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!429 新增分布式文件file.fs接口用例

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Merge pull request !429 from yueye/master
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openharmony_ci 2023-09-15 09:55:58 +00:00 committed by Gitee
commit a436d1b1a9
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2 changed files with 759 additions and 14 deletions
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filemanagement/fileio/client/src/main/js/test/FileioJsUnit.test.js
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@ -15,6 +15,7 @@
import rpc from "@ohos.rpc";
import fileio from '@ohos.fileio';
import fs from '@ohos.file.fs';
import featureAbility from "@ohos.ability.featureAbility";
import securityLabel from '@ohos.file.securityLabel';
import TestService from "./testService"
@ -54,6 +55,27 @@ export default function FileioDistributedTest(){
return basePath + "/" + testName;
}
/**
* prepare file
* @param fpath
* @returns
*/
async function prepareFile(fpath) {
try {
let file = fs.openSync(fpath, fs.OpenMode.CREATE | fs.OpenMode.READ_WRITE);
fs.truncateSync(file.fd);
securityLabel.setSecurityLabelSync(fpath, "s0");
fs.writeSync(file.fd, DISTRIBUTED_FILE_CONTENT);
fs.fsyncSync(file.fd);
fs.closeSync(file);
return true;
}
catch (e) {
console.log('Failed to prepareFile for ' + e)
return false
}
}
/**
* Send rpc request to get server-side verification result without done
* @param tcNumber
@ -3476,6 +3498,728 @@ export default function FileioDistributedTest(){
}
console.info("---------------------end test_fileio_file_fsyncSync_000---------------------------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_OpenSync_0000
* @tc.name test_filefs_create_file_sync_000
* @tc.desc Function of API, mode=OpenMode.READ_ONLY(0o0)
* @tc.level 0
*/
it('test_filefs_create_file_sync_000', 0, async function (done) {
console.info("--------start test_filefs_create_file_sync_000--------");
let tcNumber = 'test_filefs_create_file_sync_000';
let fpath = await getDistributedFilePath(tcNumber);
console.info('fpath == ' + fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.READ_ONLY | fs.OpenMode.CREATE);
expect(fs.accessSync(fpath)).assertTrue();
console.info('------------- create file success.');
console.info('------ start check server... ');
await getServerFileInfo(tcNumber, fpath, CODE_CREATE_FILE, done, function (serverFileCreate) {
console.info("test_filefs_create_file_sync_000 getServerFileInfo serverFileCreate: " + serverFileCreate);
expect(serverFileCreate).assertEqual(SERVER_CHECK_SUCCESS);
})
console.info('------------ start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (e) {
console.info('test_filefs_create_file_sync_000 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("--------end test_filefs_create_file_sync_000--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_OpenSync_0100
* @tc.name test_filefs_create_file_sync_001
* @tc.desc Function of API, mode=OpenMode.WRITE_ONLY(0o1)
* @tc.level 0
*/
it('test_filefs_create_file_sync_001', 0, async function (done) {
console.info("--------start test_filefs_create_file_sync_001--------");
let tcNumber = 'test_filefs_create_file_sync_001';
let fpath = await getDistributedFilePath(tcNumber);
console.info('fpath == ' + fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.WRITE_ONLY | fs.OpenMode.CREATE);
console.info('------------- create file success.');
console.info('------ start check server... ');
await getServerFileInfo(tcNumber, fpath, CODE_CREATE_FILE, done, function (serverFileCreate) {
console.info("test_filefs_create_file_sync_001 getServerFileInfo serverFileCreate: " + serverFileCreate);
expect(serverFileCreate).assertEqual(SERVER_CHECK_SUCCESS);
})
console.info('------------ start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (e) {
console.info('test_filefs_create_file_sync_001 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("--------end test_filefs_create_file_sync_001--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_OpenSync_0200
* @tc.name test_filefs_create_file_sync_002
* @tc.desc Function of API, mode=OpenMode.READ_WRITE(0o2)
*/
it('test_filefs_create_file_sync_002', 0, async function (done) {
