初版，Logisim转换Verilog
This commit is contained in:
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#############################################################
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#测试jal,jalr指令，
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#############################################################
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.text
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addi s1,zero, 1 #测试jal,jalrr指令
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j jmp_next1 #jal x0,8
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addi s1,zero, 1
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addi s2,zero, 2
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addi s3,zero, 3
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jmp_next1:
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j jmp_next2
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addi s1,zero, 1
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addi s2,zero, 2
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addi s3,zero, 3
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jmp_next2:
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j jmp_next3
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addi s1,zero, 1
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addi s2,zero, 2
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addi s3,zero, 3
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jmp_next3:
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j jmp_next4
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addi s1,zero, 1
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addi s2,zero, 2
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addi s3,zero, 3
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jmp_next4:jal jmp_count
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#移位测试 需要支持超addi,sll,add,ecall,srl,sll,sra,beq,j,ecall revise date:2015/12/16 tiger
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.text
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addi s0,zero,1 #简单移位，循环测试，0号区域显示的是初始值1左移1位重复15次的值，1号区域是累加值
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addi s1,zero,1
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slli s1, s1, 31 #逻辑左移31位 s1=0x80000000
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###################################################################
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# 逻辑左移测试
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# 显示区域依次显示0x80000000 0x20000000 0x08000000 0x02000000 0x00800000 0x00200000 0x00080000 0x00020000 0x00008000 0x00002000 0x00000800 0x00000200 0x00000080 0x00000020 0x00000008 0x00000002 0x00000000
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###################################################################
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LogicalRightShift: #逻辑右移测试，将最高位1逐位向右右移直至结果为零
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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srli s1, s1, 2
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beq s1, zero, shift_next1
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j LogicalRightShift
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shift_next1:
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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###################################################################
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# 逻辑右移测试
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# 显示区域依次显示0x00000004 0x00000010 0x00000040 0x00000100 0x00000400 0x00001000 0x00004000 0x00010000 0x00040000 0x00100000 0x00400000 0x01000000 0x04000000 0x10000000 0x40000000 0x00000000
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###################################################################
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addi s1,zero, 1
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LogicalLeftShift: #逻辑左移测试，将最低位1逐位向左移直至结果为零
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slli s1, s1, 2
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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beq s1, zero, ArithRightShift
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j LogicalLeftShift
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###################################################################
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# 算术右移测试
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# 显示区域依次显示0x80000000 0xf0000000 0xff000000 0xfff00000 0xffff0000 0xfffff000 0xffffff00 0xfffffff0 0xffffffff
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###################################################################
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ArithRightShift: #算术右移测试，#算术移位测试，80000000算术右移，依次显示为F0000000,FF000000,FFF00000,FFFF0000直至FFFFFFFF
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addi s1,zero,1
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slli s1, s1, 31 #逻辑左移31位 s1=0x80000000
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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srai s1, s1, 3 #s1=0X80000000-->0XF0000000
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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srai s1, s1, 4 #0XF0000000-->0XFF000000
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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srai s1, s1, 4 #0XFF000000-->0XFFF00000
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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srai s1, s1, 4
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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srai s1, s1, 4
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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srai s1, s1, 4
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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srai s1, s1, 4
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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srai s1, s1, 4
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add a0,zero,s1 #display s1
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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#############################################################
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#走马灯测试,测试addi,andi,sll,srl,sra,or,ori,nor,ecall LED按走马灯方式来回显示数据
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#############################################################
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.text
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addi s0,zero,1
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slli s3, s0, 31 # s3=0x80000000
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srai s3, s3, 31 # s3=0xFFFFFFFF
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add s0,zero,zero # s0=0
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addi s2,zero,12
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addi s6,zero,3 #走马灯计数
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zmd_loop:
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addi s0, s0, 1 #计算下一个走马灯的数据
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andi s0, s0, 15
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#######################################
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addi t0,zero,8
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addi t1,zero,1
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left:
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slli s3, s3, 4 #走马灯左移
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or s3, s3, s0
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add a0,zero,s3 # display s3
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addi a7,zero,34 # system call for LED display
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ecall # display
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sub t0,t0,t1
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bne t0,zero,left
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#######################################
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addi s0, s0, 1 #计算下一个走马灯的数据
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addi t6,zero,15
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and s0, s0, t6
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slli s0, s0, 28
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addi t0,zero,8
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addi t1,zero,1
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zmd_right:
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srli s3, s3, 4 #走马灯右移
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or s3, s3, s0
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add a0,zero,s3 # display s3
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addi a7,zero,34 # system call for LED display
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ecall # display
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sub t0,t0,t1
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bne t0,zero,zmd_right
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srli s0, s0, 28
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#######################################
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sub s6,s6,t1
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beq s6,zero, exit
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j zmd_loop
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exit:
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add t0,zero,zero
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xori t0,t0,-1 #test r xori
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slli t0,t0,8
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ori t0,t0,255
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add a0,zero,t0 # display t0
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addi a7,zero,34 # system call for LED display
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ecall # display
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#################################################################################
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#本程序实现0-15号字单元的降序排序,此程序可在rars 仿真器中运行
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#运行时请将rars Setting中的Memory Configuration设置为Compact，data at address 0
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#################################################################################
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.text
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sort_init:
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addi s0,zero,-1
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addi s1,zero,0
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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sw s0,0(s1)
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addi s0,s0,1
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addi s1,s1,4
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addi s0,s0,1
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add s0,zero,zero
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addi s1,zero,60 #排序区间
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sort_loop:
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lw s3,0(s0)
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lw s4,0(s1)
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slt t0,s3,s4
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beq t0,zero,sort_next #降序排序
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sw s3, 0(s1)
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sw s4, 0(s0)
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sort_next:
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addi s1, s1, -4
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bne s0, s1, sort_loop
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add a0,zero,s0 #display s0
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addi a7,zero,34 # display hex
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ecall # we are out of here. DISP: disp r0, 0
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addi s0,s0,4
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addi s1,zero,60
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bne s0, s1, sort_loop
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addi a7,zero,10 # benchmark 测试完成，ecall 停止 # 停止后点击继续运行，将进入下方 CCAB 附加指令测试区
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#############################################
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# insert your ccmb benchmark program here!!!
