Rc-tabs Example

[Consuelo Dular]

Iused the rc-tabs library in Nextjs and got an error. But Reactjs does not. I don't understand why or the rendering mechanism.Error: Warning: React.jsx: type is invalid -- expected a string (for built-in components) or a class/function (for composite components)github: ( :3000/order)This is my code:

The example in this section demonstrates how to create a tab control and display it in the client area of the application's main window. The application displays a third window (a static control) in the display area of the tab control. The parent window positions and sizes the tab control and static control when it processes the WM_SIZE message.

The following function creates the tab control and adds a tab for each day of the week. The names of the days are defined as string resources, consecutively numbered starting with IDS_SUNDAY (defined in the application's resource header file). Both the parent window and the tab control must have the WS_CLIPSIBLINGS window style. The application's initialization function calls this function after creating the main window.

The following function creates the static control that resides in the tab control's display area. The application's initialization function calls this function after creating the main window and the tab control.

Note that the static control is positioned in the tab control's display area,but it is itself a sibling of the tab control, not a child.This allows the static control to participate in the shared parent window's tab order.This is not significant for a static control,but it is a good practice in case it is replaced with a keyboard-accessiblecontrol like a button.

The following example functions are called from the application's window procedure. The application calls the OnSize function when processing the WM_SIZE message to position and size the tab control to fit the main window's client area.

When a tab is selected, the tab control sends a WM_NOTIFY message, specifying the TCN_SELCHANGE notification code. The application's OnNotify function processes this notification code by setting the text of the static control.

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This will make Hello, World show up in the window running the catprogram. The kitten @ send-text --match option is very powerful, itallows selecting windows by their titles, the command line of the programrunning in the window, the working directory of the program running in thewindow, etc. See kitten @ send-text --help for details.

This will show the output of ls in the output window instead of thecurrent window. You can use this technique to, for example, show the output ofrunning make in your editor in a different window. The possibilitiesare endless.

This outputs a tree of data in JSON format. The top level of the tree is allOS windows. Each OS window has an id and a list oftabs. Each tab has its own id, a title and a list of kittywindows. Each window has an id, title, current working directory,process id (PID) and command-line of the process running in the window. You canuse this information with kitten @ focus-window --match to controlindividual windows.

The kitty --listen-on option tells kitty to listen for controlmessages at the specified UNIX-domain socket. See kitty --help for details.Now you can control this instance of kitty using the kitten @ --tocommand line argument to kitten @. For example:

You can explore the kitty command language more easily using the builtinkitty shell. Run kitten @ with no arguments and you will be dropped intothe kitty shell with completion for kitty command names and options.

Then programs running in windows created with that shortcut can use kitten @to control kitty. Note that any program with the right level of permissions canstill write to the pipes of any other program on the same computer and thereforecan control kitty. It can, however, be useful to block programs running onother computers (for example, over SSH) or as other users.

The allow_remote_control option discussed so far is a bluntinstrument, granting the ability to any program running on your computeror even on remote computers via SSH the ability to use remote control.

For password based authentication to work over SSH, you must pass theKITTY_PUBLIC_KEY environment variable to the remote host. Thessh kitten does this for you automatically. Whenusing a password, Encrypted communication is used to ensure the passwordis kept secure. This does mean that using password based authenticationis slower as the entire command is encrypted before transmission. Thiscan be noticeable when using a command like kitten @ set-background-imagewhich transmits large amounts of image data. Also, the clock on the remotesystem must match (within a few minutes) the clock on the local system.kitty uses a time based nonce to minimise the potential for replay attacks.

In this script you can use kitten @ to run as many remotecontrol commands as you like and process their output.remote_control_script is similar to thelaunch command with --type=background --allow-remote-control.For more advanced usage, including fine grained permissions, settingenv vars, command line interpolation, passing data to STDIN, etc.the launch command should be used.

If you wish to develop your own client to talk to kitty, you can use theremote control protocol specification. Note that thereis a statically compiled, standalone executable, kitten available thatcan be used as a remote control client on any UNIX like computer. This can bedownloaded and used directly from the kitty releases page:

Many remote control operations operate on windows or tabs. To select these, the--match option is often used. This allows matching using varioussophisticated criteria such as title, ids, command lines, etc. These criteria areexpressions of the form field:query. Where field is the fieldagainst which to match and query is the expression to match. They canbe further combined using Boolean operators, best illustrated with someexamples:

When matching windows, match specifications are of the form: field:query.Where field can be one of: id, title, pid, cwd, cmdline, num,env, var, state, neighbor, and recent.query is the expression to match. Expressions can be either a number or a regular expression, and can becombined using Boolean operators.

For numeric fields: id, pid, num and recent, the expression is interpreted asa number, not a regular expression. Negative values for id match from the highest id number down, in particular,-1 is the most recently created window.

The field state matches on the state of the window. Supported statesare: active, focused, needs_attention,parent_active, parent_focused, self,overlay_parent. Active windows are the windows that are active intheir parent tab. There is only one focused window and it is the window towhich keyboard events are delivered. If no window is focused, the last focusedwindow is matched. The value self matches the window in which theremote control command is run. The value overlay_parent matches thewindow that is under the self window, when the self window is anoverlay.

When matching tabs, match specifications are of the form: field:query.Where field can be one of: id, index, title, window_id, window_title,pid, cwd, cmdline env, var, state and recent.query is the expression to match. Expressions can be either a number or a regular expression, and can becombined using Boolean operators.

For numeric fields: id, index, window_id, pid and recent, theexpression is interpreted as a number, not a regular expression. Negative values for id/window_id matchfrom the highest id number down, in particular, -1 is the most recently created tab/window.

The index number is used to match the nth tab in the currently active OS window.The recent number matches recently active tabs in the currently active OS window, with zero being the currentlyactive tab, one the previously active tab and so on.

When using the env field to match on environment variables, you can specify only the environment variable nameor a name and value, for example, env:MY_ENV_VAR=2. Tabs containing any window with the specified environmentvariables are matched. Similarly, var matches tabs containing any window with the specified user variable.

The field state matches on the state of the tab. Supported states are:active, focused, needs_attention, parent_active and parent_focused.Active tabs are the tabs that are active in their parent OS window. There is only one focused taband it is the tab to which keyboard events are delivered. If no tab is focused, the last focused tab is matched.

An address for the kitty instance to control. Corresponds to the address given to the kitty instance via the kitty --listen-on option or the listen_on setting in kitty.conf. If not specified, the environment variable KITTY_LISTEN_ON is checked. If that is also not found, messages are sent to the controlling terminal for this process, i.e. they will only work if this process is run within a kitty window.

A password to use when contacting kitty. This will cause kitty to ask the user for permission to perform the specified action, unless the password has been accepted before or is pre-configured in kitty.conf. To use a blank password specify kitten @ --use-password as always.

A file from which to read the password. Trailing whitespace is ignored. Relative paths are resolved from the kitty configuration directory. Use - to read from STDIN. Used if no kitten @ --password is supplied. Defaults to checking for the rc-pass file in the kitty configuration directory.Default: rc-pass

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