console.info("--------start test_filefs_create_file_sync_002--------");
let tcNumber = 'test_filefs_create_file_sync_002';
let fpath = await getDistributedFilePath(tcNumber);
console.info('fpath == ' + fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.READ_WRITE | fs.OpenMode.CREATE);
console.info('------------- create file success.');
console.info('------ start check server... ');
await getServerFileInfo(tcNumber, fpath, CODE_CREATE_FILE, done, function (serverFileCreate) {
console.info("test_filefs_create_file_sync_002 getServerFileInfo serverFileCreate: " + serverFileCreate);
expect(serverFileCreate).assertEqual(SERVER_CHECK_SUCCESS);
})
console.info('------------ start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (e) {
console.info('test_filefs_create_file_sync_002 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("--------end test_filefs_create_file_sync_002--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_writeFile_0000
* @tc.name test_filefs_write_file_000
* @tc.desc Function of API,test writeSync() interface,default write from current offset
* @tc.level 0
*/
it('test_filefs_write_file_000', 0, async function (done) {
console.info("---------------------start test_filefs_write_file_000---------------------------");
let tcNumber = 'test_filefs_write_file_000';
let fpath = await getDistributedFilePath(tcNumber);
console.info('fpath == ' + fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.READ_WRITE | fs.OpenMode.CREATE);
securityLabel.setSecurityLabelSync(fpath, "s0");
fs.writeSync(file.fd, DISTRIBUTED_FILE_CONTENT);
console.info('-------------- test_filefs_write_file_000 : write file success.');
let fileContent = fs.readTextSync(fpath);
console.info("-------------- test_filefs_write_file_000 : fileContent =" + fileContent);
expect(DISTRIBUTED_FILE_CONTENT === fileContent).assertTrue();
console.info('------------------- start check server... ');
sleep(1000);
await getServerFileInfo(tcNumber, fpath, CODE_GET_FILE_CONTENT, done, function (serverFileContent) {
console.info("-------------- test_filefs_write_file_000 : getServerFileInfo serverFileContent =" + serverFileContent);
expect(serverFileContent).assertEqual(DISTRIBUTED_FILE_CONTENT);
})
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (e) {
console.info('test_filefs_write_file_000 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("---------------------end test_filefs_write_file_000---------------------------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_writeFile_0100
* @tc.name test_filefs_write_file_001
* @tc.desc Function of API,test writeSync() interface,mode=WRITE_ONLY ,encoding = 'utf-8'.
* @tc.level 0
*/
it('test_filefs_write_file_001', 0, async function (done) {
console.info("---------------------start test_filefs_write_file_001---------------------------");
let tcNumber = 'test_filefs_write_file_001';
let fpath = await getDistributedFilePath(tcNumber);
console.info('fpath == ' + fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.WRITE_ONLY | fs.OpenMode.CREATE);
securityLabel.setSecurityLabelSync(fpath, "s0");
fs.writeSync(file.fd, DISTRIBUTED_FILE_CONTENT,{encoding: 'utf-8',});
console.info('-------------- test_filefs_write_file_001 : write file success.');
let fileContent = fs.readTextSync(fpath);
console.info("-------------- test_filefs_write_file_001 : fileContent =" + fileContent);
expect(DISTRIBUTED_FILE_CONTENT === fileContent).assertTrue();
console.info('------------------- start check server... ');
sleep(1000);
await getServerFileInfo(tcNumber, fpath, CODE_GET_FILE_CONTENT, done, function (serverFileContent) {
console.info("-------------- test_filefs_write_file_001 : getServerFileInfo serverFileContent =" + serverFileContent);
expect(serverFileContent).assertEqual(DISTRIBUTED_FILE_CONTENT);
})
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (e) {
console.info('test_filefs_write_file_001 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("---------------------end test_filefs_write_file_001---------------------------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_writeFile_0200
* @tc.name test_filefs_write_file_002
* @tc.desc Function of API,test writeSync() interface,mode=WRITE_ONLY, offset(option): 1.
