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jMIPS Crack For Windows is a MIPS R3000 processor simulator written in Java programming language. jMIPS uses java.lang.Object. A number of effects are simulated, including L1 Instruction cache, LLC, L1 Data cache, and D-cache, Supervisor modes, BRs, IPS, etc. The front end of jMIPS simulates the machine code of R3000 microprocessor. The process of computation is based on instructions. On execution, jMIPS plays the role of execution machine. Instructions of MIPS R3000 microprocessor are loaded into the jMIPS L1 Instruction cache for execution. The instruction stream is generated by the front end and transmitted to back end for execution. The back end of jMIPS contains a pipeline. Instructions are pushed to the first stage of the pipeline by the front end. Operations of the pipeline are executed by the back end. Assembly language is used to create the back end. The instructions executed by jMIPS are instructions of MIPS R3000 microprocessor. All the instructions are taken from ANSI/IEEE/ISO/IEC 10366:2001. References Category:MIPS architecture Category:MIPS softwareQ: Why does Collections.binarySearch() return an Integer rather than an Object? I have written a method that searches an array, adding the results to a List and returning them. Here is the method: /** * Returns all numbers from the first position to end (inclusive) of * a given array that match the provided search criteria. */ private static List findNumbers(int[] array, int start, int end, Comparable c) { List result = new ArrayList(); List list = Arrays.asList(array); int index = Arrays.binarySearch(list, start, end, c); while (index >= 0) {



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jMIPS contains five models of a MIPS processor. The models run in order from the R3000 to the R6400, each with two different instruction sets. The R3000 executes only one instruction at a time, whereas the R6400 can execute up to two instructions at a time. Model The model is usually referred to by the processor name and model identifier, and is normally the number of CPU clock cycles the model is designed to execute in. Model R3000 The R3000 is a 32 bit RISC processor that executes only one instruction at a time. It is the easiest model to work with. Model R4000 The R4000 is a 32 bit RISC processor that is similar to the R3000, but it is designed to execute more than one instruction at a time (usually two). It has a larger instruction set with instructions for implementing general purpose arithmetic (arithmetic and logical) operations. Model R5000 The R5000 is a 32 bit RISC processor that executes multiple instructions at a time. It has four 128 bit instruction registers, which are used for keeping state data and for maintaining the processor's registers. It has an eight instruction pipeline for executing instructions. The R5000 processor usually has two general purpose arithmetic and logic units. Both the arithmetic and logic units, along with the division unit, may be combined into a single logic unit known as the ADD sub-unit. If the ADD unit is active, the R5000 can execute four multiplication and add-subtraction instructions at the same time. The arithmetic unit is designed to help with the operation of integer SIMD instructions (SIMD instructions are used to speed up calculations). The R5000 has a complex instruction set. Model R6200 The R6200 is a 64 bit RISC processor, with a complex instruction set similar to the R5000, but the R6200 has twice the number of general purpose arithmetic and logic units. Model R6400 The R6400 is a 64 bit RISC processor, a superset of the R5000 with twenty-one additional instructions. It has a complex instruction set that is similar to the R5000. References External links MIPS32 computer architecture (Manual) MIPS32 computer architecture (pdf) MI b7e8fdf5c8



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The three levels of jMIPS are intended to mimic the creation of a device driver from the hardware up. The source code is divided into three files. 1) readme.txt - describes jMIPS, and its intended use. 2) main.c - the main program (written in Java) which turns a Java description of the processor design into an ELF executable. 3) jmiplib.c - the library of MIPS instruction set primitives and utilities. The jMIPS source code can be found at: Usage To use jMIPS, the Java source code in the readme.txt should first be read. It is not necessary to understand all of the Java code before using jMIPS, but a working knowledge of some Java is useful because it provides a service layer for the MIPS code. The instructions in this source code file (readme.txt) should now be understood before attempting to run the project. As a Java program, it is necessary to have a Java Runtime Environment present (e.g. JDK or JRE). jMIPS can be run from the command line. A linux shell script is provided which will generate an ELF executable. This can be run with the following command-line: jMIPS.sh -b main.c -jmip0.c -jmip1.c -jmip2.c -jmip3.c -jmip4.c -jmip5.c -jmip6.c -jmip7.c -jmip8.c -jmip9.c -jmip10.c -jmip11.c -jmip12.c -jmip13.c -jmip14.c -jmip15.c -jmip16.c This will also build for windows using the nmake file called jmiplib.nmake. See also jMIPS R-3000 MIPS MIPS32 ELF Unix Assembly AT&T UNIX LINUX Unix References >`Apple Computer, Inc. J. R. "Java Architecture for Programming. Computer Science



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The core is built with an opcode read-evaluate-decode (3) pipeline. The pipeline has 1 stage for each of the 5 pipelined instructions: ADD, SUB, AND, OR, RD, and LD (load and store). The 3 RISC instructions include; 32 bit shift, rotate, and jump. The registers R1-R6 are 64-bits wide and the instructions manipulate them. The registers R1 and R0 are special registers. Each instruction is 64-bits long. There is no address/data. Register R1 contains the 32 least significant bits (LSB) of the 64-bit value. Register R0 contains the 32 most significant bits (MSB) of the 64-bit value. The main functional areas include: shift, rotate, and jump. The complete instruction decode, including instructions for the main functional areas, is included. By default, the instruction set for jMIPS is built using a 6 stage pipeline. Thus one instruction can be executed in two machine cycles. The machine has a very simple memory map. The main memory is always at address 0x00000000. All memory addresses are calculated by adding 0x100000 to the base address. The basic CPU instruction set includes the following: 8 bit registers, 8 bit immediate values, 32 bit registers, add and sub, jump and branch, and 4 bit load and store. Both the ld and the st instructions can be written to memory. A special load/store operation is available in which R0 is written to the memory. The rm operation can only read and write to memory, but not to registers. The opcodes used to perform this operation are therefore not available to the user. The jMIPS source code repository is available for downloading at UC Irvine's website. jMIPS 1.0 jMIPS 1.1 jMIPS 1.2 jMIPS 2.0 jMIPS 3.0 jMIPS 4.0 jMIPS 4.1 jMIPS 4.2 See also MIPS Technology MIPS32 MIPSel References Notes External links Andover Technology The fastest R3000 MIPS processor Introduction to MIPS jMIPS Category:MIPS architecture/* * SGI FREE SOFTWARE LICENSE B (Version



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