bm-tool.md

# Bundle Manager


The Bundle Manager enables you to install, uninstall, update, and query a bundle (application). It provides the bundle debugging capabilities, for example, installing and uninstalling a bundle and querying bundle information.

> **NOTE**
>
> Before using this tool, you must obtain the [hdc tool](../../device-dev/subsystems/subsys-toolchain-hdc-guide.md) and run the hdc shell command.


**Table 1** bm commands

| Name| Description|
| -------- | -------- |
| help | Displays the commands supported by the Bundle Manager tool.|
| install | Installs a bundle.|
| uninstall | Uninstalls a bundle.|
| dump | Displays bundle information.|
| clean | Clears the cache and data of a bundle.|
| enable | Enables a bundle. A bundle can be used after being enabled.|
| disable | Disables a bundle. A bundle cannot be used after being disabled.|
| get | Obtains the UDID of a device.|
| quickfix | Performs patch-related operations, such as installing or querying a patch.|


## Help Command

**Table 2** Help command

| Name| Description|
| -------- | -------- |
| bm help | Displays the commands supported by the bm tool.|

Example


```bash
# Display the help information.
bm help
```


## Installation Command

```bash
bm install [-h] [-p path] [-u userId] [-r] [-w waitting-time]
```


**Table 3** Installation command parameters

| Name| Mandatory| Description|
| -------- | -------- | -------- |
| -h | No| Used to display the parameters supported by the **install** command. By default, the help information is displayed.|
| -p | Yes| Path of the HAP to install. You can specify a path to install one or more HAPs at the same time.|
| -u | No| User whose HAP is to be installed. By default, the current user's HAP is installed.|
| -r | No| Whether to install the HAP in overwrite mode. By default, the HAP is installed in overwrite mode.|
| -w | No| Time that the Bundle Manager tool waits before installing the HAP. The minimum waiting time is 5s, and the maximum waiting time is 600s. The default waiting time is 5s.|
| -s | No| Installation path of an inter-application shared library (.hsp file). Multiple paths can be specified for simultaneous installation.|


Example

```bash
bm install -p /data/app/ohosapp.hap -u 100 -w 5s -r
// The execution result is as follows:
install bundle successfully.
# Install an inter-application shared library.
bm install -s xxx.hsp
# Install multiple inter-application shared libraries simultaneously.
bm install -s xxx.hsp yyy.hsp
# Install an application and the dependent inter-application shared library.
bm install -p aaa.hap -s xxx.hsp yyy.hsp
```


## Uninstall Command

```bash
bm uninstall [-h help] [-n bundleName] [-m moduleName] [-u userId] [-k]
```


**Table 4** Uninstall command parameters

| Name| Mandatory| Description|
| -------- | -------- | -------- |
| -h | No| Used to display the parameters supported by the **uninstall** command. By default, the help information is displayed.|
| -n | Yes| Name of the bundle to uninstall.|
| -m | No| Module of the bundle to uninstall. By default, all modules are uninstalled.|
| -u | No| User whose bundle is to be uninstalled. By default, the current user's bundle is uninstalled.|
| -k | No| Whether the application data is retained when the bundle is uninstalled. By default, the application data is deleted along the uninstall.|
| -s | No| Installation path of an inter-application shared library (.hsp file). Multiple paths can be specified for simultaneous installation.|
| -v | No| Version number of the shared bundle. By default, all shared bundles with the specified bundle name are uninstalled.|


Example

```bash
bm uninstall -n com.ohos.app -m com.ohos.app.EntryAbility -u 100 -k
// The execution result is as follows:
uninstall bundle successfully.
# Uninstall a shared bundle.
bm uninstall -s -n com.ohos.example
# Uninstall a shared bundle of the specified version.
bm uninstall -s -n com.ohos.example -v 100001
```


## Dump Command

```bash
bm dump [-h help] [-a] [-n bundleName] [-s shortcutInfo] [-u userId] [-d deviceId]
```


If **-u** is not specified, the command applies to all users.