* @tc.level 0
*/
it('test_filefs_write_file_002', 0, async function (done) {
console.info("---------------------start test_filefs_write_file_002---------------------------");
let tcNumber = 'test_filefs_write_file_002';
let fpath = await getDistributedFilePath(tcNumber);
console.info('fpath == ' + fpath);
await prepareFile(fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.WRITE_ONLY);
securityLabel.setSecurityLabelSync(fpath, "s0");
fs.writeSync(file.fd, DISTRIBUTED_FILE_CONTENT,{offset: 1,});
console.info('-------------- test_filefs_write_file_002 : write file success.');
let fileContent = fs.readTextSync(fpath);
console.info("-------------- test_filefs_write_file_002 : fileContent =" + fileContent);
expect(fileContent.length == DISTRIBUTED_FILE_CONTENT.length + 1).assertTrue();
console.info('------------------- start check server... ');
sleep(1000);
await getServerFileInfo(tcNumber, fpath, CODE_GET_FILE_CONTENT, done, function (serverFileContent) {
console.info("-------------- test_filefs_write_file_002 : getServerFileInfo serverFileContent =" + serverFileContent);
expect(serverFileContent.length).assertEqual(DISTRIBUTED_FILE_CONTENT.length + 1);
})
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (e) {
console.info('test_filefs_write_file_002 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("---------------------end test_filefs_write_file_002---------------------------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_writeFile_0300
* @tc.name test_filefs_write_file_003
* @tc.desc Function of API,test writeSync() interface,mode=WRITE_ONLY, length(position) = 1.
* @tc.level 0
*/
it('test_filefs_write_file_003', 0, async function (done) {
console.info("---------------------start test_filefs_write_file_003---------------------------");
let tcNumber = 'test_filefs_write_file_003';
let fpath = await getDistributedFilePath(tcNumber);
console.info('fpath == ' + fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.WRITE_ONLY | fs.OpenMode.CREATE);
securityLabel.setSecurityLabelSync(fpath, "s0");
fs.writeSync(file.fd, DISTRIBUTED_FILE_CONTENT,{
length: 1,
});
console.info('-------------- test_filefs_write_file_003 : write file success.');
let fileContent = fs.readTextSync(fpath);
console.info("-------------- test_filefs_write_file_003 : fileContent =" + fileContent);
expect(fileContent.length == 1).assertTrue();
console.info("-------------- readTextSync success" + fileContent);
console.info('------------------- start check server... ');
sleep(1000);
await getServerFileInfo(tcNumber, fpath, CODE_GET_FILE_CONTENT, done, function (serverFileContent) {
console.info("-------------- test_filefs_write_file_003 : getServerFileInfo serverFileContent =" + serverFileContent);
expect(serverFileContent.length == 1).assertTrue();
})
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (e) {
console.info('test_filefs_write_file_003 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("---------------------end test_filefs_write_file_003---------------------------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_writeFile_0400
* @tc.name test_filefs_write_file_004
* @tc.desc Function of API,test writeSync() interface ,mode=WRITE_ONLY, length(position) = 1, offset(position) = 1.
* @tc.level 0
*/
it('test_filefs_write_file_004', 0, async function (done) {
console.info("---------------------start test_filefs_write_file_004---------------------------");
let tcNumber = 'test_filefs_write_file_004';
let fpath = await getDistributedFilePath(tcNumber);
console.info('fpath == ' + fpath);
await prepareFile(fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.WRITE_ONLY);
securityLabel.setSecurityLabelSync(fpath, "s0");
fs.writeSync(file.fd, DISTRIBUTED_FILE_CONTENT,{
offset: 1,
length: 1,
});
console.info('-------------- test_filefs_write_file_004 : write file success.');
let fileContent = fs.readTextSync(fpath);
console.info("-------------- test_filefs_write_file_004 : fileContent =" + fileContent);
expect(fileContent.length == DISTRIBUTED_FILE_CONTENT.length).assertTrue();
console.info('------------------- start check server... ');
sleep(1000);
await getServerFileInfo(tcNumber, fpath, CODE_GET_FILE_CONTENT, done, function (serverFileContent) {
console.info("-------------- test_filefs_write_file_004 : getServerFileInfo serverFileContent =" + serverFileContent);
expect(serverFileContent.length == DISTRIBUTED_FILE_CONTENT.length).assertTrue();
})
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (e) {
console.info('test_filefs_write_file_004 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("---------------------end test_filefs_write_file_004---------------------------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_RenameFileSync_0000
* @tc.name test_filefs_rename_file_sync_000
* @tc.desc Function of API, Test the renameSync interface, rename the file.
