self.arr_access = arr_access
class ConvInfo:
- def __init__(self, ty_info, arg_name, arg_conv, arg_conv_name, ret_conv, ret_conv_name):
+ def __init__(self, ty_info, arg_name, arg_conv, arg_conv_name, arg_conv_cleanup, ret_conv, ret_conv_name):
assert(ty_info.c_ty is not None)
assert(ty_info.java_ty is not None)
assert(arg_name is not None)
self.arg_name = arg_name
self.arg_conv = arg_conv
self.arg_conv_name = arg_conv_name
+ self.arg_conv_cleanup = arg_conv_cleanup
self.ret_conv = ret_conv
self.ret_conv_name = ret_conv_name
else:
out_java.write(" arg")
out_c.write(" arg")
+
+def camel_to_snake(s):
+ # Convert camel case to snake case, in a way that appears to match cbindgen
+ con = "_"
+ ret = ""
+ lastchar = ""
+ lastund = False
+ for char in s:
+ if lastchar.isupper():
+ if not char.isupper() and not lastund:
+ ret = ret + "_"
+ lastund = True
+ else:
+ lastund = False
+ ret = ret + lastchar.lower()
+ else:
+ ret = ret + lastchar
+ if char.isupper() and not lastund:
+ ret = ret + "_"
+ lastund = True
+ else:
+ lastund = False
+ lastchar = char
+ if char.isnumeric():
+ lastund = True
+ return (ret + lastchar.lower()).strip("_")
+
+unitary_enums = set()
+var_is_arr_regex = re.compile("\(\*([A-za-z0-9_]*)\)\[([a-z0-9]*)\]")
+var_ty_regex = re.compile("([A-za-z_0-9]*)(.*)")
+def java_c_types(fn_arg, ret_arr_len):
+ fn_arg = fn_arg.strip()
+ if fn_arg.startswith("MUST_USE_RES "):
+ fn_arg = fn_arg[13:]
+ is_const = False
+ if fn_arg.startswith("const "):
+ fn_arg = fn_arg[6:]
+ is_const = True
+
+ is_ptr = False
+ take_by_ptr = False
+ rust_obj = None
+ arr_access = None
+ if fn_arg.startswith("LDKThirtyTwoBytes"):
+ fn_arg = "uint8_t (*" + fn_arg[18:] + ")[32]"
+ assert var_is_arr_regex.match(fn_arg[8:])
+ rust_obj = "LDKThirtyTwoBytes"
+ arr_access = "data"
+ if fn_arg.startswith("LDKPublicKey"):
+ fn_arg = "uint8_t (*" + fn_arg[13:] + ")[33]"
+ assert var_is_arr_regex.match(fn_arg[8:])
+ rust_obj = "LDKPublicKey"
+ arr_access = "compressed_form"
+ if fn_arg.startswith("LDKSecretKey"):
+ fn_arg = "uint8_t (*" + fn_arg[13:] + ")[32]"
+ assert var_is_arr_regex.match(fn_arg[8:])
+ rust_obj = "LDKSecretKey"
+ arr_access = "bytes"
+ if fn_arg.startswith("LDKSignature"):
+ fn_arg = "uint8_t (*" + fn_arg[13:] + ")[64]"
+ assert var_is_arr_regex.match(fn_arg[8:])
+ rust_obj = "LDKSignature"
+ arr_access = "compact_form"
+ if fn_arg.startswith("LDKThreeBytes"):
+ fn_arg = "uint8_t (*" + fn_arg[14:] + ")[3]"
+ assert var_is_arr_regex.match(fn_arg[8:])
+ rust_obj = "LDKThreeBytes"
+ arr_access = "data"
+ if fn_arg.startswith("LDKu8slice"):
+ fn_arg = "uint8_t (*" + fn_arg[11:] + ")[datalen]"
+ assert var_is_arr_regex.match(fn_arg[8:])
+ rust_obj = "LDKu8slice"
+ arr_access = "data"
+
+ if fn_arg.startswith("void"):
+ java_ty = "void"
+ c_ty = "void"
+ fn_ty_arg = "V"
+ fn_arg = fn_arg[4:].strip()
+ elif fn_arg.startswith("bool"):
+ java_ty = "boolean"
+ c_ty = "jboolean"
+ fn_ty_arg = "Z"
+ fn_arg = fn_arg[4:].strip()
+ elif fn_arg.startswith("uint8_t"):
+ java_ty = "byte"
+ c_ty = "jbyte"
+ fn_ty_arg = "B"