**Table 5** Dump command parameters

| Name| Mandatory| Description|
| -------- | -------- | -------- |
| -h | No| Used to display the parameters supported by the **dump** command. By default, the help information is displayed.|
| -a | Yes| Used to display all bundles installed in the system.|
| -n | Yes| Used to display the details of a bundle.|
| -s | Yes| Used to display the shortcut information of a bundle.|
| -d | No| Used to display the bundle information on a given device. By default, the bundle information on the current device is queried.|
| -u | No| Used to display the bundle information for a given user. By default, the bundle information of the current user is queried.|


Example

```bash
# Display the names of all bundles installed in the system.
bm dump -a
# Display the details of a bundle.
bm dump -n com.ohos.app -u 100
# Display the shortcut information of a bundle.
bm dump -s com.ohos.app -u 100
# Display cross-device bundle information.
bm dump -n com.ohos.app -d xxxxx
```


## Clean Command

```bash
bm clean [-h] [-c] [-n  bundleName] [-d] [-u userId]
```


If **-u** is not specified, the command applies to all active users.


**Table 6** Clean command parameters

| Name| Description|
| -------- | -------- |
| -h | Used to display the parameters supported by the **clean** command.|
| -c -n | Used to clear the cache data of a bundle.|
| -d -n | Used to clear the data directory of a bundle.|
| -u | Used to clear the cache data of a bundle for a given user.|


Example

```bash
# Clear the cache data of a bundle.
bm clean -c -n com.ohos.app -u 100
// The execution result is as follows:
clean bundle cache files successfully.
# Clear the user data of a bundle.
bm clean -d -n com.ohos.app -u 100
// The execution result is as follows:
clean bundle data files successfully.
```


## Enable Command

```bash
bm enable [-h] [-n bundleName] [-a abilityName] [-u userId]
```


If **-u** is not specified, the command applies to all active users.


**Table 7** Enable command parameters

| Name| Description|
| -------- | -------- |
| -h | Used to display the parameters supported by the **enable** command.|
| -n | Used to enable a bundle.|
| -a | Used to enable an ability with a specified bundle name.|
| -u | Used to enable a bundle for a given user.|


Example

```bash
# Enable a bundle.
bm enable -n com.ohos.app -a com.ohos.app.EntryAbility -u 100
// The execution result is as follows:
enable bundle successfully.
```


## Disable Command

```bash
bm disable [-h] [-n bundleName] [-a abilityName] [-u userId]
```


If **-u** is not specified, the command applies to all active users.


**Table 8** Disabled command parameters

| Name| Description|
| -------- | -------- |
| -h | Used to display the parameters supported by the **disable** command.|
| -n | Used to disable a bundle.|
| -a | Used to disable an ability with a specified bundle name.|
| -u | Used to disable a bundle for a given user.|

Example

```bash
# Disable a bundle.
bm disable -n com.ohos.app -a com.ohos.app.EntryAbility -u 100
// The execution result is as follows:
disable bundle successfully.
```


## Obtaining UDID

```bash
bm get [-h] [-u]
```


**Table 9** Parameters used in the command for obtaining the UDID

| Name| Description|
| -------- | -------- |
| -h | Used to display the parameters supported by the **get** command.|
| -u | Used to obtain the UDID of a device.|


Example

```bash
# Obtain the UDID of a device.
bm get -u
// The execution result is as follows:
udid of current device is :
23CADE0C
```


## Quick Fix

```bash
bm quickfix [-h] [-a -f filePath] [-q -b bundleName]
```


**Table 10** Parameters used in the command for quick fix

| Name| Description|
| -------- | -------- |
| -h | Used to display the commands supported by **quickfix**.|
| -a -f | Used to run the quick fix patch installation command. **file-path** corresponds to the hqf file. You can pass in one or more hqf files or the directory where the hqf file is located.|
| -q -b | Used to display the patch information based on the bundle name. **bundle-name** indicates the bundle name.|


