Quick fixes.
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@ -706,6 +706,7 @@ m4+definitions(['
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// Set r30[0], so always report passed on completion, regardless of registers containing zeros.
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m4_asm(ADDI, r30, r0, 1)
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m4_asm(JAL, r0, 0) // Done. Jump to itself (infinite loop). (Up to 20-bit signed immediate plus implicit 0 bit (unlike JALR) provides byte address; last immediate bit should also be 0)
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m4_asm_end()
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m4_define(['M4_MAX_CYC'], 50)
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\TLV sum_prog()
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@ -731,6 +732,7 @@ m4+definitions(['
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// Test result value in r14, and set r31 to reflect pass/fail.
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m4_asm(ADDI, r30, r14, 111111010100) // Subtract expected value of 44 to set r30 to 1 if and only iff the result is 45 (1 + 2 + ... + 9).
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m4_asm(BGE, r0, r0, 0) // Done. Jump to itself (infinite loop). (Up to 20-bit signed immediate plus implicit 0 bit (unlike JALR) provides byte address; last immediate bit should also be 0)
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m4_asm_end()
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m4_define(['M4_MAX_CYC'], 50)
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@ -750,7 +752,6 @@ m4+definitions(['
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m4_ifelse(m4_reached(['TEST_PROG']), ['m4_define(['M4_VIZ_BASE'], 16)']) // (Note that immediate values are shown in disassembled instructions in binary and signed decimal in decoder regardless of this setting.)
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m4_define(['m4_prog_macro'], m4_ifelse(m4_reached(['TEST_PROG']), ['test_prog'], ['sum_prog']))
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m4+m4_prog_macro()
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m4_asm_end()
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//--------------------------------------
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@ -828,7 +829,6 @@ m4+definitions(['
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$is_add = $dec_bits ==? 11'b0_000_0110011;
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'])
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//7 - RF Read
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m4_ifelse_block(m4_reached(['RF_WRITE']), ['
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m4_define(['m4_rf_wr_en'], ['$rd_valid'])
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m4_define(['m4_rf_wr_index'], ['$rd'])
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@ -921,7 +921,6 @@ m4+definitions(['
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$jalr_tgt_pc[31:0] = $src1_value + $imm;
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'])
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//14 - DMem
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m4_ifelse_block(m4_reached(['LD_DATA']), ['
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m4_define(['m4_rf_wr_data'], ['$is_load ? $ld_data : $result'])
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'])
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@ -30,6 +30,7 @@
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// Test result value in r14, and set r31 to reflect pass/fail.
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m4_asm(ADDI, r30, r14, 111111010100) // Subtract expected value of 44 to set r30 to 1 if and only iff the result is 45 (1 + 2 + ... + 9).
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m4_asm(BGE, r0, r0, 0) // Done. Jump to itself (infinite loop). (Up to 20-bit signed immediate plus implicit 0 bit (unlike JALR) provides byte address; last immediate bit should also be 0)
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m4_asm_end()
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m4_define(['M4_MAX_CYC'], 50)
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//---------------------------------------------------------------------------------
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