* @tc.level 0
*/
it('test_filefs_rename_file_sync_000', 0, async function (done) {
console.info("--------start test_filefs_rename_file_sync_000--------");
let tcNumber = 'test_filefs_rename_file_sync_000';
let fpath = await getDistributedFilePath(tcNumber);
console.info('fpath == ' + fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.READ_WRITE | fs.OpenMode.CREATE);
fs.accessSync(fpath);
console.info('------------- create file success.');
console.info('------ start check server first... ');
await getServerFileInfoFirst(tcNumber, fpath, CODE_CREATE_FILE, function (serverFileCreate) {
console.info("test_filefs_rename_file_sync_000 getServerFileInfoFirst serverFileCreate: " + serverFileCreate);
expect(serverFileCreate).assertEqual(SERVER_CHECK_SUCCESS);
})
let newPath = fpath + "_rename";
console.info('------------ test_filefs_rename_file_sync_000 : newPath = ' + newPath);
fs.renameSync(fpath, newPath);
try {
fs.accessSync(newPath);
console.info('------------ test_filefs_rename_file_sync_000 : rename file success!');
} catch (error) {
console.info('------------ test_filefs_rename_file_sync_000 : rename file failed!');
console.info('test_filefs_rename_file_sync_000 has failed for : ' + error);
expect(false).assertTrue();
}
console.info('------ start check server second... ');
await getServerFileInfo(tcNumber, newPath, CODE_CREATE_FILE, done, function (serverFileRename) {
console.info("test_filefs_rename_file_sync_000 getServerFileInfo serverFileRename: " + serverFileRename);
expect(serverFileRename).assertEqual(SERVER_CHECK_SUCCESS);
})
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(newPath);
} catch (e) {
console.info('test_filefs_rename_file_sync_000 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("--------end test_filefs_rename_file_sync_000--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_RenameFileSync_0100
* @tc.name test_filefs_rename_file_sync_001
* @tc.desc Function of API, Test the renameSync interface, rename the file across directory.
* @tc.level 0
*/
it('test_filefs_rename_file_sync_001', 0, async function (done) {
console.info("--------start test_filefs_rename_file_sync_001--------");
let tcNumber = 'test_filefs_rename_file_sync_001';
let dpath = await getDistributedFilePath(tcNumber);
let fpath = dpath + '/file_000';
fs.mkdirSync(dpath);
fs.mkdirSync(dpath + '/dir_000');
console.info('fpath == ' + fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.READ_WRITE | fs.OpenMode.CREATE);
fs.accessSync(fpath);
console.info('------------- create file success.');
console.info('------ start check server first... ');
await getServerFileInfoFirst(tcNumber, fpath, CODE_CREATE_FILE, function (serverFileCreate) {
console.info("test_filefs_rename_file_sync_001 getServerFileInfoFirst serverFileCreate: " + serverFileCreate);
expect(serverFileCreate).assertEqual(SERVER_CHECK_SUCCESS);
})
let newPath = fpath + "_rename";
console.info('------------ test_filefs_rename_file_sync_001 : newPath = ' + newPath);
fs.renameSync(fpath, newPath);
try {
fs.accessSync(newPath);
console.info('------------ test_filefs_rename_file_sync_001 : rename file success!');
} catch (error) {
console.info('------------ test_filefs_rename_file_sync_001 : rename file failed!');
console.info('test_filefs_rename_file_sync_001 has failed for : ' + error);
expect(false).assertTrue();
}
console.info('------ start check server second... ');
await getServerFileInfo(tcNumber, newPath, CODE_CREATE_FILE, done, function (serverFileRename) {
console.info("test_filefs_rename_file_sync_001 getServerFileInfo serverFileRename: " + serverFileRename);
expect(serverFileRename).assertEqual(SERVER_CHECK_SUCCESS);
})
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(newPath);
} catch (e) {
console.info('test_filefs_rename_file_sync_001 has failed for : ' + e);
expect(false).assertTrue();
}
console.info("--------end test_filefs_rename_file_sync_001--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_readSync_0000
* @tc.name test_filefs_read_file_sync_000
* @tc.desc Test the distributed file readSync interface
* @tc.level 0
*/
it('test_filefs_read_file_sync_000', 0, async function (done) {
console.info("--------start test_filefs_read_file_sync_000--------");
let tcNumber = 'test_filefs_read_file_sync_000';
let fpath = await getDistributedFilePath(tcNumber);
await prepareFile(fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.READ_WRITE);
let readLen = fs.readSync(file.fd, new ArrayBuffer(4096));
console.info('-------------- test_filefs_read_file_sync_000 : read file success.' + readLen);
expect(DISTRIBUTED_FILE_CONTENT.length == readLen).assertTrue();
console.info('------ client filefs_read_file success.');
console.info('------ start check server... ');
sleep(1000);
await getServerFileInfo(tcNumber, fpath, CODE_GET_FILE_CONTENT, done, function (serverFileRead) {
console.info("test_filefs_read_file_sync_000 : getServerFileInfo serverFileRead: " + serverFileRead);
expect(serverFileRead).assertEqual(DISTRIBUTED_FILE_CONTENT);
});
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (error) {
console.info('test_filefs_read_file_sync_000 has failed for : ' + error);
expect(false).assertTrue();
}
console.info("--------end test_filefs_read_file_sync_000--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_read_0000
* @tc.name test_filefs_read_file_async_000
* @tc.desc Test the distributed file read interface Promise.
