Lehet,h ilyen jellegű hozzászólás már volt,de ha tévedek légyszives nézzétek el nekem
!!A neten nézelődve a következőre bukkantam,ami nem más mint az "AVR Simulátor IDE" első verziója!!Aki a PIC-es verzióját használta az tudja,hogy ez (szerintem) igen hasznos program,sok pozitiv tulajdonsággal!!Csak egy kis izelitőt belöle,igaz angol...<<
- Program Memory Editor (This is access to AVR Simulator FLASH
program memory buffer editor. It is possible to manually enter instruction
opcode by clicking on the display line of the target location.)
- EEPROM Memory Editor (This opens AVR Simulator data EEPROM
memory buffer editor. If this window is opened, it will be refreshed during
the simulation. The value in the specific data memory location can be
changed by clicking on it.)
- Stack SRAM Space Viewer (This command will open the viewer for
stack area of the internal data SRAM. If this window is opened, it will be
refreshed during the simulation.)
- Microcontroller View (This command will open the window with the
selected AVR microcontroller pinout. Logical states on all I/O pins is
graphically displayed, and can be manually changed on the input pins
by clicking on the appropriate toggle buttons. To use a pin for analog
purposes, its toggle button should be right-clicked. After that it would be
possible to change the analog value applied to the pin using an analog
slider. If this window is opened, it will be refreshed during the simulation.)
- Alternative Registers Viewer (This command opens an alternative
viewer window for general purpose working and I/O registers that can
be resized.)
- Disassembler (AVR Simulator IDE has internal disassembler that is
started by this command. The disassembling process is automatically
initiated by opening this window. The disassembler will always start from
the reset vector location. After the operation is completed disassembler
will display the output listing file. The generated listing can be saved to
disk. User will be prompted to enter the name for the output file. Default
extension is LST.)
- Breakpoints Manager (This command starts integrated debugger that
can be used to debug and monitor the program execution. The
debugger listing file of the program in memory can be generated using
internal assembler listing file (if it exists) or by internal disassembler. It is
possible to define up to 10 breakpoints by clicking on individual lines in
the loaded program listing. When the simulation starts in faster rate
modes it will automatically switch to Step By Step mode when reaching
any of these breakpoints. The breakpoints are marked by red circles,
and the current value of the PC register is marked by yellow arrow.
There is an option to keep the PC pointer in focus during the simulation.)
- Special Breakpoints (This simulation tool provides the feature to define
special breakpoints that will switch the simulation rate to Step By Step
mode when the value of the predefined register has changed or
reached the predefined value. Up to 5 special breakpoints can be
defined to be simultaneously active.)
- Assembler (This command starts integrated assembler. Assembler
source files can be edited and assembled in the same graphical
environment. Default extension is ASM. After the successful assembly
process two new files are generated. One with HEX extension that is
program file in Intel HEX format and that can be loaded into AVR
program memory and the other with LST extension that is assembler
output listing. This assembler is excellent solution for assembling source
files with size up to 20K. For larger files the assembly process can take
some time, but there are no limits in file size. Its limits are that only .ORG,
.EQU, .DB, .DW and .END assembler directives are supported.)
- BASIC Compiler (This command starts integrated BASIC compiler. More
information available in BASIC Compiler Reference Manual.)
- 8 x LED Board (This simple simulation module can be used to attach
up to eight LEDs to microcontroller pins. The color of each diode can be
changed by clicking on the LED color field and the pin assignment can
be changed by clicking on the label showing the current pin selection.)
- Keypad Matrix (This is another simple simulation module for up to 4x4
keypad matrix. The pin assignments can be changed by clicking on the
appropriate pin labels.)
- LCD Module (This command starts integrated LCD Module simulator.
Before it can be used for simulation, user should set up the interface
parameters from the Setup dialog.)
- Graphical 128x64 LCD Module (This command starts integrated
graphical 128x64 LCD Module simulator. Before it can be used for
simulation, user should set up the interface parameters from the Setup
dialog.)
- Stepper Motor Phase Simulation (This simulation tool will show
simplified (2-pole) graphical presentation of a unipolar stepper motor
phases in both full-step and half-step modes. During the simulation Step
Counter field will display the current absolute rotor position measured in
steps from the first well-defined rotor position.)
- I2C EEPROM (This command starts integrated simulation module for
external I2C EEPROMs from 24C family.)
- Hardware UART Simulation Interface (This command opens interface
for hardware UART simulator.)
- PC's Serial Port Terminal (This is an integrated tool that is independent
from the simulator. This terminal is connected to PC's serial port and can
be used for communication with a real AVR device for the purpose of
serial communication routines testing. Comm port number and baud rate
can be set using appropriate commands from the menu.)
- Software UART Simulation Interface (This command opens interface
for software UART simulator. It is a serial device that can communicate
with AVR microcontroller running software implemented UART routines
(SERIN, SERININV, SEROUT and SEROUTINV statements) using
real-time serial communication simulated on RX and TX pins.)
- Oscilloscope (This is a very useful integrated tool for tracking logic
levels on microcontroller pins during the simulation. It is a four channel
digital oscilloscope. User can assign target pins to the oscilloscope
channels and change the length of the display interval using commands
from the Settings menu. Input and output pins are painted with different
colors that are user selected. If Pull-up option is selected for an
oscilloscope channel, upon transition from output to input pin state, the
pin will be set to high default logic level.)
- Signal Generator (With this simulation tool user can define up to four
independent continuous pulses generators with selectable target input
pins, pulse periods and duty cycles. Suitable animation will show the
current phase of each pulse generation.)
- 7-Segment LED Displays Panel (This integrated simulation tool enables
user to define connection with up to four 7-segment LED displays. The
connection definition includes pin assignments for all display segments
and one enable line to control display selection when more than one
display is used with parallel connection of segments - multiplexing.
Active levels for all connection lines can be inverted to suit hardware
requirements. There is also an option to change the color used to paint
the active LEDs on the displays and Keep Last Display option to
simulate slow eye response effect for programs that use multiplexing
displays.)
- External Modules (This tool should be used to establish automation
interface with up to five external client/server modules. It is required to
enter the class name supplied by external device in the form
ApplicationName.ObjectName in order to establish connection with it.
External client/server applications will be started and terminated
automatically with AVR Simulator IDE. More information available in
External Modules manual that can be accessed from AVR Simulator IDE
program group in Start menu.)
- Watch Variables (During the simulation of programs written using
integrated basic compiler, this tool can be used to watch the current
values of all variables declared in the basic program.)
BASIC forditót is tartalmaz,de azt hiszem,hogy ezt irja is...
>>
Bocs,ha egy kicsit hosszúra sikeredett,megesik...
!!És a lényeg,hogy itt:
- - http://www.oshonsoft.com/downloads.html - -
tölthető le!!
Ami a licens-et illeti megvásárolható mint szinte minden,emigy csak 30 alkalommal tudod elinditani,aztán - netán ha a sötétebb utat járja az eber,akkor ahogy Robert is mondta,nem készült még olyan program,amit még nem törtek volna fel
...!!Egy kép róla:
Várom hozzászólásaitokat/véleményeiteket!!
Jó szórakozást hozzá
!!!!Minden tiszteletem!!
! Majd próbálkozom, hátha...! De nem hiszem, hogy többre jutnék 
! Viszont az ASM-s dolog tetszik, mivel kivancsi vagyok arra is, hogy ebben a programnyelvben hogy nézne ki a dolog, az-az amit BASCOM-ban megirok,milyen lesz ASM-ben!