+ fn_arg = fn_arg[7:].strip()
+ elif fn_arg.startswith("uint16_t"):
+ java_ty = "short"
+ c_ty = "jshort"
+ fn_ty_arg = "S"
+ fn_arg = fn_arg[8:].strip()
+ elif fn_arg.startswith("uint32_t"):
+ java_ty = "int"
+ c_ty = "jint"
+ fn_ty_arg = "I"
+ fn_arg = fn_arg[8:].strip()
+ elif fn_arg.startswith("uint64_t") or fn_arg.startswith("uintptr_t"):
+ java_ty = "long"
+ c_ty = "jlong"
+ fn_ty_arg = "J"
+ if fn_arg.startswith("uint64_t"):
+ fn_arg = fn_arg[8:].strip()
+ else:
+ fn_arg = fn_arg[9:].strip()
+ elif is_const and fn_arg.startswith("char *"):
+ java_ty = "String"
+ c_ty = "const char*"
+ fn_ty_arg = "Ljava/lang/String;"
+ fn_arg = fn_arg[6:].strip()
+ else:
+ ma = var_ty_regex.match(fn_arg)
+ if ma.group(1).strip() in unitary_enums:
+ java_ty = ma.group(1).strip()
+ c_ty = "jclass"
+ fn_ty_arg = "Lorg/ldk/enums/" + ma.group(1).strip() + ";"
+ fn_arg = ma.group(2).strip()
+ rust_obj = ma.group(1).strip()
+ take_by_ptr = True
+ else:
+ java_ty = "long"
+ c_ty = "jlong"
+ fn_ty_arg = "J"
+ fn_arg = ma.group(2).strip()
+ rust_obj = ma.group(1).strip()
+ take_by_ptr = True
+
+ if fn_arg.startswith(" *") or fn_arg.startswith("*"):
+ fn_arg = fn_arg.replace("*", "").strip()
+ is_ptr = True
+ c_ty = "jlong"
+ java_ty = "long"
+ fn_ty_arg = "J"
+
+ var_is_arr = var_is_arr_regex.match(fn_arg)
+ if var_is_arr is not None or ret_arr_len is not None:
+ assert(not take_by_ptr)
+ assert(not is_ptr)
+ java_ty = java_ty + "[]"
+ c_ty = c_ty + "Array"
+ if var_is_arr is not None:
+ if var_is_arr.group(1) == "":
+ return TypeInfo(rust_obj=rust_obj, java_ty=java_ty, java_fn_ty_arg="[" + fn_ty_arg, c_ty=c_ty,
+ passed_as_ptr=False, is_ptr=False, var_name="arg", arr_len=var_is_arr.group(2), arr_access=arr_access)
+ return TypeInfo(rust_obj=rust_obj, java_ty=java_ty, java_fn_ty_arg="[" + fn_ty_arg, c_ty=c_ty,
+ passed_as_ptr=False, is_ptr=False, var_name=var_is_arr.group(1), arr_len=var_is_arr.group(2), arr_access=arr_access)
+ return TypeInfo(rust_obj=rust_obj, java_ty=java_ty, java_fn_ty_arg=fn_ty_arg, c_ty=c_ty, passed_as_ptr=is_ptr or take_by_ptr,
+ is_ptr=is_ptr, var_name=fn_arg, arr_len=None, arr_access=None)
+
+
+
fn_ptr_regex = re.compile("^extern const ([A-Za-z_0-9\* ]*) \(\*(.*)\)\((.*)\);$")
fn_ret_arr_regex = re.compile("(.*) \(\*(.*)\((.*)\)\)\[([0-9]*)\];$")
reg_fn_regex = re.compile("([A-Za-z_0-9\* ]* \*?)([a-zA-Z_0-9]*)\((.*)\);$")
clone_fns = set()
+constructor_fns = {}
with open(sys.argv[1]) as in_h:
for line in in_h:
reg_fn = reg_fn_regex.match(line)
if reg_fn is not None:
if reg_fn.group(2).endswith("_clone"):
clone_fns.add(reg_fn.group(2))
+ else:
+ rty = java_c_types(reg_fn.group(1), None)
+ if rty.rust_obj is not None and reg_fn.group(2) == rty.rust_obj.replace("LDK", "") + "_new":
+ constructor_fns[rty.rust_obj] = reg_fn.group(3)
continue
arr_fn = fn_ret_arr_regex.match(line)
if arr_fn is not None:
if arr_fn.group(2).endswith("_clone"):
clone_fns.add(arr_fn.group(2))
+ # No object constructors return arrays, as then they wouldn't be an object constructor
continue
