Interactive hints and descriptions for all health indicators (SMART attributes).Drive failure prediction based on health indicators that are closely related to SSD or HDD failures.(Most of drive utilities support only 2: 'Ok' and 'Failed') Pre-failure state early detection - DriveDx supports 4 drive health statuses: Ok, Warning, Failing (pre-failure) and Failed.Real-time SSD and HDD health status monitoring.Different routines for SSD and HDD health evaluation.One of the key advantages of the software is that the state of HDD and SSD drives is assessed using different algorithms (DriveDx has separate sets of rules and algorithms for HDD and SSD drives), since many state indicators of HDD drives are not applicable or make no sense in the case of an SSD drive. When evaluating the state of various drives, DriveDx can use different (specialized) heuristic algorithms, depending on the drive model and even its firmware version. DriveDx is the first utility of its kind to have a real user-friendly, Mac-style interface. The application provides access to all sufficient drive-diagnostic data to satisfy any system administrator. Our drive-health diagnostic algorithms are based on recent research in the field. status, but also analyzes the changes of all drive health indicators that are closely related to SSD or HDD failures (like SSD wear out / endurance, reallocated bad sectors, offline bad sectors, pending sectors, I/O errors, and more) and alerts the user immediately if anything goes wrong. Unlike most drive utilities, DriveDx not only monitors the drive’s built-in S.M.A.R.T. Don't worry about losing your important data, music, and photographs.

Save yourself from data loss and downtime that is associated with unexpected drive failures.

Deriving function objects that take two arguments from binary_function is an easy way to make them compatible with those adaptors.īinary_function is deprecated in C++11 and removed in C++17.DriveDx is an advanced drive-health diagnostic and monitoring utility. Some standard library function object adaptors, such as std::not2, require the function objects they adapt to have certain types defined std::not2 requires the function object being adapted to have two types named first_argument_type and second_argument_type. binary_function provides only three types - first_argument_type, second_argument_type and result_type - defined by the template parameters. Binary_function is a base class for creating function objects with two arguments.īinary_function does not define operator ( ) it is expected that derived classes will define this.

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