Эмулятор троичной машины 'СЕТУНЬ' SETUN-1958 VM на языке Assembler
A virtual machine of ternary computer Setun, also known as "Small Automatic Digital Machine" written on Assembler.
- Дата создания: 02.03.2024
- Дата редактирования: 11.03.2024
- Версия: 0.15
- Автор: Vladimir V.
- E-mail: askfind@ya.ru
RARS, the RISC-V Assembler, Simulator, and Runtime, will assemble and simulate the execution of RISC-V assembly language programs. Its primary goal is to be an effective development environment for people getting started with RISC-V.
~rars$ java -jar rars.jar ./app_trits/setun1958asm.s
RARS 1.6 Copyright 2003-2019 Pete Sanderson and Kenneth Vollmar
Ternary small digital computer 'Setun' on RISC-V
Program terminated by calling exitAND_t tests(...) :
and_t(-1,-1)->-1
and_t(-1,0)->-1
and_t(-1,1)->-1
and_t(0,-1)->0
and_t(0,0)->0
and_t(0,1)->0
and_t(1,-1)->1
and_t(1,0)->1
and_t(1,1)->1
OR_t tests(...) :
or_t(-1,-1)->-1
or_t(-1,0)->-1
or_t(-1,1)->-1
or_t(0,-1)->0
or_t(0,0)->0
or_t(0,1)->0
or_t(1,-1)->1
or_t(1,0)->1
or_t(1,1)->1
XOR_t tests(...) :
xor_t(-1,-1)->-1
xor_t(-1,0)->-1
xor_t(-1,1)->-1
xor_t(0,-1)->0
xor_t(0,0)->0
xor_t(0,1)->0
xor_t(1,-1)->-1
xor_t(1,0)->-1
xor_t(1,1)->-1
NOT_t tests(...) :
not_t(-1)->1
not_t(0)->0
not_t(1)->-1
SUM_HALF_t tests(...) :
sum_half_t(-1,-1)->1
sum_half_t(-1,0)->-1
sum_half_t(-1,1)->0
sum_half_t(0,-1)->-1
sum_half_t(0,0)->0
sum_half_t(0,1)->1
sum_half_t(1,-1)->0
sum_half_t(1,0)->1
sum_half_t(1,1)->-1
SUM_t_tests(...) :
sum_t(-1,-1,-1)->0 -1
sum_t(-1,-1,0)->1 -1
sum_t(1,1,0)->-1 1
sum_t(1,1,1)->0 1
a0=0xAAAA, a1=0xBBBB; clean_trs(a0,a1)->0 0
ts1=0x1, ts0=0x1,pos=0; get_trit(ts1,ts0,pos)->1
ts1=0x0, ts0=0x1,pos=0; get_trit(ts1,ts0,pos)->-1
ts1=0x0, ts0=0x0,pos=0; get_trit(ts1,ts0,pos)->0
ts1=0x4, ts0=0x4,pos=2; get_trit(ts1,ts0,pos)->1
ts1=0x0, ts0=0x4,pos=2; get_trit(ts1,ts0,pos)->-1
ts1=0x0, ts0=0x0,pos=2; get_trit(ts1,ts0,pos)->0
ts1=0x0000, ts0=0x0000, pos=5, val=-1; set_trit(ts1,ts0,pos,val)->trs : [00000000000000000000000000-00000]
ts1=0x0000, ts0=0x0000, pos=5, val=0; set_trit(ts1,ts0,pos,val)->trs : [00000000000000000000000000000000]
ts1=0x0000, ts0=0x0000, pos=5, val=+1; set_trit(ts1,ts0,pos,val)->trs : [00000000000000000000000000+00000]
ts1=0x0080, ts0=0x0080, shift=+2; shift_trs(ts1,ts0, shift)->trs : [000000000000000000000000+0000000]
ts1=0x0080, ts0=0x0080, shift=-3; shift_trs(ts1,ts0, shift)->trs : [000000000000000000000000000+0000]
ts1=0x0100, ts0=0x0100, pos1=8,pos2=4; slice_trs ($ts1,$ts0,$pos1,$pos2)->trs : [000000000000000000000000000+0000]
tryte1.1=0xFF00, tryte1.0=0xFFFF, tryte2.1=0x00FF, tryte2.0=0xFFFF; and_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [00000000000000000000000000+00000]
tryte1.1=0xFF00, tryte1.0=0xFFFF, tryte2.1=0x0000, tryte2.0=0x0000; and_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [00000000000000000000000000+00000]