Example

```bash
# Display patch package information by the bundle name.
bm quickfix -q -b com.ohos.app
// The execution result is as follows:
// Information as follows:            
// ApplicationQuickFixInfo:           
//  bundle name: com.ohos.app 
//  bundle version code: xxx     
//  bundle version name: xxx       
//  patch version code: x            
//  patch version name:              
//  cpu abi:                          
//  native library path:             
//  type:                            
# Patch installation in the quick fix:
bm quickfix -a -f /data/app/
// The execution result is as follows:
apply quickfix succeed.
```

## Commands for Querying the Shared Library

```bash
bm dump-shared [-h help] [-a] [-n bundleName] [-m moudleName]
```

  **Table 11** Commands for querying the shared library

| Name                                            | Description                                  |
| ------------------------------------------------ | -------------------------------------- |
| bm dump-shared -h                                | Displays the parameters supported by the **dump-shared** command.         |
| bm dump-shared -a                                | Displays all shared libraries installed in the system.            |
| bm dump-shared -n                                | Displays details about a shared library.          |
| bm dump-dependencies -h                          | Displays the parameters supported by the **bm dump-dependencies** command.|
| bm dump-dependencies -n bundleName -m moudleName | Displays information about the shared library on which a specified module of an application depends.  |

Example

```bash
# Display the bundle names of all shared libraries installed in the system.
bm dump-shared -a
# Display the details about the specified shared library.
bm dump-shared -n com.ohos.lib
# Display information about the shared library on which a specified module of an application depends.
bm dump-dependencies -n com.ohos.app -m entry
```

## FAQs

### Error Message "code:9568320 error: no signature file" Is Displayed During HAP Installation

**Symptom**

When you run a signed HAP, the error message "failed to install bundle. error: install no signature info" or "failed to install bundle. error: no signature file" is displayed.

![Example](figures/en-us_image_0000001389116960.png)

**Solution**

Manually update the device image so that it matches the signing tool. To do so, perform the following steps:
1. Download the image files of the development board based on the [latest OpenHarmony image files](../../release-notes/Readme.md).
2. Burn the downloaded image files to the development board. You can use DevEco Device Tool for burning. For details, see [DevEco Device Tool User Guide](../../device-dev/quick-start/quickstart-ide-env-win.md).
3. Run the application or service again.

### Error Message "code:9568347 error: install parse native so failed" Is Displayed During HAP Installation

**Symptom**

When you start debugging or run a C++ application, the error message "error: install parse native so failed" is displayed during the installation of the HAP.

**Solution**

The ABI type configured for the C++ project does not match that supported by the device. To solve this problem, perform the following steps:

1. Connect the device to DevEco Studio.
2. Open the command line tool and go to the **toolchains\{*Version*}** directory in the OpenHarmony SDK installation directory.

   To check the OpenHarmony SDK installation directory, choose **File** > **Settings** > **SDK**.

3. Run the following command to obtain the list of ABI types supported by the device, which include one or more of the following: default, armeabi-v7a, armeabi, arm64-v8a, x86, and x86_64.
    ```
    hdc shell
    param get const.product.cpu.abilist
    ```
4. Depending on the obtained list, modify the **abiFilters** settings in the module-level **build-profile.json5** file. The rules are as follows:
    * If the list includes only **default**, run the following command to check whether the **lib64** folder exists:
      ```
      cd /system/
      ls
      ```

      ![Example](figures/en-us_image_0000001609001262.png)

      * If the **lib64** folder exists, add the arm64-v8a type to **abiFilters**.
      * If the **lib64** folder does not exist, add armeabi, armeabi-v7a, or both types to **abiFilters**.
    * If the list includes one or more of the following, add at least one of them to **abiFilters**: armeabi-v7a, armeabi, arm64-v8a, x86, and x86_64.