with open(sys.argv[1]) as in_h, open(sys.argv[2], "w") as out_java, open(sys.argv[4], "w") as out_c:
opaque_structs = set()
trait_structs = set()
- unitary_enums = set()
-
- def camel_to_snake(s):
- # Convert camel case to snake case, in a way that appears to match cbindgen
- con = "_"
- ret = ""
- lastchar = ""
- lastund = False
- for char in s:
- if lastchar.isupper():
- if not char.isupper() and not lastund:
- ret = ret + "_"
- lastund = True
- else:
- lastund = False
- ret = ret + lastchar.lower()
- else:
- ret = ret + lastchar
- if char.isupper() and not lastund:
- ret = ret + "_"
- lastund = True
- else:
- lastund = False
- lastchar = char
- if char.isnumeric():
- lastund = True
- return (ret + lastchar.lower()).strip("_")
-
- var_is_arr_regex = re.compile("\(\*([A-za-z0-9_]*)\)\[([0-9]*)\]")
- var_ty_regex = re.compile("([A-za-z_0-9]*)(.*)")
- def java_c_types(fn_arg, ret_arr_len):
- fn_arg = fn_arg.strip()
- if fn_arg.startswith("MUST_USE_RES "):
- fn_arg = fn_arg[13:]
- is_const = False
- if fn_arg.startswith("const "):
- fn_arg = fn_arg[6:]
- is_const = True
-
- is_ptr = False
- take_by_ptr = False
- rust_obj = None
- arr_access = None
- if fn_arg.startswith("LDKThirtyTwoBytes"):
- fn_arg = "uint8_t (*" + fn_arg[18:] + ")[32]"
- assert var_is_arr_regex.match(fn_arg[8:])
- rust_obj = "LDKThirtyTwoBytes"
- arr_access = "data"
- if fn_arg.startswith("LDKPublicKey"):
- fn_arg = "uint8_t (*" + fn_arg[13:] + ")[33]"
- assert var_is_arr_regex.match(fn_arg[8:])
- rust_obj = "LDKPublicKey"
- arr_access = "compressed_form"
- if fn_arg.startswith("LDKSecretKey"):
- fn_arg = "uint8_t (*" + fn_arg[13:] + ")[32]"
- assert var_is_arr_regex.match(fn_arg[8:])
- rust_obj = "LDKSecretKey"
- arr_access = "bytes"
- if fn_arg.startswith("LDKSignature"):
- fn_arg = "uint8_t (*" + fn_arg[13:] + ")[64]"
- assert var_is_arr_regex.match(fn_arg[8:])
- rust_obj = "LDKSignature"
- arr_access = "compact_form"
- if fn_arg.startswith("LDKThreeBytes"):
- fn_arg = "uint8_t (*" + fn_arg[14:] + ")[3]"
- assert var_is_arr_regex.match(fn_arg[8:])
- rust_obj = "LDKThreeBytes"
- arr_access = "data"
-
- if fn_arg.startswith("void"):
- java_ty = "void"
- c_ty = "void"
- fn_ty_arg = "V"
- fn_arg = fn_arg[4:].strip()
- elif fn_arg.startswith("bool"):
- java_ty = "boolean"
- c_ty = "jboolean"
- fn_ty_arg = "Z"
- fn_arg = fn_arg[4:].strip()
- elif fn_arg.startswith("uint8_t"):
- java_ty = "byte"
- c_ty = "jbyte"
- fn_ty_arg = "B"
- fn_arg = fn_arg[7:].strip()
- elif fn_arg.startswith("uint16_t"):
- java_ty = "short"
- c_ty = "jshort"
- fn_ty_arg = "S"
- fn_arg = fn_arg[8:].strip()
- elif fn_arg.startswith("uint32_t"):
- java_ty = "int"
- c_ty = "jint"
- fn_ty_arg = "I"
- fn_arg = fn_arg[8:].strip()
- elif fn_arg.startswith("uint64_t") or fn_arg.startswith("uintptr_t"):
- java_ty = "long"
- c_ty = "jlong"
- fn_ty_arg = "J"
- if fn_arg.startswith("uint64_t"):
- fn_arg = fn_arg[8:].strip()
- else:
- fn_arg = fn_arg[9:].strip()
- elif is_const and fn_arg.startswith("char *"):
- java_ty = "String"
- c_ty = "const char*"
- fn_ty_arg = "Ljava/lang/String;"
- fn_arg = fn_arg[6:].strip()
- else:
