Cross-Platform Support
The cross-platform nature of the c-treeACE database engine makes it simple for ISV's and other customers to offer support for multiple platforms including Windows, Linux, Solaris, Mac OS X, AIX, and others. c-treeACE makes it possible for developers to set aside concerns relating to differences between platforms. With its enormous scalability, developers can implement a solution that draws on the strengths of any combination of hardware and/or operating system. |
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c-treeACE Supported Platforms
Intel X86 Based |
Windows Vista/7/Windows 8 Windows CE/Mobile Windows Server 2012 Linux Mac OS X Sun Solaris SCO QNX FreeBSD (call) NetBSD (call) |
Intel Itanium 64 bit |
Windows 2003, XP & Vista HP-UX Linux |
AMD 64 bit |
Linux Solaris Mac OS X FreeBSD (call) Windows Server 2003, XP & Vista |
RISC Based |
AIX HP-UX Linux (Power) Sun Solaris |
Legacy Platforms (Call for details on these, or other platforms) |
Novell (NLM) Chorus Tru64 Interactive Unix LynxOS SGI IRIX Mac (Motorola based) Mac OS 7-9 MS-DOS |
Call or email us regarding support for additional platforms.
c-treeACE Features
Fast Client/Server Performance
Stored Procedures and Triggers
Products
Company
Our Customers
Other References
RadioGrupo (RG) is a group of seven radio stations located in Aguascalientes, a city in the center of México with a population of one million. Founded in 1936, RG has an estimated 70% market share according to one recent survey. Microsistemas de Aguascalientes provides technology consulting services to a number of industries including radio broadcasting, government, and commerce.
RG needed to provide its radio stations a new level of control and sophistication to handle creating the contracts, scheduling the commercials as stipulated in the contracts, controlling the invoice generation for transmitted spots, collecting the invoices, reporting comprehensive information, and forecasting for the future. Because RG had no technical staff, they turned to a local consultant, José Luis Gómez Serrano from Microsistemas de Aguascalientes, to develop this new system. Given the requirements of this project, Microsistemas de Aguascalientes proposed to use FairCom technology. Mr. Gómez had used c-tree Plus and the c-tree Servers on several other projects with excellent results. He believed that this new project was perfectly suited to this technology.
As the team from Microsistemas de Aguascalientes worked on the traffic engine, they were pleased by the performance they achieved with FairCom's technology: a one-year contract (about 15 spots a day) could be programmed in a snap, at a rate of 170 scheduled spots per second. For each spot in a contract, the system must find a suitable location on the schedule, ensuring that the specific contract constraints are met.
The entire project was based on a three-tiered model: a graphical interface using Borland's VCL model, the business rules based heavily on the C++ object paradigm, and the server interaction using the c-tree Server. This strategy worked well, particularly when developing the finer elements of the system such as the assignment of the spots on the schedule. The ample c-tree Plus API gives the programmer an assortment of functions that make it easy, powerful, and efficient to manage a database in a complex situation.
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