tryte1.1=0xFF00, tryte1.0=0xFFFF, tryte2.1=0x00FF, tryte2.0=0xFFFF; or_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [00000000000000000000000000+00000]
tryte1.1=0xFF00, tryte1.0=0xFFFF, tryte2.1=0x0000, tryte2.0=0x0000; or_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [00000000000000000000000000+00000]
tryte1.1=0xFF00, tryte1.0=0xFFFF, tryte2.1=0x00FF, tryte2.0=0xFFFF; xor_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [00000000000000000000000000-00000]
tryte1.1=0xFF00, tryte1.0=0xFFFF, tryte2.1=0x0000, tryte2.0=0x0000; xor_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [00000000000000000000000000-00000]```
### 3.7.9. Операция над троичными числами not_trs
tryte1.1=0x0000, tryte1.0=0x00FF; not_trs ($tryte1_1,$tryte1_0)->trs : [000000000000000000000000++++++++]
### 3.7.10. Операция над троичными числами add_trs
tryte1.1=0x0001, tryte1.0=0x0001, tryte2.1=0x0001, tryte2.0=0x0001; add_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [000000000000000000000000000000+-] tryte1.1=0x0000, tryte1.0=0x0001, tryte2.1=0x0000, tryte2.0=0x0001; add_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [000000000000000000000000000000-+]
### 3.7.11. Операция над троичными числами sub_trs
tryte1.1=0x0002, tryte1.0=0x0002, tryte2.1=0x0001, tryte2.0=0x0001; sub_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [000000000000000000000000000000+-] tryte1.1=0x0000, tryte1.0=0x0001, tryte2.1=0x0000, tryte2.0=0x0001; sub_trs ($tryte1_1,$tryte1_0,$tryte2_1,$tryte2_0)->trs : [00000000000000000000000000000000]
### 3.7.12. Операция над троичными числами inc_trs
tryte1.1=0x0004, tryte1.0=0x0004; inc_trs ($tryte1_1,$tryte1_0)->trs : [00000000000000000000000000000+0+]
### 3.7.13. Операция над троичными числами dec_trs
tryte1.1=0x0004, tryte1.0=0x0004; dec_trs ($tryte1_1,$tryte1_0)->trs : [00000000000000000000000000000+0-]
# Ссылки
1. *Materials on ternary computer science* - <http://ternarycomp.cs.msu.su/>
2. *Emulator of the first ternary Soviet "Setun"* - <http://trinary.su/projects/>
3. *Unique Setun based on the ternary code* - <https://habr.com/ru/company/ua-hosting/blog/273929/>
4. *Group users in social network VK* - <https://vk.com/setunsu/>
5. *Group users in social network Telegram* - <https://t.me/setun_1958/>
6. *RARS -- RISC-V Assembler and Runtime Simulator* - Documentation for supported
* [instructions](https://github.com/TheThirdOne/rars/wiki/Supported-Instructions),
* [system calls](https://github.com/TheThirdOne/rars/wiki/Environment-Calls),
* [assembler directives](https://github.com/TheThirdOne/rars/wiki/Assembler-Directives) and
*
* more can be found on the [wiki](https://github.com/TheThirdOne/rars/wiki).
Documentation included in the download can be accessed via the help menu.
# Contributing
Everybody is invited and welcome to contribute to Setun VM.
Приглашаем всех желающих внести свой посильный вклад в эмулятор SETUN-1958.