- ma = var_ty_regex.match(fn_arg)
- if ma.group(1).strip() in unitary_enums:
- java_ty = ma.group(1).strip()
- c_ty = "jclass"
- fn_ty_arg = "Lorg/ldk/enums/" + ma.group(1).strip() + ";"
- fn_arg = ma.group(2).strip()
- rust_obj = ma.group(1).strip()
- take_by_ptr = True
- else:
- java_ty = "long"
- c_ty = "jlong"
- fn_ty_arg = "J"
- fn_arg = ma.group(2).strip()
- rust_obj = ma.group(1).strip()
- take_by_ptr = True
-
- if fn_arg.startswith(" *") or fn_arg.startswith("*"):
- fn_arg = fn_arg.replace("*", "").strip()
- is_ptr = True
- c_ty = "jlong"
- java_ty = "long"
- fn_ty_arg = "J"
-
- var_is_arr = var_is_arr_regex.match(fn_arg)
- if var_is_arr is not None or ret_arr_len is not None:
- assert(not take_by_ptr)
- assert(not is_ptr)
- java_ty = java_ty + "[]"
- c_ty = c_ty + "Array"
- if var_is_arr is not None:
- if var_is_arr.group(1) == "":
- return TypeInfo(rust_obj=rust_obj, java_ty=java_ty, java_fn_ty_arg="[" + fn_ty_arg, c_ty=c_ty,
- passed_as_ptr=False, is_ptr=False, var_name="arg", arr_len=var_is_arr.group(2), arr_access=arr_access)
- return TypeInfo(rust_obj=rust_obj, java_ty=java_ty, java_fn_ty_arg="[" + fn_ty_arg, c_ty=c_ty,
- passed_as_ptr=False, is_ptr=False, var_name=var_is_arr.group(1), arr_len=var_is_arr.group(2), arr_access=arr_access)
- return TypeInfo(rust_obj=rust_obj, java_ty=java_ty, java_fn_ty_arg=fn_ty_arg, c_ty=c_ty, passed_as_ptr=is_ptr or take_by_ptr,
- is_ptr=is_ptr, var_name=fn_arg, arr_len=None, arr_access=None)
def map_type(fn_arg, print_void, ret_arr_len, is_free):
ty_info = java_c_types(fn_arg, ret_arr_len)
if ty_info.c_ty == "void":
if not print_void:
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = None, arg_conv_name = None, ret_conv = None, ret_conv_name = None)
+ arg_conv = None, arg_conv_name = None, arg_conv_cleanup = None,
+ ret_conv = None, ret_conv_name = None)
if ty_info.c_ty.endswith("Array"):
arr_len = ty_info.arr_len
arr_name = "ret"
arr_len = ret_arr_len
assert(ty_info.c_ty == "jbyteArray")
- if ty_info.rust_obj is not None:
+ ret_conv = ("jbyteArray " + arr_name + "_arr = (*_env)->NewByteArray(_env, " + arr_len + ");\n" + "(*_env)->SetByteArrayRegion(_env, " + arr_name + "_arr, 0, " + arr_len + ", ", "")
+ arg_conv_cleanup = None
+ if not arr_len.isdigit():
+ arg_conv = ty_info.rust_obj + " " + arr_name + "_ref;\n"
+ arg_conv = arg_conv + arr_name + "_ref." + ty_info.arr_access + " = (*_env)->GetByteArrayElements (_env, " + arr_name + ", NULL);\n"
+ arg_conv = arg_conv + arr_name + "_ref." + arr_len + " = (*_env)->GetArrayLength (_env, " + arr_name + ");"
+ arg_conv_cleanup = "(*_env)->ReleaseByteArrayElements(_env, " + arr_name + ", (int8_t*)" + arr_name + "_ref." + ty_info.arr_access + ", 0);"
+ arr_access = "." + ty_info.arr_access
+ ret_conv = (ty_info.rust_obj + " " + arr_name + "_var = ", "")
+ ret_conv = (ret_conv[0], ";\njbyteArray " + arr_name + "_arr = (*_env)->NewByteArray(_env, " + arr_name + "_var." + arr_len + ");\n")
+ ret_conv = (ret_conv[0], ret_conv[1] + "(*_env)->SetByteArrayRegion(_env, " + arr_name + "_arr, 0, " + arr_name + "_var." + arr_len + ", " + arr_name + "_var." + ty_info.arr_access + ");")