* @tc.level 0
*/
it('test_filefs_read_file_async_000', 0, async function (done) {
console.info("--------start test_filefs_read_file_async_000--------");
let tcNumber = 'test_filefs_read_file_async_000';
let fpath = await getDistributedFilePath(tcNumber);
await prepareFile(fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.READ_WRITE);
let readLen = await fs.read(file.fd, new ArrayBuffer(4096));
expect(DISTRIBUTED_FILE_CONTENT.length == readLen).assertTrue();
console.info('------ client filefs_read_file success.');
console.info('------ start check server... ');
sleep(1000);
await getServerFileInfo(tcNumber, fpath, CODE_GET_FILE_CONTENT, done, function (serverFileRead) {
console.info("test_filefs_read_file_async_000 : getServerFileInfo serverFileRead: " + serverFileRead);
expect(serverFileRead).assertEqual(DISTRIBUTED_FILE_CONTENT);
});
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (error) {
console.info('test_filefs_read_file_async_000 has failed for : ' + error);
expect(false).assertTrue();
}
console.info("--------end test_filefs_read_file_async_000--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_read_0100
* @tc.name test_filefs_read_file_async_001
* @tc.desc Test the distributed file read interface Callback.
* @tc.level 0
*/
it('test_filefs_read_file_async_001', 0, async function (done) {
console.info("--------start test_filefs_read_file_async_001--------");
let tcNumber = 'test_filefs_read_file_async_001';
let fpath = await getDistributedFilePath(tcNumber);
await prepareFile(fpath);
try {
let file = fs.openSync(fpath, fs.OpenMode.READ_WRITE);
fs.read(file.fd, new ArrayBuffer(4096), (err, readlen) => {
if (err) {
console.log('fileIO_test_read_async_001 err package1: ' + JSON.stringify(err));
expect(false).assertTrue();
}
expect(DISTRIBUTED_FILE_CONTENT.length == readlen).assertTrue();
})
console.info('------ client filefs_read_file success.');
console.info('------ start check server... ');
sleep(1000);
await getServerFileInfo(tcNumber, fpath, CODE_GET_FILE_CONTENT, done, function (serverFileRead) {
console.info("test_filefs_read_file_async_001 : getServerFileInfo serverFileRead: " + serverFileRead);
expect(serverFileRead).assertEqual(DISTRIBUTED_FILE_CONTENT);
});
console.info('-------------- start clean test environment.');
fs.closeSync(file);
fs.unlinkSync(fpath);
} catch (error) {
console.info('test_filefs_read_file_async_001 has failed for : ' + error);
expect(false).assertTrue();
}
console.info("--------end test_filefs_read_file_async_001--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_mkdirSync_0000
* @tc.name test_filefs_create_dir_sync_000
* @tc.desc Test the distributed file mkdirSync interface
* @tc.level 0
*/
it('test_filefs_create_dir_sync_000', 0, async function (done) {
console.info("--------start test_filefs_create_dir_sync_000--------");
let tcNumber = 'test_filefs_create_dir_sync_000';
let dpath = await getDistributedFilePath(tcNumber) + 'd';
try {
fs.mkdirSync(dpath);
expect(fs.accessSync(dpath)).assertTrue();
console.info('------ client filefs_mkdirSync success.');
console.info('------ start check server... ');
await getServerFileInfo(tcNumber, dpath, CODE_MK_DIR, done, function (serverDirCreate) {
console.info("test_filefs_create_dir_sync_000 : getServerFileInfo serverDirCreate: " + serverDirCreate);
expect(serverDirCreate).assertEqual(SERVER_CHECK_SUCCESS);
});
console.info('-------------- start clean test environment.');
fs.rmdirSync(dpath);
} catch (error) {
console.info('test_filefs_create_dir_sync_000 has failed for : ' + error);
expect(false).assertTrue();
}
console.info("--------end test_filefs_create_dir_sync_000--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_mkdir_0000
* @tc.name test_filefs_create_dir_async_000
* @tc.desc Test the distributed file mkdir interfaces. Promise.
