
assertInstanceOf
(
'
Array
'
);
expect
(
res
.
bus
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
product
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
vendor
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
version
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
phys
).
assertInstanceOf
(
'
String
'
);
expect
(
res
.
uniq
).
assertInstanceOf
(
'
String
'
);
expect
(
res
).
assertInstanceOf
(
'
Object
'
);
for
(
let
j
=
0
;
j
<
res
.
axisRanges
.
length
;
j
++
){
expect
(
res
.
axisRanges
[
j
].
source
==
'
keyboard
'
||
res
.
axisRanges
[
j
].
source
==
'
mouse
'
||
res
.
axisRanges
[
j
].
source
==
'
touchpad
'
||
res
.
axisRanges
[
j
].
source
==
'
touchscreen
'
||
res
.
axisRanges
[
j
].
source
==
'
joystick
'
||
res
.
axisRanges
[
j
].
source
==
'
trackball
'
).
assertTrue
();
expect
(
res
.
axisRanges
[
j
].
axis
==
'
touchMajor
'
||
res
.
axisRanges
[
j
].
axis
==
'
touchMinor
'
||
res
.
axisRanges
[
j
].
axis
==
'
orientation
'
||
res
.
axisRanges
[
j
].
axis
==
'
x
'
||
res
.
axisRanges
[
j
].
axis
==
'
y
'
||
res
.
axisRanges
[
j
].
axis
==
'
pressure
'
||
res
.
axisRanges
[
j
].
axis
==
'
toolMinor
'
||
res
.
axisRanges
[
j
].
axis
==
'
touchMajor
'
||
res
.
axisRanges
[
j
].
axis
==
'
NULL
'
).
assertTrue
();
expect
(
res
.
axisRanges
[
j
].
max
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
axisRanges
[
j
]).
assertInstanceOf
(
'
AxisRange
'
);
expect
(
res
.
axisRanges
[
j
].
min
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
axisRanges
[
j
].
fuzz
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
axisRanges
[
j
].
flat
).
assertInstanceOf
(
'
Number
'
);
expect
(
res
.
axisRanges
[
j
].
resolution
).
assertInstanceOf
(
'
Number
'
);
}
}).
catch
(
err
=>
{
expect
(
false
).
assertTrue
();
});
}
catch
(
err
)
{
expect
(
false
).
assertTrue
();
}
})
}
catch
(
err
)
{
expect
(
false
).
assertTrue
();
}
console
.
info
(
`inputDevice::getDeviceInfo_promise_test exit`
);
})
})
})
}
}
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