+ elif ty_info.rust_obj is not None:
arg_conv = ty_info.rust_obj + " " + arr_name + "_ref;\n"
arg_conv = arg_conv + "CHECK((*_env)->GetArrayLength (_env, " + arr_name + ") == " + arr_len + ");\n"
arg_conv = arg_conv + "(*_env)->GetByteArrayRegion (_env, " + arr_name + ", 0, " + arr_len + ", " + arr_name + "_ref." + ty_info.arr_access + ");"
- arr_access = ("", "." + ty_info.arr_access)
+ ret_conv = (ret_conv[0], "." + ty_info.arr_access + ");")
else:
arg_conv = "unsigned char " + arr_name + "_arr[" + arr_len + "];\n"
arg_conv = arg_conv + "CHECK((*_env)->GetArrayLength (_env, " + arr_name + ") == " + arr_len + ");\n"
arg_conv = arg_conv + "(*_env)->GetByteArrayRegion (_env, " + arr_name + ", 0, " + arr_len + ", " + arr_name + "_arr);\n" + "unsigned char (*" + arr_name + "_ref)[" + arr_len + "] = &" + arr_name + "_arr;"
- arr_access = ("*", "")
+ ret_conv = (ret_conv[0] + "*", ");")
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = arg_conv,
- arg_conv_name = arr_name + "_ref",
- ret_conv = ("jbyteArray " + arr_name + "_arr = (*_env)->NewByteArray(_env, " + arr_len + ");\n" +
- "(*_env)->SetByteArrayRegion(_env, " + arr_name + "_arr, 0, " + arr_len + ", " + arr_access[0],
- arr_access[1] + ");"),
- ret_conv_name = arr_name + "_arr")
+ arg_conv = arg_conv, arg_conv_name = arr_name + "_ref", arg_conv_cleanup = arg_conv_cleanup,
+ ret_conv = ret_conv, ret_conv_name = arr_name + "_arr")
elif ty_info.var_name != "":
# If we have a parameter name, print it (noting that it may indicate its a pointer)
if ty_info.rust_obj is not None:
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
arg_conv = ty_info.rust_obj + " " + ty_info.var_name + "_conv = " + ty_info.rust_obj + "_from_java(_env, " + ty_info.var_name + ");",
arg_conv_name = ty_info.var_name + "_conv",
+ arg_conv_cleanup = None,
ret_conv = ("jclass " + ty_info.var_name + "_conv = " + ty_info.rust_obj + "_to_java(_env, ", ");"),
ret_conv_name = ty_info.var_name + "_conv")
if ty_info.rust_obj in opaque_structs:
ret_conv_suf = ret_conv_suf + "\t" + ty_info.var_name + "_ref = (long)&" + ty_info.var_name + "_var;\n"
ret_conv_suf = ret_conv_suf + "}"
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = opaque_arg_conv, arg_conv_name = ty_info.var_name + "_conv",
+ arg_conv = opaque_arg_conv, arg_conv_name = ty_info.var_name + "_conv", arg_conv_cleanup = None,
ret_conv = (ty_info.rust_obj + " " + ty_info.var_name + "_var = ", ret_conv_suf),
ret_conv_name = ty_info.var_name + "_ref")
base_conv = ty_info.rust_obj + " " + ty_info.var_name + "_conv = *(" + ty_info.rust_obj + "*)" + ty_info.var_name + ";";
else:
base_conv = base_conv + "\n" + "FREE((void*)" + ty_info.var_name + ");"
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = base_conv,
- arg_conv_name = ty_info.var_name + "_conv",
+ arg_conv = base_conv, arg_conv_name = ty_info.var_name + "_conv", arg_conv_cleanup = None,
ret_conv = ("CANT PASS TRAIT TO Java?", ""), ret_conv_name = "NO CONV POSSIBLE")
if ty_info.rust_obj != "LDKu8slice":