### Error Message "code:9568344 error: install parse profile prop check error" Is Displayed During HAP Installation

**Symptom**

When you start debugging or run an application, the error message "error: install parse profile prop check error" is displayed during the installation of the HAP.

![Example](figures/en-us_image_0000001585361412.png)

**Solution**

The signature file of the application is changed, but the new signature fingerprint is not reconfigured in the **install_list_capability.json** file of the device. To solve this problem, perform the following steps:

1. Obtain the new signature fingerprint.

    a. Obtain the storage path of the signature file, which is the value of **profile** in the **signingConfigs** field in the project-level **build-profile.json5** file.

    b. Open the signature file (with the file name extension .p7b), search for **development-certificate** in the file, copy **-----BEGIN CERTIFICATE-----**, **-----END CERTIFICATE-----**, and the information between them to a new text file, delete the newline characters, and save the file as a new .cer file.

    The format of the new .cer file is shown below. (The file content is an example.)

    ![Example](figures/en-us_image_0000001585521364.png)

    c. Use the keytool (available in the **jbr/bin** folder of the DevEco Studio installation directory) to obtain the SHA-256 value of the certificate fingerprint from the .cer file:

      ```
      keytool -printcert -file xxx.cer
      ```
    d. Remove the colon (:) from the SHA-256 content in the certificate fingerprint. What you get is the signature fingerprint.

    An example SHA-256 value is shown below.

    ![Example](figures/en-us_image_0000001635921233.png)

    The signature fingerprint obtained by removing the colon is 5753DDBC1A8EF88A62058A9FC4B6AFAFC1C5D8D1A1B86FB3532739B625F8F3DB.

2. Obtain the **install_list_capability.json** file of the device.

    a. Connect the device.

    b. Run the following command to view the **install_list_capability.json** file of the device:
    ```
    find /system -name install_list_capability.json
    ```
    The **install_list_capability.json** file of the device is stored in the following directory. Find the corresponding configuration file based on the bundle name.
    ```
    /system/etc/app/install_list_capability.json
    ```
    c. Run the following command to obtain the **install_list_capability.json** file:
    ```
    hdc shell mount -o rw,remount /
    hdc file recv /system/etc/app/install_list_capability.json
    ```

3. Add the signature fingerprint obtained to **app_signature** in the **install_list_capability.json** file. Note that the signature fingerprint must be configured under the corresponding bundle name.

   ![Example](figures/en-us_image_0000001635641893.png)

4. Push the modified **install_list_capability.json** file to the device and restart the device.

    ```
    hdc shell mount -o rw,remount / 
    hdc file send install_list_capability.json /system/etc/app/install_list_capability.json 
    hdc shell chmod 777 /system/etc/app/install_list_capability.json 
    hdc shell reboot
    ```
5. Reinstall the application.

### Error Message "code:9568305 error: dependent module does not exist" Is Displayed During HAP Installation

**Symptom**

When you start debugging or run an application, the error message "error: dependent module does not exist" is displayed during the installation of the HAP.

![Example](figures/en-us_image_0000001560338986.png)

**Solution**

The SharedLibrary module on which the application depends is not installed. To solve this problem, perform the following steps:

* Install the dependent SharedLibrary module. On the **Run/Debug Configurations** page of DevEco Studio, select **Keep Application Data** on the **General** tab page, and click **OK** to save the configuration. Then run or debug the application again.

   ![Example](figures/en-us_image_0000001560201786.png)

* On the **Run/Debug Configurations** page of DevEco Studio, click the **Deploy Multi Hap** tab, select **Deploy Multi Hap Packages**, select the dependent module SharedLibrary, and click **OK** to save the configuration. Then run or debug the application again.

   ![Example](figures/en-us_image_0000001610761941.png)

### Error Message "code:9568259 error: install parse profile missing prop" Is Displayed During HAP Installation

**Symptom**

When you start debugging or run an application, the error message "error: install parse profile missing prop" is displayed during the installation of the HAP.

