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Imports Inlite.ClearImageNet '.. Recommended best practices The image quality of the barcode on the back of the driver license image is lower quality than for scanned document. Licenses are covered by a relatively thick laminated coating that diffuses the images and may be scratched or smudged. The ClearImage DL/ID Reader employs multiple image processing techniques to deal with the most difficult images attuned to read the specific barcode found on the back of the licenses.

Inlite recommends the following best practices to achieve the highest recognition rate and recognition speed: • Scan driver license as grayscale at a resolution of 300dpi. If needed image can be saved for archival purposes at different resolution and color using the ClearImage API. • If using a camera, then • Use 3-5 Mega Pixel setting • Take the picture head on to keep the barcode rectangular • Avoid flash or shadows.

Even illumination is best • Avoid using low-quality JPEG compression when saving images. Set the highest JPEG quality possible. Use these to mitigate effects of JPEG blocking. Example of Driver License reader XML output The following example shows the typical (California) barcode contents as provided by the DL/ID reader. The available contents varies from state to state, and between generations of licenses.

Ever wonder what's in that barcode on the back of your driver's license? I just got a new toy that I'm playing around with, and I'd like to incorporate A5 to allow me to use it for something useful.

It's a Handheld 2D Barcode Scanner, and I want to use it to scan the barcode on the back of a driver's license, then populate forms with the resulting data. I'm using a special 'sample' Maryland driver's license for testing, but it conforms to the AAMVA standards for universal license data coding. (In other words, it should pretty much work the same way on a license from any state using the AAMVA format.) So what's in the that funny looking barcode?

Rich, For this application, it looks like the best approach would be to scan it into a text area, then parse it with extract_string(). So, for example, if the bar code was read into a variable named BarCodeText, you could have: vAddress = extract_string(BarCodeText,'DAG','DAI') Then, as Mauricio suggested, for the name, you could use the word() to break that up The only issue I see is if the street name is Adai street, or if the person is named Dagwood. To handle that, you could use the occurs() function to check how may times it appears. So if 'DAG' appears twice, then you know there could be a problem. Hi Rich, Parsing a barcode, yours included, is relatively trivial.

There are a myriad of character parsing functions that are usable in Alpha, and there is nothing special here. The real issue, is that a barcode scanner will scan the data into where ever the cursor is. If the cursor is not where you need data, the barcode characters will be entered wherever it is. If you could get the cursor to move to a particular field or dialog box 1st, then the data entered can be used to fill in data or invoke a find, or whatever you needed to be done. This is exactly what my does for the desktop side. (which incidently the trial version has a working function feature that has a test mode that allows you to see all characters that the scanner sends, even special keys) within Alpha Five.

Doing it for the web side requires handling a javascript key event, which Alpha does not have. It could be done, but each of the 5 most common browsers all handle key events differently (some in major ways, some minor). Unfortunately, there is no current web standard for key events (unfortunately). If one chooses a specific browser, then it is much simpler problem. Well thanks to the input from everyone, I'm getting closer. I'm trying Pat's suggestion of the 'exact_string' expression, and it seems to parse all of the fields correctly, but I'm running into a weird problem that I'm hoping someone might have an answer to.

One of the parsed fields is called 'DBB_DOB,' and it results in a character string date of the person's date of birth. Next to it, I created another field called 'DOB,' and I'm using the below expression to convert the string to a 'normal' type date: DATE_VALUE(VAL(LEFT(DBB_DOB,4)),VAL(SUBSTR(DBB_DOB,5,2)),VAL(SUBSTR(DBB_DOB,7,2))) Again, it works correctly, and the DBB_DOB string of 19560115 converts correctly to, but when I try to start a new record, I immediately get an error message that says: 'MONTH IS OUT OF RANGE.' Then if I try to close out of the table or delete that record, I get another message that says 'ENTER MUST BEGIN FIRST.'