# Don't bother free'ing slices passed in - Rust doesn't auto-free the
# underlying unlike Vecs, and it gives Java more freedom.
base_conv = base_conv + "\nFREE((void*)" + ty_info.var_name + ");";
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = base_conv, arg_conv_name = ty_info.var_name + "_conv",
+ arg_conv = base_conv, arg_conv_name = ty_info.var_name + "_conv", arg_conv_cleanup = None,
ret_conv = ("long " + ty_info.var_name + "_ref = (long)&", ";"), ret_conv_name = ty_info.var_name + "_ref")
else:
assert(not is_free)
if ty_info.rust_obj in opaque_structs:
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = opaque_arg_conv, arg_conv_name = "&" + ty_info.var_name + "_conv",
+ arg_conv = opaque_arg_conv, arg_conv_name = "&" + ty_info.var_name + "_conv", arg_conv_cleanup = None,
ret_conv = None, ret_conv_name = None) # its a pointer, no conv needed
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
arg_conv = ty_info.rust_obj + "* " + ty_info.var_name + "_conv = (" + ty_info.rust_obj + "*)" + ty_info.var_name + ";",
- arg_conv_name = ty_info.var_name + "_conv",
+ arg_conv_name = ty_info.var_name + "_conv", arg_conv_cleanup = None,
ret_conv = None, ret_conv_name = None) # its a pointer, no conv needed
elif ty_info.is_ptr:
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = None, arg_conv_name = ty_info.var_name, ret_conv = None, ret_conv_name = None)
+ arg_conv = None, arg_conv_name = ty_info.var_name, arg_conv_cleanup = None, ret_conv = None, ret_conv_name = None)
elif ty_info.java_ty == "String":
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = None, arg_conv_name = None,
+ arg_conv = None, arg_conv_name = None, arg_conv_cleanup = None,
ret_conv = ("jstring " + ty_info.var_name + "_conv = (*_env)->NewStringUTF(_env, ", ");"), ret_conv_name = ty_info.var_name + "_conv")
else:
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = None, arg_conv_name = ty_info.var_name, ret_conv = None, ret_conv_name = None)
+ arg_conv = None, arg_conv_name = ty_info.var_name, arg_conv_cleanup = None, ret_conv = None, ret_conv_name = None)
elif not print_void:
# We don't have a parameter name, and want one, just call it arg
if ty_info.rust_obj is not None:
assert(not is_free or ty_info.rust_obj not in opaque_structs);
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
arg_conv = ty_info.rust_obj + " arg_conv = *(" + ty_info.rust_obj + "*)arg;\nFREE((void*)arg);",
- arg_conv_name = "arg_conv",
+ arg_conv_name = "arg_conv", arg_conv_cleanup = None,
ret_conv = None, ret_conv_name = None)
else:
assert(not is_free)
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = None, arg_conv_name = "arg", ret_conv = None, ret_conv_name = None)
+ arg_conv = None, arg_conv_name = "arg", arg_conv_cleanup = None, ret_conv = None, ret_conv_name = None)
else:
# We don't have a parameter name, and don't want one (cause we're returning)
if ty_info.rust_obj is not None:
if ty_info.rust_obj in unitary_enums:
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
arg_conv = ty_info.rust_obj + " ret = " + ty_info.rust_obj + "_from_java(_env, " + ty_info.var_name + ");",
- arg_conv_name = "ret",
+ arg_conv_name = "ret", arg_conv_cleanup = None,
ret_conv = ("jclass ret = " + ty_info.rust_obj + "_to_java(_env, ", ");"), ret_conv_name = "ret")
if ty_info.rust_obj in opaque_structs:
# If we're returning a newly-allocated struct, we don't want Rust to ever
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
ret_conv = (ty_info.rust_obj + " ret = ", ";"),
ret_conv_name = "((long)ret.inner) | (ret.is_owned ? 1 : 0)",
- arg_conv = None, arg_conv_name = None)