* Create a directory, verify normal function.
* @tc.level 0
*/
it('test_filefs_create_dir_async_000', 0, async function (done) {
console.info("--------start test_filefs_create_dir_async_000--------");
let tcNumber = 'test_filefs_create_dir_async_000';
let dpath = await getDistributedFilePath(tcNumber) + 'd';
try {
await fs.mkdir(dpath);
expect(fs.accessSync(dpath)).assertTrue();
console.info('------ client filefs_mkdirSync success.');
console.info('------ start check server... ');
await getServerFileInfo(tcNumber, dpath, CODE_MK_DIR, done, function (serverDirCreate) {
console.info("test_filefs_create_dir_async_000 : getServerFileInfo serverDirCreate: " + serverDirCreate);
expect(serverDirCreate).assertEqual(SERVER_CHECK_SUCCESS);
});
console.info('-------------- start clean test environment.');
fs.rmdirSync(dpath);
} catch (error) {
console.info('test_filefs_create_dir_async_000 has failed for : ' + error);
expect(false).assertTrue();
}
console.info("--------end test_filefs_create_dir_async_000--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_mkdir_0100
* @tc.name test_filefs_create_dir_async_001
* @tc.desc Test the distributed file mkdir interfaces. Callback.
* Create a directory, verify normal function.
* @tc.level 0
*/
it('test_filefs_create_dir_async_001', 0, async function (done) {
console.info("--------start test_filefs_create_dir_async_001--------");
let tcNumber = 'test_filefs_create_dir_async_001';
let dpath = await getDistributedFilePath(tcNumber) + 'd';
try {
fs.mkdir(dpath, (err) => {
if(err) {
console.log('test_filefs_create_dir_async_001 error package: ' + JSON.stringify(err));
expect(false).assertTrue();
}
expect(fs.accessSync(dpath)).assertTrue();
});
console.info('------ client filefs_mkdirSync success.');
console.info('------ start check server... ');
await getServerFileInfo(tcNumber, dpath, CODE_MK_DIR, done, function (serverDirCreate) {
console.info("test_filefs_create_dir_async_001 : getServerFileInfo serverDirCreate: " + serverDirCreate);
expect(serverDirCreate).assertEqual(SERVER_CHECK_SUCCESS);
});
console.info('-------------- start clean test environment.');
fs.rmdirSync(dpath);
} catch (error) {
console.info('test_filefs_create_dir_async_001 has failed for : ' + error);
expect(false).assertTrue();
}
console.info("--------end test_filefs_create_dir_async_001--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_rmdirSync_0000
* @tc.name test_filefs_delete_dir_sync_000
* @tc.desc Function of API, test the distributed file rmdirSync() interface.
