Imageusb 1 4 1003

(drive 1)10-May-2013 - 06:02:20:906 - Drive E:\ - Image completed.10-May-2013 - 06:02:20:906 - Drive E:\ - MD5 Checksum: 46E32625BC7AD46A7FB85A4D48AA6DE210-May-2013 - 06:02:20:906 - Drive E:\ - SHA1 Checksum: 84971417F7AFB7AAC0D47715FDB2B736551133D410-May-2013 - 06:02:20:921 - Verifying Image D:\Transfer\ThumbDrive\ThumbDriveImage.bin created from Drive E:\...10-May-2013 - 06:05:06:468 - Drive E:\ checksum completed.10-May-2013 - 06:05:06:468 - Image D:\Transfer\ThumbDrive\ThumbDriveImage.bin - MD5 Checksum: 46E32625BC7AD46A7FB85A4D48AA6DE210-May-2013 - 06:05:06:468 - Verification passed - MD5 matched. (E:\).10-May-2013 - 06:05:06:468 - Image D:\Transfer\ThumbDrive\ThumbDriveImage.bin - SHA1 Checksum: 84971417F7AFB7AAC0D47715FDB2B736551133D410-May-2013 - 06:05:06:484 - Verification passed - SHA1 matched. (E:\).10-May-2013 - 06:09:13:906 - Getting list of available removable USB drives...10-May-2013 - 06:09:13:906 - Inspecting Drive C:\...10-May-2013 - 06:09:13:906 - Inspecting Drive D:\...10-May-2013 - 06:09:13:906 - Inspecting Drive E:\...10-May-2013 - 06:09:14:687 - Inspecting Drive Z:\...10-May-2013 - 06:09:42:062 - Drive E:\ added to queue.10-May-2013 - 06:09:42:250 - Writing image D:\Transfer\ThumbDrive\ThumbDriveImage.bin to E:\ (drive 1)10-May-2013 - 06:44:26:218 - Drive E:\ write completed.10-May-2013 - 06:55:06:140 - Drive E:\ checksum completed.10-May-2013 - 06:55:06:156 - Drive E:\ - MD5 Checksum: C1534ED10DC46A0385A478F3C20CAD8A10-May-2013 - 06:55:06:171 - VERIFICATION FAILED!!! MD5 Checksum does not match (E:\). Image MD5 Checksum: 46E32625BC7AD46A7FB85A4D48AA6DE210-May-2013 - 06:55:06:171 - Drive E:\ - SHA1 Checksum: 991039FFC0DC49F573C4CE26659F2C632A2823A910-May-2013 - 06:55:06:187 - VERIFICATION FAILED!!! SHA1 Checksum does not match (E:\). Image SHA1 Checksum: 84971417F7AFB7AAC0D47715FDB2B736551133D410-May-2013 - 06:55:16:812 - Exiting... Comment Administrator Join Date: May 2010 Posts: 899 That seems to be the is the normal log that is output. To have imageUSB output debug information you need to start imageUSB with the "-d" command line arguement. It will save the debug information into the logfile, "imageUSB.log". Quick way to do this is create a shortcut to imageUSB.exe. Right click->Properties and then edit the target. (i.e. "C:\Users\Passmark01\Desktop\imageUSB\imageUSB .exe -d") Comment Junior Member Join Date: May 2013 Posts: 4 Sorry, I missed the -d switch when I scanned the help...10-May-2013 - 18:55:48:281 - PassMark Software - imageUSB v1.1.101110-May-2013 - 18:55:48:296 - Getting list of available removable USB drives...10-May-2013 - 18:55:48:296 - Inspecting Drive C:\...10-May-2013 - 18:55:48:312 - Debug: Thread (3204) Drive C:\: Not of USB Type Skipping. DriveType 310-May-2013 - 18:55:48:312 - Inspecting Drive D:\...10-May-2013 - 18:55:48:312 - Debug: Thread (3204) Drive D:\: Not of USB Type Skipping. DriveType 310-May-2013 - 18:55:48:328 - Inspecting Drive E:\...10-May-2013 - 18:55:48:328 - Debug: Thread (3204) Drive E:\ Size: 7797530624 Bytes Volume: LogiQuest APLs Other: NTFS10-May-2013 - 18:55:48:328 - Inspecting Drive Z:\...10-May-2013 - 18:55:48:343 - Debug: Thread (3204) Drive Z:\: Not of USB Type Skipping. DriveType 210-May-2013 - 18:55:48:343 - Ready...10-May-2013 - 18:56:43:312 - Drive E:\ added to queue.10-May-2013 - 18:56:43:312 - Debug: Thread (2840) Successfully opened image file D:\Transfer\ThumbDrive\ThumbDriveImage.bin (7802454528 bytes) for read acess.10-May-2013 - 18:56:43:328 - Debug: Thread (2840) imageUSB image. Actual image size (w/o header) is 7802454016 bytes.10-May-2013 - 18:56:43:343 - Debug: Thread (2840) UFD \\.\PhysicalDrive1 size 7803174912 bytes.10-May-2013 - 18:56:43:343 - Debug: Thread (2840) Unmounting UFD E:\ to prepare for write.10-May-2013 - 18:56:43:500 - Writing image D:\Transfer\ThumbDrive\ThumbDriveImage.bin to E:\ (drive 1)10-May-2013 - 18:56:44:453 - Debug: Thread (2840) Writing...0.1%10-May-2013 - 18:56:44:984 - Debug: Thread (2840) Writing...0.3%10-May-2013 - 18:56:45:484 - Debug: Thread (2840) Writing...0.4%...10-May-2013 - 19:30:34:015 - Debug: Thread (2840) Writing...99.7%10-May-2013 - 19:30:37:187 -

