![]() ![]() Decode Tango messenger base64 encoded message structures.Convert Facebook geolocation fields so that the browser can display a map of where a message was sent.Extract and display the images (attachments) for the Kik messenger stored in external binary plists.Attach and query across multiple databasesįorensic Browser for SQLite contains browser extensions that:.Provide a case manager for often used queries that you can share between users.Maintain a query history that you can revisit.Find and review all SQLite databases in a folder structure.Add different formats for dates and times in individual fields.Print the report to a HTML/XLSX/CSV/PDF.Preview a report with custom headers/footers/formatting.Iteratively go back and modify your SQL if the results are not as expected.Choose which columns you want to see in the grid/report.Export a selected blob or all blobs in DB to a file.Display latitude and longitude fields on a map.Display a number as meaningful text (sent/received/draft etc.).Import pictures held in the file system to associate and display in a query/report.Find and display pictures in blobs (JPG, PNG, GIF, TIF etc.).Convert numbers to dates (Unix10/13, Windows 64 bit, NSDate/Chrome, Mac absolute and more).View the resulting SQL select commands of the above.Add groups, aliases and where clauses if required.Perform more complex visual joins on multiple tables.Perform a simple visual select on some or all of the fields in a table.Automatically recovered deleted records (and distinguish between them) from DBs and associated journals/WALs.Would you like to do this just using drag and drop and your mouse?įorensic Browser for SQLite allows you to do the following - All without having to type a single line of SQL:.Would you like to create a PDF report with just a few columns in a particular order from certain users sorted by a date field?.Would you like to look at a blob field as a picture rather than just see “blob” displayed in the field?.Have you ever been frustrated by SQLite date columns displayed as a string of unfriendly digits?.Have you ever needed to create a report from an SQLite database that is not supported by your current forensic tools?.Biocapture – Mobile Fingerprint Capturing.LEAP – Law Enforcement Analytics Platform.PC-3000 RAID Data Recovery Advanced Training.PC-3000 Flash Data Recovery Advanced Training.PC-3000 Flash/SSD/Monolith Data Recovery Expert Training. ![]() PC-3000 HDD Data Recovery Advanced Training.PC-3000 HDD Data Recovery Expert Training.Advanced Flasher Box and Bootloader for Mobile Forensics.Board Level Repair for the Digital Forensic Examiner.Embedded Hardware Acquisition & Analysis Training.Combined ISP/Chip-off 2.0 Forensics Training.Combined JTAG 2.0/Chip-off 2.0 Forensics Training.Chip-off 2.0 Forensics with Certification.PC-3000 Flash Forensic Expert Online Training.PC-3000 HDD Forensic Expert Online Training.Digital Forensics Training for DOMEX and Cellex Operatives.TeelTech Deployable Advanced Digital Forensic Lab.Computer Forensics – Mobile Device, PC and more.Mobile Device Forensics – Handset, PC, SIM & GPS.JTAG / ISP / EDL Box Set – JIGs, JTAG Boxes, etc. Dediprog NuProg-E UFS / eMMC Programmer.By looking at the index, you can quickly identify page numbers based on the keywords. Imagine an index in the database like an index of a book. This helps SQLite quickly locate the row based on the values of the indexed columns. The index contains data from the columns that you specify in the index and the corresponding rowid value. Whenever you create an index, SQLite creates a B-tree structure to hold the index data. An index consists of one or more columns, but all columns of an index must be in the same table. How does an index workĮach index must be associated with a specific table. ![]() ![]() In addition, querying using equality (=) and ranges (>, >=, <,<=) on the B-tree indexes are very efficient. The B-tree keeps the amount of data at both sides of the tree balanced so that the number of levels that must be traversed to locate a row is always in the same approximate number. Note that B stands for balanced, B-tree is a balanced tree, not a binary tree. SQLite uses B-tree for organizing indexes. An index is an additional data structure that helps improve the performance of a query. Unlike a table, an index has an opposite relationship: (row, rowid). Therefore, you can consider a table as a list of pairs: (rowid, row). Each row also has a consecutive rowid sequence number used to identify the row. In the same time, each row has the same column structure that consists of cells. In relational databases, a table is a list of rows. Summary: in this tutorial, you will learn how to use SQLite indexes to query data faster, speed up sort operation, and enforce unique constraints. ![]()
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