as_bad ("%d-bit ABI not yet supported on %d-bit ISA", abi_xlen, xlen);
if (riscv_subset_supports (&riscv_rps_as, "e") && !rve_abi)
- as_bad ("only the ilp32e ABI is supported for e extension");
+ as_bad ("only ilp32e/lp64e ABI are supported for e extension");
if (float_abi == FLOAT_ABI_SINGLE
&& !riscv_subset_supports (&riscv_rps_as, "f"))
riscv_set_abi (32, FLOAT_ABI_QUAD, false);
else if (strcmp (arg, "lp64") == 0)
riscv_set_abi (64, FLOAT_ABI_SOFT, false);
+ else if (strcmp (arg, "lp64e") == 0)
+ riscv_set_abi (64, FLOAT_ABI_SOFT, true);
else if (strcmp (arg, "lp64f") == 0)
riscv_set_abi (64, FLOAT_ABI_SINGLE, false);
else if (strcmp (arg, "lp64d") == 0)
@item -mabi=ABI
Selects the ABI, which is either "ilp32" or "lp64", optionally followed
by "f", "d", or "q" to indicate single-precision, double-precision, or
-quad-precision floating-point calling convention, or none to indicate
-the soft-float calling convention. Also, "ilp32" can optionally be followed
-by "e" to indicate the RVE ABI, which is always soft-float.
+quad-precision floating-point calling convention, or none or "e" to indicate
+the soft-float calling convention ("e" indicates a soft-float RVE ABI).
@cindex @samp{-mrelax} option, RISC-V
@item -mrelax
.*Assembler messages:
.*Error: can't have 64-bit ABI on 32-bit ISA
-.*Error: only the ilp32e ABI is supported for e extension
+.*Error: only ilp32e/lp64e ABI are supported for e extension
.*Error: ilp32d/lp64d ABI can't be used when d extension isn't supported
.*Assembler messages:
.*Error: can't have 64-bit ABI on 32-bit ISA
-.*Error: only the ilp32e ABI is supported for e extension
+.*Error: only ilp32e/lp64e ABI are supported for e extension
.*Error: ilp32f/lp64f ABI can't be used when f extension isn't supported
.*Assembler messages:
.*Error: can't have 64-bit ABI on 32-bit ISA
-.*Error: only the ilp32e ABI is supported for e extension
+.*Error: only ilp32e/lp64e ABI are supported for e extension
.*Error: ilp32q/lp64q ABI can't be used when q extension isn't supported