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#############################################
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#===== [1] 运算类C：DIVU 无符号除法（divu/mflo）=====
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#依次输出0x11110000 0x08888000 0x04444000 0x02222000 0x01111000 0x00888800 0x00444400 0x00222200 0x00111100 0x00088880 0x00044440 0x00022220 0x00011110 0x00008888 0x00004444 0x00002222 0x00001111 0x00000888 0x00000444 0x00000222 0x00000111 0x00000088 0x00000044 0x00000022 0x00000011 0x00000008 0x00000004 0x00000002 0x00000001
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addi t0,zero,2 # /2
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addi s1,zero, 0x11
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slli s1,s1,8
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addi s1,s1,0x11
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slli s1,s1,16
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add a0,zero,s1
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addi a7,zero,34
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ecall
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addi t3,zero,28 #循环次数
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divu_branch:
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divu s1,s1,t0 #测试指令
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add a0,zero,s1
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addi a7,zero,34
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ecall #输出当前值
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addi t3,t3, -1
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bne t3,zero,divu_branch #循环
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addi a7,zero,10 # 暂停或退出
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#===== [2] 运算类C：REMU 无符号取余 =====
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#输出 0x87540110
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addi s1,x0,0x88
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slli s1,s1,8
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addi s1,s1,0x48
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addi s2,x0,0x87
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slli s2,s2,8
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addi s2,s2,0x54
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remu s2,s2,s1
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slli s2,s2,16
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ori s2,s2,0x110
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add a0,zero,s2
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addi a7,zero,34 # system call for print
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ecall
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addi a7,zero,10 # system call for exit
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#===== [3] 存储类A：SB 存字节 =====
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#依次输出 0x00000000 0x00000001 0x00000002 0x00000003 0x00000004 0x00000005 0x00000006 0x00000007 0x00000008 0x00000009 0x0000000a 0x0000000b 0x0000000c 0x0000000d 0x0000000e 0x0000000f 0x00000010 0x00000011 0x00000012 0x00000013 0x00000014 0x00000015 0x00000016 0x00000017 0x00000018 0x00000019 0x0000001a 0x0000001b 0x0000001c 0x0000001d 0x0000001e 0x0000001f 0x03020100 0x07060504 0x0b0a0908 0x0f0e0d0c 0x13121110 0x17161514 0x1b1a1918 0x1f1e1d1c
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addi t1,zero,0 #init_addr
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addi t3,zero,32 #counter
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#sb写入 01,02,03,04
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addi s1,zero, 0x00 #
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addi s2,zero, 0x01 #
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sb_store:
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sb s1,(t1)
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add a0,zero,s1
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addi a7,zero,34 # system call for print
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ecall # print
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add s1,s1,s2 #data +1
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addi t1,t1,1 # addr ++
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addi t3,t3,-1 #counter
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bne t3,zero,sb_store
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addi t3,zero,8
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addi t1,zero,0 # addr
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sb_branch:
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lw s1,(t1) #读出数据
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add a0,zero,s1
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addi a7,zero,34 # system call for print
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ecall # print
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addi t1,t1,4
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addi t3,t3, -1
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bne t3,zero,sb_branch
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addi a7,zero,10 # system call for exit
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#===== [4] 跳转类B：BLT 小于则跳转（从负数向零累加）=====
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#依次输出0xfffffff1 0xfffffff2 0xfffffff3 0xfffffff4 0xfffffff5 0xfffffff6 0xfffffff7 0xfffffff8 0xfffffff9 0xfffffffa 0xfffffffb 0xfffffffc 0xfffffffd 0xfffffffe 0xffffffff
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addi s1,zero,-15 #初始值
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blt_branch:
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add a0,zero,s1
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addi a7,zero,34
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ecall #输出当前值
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addi s1,s1,1
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blt s1,zero,blt_branch #测试指令
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ccab_end:
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addi a7,zero,10
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#处理器实现中请用停机指令实现ecall
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jmp_count: addi s0,zero, 0
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addi s0,s0, 1
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add a0,zero,s0
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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addi s0,s0, 2
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add a0,zero,s0
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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addi s0,s0, 3
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add a0,zero,s0
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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addi s0,s0, 4
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add a0,zero,s0
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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addi s0,s0, 5
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add a0,zero,s0
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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addi s0,s0, 6
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add a0,zero,s0
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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addi s0,s0, 7
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add a0,zero,s0
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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addi s0,s0, 8
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add a0,zero,s0
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addi a7,zero,34 # display hex
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addi a7,zero,34 # display hex
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ecall # we are out of here.
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ret #persudo instruction jalr x0,x1,0
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