Junior Member Join Date: May 2013 Posts: 4 ImageUSB does not seem to have a problem creating/verifying image files created from NTFS drives. However, when attempting to verify after writing from an NTFS image file, it always gets a checksum error. I notice that the USB drive is remounted as soon as the writing is complete (before verification starts). I suspect that Windows is writing to the drive when the mount occurs and that is causing the verification error. Is it possible to add an option to not remount the USB drive after writing? Administrator Join Date: May 2010 Posts: 899 I tried to replicate this on my local machine and was unable to get the verification problem you are seeing.1. Format USB Stick NTFS2. Create Image with Verification On (PASSED)3. Write Image to USB Stick with Verification On (PASSED)If you run the software in debug mode (see help file) when it does verification, in additional to the checksums checks, it will also do actual byte comparison and output the offset where the contents differ in the logfile.Other things:Did you create the image on a different machines? What was the OS used? Different user accounts with different permissions? Comment Junior Member Join Date: May 2013 Posts: 4 Tried XP and Windows 7 Originally posted by Richard (PassMark) View Post I tried to replicate this on my local machine and was unable to get the verification problem you are seeing.1. Format USB Stick NTFS2. Create Image with Verification On (PASSED)3. Write Image to USB Stick with Verification On (PASSED)If you run the software in debug mode (see help file) when it does verification, in additional to the checksums checks, it will also do actual byte comparison and output the offset where the contents differ in the logfile.Other things:Did you create the image on a different machines? What was the OS used? Different user accounts with different permissions? I'll try the logging. I tried creating the image and writing to the USB drive on two different machines and two different operating systems (XP and Windows 7), they both reacted the same way. The USB drives are: Kingston Digital DataTraveler SE9 8GB USB 2.0 (DTSE9H/8GBZ). Comment Junior Member Join Date: May 2013 Posts: 4 WinDiff and Log FilesI repeated the whole process (creating/restoring the image) on a Windows XP machine. I also ran WinDiff against the original directory structure that the source USB drive was created from. Even though it fails verification, the contents are identical which is why I think it may be an NTFS log issue.Here's the ImageUSB log you requested:10-May-2013 - 05:43:52:281 - PassMark Software - imageUSB v1.1.101110-May-2013 - 05:43:52:281 - Getting list of available removable USB drives...10-May-2013 - 05:43:52:296 - Inspecting Drive C:\...10-May-2013 - 05:43:52:296 - Inspecting Drive D:\...10-May-2013 - 05:43:52:296 - Inspecting Drive E:\...10-May-2013 - 05:43:52:312 - Inspecting Drive Z:\...10-May-2013 - 05:43:52:312 - Ready...10-May-2013 - 05:45:07:062 - Drive E:\ added to queue.10-May-2013 - 05:45:07:062 - Creating image from Drive [E:\]...10-May-2013 - 05:45:07:078 - Creating image D:\Transfer\ThumbDrive\ThumbDriveImage.bin from E:\

Avoided by automating the data extraction process for the Form 1003 Mortgage Application.Operational Efficiency: Automation in the data extraction of mortgage applications can also save fixed labour costs and make document processing much faster. This way, you can process more documents while remaining cost-effective.Regulatory Compliance: Banks and other financial institutions must maintain a highly accurate record of mortgage applications. Automating the data extraction process for the 1003 Mortgage Application fulfils regulatory compliance.Common Challenges in 1003 Mortgage Application Data ExtractionData extraction from the 1003 Mortgage Application poses various challenges. From incomplete data to mismatched fields, there are many