Textbox
Last updated
Last updated
Description: This keyword or action instructs Avo Assure Client to clear the text from the textbox.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
clearText | NA | (Optional) | NA |
Find the snippet of the keyword below:
In the above example, after the test case debug, it clears the text from the textbox, and the execution status “Fail”/ “Pass” will be stored in variable {Clear}.
Description: This keyword or action instructs Avo Assure Client to click on the specified text box.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
click | NA | (Optional) | NA |
Note: The “Press” keyword can also be used as an alternative to “Click”.
Find the snippet of the keyword below:
In the above example, after the test case debug, the click operation will be performed on the textbox, and the execution status “Fail”/ “Pass” will be stored in variable {click}.
Description: This keyword or action instructs Avo Assure Client to get the text from the textbox and save the results in the output variable.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
getText | NA | {Variable}; {Status} | NA |
Find the snippet of the keyword below:
In the above example, after the test case debug, the text of the textbox will be fetched and stored in variable {getText}, and the execution status “Fail”/ “Pass” will be stored in variable {Get}.
Description: This keyword or action instructs Avo Assure Client to get the maximum text box length defined by the developer and save the result in the output variable.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
getTextboxLength | NA | {Variable};{Status} | NA |
Note: This keyword fetches the maximum number of supported characters by the text box, not the user input character length.
Find the snippet of the keyword below:
In the above example, after the test case debug, the maximum length of the textbox will be fetched and stored in variable {len}. The execution status “Fail”/ “Pass” will be stored in variable {Status}.
Description: This keyword or action instructs Avo Assure Client to click operation on the specified text box.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
press | NA | (Optional) | NA |
Note: This keyword is useful where mouse down press operation is involved.
Find the snippet of the keyword below:
In the above example, after the test case debug, the press operation will be performed on the textbox, and the execution status “Fail”/ “Pass” will be stored in variable {press}.
Description: This keyword or action instructs Avo Assure Client to accept an encrypted text and send the individual keystrokes to the application.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
sendSecureValue | <Encrypted Text> | (Optional) |
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Note: In order to provide encrypted text as input to sendSecureValue keyword: the user should encrypt the required text using “AES Encryption” from the tool encryption utilities.
Find the snippet of the keyword below:
In the above example, after the test case debug, the decrypted text will be entered in the specified textbox, and the execution status “Fail” / “Pass” will be stored in variable {SecuredValue}.
Description: This keyword or action instructs Avo Assure Client to send individual keystrokes to the textbox.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
sendValue | <Input Text> | (Optional) |
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Find the snippet of the keyword below:
In the above example, after the test case debug, the text will be entered in the specified textbox, and the execution status “Fail” / “Pass” will be stored in variable {SendValue}.
Description: This keyword or action instructs ICE to accept an encrypted text and pass the decrypted value into the application.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
setSecureText | <Encrypted Text> | (Optional) |
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Note: In order to provide encrypted text as input to the setSecureText keyword, the user should encrypt the required text using “AES Encryption” from the tool encryption utilities.
Find the snippet of the keyword below:
In the above example, after the test case debug, the decrypted text will be entered in the specified textbox, and the execution status “Fail” / “Pass” will be stored in variable {SecuredText}.
Description: This keyword or action instructs Avo Assure Client to enter text in textbox.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
setText | <Input Text> | (Optional) |
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Note: The “sendvalue” keyword can be used as an alternative.
Find the snippet of the keyword below:
In the above example, after the test case debug, the operation will set the provided text, and the execution status “Fail” / “Pass” will be stored in variable {SetText}.
Description: This keyword or action instructs AvoAssure Client to verify if the text present in the textbox is the same as that present in the input field.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
verifyText | <Input Text> | (Optional) |
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Find the snippet of the keyword below:
In the above example, after the test case debug, the text provided will be verified, and the execution status “Fail”/ “Pass” will be stored in variable {verify}.
Description: This keyword or action instructs Avo Assure Client to verify the maximum length of the text box to the value that is provided in the input field.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
verifyTextboxLength | <Input Text> | (Optional) |
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Find the snippet of the keyword below:
In the above example, after the test case debug, the maximum length of the textbox is verified with the input provided, and the execution status “Fail”/ “Pass” will be stored in variable {verifyLen}.
Description: This keyword or action instructs Avo Assure Client to accept an encrypted text and send the individual keystrokes to the application’s textbox.
Following is the syntax for performing the operation on a scraped textbox object:
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
sendSecureFunctionKeys | <Encrypted Text> | (Optional) |
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Note:
In order to provide encrypted text as input to the sendSecureFunctionKeys keyword, the user should encrypt the required text using “AES Encryption” from the tool encryption utilities.
Find the snippet of the keyword below, with input specified directly:
In the above example, after the test case debug, the decrypted text will be entered in the sample_txtbox object, and the execution status “Fail”/ “Pass” will be stored in variable {output}.
Description: This keyword or action instructs Avo Assure Client to perform a double click on the specified textbox.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
doubleClick | NA | (Optional) | NA |
Find the snippet of the keyword below:
In the above example, after the test case debug, a double click operation will be performed on the textbox, and the execution status “True” / “False” will be stored in variable {doubleClick}.
Description: This keyword or action instructs setText and setSecureText keywords that support all textboxes.
Keyword | Input Syntax | Output Syntax | Supported Input Formats |
setText | <Input Text> | (Optional) |
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setSecureText | <Encrypted Text> | (Optional) |
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In the above example, after the test case debug, the operation will support all textboxes.