* @tc.level 0
*/
it('test_filefs_delete_dir_sync_000', 0, async function (done) {
console.info("--------start test_filefs_delete_dir_sync_000--------");
let tcNumber = 'test_filefs_delete_dir_sync_000';
let dpath = await getDistributedFilePath(tcNumber) + 'd';
try {
fs.mkdirSync(dpath);
expect(fs.accessSync(dpath)).assertTrue();
console.info('------------- test_filefs_delete_dir_sync_000 : client mkdirSync success.');
console.info('------ start check server first ... ');
await getServerFileInfoFirst(tcNumber, dpath, CODE_MK_DIR, function (serverDirCreate) {
console.info("test_filefs_delete_dir_sync_000 : getServerFileInfoFirst serverDirCreate: " + serverDirCreate);
expect(serverDirCreate).assertEqual(SERVER_CHECK_SUCCESS);
});
fs.rmdirSync(dpath);
if (fs.accessSync(dpath) == true) {
console.info('------------- test_filefs_delete_dir_sync_000 : client rmdirSync failed.');
} else {
console.info('------------- test_filefs_delete_dir_sync_000 : check client rmdirSync success.');
}
console.info('------ start check server second ... ');
await getServerFileInfo(tcNumber, dpath, CODE_RM_DIR, done, function (serverDirDelete) {
console.info("test_filefs_delete_dir_sync_000 : getServerFileInfo serverDirDelete: " + serverDirDelete);
expect(serverDirDelete).assertEqual(SERVER_CHECK_SUCCESS);
});
} catch (error) {
console.info('test_filefs_delete_dir_sync_000 has failed for : ' + error);
expect(false).assertTrue();
}
console.info("--------end test_filefs_delete_dir_sync_000--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_rmdir_0000
* @tc.name test_filefs_delete_dir_async_000
* @tc.desc Function of API, test the distributed file rmdir() interface. Promise.
* @tc.level 0
*/
it('test_filefs_delete_dir_async_000', 0, async function (done) {
console.info("--------start test_filefs_delete_dir_async_000--------");
let tcNumber = 'test_filefs_delete_dir_async_000';
let dpath = await getDistributedFilePath(tcNumber) + 'd';
try {
fs.mkdirSync(dpath);
expect(fs.accessSync(dpath)).assertTrue();
console.info('------------- test_filefs_delete_dir_async_000 : client mkdirSync success.');
console.info('------ start check server first ... ');
await getServerFileInfoFirst(tcNumber, dpath, CODE_MK_DIR, function (serverDirCreate) {
console.info("test_filefs_delete_dir_async_000 : getServerFileInfoFirst serverDirCreate: " + serverDirCreate);
expect(serverDirCreate).assertEqual(SERVER_CHECK_SUCCESS);
});
await fs.rmdir(dpath);
if (fs.accessSync(dpath) == true) {
console.info('------------- test_filefs_delete_dir_async_000 : client rmdir failed.');
} else {
console.info('------------- test_filefs_delete_dir_async_000 : check client rmdir success.');
}
console.info('------ start check server second ... ');
await getServerFileInfo(tcNumber, dpath, CODE_RM_DIR, done, function (serverDirDelete) {
console.info("test_filefs_delete_dir_async_000 : getServerFileInfo serverDirDelete: " + serverDirDelete);
expect(serverDirDelete).assertEqual(SERVER_CHECK_SUCCESS);
});
} catch (error) {
console.info('test_filefs_delete_dir_async_000 has failed for : ' + error);
expect(false).assertTrue();
}
console.info("--------end test_filefs_delete_dir_async_000--------");
});
/**
* @tc.number SUB_STORAGE_Distributed_Filefs_rmdir_0100
* @tc.name test_filefs_delete_dir_async_001
* @tc.desc Function of API, test the distributed file rmdir() interface. Callback.