![Example](figures/en-us_image_0000001559130596.png)

**Solution**

Some mandatory fields are missing in the **app.json5** and **module.json5** files.

* Method 1: Check and add mandatory fields by referring to the [app.json5 file](../../application-dev/quick-start/app-configuration-file.md) and [module.json5 file](../../application-dev/quick-start/module-configuration-file.md).
* Method 2: Determine the missing fields based on the HiLog.

    Run the following command to enable disk flushing:
    ```
    hilog -w start
    ```

    Disk location: /data/log/hilog

    Open the log file and find **profile prop %{public}s is mission**. For example, **profile prop icon is mission** indicates that the **icon** field is missing.

### Error Message "code:9568258 error: install releaseType target not same" Is Displayed During HAP Installation

**Symptom**

When you start debugging or run an application, the error message "error: install releaseType target not same" is displayed during the installation of the HAP.

![Example](figures/en-us_image_0000001609976041.png)

**Solution**

The value of **releaseType** in the SDK used by the existing HAP is different from that used by the new HAP. Uninstall the existing HAP on the device, and then install the new HAP.

### Error Message "code:9568322 error: signature verification failed due to not trusted app source" Is Displayed During HAP Installation

**Symptom**

When you start debugging or run an application, the error message "error: signature verification failed due to not trusted app source" is displayed during the installation of the HAP.

![Example](figures/en-us_image_0000001585042216.png)

**Solution**

The signature does not contain the UDID of the debugging device. To solve this problem, perform the following steps:

* Use automatic signature. After the device is connected, sign the application again.
* If manual signature is used, add the UDID of the device to the **UnsgnedDebugProfileTemplate.json** file. For details, see [OpenHarmony Application Manual Signature](../security/hapsigntool-guidelines.md).
   ```
   // Command for obtaining the UDID
   hdc shell bm get -u
   ```

### Error Message "code:9568289 error: install failed due to grant request permissions failed" Is Displayed During HAP Installation

**Symptom**

When you start debugging or run an application, the error message "error: install failed due to grant request permissions failed" is displayed during the installation of the HAP.

![Example](figures/en-us_image_0000001585201996.png)

**Solution**

The application uses the default Ability Privilege Level (APL), which is normal, and requires the system_basic or system_core permission.

Change the API in the **UnsgnedDebugProfileTemplate.json** file to **system_basic** or **system_core**, and sign and pack the application again.

### Error Message "code:9568297 error: install failed due to older sdk version in the device" Is Displayed During HAP Installation

**Symptom**

When you start debugging or run an application, the error message "error: install failed due to older sdk version in the device" is displayed during the installation of the HAP.

![Example](figures/en-us_image_0000001635521909.png)

**Solution**

The SDK version used for build and packing does not match the device image version. The possible scenarios are as follows:

* Scenario 1: The device image version is earlier than the SDK version for build and packing. Update the device image version. Run the following command to query the device image version:
  ```
  hdc shell param get const.ohos.apiversion
  ```
  If the API version provided by the image is 10 and the SDK version used for application build is also 10, the possible cause is that the image version is too early to be compatible with the SDK verification rules of the new version. In this case, update the image version to the latest version.

* Scenario 2: For applications that need to run on OpenHarmony devices, ensure that runtimeOS has been changed to OpenHarmony.

### Error Message "code:9568332 error: install sign info inconsistent" Is Displayed During HAP Installation

**Symptom**

When you start debugging or run an application, the error message "error: install sign info inconsistent" is displayed during the installation of the HAP.

![Example](figures/en-us_image_0000001635761329.png)

**Solution**

The signature of the application installed on the device is different from that of the new application. **Keep Application Data** is selected in **Edit Configurations** (the application is installed without being uninstalled) and the signature is re-signed.

Uninstall the application, or deselect **Keep Application Data**. Then install the new application.