Chapter 5: Programming commands  143

Free Image

Hexadecimal: 1D BB nL nH

Parameters: nL nH is the FileIndex of the image buffer space to be released.

Return: 1D 49 BB s nL nH, where nL nH is the count of typical images that can be stored in free space in circular buffer order. S = 0 means buffer space was marked free, S = 1 no buffered image at the specified index.

Description: This frees the space used by the image with FileIndex n for subsequent use in future image acquisition. The image at FileIndex n will no longer be available for attribute listing or transmitting. The host should free images that will never be retrieved; images that have been transmitted successfully will be automatically freed when their space is needed for a new image.

Free Imager Buffering

Hexadecimal: 1D BC m

Parameters: m = 0 free all buffered images and all application set scan identifying properties (TIFF tags), m = 1: only free buffered images, m =2 only free application set TIFF tags.

Return: This command returns 1D 49 BC s nL nH, where nL nH is the maximum count of typical images that can be stored in free space in circular buffer order. S is a status byte, and it always returns as 0.

Description: This frees all the space used for image buffering and/or application set pending tags. A status is returned giving the image buffer size in number of typical documents that can fit.

Get Buffered Image List

Hexadecimal: 1D BD

Parameters: none

Return: 1D 49 BD nL nH [FI-1 FI-2…)]

nL nH gives the size of the list in bytes, which is 3X the number of FileIndex’s currently stored. Each Index report FI-X is 3 bytes: s status = 0 image not transmitted, s = 1 transmitted, and a 2 byte index in nL nH form. For example if there were two scanned documents in the list, the return would be: 1D 49 BD 6 0 s1 nL1 nH1 s2 nL2 nH2. If there are no FileIndexes stored then n = 0 is returned without any FileIndex values.

Description: Content of the buffer is described by a FileIndex list for all transmittable images using the structure above.

Get Buffered Image Attributes

Hexadecimal: 1D BE nL nH

Parameters: nL nH is the File Index of the image for which to return all its TIFF attributes.

Return: 1D 49 BE s (1 byte status), nL nH (index #). This is followed by mL mH, a 2 byte count of return length in bytes and then all the TIFF tags are returned in the same structure used to set the tags via command Set Scan Identifying Properties.

The values of s are: 0 = OK, 1= not in buffer; this will also set the count of tags to 0.

Description: The attributes (Tiff tags) that were present at the time of scan for the given file index are returned, in the same format as used in the Set Scan Identifying Properties command.

A776-PG00001 C 12/09

A776 (B780) Programming Guide

Page 155
Image 155
Cognitive Solutions A776, B780 manual Free Imager Buffering, Get Buffered Image List, Get Buffered Image Attributes

B780, A776 specifications

Cognitive Solutions A776 is an advanced technology platform designed to enhance decision-making processes through the application of artificial intelligence and cognitive computing. This state-of-the-art solution seamlessly integrates multiple technologies to optimize business operations and drive innovation across various sectors, including finance, healthcare, and manufacturing.

One of the main features of A776 is its robust data processing capabilities. Leveraging powerful machine learning algorithms, the platform can analyze vast amounts of data in real-time, identifying patterns and insights that would otherwise be overlooked. This enables organizations to make informed decisions based on actionable intelligence, significantly improving efficiency and productivity.

Another key characteristic of the A776 system is its natural language processing (NLP) capability. This feature allows the platform to understand and interpret human language, making it easier for users to interact with the system and obtain valuable insights. By integrating NLP, Cognitive Solutions A776 can provide intuitive user experiences, enabling workforce members to query data using everyday language rather than complex coding skills.

The A776 is also built on a flexible architecture that supports seamless integration with existing IT ecosystems. This interoperability allows organizations to harness their current data sources while taking advantage of the innovative features offered by A776. The platform’s API support enables smooth connections with third-party tools, enhancing collaboration and expanding its range of applications.

Security is a major focus of the Cognitive Solutions A776. The platform is equipped with advanced encryption protocols and compliance measures to ensure that sensitive data is protected against breaches and unauthorized access. This commitment to security helps businesses maintain customer trust and safeguard their competitive advantage.

Scalability is another defining feature of the A776. As businesses grow and evolve, the platform can be easily adapted to meet changing demands. Whether a small startup or a large enterprise, organizations can scale their cognitive solutions according to their operational needs.

Furthermore, the Cognitive Solutions A776 is designed with user accessibility in mind. The interface features customizable dashboards that provide a clear overview of insights and performance metrics, enabling users at all levels to harness the power of cognitive computing without requiring extensive training or technical expertise.

In conclusion, Cognitive Solutions A776 is a cutting-edge platform that offers a range of features, including advanced data processing, natural language processing, robust security measures, and user-friendly design. Its flexible architecture allows it to integrate seamlessly with existing systems, making it an indispensable tool for organizations looking to leverage artificial intelligence in their decision-making processes.