things that one needs to keep in mind while capturing data from Form 1003.Some of these challenges are explained in detail below:Varied Document Formats: 1003 Mortgage Applications can come in different document formats. They can be handwritten or scanned PDF files. There is a chance of discrepancies, especially when extracting data from handwritten documents. For a critical document like Form 1003, a manual review before final extraction is sometimes required.Data Quality Issues: Another issue is that the borrower may have entered the wrong information in the field or mismatched the information in the form, a typical clerical error. For example, the borrower might have entered the amount of stocks they hold in the liabilities section. The system must identify such errors before the data extraction process begins.Complex and Voluminous Data: A lender has to process numerous applications simultaneously. Information in the form must be captured and validated with each field, which is arduous. Form 1003 has various sections, making the dataset also complex. An automated solution will ease the burden and help validate data in each field with minimum human intervention.Preparing 1003 Mortgage Applications for Data ExtractionProcessing 1003 Mortgage Applications using Docsumo will help your business streamline and automate the process. However, before you start the data extraction process for Form 1003, there are certain steps you need to take. Below listed are things that one needs to keep in mind before or during the data extraction process of Form 1003:Standardization of Formats: Before starting the data extraction process, ensure all 1003 Mortgage Applications are in the same file format. Either a doc, excel, or PDF. Standardization of documents will lead to better data accuracy and faster data validation.Data Quality Assurance: Ensure the data in Form 1003 is readable and legible. Illegible data may not be extracted, which causes inaccuracies. This can also create the need to process the document, adding a time repeatedly and cost penalty. Use of OCR and IDP Technologies: To ensure the highest levels of accuracy, it is crucial to Use Intelligent Document Processing (IDP) and Optical Character Recognition (OCR) technology to extract, validate, and process Form 1003 documents. End-to-end data extraction and document automation can be achieved by integrating an IDP tool with a back-end document storage solution or database.Best Practices for Managing Extracted Data from 1003 Mortgage ApplicationsAfter extracting the data from the 1003 Mortgage Application, the technical process is almost complete. However, there are a few

There are multiple ways to copy a file.Option 1Copying a file by File > Save AsUsing the File > Save As function must be completed while the file is open and will copy the entire file but does not save any documents, such as credit reports, downloaded documents, or underwriting results.1. Open the Point file.2. From the menu bar, select File > Save As.3. Select the data folder where you want to save the file.4. In the dialog box enter the new file name 5. Check the checkbox Carry over only 1003 data to start a new loan. 6. Select SaveOption 2Copying a file by using the Copy button.Using the Copy function can be completed from the loan search results screen.This function will copy the entire file but does not save any documents.1. Select and highlight the file you want to copy from the Loan Search Results screen but do not open it.Click the Copy button.2. Select the data folder where you want to save the file.3. Check the checkbox Copy only 1003 data to start a new loan including co-borrower.4. Select a naming option.Manual Naming: Manually enter a filename for the new fileAuto File Naming: automatically generates a file number for the new copied file.Select OK 5. If Manual Naming was selected name, the file.6. Update the Loans Search Results screen by clicking on Search and the new file will display.2630 Converting a Classic URLA 3.2 to a New redesigned 3.4 URLA file