more suggestions

gef.py

@@ -6073,8 +6073,8 @@ def do_invoke(self, _: List[str], **kwargs: Any) -> None:
 
         if len(nop) > total_bytes or total_bytes % len(nop):
             warn(f"Patching {total_bytes} bytes at {address:#x} will result in LAST-NOP "
-                 f"(byte nr {total_bytes % len(nop):#x}) broken and may cause a crash or break disassembly. "
-                 f"Use --f (force) to ignore this warning")
+                 f"(byte nr {total_bytes % len(nop):#x}) broken and may cause a crash or "
+                 f"break disassembly. Use --f (force) to ignore this warning")
             if not force_flag:
                 return
 
@@ -6090,15 +6090,16 @@ def do_invoke(self, _: List[str], **kwargs: Any) -> None:
 
         if final_ins_end_addr != target_end_address:
             warn(f"Patching {total_bytes} bytes at {address:#x} will result in LAST-INSTRUCTION "
-                 f"({curr_ins.address:#x}) being partial overwritten and may cause a crash or break disassembly. "
-                 f"You must use --f to allow misaligned patching.")
+                 f"({curr_ins.address:#x}) being partial overwritten and may cause a crash or "
+                 f"break disassembly. You must use --f to allow misaligned patching.")
             if not force_flag:
                 return
 
         nops = bytearray(nop * total_bytes)
         end_address = Address(value=address + total_bytes - 1)
         if not end_address.valid:
-            err(f"Cannot patch instruction at {address:#x}: reaching unmapped area: {end_address:#x}")
+            err(f"Cannot patch instruction at {address:#x}: reaching unmapped "
+                f"area: {end_address:#x}")
             return
 
         ok(f"Patching {total_bytes} bytes from {address:#x}")