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style: replace em and en dashes across sources

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petrbalvin
2026-09-14 18:22:18 +02:00
parent 2db563be07
commit 1691c81095
27 changed files with 229 additions and 229 deletions
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asm/riscv_assemble.go
+10 -10
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@@ -192,7 +192,7 @@ func encodeRISCVInstr(instr *ast.Instr, pc int, offsets map[string]int, fi riscv
if relocs != nil {
*relocs = append(*relocs, Reloc{Off: 0, After: 4, Name: op.Addr.Sym.Name, Kind: RelRISCVJal, Addend: op.Addr.Sym.Offset})
}
word = riscvJType(1, 0) // JAL X1, 0 — the linker fills the offset
word = riscvJType(1, 0) // JAL X1, 0, the linker fills the offset
return []byte{byte(word), byte(word >> 8), byte(word >> 16), byte(word >> 24)}, nil
case "JMP":
// JMP = JAL X0, target. The Go assembler never compresses this to
@@ -395,7 +395,7 @@ func encodeRISCVInstr(instr *ast.Instr, pc int, offsets map[string]int, fi riscv
}
word = riscvSType(enc, rs1, rs2, imm)
// LR (load-reserved): INSTR (addr), dst — 2 operands.
// LR (load-reserved): INSTR (addr), dst, 2 operands.
case len(ops) == 2 && isLRInstr(mnem):
rs1, _ := memFromOperandWithFrame(ops[0], fi)
rd := regFromOperand(ops[1])
@@ -404,7 +404,7 @@ func encodeRISCVInstr(instr *ast.Instr, pc int, offsets map[string]int, fi riscv
}
word = riscvAMOType(enc, rd, rs1, 0) // rs2=0 for LR
// SC (store-conditional): INSTR src, (addr), dst — 3 operands.
// SC (store-conditional): INSTR src, (addr), dst, 3 operands.
case len(ops) == 3 && isSCInstr(mnem):
rs2 := regFromOperand(ops[0])
rs1, _ := memFromOperandWithFrame(ops[1], fi)
@@ -443,7 +443,7 @@ func encodeRISCVInstr(instr *ast.Instr, pc int, offsets map[string]int, fi riscv
}
return encodeRISCVItypeImmediate(mnem, enc, rd, rd, imm)
// Loads: rd, offset(rs1) — Plan 9 order is LD src, dst.
// Loads: rd, offset(rs1), Plan 9 order is LD src, dst.
case len(ops) == 2 && isLoadInstr(mnem):
rd := regFromOperand(ops[1]) // destination (last operand)
rs1, imm := memFromOperandWithFrame(ops[0], fi) // memory source (first operand)
@@ -538,7 +538,7 @@ func encodeRISCVMov(instr *ast.Instr, fi riscvFrameInfo, relocs *[]Reloc) ([]byt
// Immediate → register.
if isImmOperand(src) {
// MOV $sym(SB), rd — load address of a static symbol or external.
// MOV $sym(SB), rd, load address of a static symbol or external.
if src.Imm.Sym != nil && src.Imm.Sym.Pseudo == "SB" {
rd := regFromOperand(dst)
if rd < 0 {
@@ -546,7 +546,7 @@ func encodeRISCVMov(instr *ast.Instr, fi riscvFrameInfo, relocs *[]Reloc) ([]byt
}
return encodeRISCVSBAddr(src.Imm.Sym, rd, relocs), nil
}
// MOV $sym(FP/SP), rd — not supported: immediate symbol references
// MOV $sym(FP/SP), rd, not supported: immediate symbol references
// other than SB cannot be encoded as a simple immediate.
if src.Imm.Sym != nil && src.Imm.Sym.Pseudo != "" {
return nil, fmt.Errorf("MOV $%s(%s): unsupported immediate symbol reference (only SB is supported)", src.Imm.Sym.Name, src.Imm.Sym.Pseudo)
@@ -562,7 +562,7 @@ func encodeRISCVMov(instr *ast.Instr, fi riscvFrameInfo, relocs *[]Reloc) ([]byt
// Memory → register (load).
if isMemOperand(src) && !isMemOperand(dst) {
rd := regFromOperand(dst)
// MOV sym(SB), rd — load from static data.
// MOV sym(SB), rd, load from static data.
if src.Addr.Sym != nil && src.Addr.Sym.Pseudo == "SB" {
if rd < 0 {
return nil, fmt.Errorf("MOV sym(SB): invalid destination register")
@@ -580,7 +580,7 @@ func encodeRISCVMov(instr *ast.Instr, fi riscvFrameInfo, relocs *[]Reloc) ([]byt
// Register → memory (store).
if !isMemOperand(src) && isMemOperand(dst) {
rs2 := regFromOperand(src)
// MOV rd, sym(SB) — store to static data.
// MOV rd, sym(SB), store to static data.
if dst.Addr.Sym != nil && dst.Addr.Sym.Pseudo == "SB" {
if rs2 < 0 {
return nil, fmt.Errorf("MOV rd, sym(SB): invalid source register")
@@ -1006,7 +1006,7 @@ func tryCompressRVC(instr *ast.Instr, fi riscvFrameInfo) (uint16, bool) {
}
case "ADDW", "SUBW":
// C.ADDW (0x27,1) / C.SUBW (0x27,0) — CA-type, prime regs.
// C.ADDW (0x27,1) / C.SUBW (0x27,0), CA-type, prime regs.
if len(ops) == 3 {
funct2 := uint32(0x0)
if mnem == "ADDW" {
@@ -1314,7 +1314,7 @@ func suggestLabel(target string, offsets map[string]int) string {
}
// Only suggest if the distance is small enough.
if bestDist <= 3 && bestDist < len(target)/2+1 {
return fmt.Sprintf(" — did you mean %q?", best)
return fmt.Sprintf("; did you mean %q?", best)
}
return ""
}