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C/C++ API Documentation | 2025.2

# ClientUser::Prompt( const StrPtr &, StrBuf &, int, Error * )

Prompt the user and get a response.

Virtual? | Yes |
Class | `ClientUser` |
Arguments | `const StrPtr &msg` | the message with which to prompt the user
| `StrBuf &rsp` | where to put the user’s response
| `int noEcho` | specifies whether echo should be turned off at the console
| `Error *e` | an `Error` object
Returns | `void` |

## Notes

`Prompt()` is used in the default implementation of `HandleError()` to prompt the user to correct the error. `Prompt()` is also used by the interactive resolve routine to prompt for options.

## Example

Consider the following user interaction with `p4 resolve`:

Copy

    &gt; p4 resolve file.c
    c:\depot\file.c - merging //depot/file.c#2,#10
    Diff chunks: 0 yours + 1 theirs + 0 both + 0 conflicting
    Accept(a) Edit(e) Diff(d) Merge (m) Skip(s) Help(?) [at]: at

In the above example, the "msg" argument to `Prompt()` is the “Accept…​[at\]:” string. The response, "at", is placed into the "rsp" `StrBuf`, which is sent to the server and processed as "accept theirs".

To alter the behavior of `Prompt()`, create a subclass of `ClientUser` and provide an alternate implementation of `Prompt()`.

For example, suppose that you are writing a GUI application and want each option in the interactive resolve to appear in a dialog box. A function called `MyDialog()` to create a dialog box containing the text of its argument and a text field, and return a character array with the user’s response, would look like this:

    void MyClientUser::Prompt( const StrPtr &msg, StrBuf &buf, \
                               int noEcho, Error *e )
    {
        buf.Set( MyDialog( msg.Text() ) );
    }

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