![]() ![]() ![]() You may have noticed I haven't implemented EXECUTE. Size, with the elements all now being on a power-of-2 boundary. One performance benefit will be in indexing, since it's now accomplished with a left shift rather than a multiplication by the element I'm also wanting to be future-proof, since ARM already has 128-bit vector registers and vector data types, and in future hardware Performance advantages will outweigh the downside of the extra memory, since modern machines have so much more memory than This obviouslyĭoesn't affect the basic classes (Var etc) since they're already aligned, but big objects may need a bit more memory. But in particular,Īll array elements are now aligned on a power-of-2 boundary, and likewise all objects are power-of-2 aligned. ![]() See the aMops Runtime document for the details. The biggest under-the-hood change is in the alignment algorithm. Then this has had a bit of a domino effect in a number of other areas. The main new feature is that object_array is now implemented. I'm giving this a new major version number since there are quite a few changes under the hood. Hopefully I can now get on with target compiling the code generator itself. This area is in the instruction space and so is read-only. A small optimization is added in which a load of a long literal which would require more than two MOVx instructions to load, is instead stored in the constant data area where it can be loaded with a single LDR instruction. The value of a constant is stored in the dictionary, not the global data area, and an access to a constant is handled by the compiler exactly as for a literal, which allows various optimizations.Ĥ. See the Runtime document for the details. Constants are properly implemented - it turns out this wasn’t done before. This will everntually allow the code generator itself to be target compiled and have access to words like MWord for reading input.Ģ. The emulator can dispatch on this code and call an iMops word for testing. The call will compile to an illegal instruction with zero in the top 16 bits and a unique code in the low 16 bits. Results will be taken from X0 upwards, although I think “real” external calls will have only one result according to the C convention. The proper implementation will need real Arm hardware to run on - however this preliminary implementation allows an external call to be declared like this:ĮXTERN Īnd when a call to is compiled, parameters will be placed in registers X0 and upwards according to the Arm specs. The iMOPS system is a trademark of The Arthur Jackson Company, 2016.This is a fairly minor revision, to prepare the way for target compiling the code generaor. * Upload and view pictures directly through the app when making work requests * Inventory Management of all stocked items * Building Select allows a user to easily view activities for each property they work with * Recent News Feed monitors the latest activity for the property * Users can know of and respond to new requests within minutes with Push Notifications Only you or your designated representatives can login, ensuring your voice will be heard directly. Enter requests and have them received within minutes, monitor inventory usage and check in on the work of the night before, all at your fingertips.Ĭustomized for you and your company’s maintenance needs, this password-protected app allows you to reach us with any and all questions, requests or cleaning requirements. ![]() The iMOPS application allows our subscribed customers to have access to The Arthur Jackson Company 24/7. Users must have an Arthur Jackson Company account to use this app. IMOPS is the the interactive Management Operations System, a building maintenance system only available from the Arthur Jackson Company. ![]()
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