TE_type

Sends a string to the terminal emulator.

int TE_type( const char *string );

Inputs

The TE_type function depicts the keyboard input sent to the terminal emulator.

Keyboard input is evaluated to a string using the following conventions:

• Plain text can be input as a regular text string (including blank spaces). For example:

  TE_type("hello, world");

• Input key names longer than one character are represented by identifiers beginning with the letter k, and are bracketed within greater/less than signs (< >). For example, the line:

  TE_type("<kReturn><kControl-y>");

  depicts the input of the Return key followed by the left Control and y keys.

  See TE_type Key Definitions.

• Pauses between keystrokes are indicated by the letter t followed by an integer, representing the number of time units, enclosed by (< >). The statement

  TE_type("hello, <t3>world");

  depicts a pause of 3 seconds between the input of the words hello and world. The lowercase t can be replaced by a capital T, which indicates milliseconds.

• Key sequences, in which more than one key is pressed simultaneously, are represented by the sequence of characters, separated by hyphens (-), and enclosed by (< >). The statement

  TE_type("<kControl-kAlt-kDelete>");

  Control, Alt, and Delete should be input, and released, simultaneously.

The following characters must be included in angle-brackets when they appear in a TE_type statement:

If a script attempts to submit a TE_type statement while the system is in X-SYSTEM mode, the script will wait until the X-SYSTEM mode ends before typing. If the system stays in X-SYSTEM mode for more than TE_XSYSTEM_TIMEOUT milliseconds, then the TE_type function returns a TE_TIMEOUT error. You can set the value of TE_XSYSTEM_TIMEOUT by using TE_setvar. The default value for TE_XSYSTEM_TIMEOUT is 30 seconds.

Return Values

This function returns 0 if it succeeds, and a negative error code if it fails. It also sets the global variable TE_errno.

Parameterization

You cannot use standard parameterization for any arguments in this function.

Example

The following segment sends an amount to be deposited and waits for the client application to respond.

 /* Declare variables for TE_wait_text */
int ret_row;
int ret_col;
char ret_text [80];
lr_start_transaction (command);
 /* send amount */
TE_type ("{deposit_amount}<kReturn>");
 /* Wait for response */
TE_wait_text ("!Operation failed|Withdraw", 30, 1, 1, 0, 0, NULL, NULL, match);
if (TE_errno != TE_SUCCESS) {
    lr_end_transaction (command, LR_FAIL);
    lr_error_message ("TE_wait_text failed \n);
    return:
}
else {
    lr_end_transaction (command, LR_SUCCESS);
}