* @tc.level 0
*/
it('test_filefs_delete_dir_async_001', 0, async function (done) {
console.info("--------start test_filefs_delete_dir_async_001--------");
let tcNumber = 'test_filefs_delete_dir_async_001';
let dpath = await getDistributedFilePath(tcNumber) + 'd';
try {
fs.mkdirSync(dpath);
expect(fs.accessSync(dpath)).assertTrue();
console.info('------------- test_filefs_delete_dir_async_001 : client mkdirSync success.');
console.info('------ start check server first ... ');
await getServerFileInfoFirst(tcNumber, dpath, CODE_MK_DIR, function (serverDirCreate) {
console.info("test_filefs_delete_dir_async_001 : getServerFileInfoFirst serverDirCreate: " + serverDirCreate);
expect(serverDirCreate).assertEqual(SERVER_CHECK_SUCCESS);
});
fs.rmdir(dpath, (err) => {
if(err) {
console.log('test_filefs_delete_dir_async_001 error package: ' + JSON.stringify(err));
expect(false).assertTrue();
}
expect(!fs.accessSync(dpath)).assertTrue();
});
if (fs.accessSync(dpath) == true) {
console.info('------------- test_filefs_delete_dir_async_001 : client rmdir failed.');
} else {
console.info('------------- test_filefs_delete_dir_async_001 : check client rmdir success.');
}
console.info('------ start check server second ... ');
await getServerFileInfo(tcNumber, dpath, CODE_RM_DIR, done, function (serverDirDelete) {
console.info("test_filefs_delete_dir_async_001 : getServerFileInfo serverDirDelete: " + serverDirDelete);
expect(serverDirDelete).assertEqual(SERVER_CHECK_SUCCESS);
});
} catch (error) {
console.info('test_filefs_delete_dir_async_001 has failed for : ' + error);
expect(false).assertTrue();
}
console.info("--------end test_filefs_delete_dir_async_001--------");
});
console.info("----------SUB_Storage_Fileio_Distributed JS Test is end----------");
});

29
filemanagement/fileio/server/src/main/js/ServiceAbility/service.js
View File

@ -1,5 +1,5 @@
/*
* Copyright (c) 2022 Huawei Device Co., Ltd.
* Copyright (c) 2022-2023 Huawei Device Co., Ltd.
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
@ -15,6 +15,7 @@
import rpc from "@ohos.rpc";
import fileio from '@ohos.fileio';
import fs from '@ohos.file.fs';
import backgroundTaskManager from '@ohos.backgroundTaskManager';
import wantAgent from '@ohos.wantAgent';
import featureAbility from '@ohos.ability.featureAbility';
@ -87,7 +88,7 @@ export default {
function checkDirExists(destDirPath) {
console.info("start check dir :" + destDirPath);
try {
fileio.accessSync(destDirPath, 0);
fs.accessSync(destDirPath);
console.info('------------------- dest dir exists.');
return true;
} catch (e) {
@ -99,7 +100,7 @@ function checkDirExists(destDirPath) {
function checkFileExists(destFilePath,) {
console.info("start check file :" + destFilePath);
try {
fileio.accessSync(destFilePath, 0);
fs.accessSync(destFilePath);
console.info('------------------- ' + destFilePath + ' exists.');
return true;
} catch (e) {
@ -112,7 +113,7 @@ function getFileContent(fpath) {
console.info("start get file content:" + fpath);
let content = "";
try {
content = fileio.readTextSync(fpath);
content = fs.readTextSync(fpath);
console.info("-------------- dest file content :" + content);
} catch (e) {
content = "serverSide readTextSync failed";
@ -160,11 +161,10 @@ class Stub extends rpc.RemoteObject {
let path = data.readString();
console.info("The server's readString result is " + path);
let result;
try {
let dir = fileio.openDirSync(path);
result = reply.writeString("Server side dir synchronization creation failed!");
dir.closeSync();
} catch (error) {
let accessRes = fs.accessSync(path);
if (accessRes == true) {
result = reply.writeString("Server side dir synchronization delete failed!");
} else {
result = reply.writeString("SUCCESS");
}
@ -195,9 +195,9 @@ class Stub extends rpc.RemoteObject {
console.info("The server's readString result is " + path);
let result;
try {
let fd = fileio.openSync(path);
result = reply.writeString("Server side file synchronization creation failed!");
fileio.closeSync(fd);
let file = fs.openSync(path);
result = reply.writeString("Server side file synchronization delete failed!");
fs.closeSync(file);
} catch (error) {
result = reply.writeString("SUCCESS");
}
@ -242,8 +242,9 @@ class Stub extends rpc.RemoteObject {
console.info("The server's readString result is " + path);
let result;
try{
let fd = fileio.openSync(path, 0o2);
fileio.fsyncSync(fd);
let file = fs.openSync(path, fs.OpenMode.READ_WRITE);
fs.fsyncSync(file.fd);
fs.closeSync(file);
console.info("sync data succeed");
result = reply.writeString("SUCCESS");
} catch (e) {