+ arg_conv = None, arg_conv_name = None, arg_conv_cleanup = None)
else:
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
ret_conv = (ty_info.rust_obj + "* ret = MALLOC(sizeof(" + ty_info.rust_obj + "), \"" + ty_info.rust_obj + "\");\n*ret = ", ";"),
ret_conv_name = "(long)ret",
- arg_conv = None, arg_conv_name = None)
+ arg_conv = None, arg_conv_name = None, arg_conv_cleanup = None)
else:
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
ret_conv = ("long ret = (long)", ";"), ret_conv_name = "ret",
- arg_conv = None, arg_conv_name = None)
+ arg_conv = None, arg_conv_name = None, arg_conv_cleanup = None)
else:
return ConvInfo(ty_info = ty_info, arg_name = ty_info.var_name,
- arg_conv = None, arg_conv_name = None, ret_conv = None, ret_conv_name = None)
+ arg_conv = None, arg_conv_name = None, arg_conv_cleanup = None, ret_conv = None, ret_conv_name = None)
def map_fn(line, re_match, ret_arr_len, c_call_string):
out_java.write("\t// " + line)
out_c.write(" JNICALL Java_org_ldk_impl_bindings_" + re_match.group(2).replace('_', '_1') + "(JNIEnv * _env, jclass _b")
arg_names = []
+ default_constructor_args = {}
takes_self = False
args_known = not ret_info.passed_as_ptr or ret_info.rust_obj in opaque_structs or ret_info.rust_obj in trait_structs
for idx, arg in enumerate(re_match.group(3).split(',')):
takes_self = True
if arg_conv_info.passed_as_ptr and not arg_conv_info.rust_obj in opaque_structs:
if not arg_conv_info.rust_obj in trait_structs and not arg_conv_info.rust_obj in unitary_enums:
- print(re_match.group(2) + " bad - " + arg_conv_info.rust_obj)
+ args_known = False
+ if arg_conv_info.arg_conv is not None and "Warning" in arg_conv_info.arg_conv:
+ if arg_conv_info.rust_obj in constructor_fns:
+ assert not is_free
+ for explode_arg in constructor_fns[arg_conv_info.rust_obj].split(','):
+ explode_arg_conv = map_type(explode_arg, False, None, False)
+ if explode_arg_conv.c_ty == "void":
+ # We actually want to handle this case, but for now its only used in NetGraphMsgHandler::new()
+ # which ends up resulting in a redundant constructor - both without arguments for the NetworkGraph.
+ args_known = False
+ assert explode_arg_conv.arg_name != "this_arg"
+ if explode_arg_conv.passed_as_ptr and not explode_arg_conv.rust_obj in trait_structs:
+ args_known = False
+ if not arg_conv_info.arg_name in default_constructor_args:
+ default_constructor_args[arg_conv_info.arg_name] = []
+ default_constructor_args[arg_conv_info.arg_name].append(explode_arg_conv)
+ else:
args_known = False
arg_names.append(arg_conv_info)
if not takes_self or idx > 1:
out_java_struct.write(", ")
if arg.java_ty != "void" and arg.arg_name != "this_arg":
- if arg.passed_as_ptr:
+ if arg.arg_name in default_constructor_args:
+ for explode_idx, explode_arg in enumerate(default_constructor_args[arg.arg_name]):
+ if explode_idx != 0:
+ out_java_struct.write(", ")
+ assert explode_arg.rust_obj in opaque_structs or explode_arg.rust_obj in trait_structs
+ out_java_struct.write(explode_arg.rust_obj.replace("LDK", "") + " " + arg.arg_name + "_" + explode_arg.arg_name)
+ elif arg.passed_as_ptr:
if arg.rust_obj in opaque_structs or arg.rust_obj in trait_structs:
out_java_struct.write(arg.rust_obj.replace("LDK", "") + " " + arg.arg_name)
else:
for info in arg_names:
if info.arg_conv is not None:
- out_c.write("\t" + info.arg_conv.replace('\n', "\n\t") + "\n");
+ out_c.write("\t" + info.arg_conv.replace('\n', "\n\t") + "\n")
if ret_info.ret_conv is not None:
- out_c.write("\t" + ret_conv_pfx.replace('\n', '\n\t'));
+ out_c.write("\t" + ret_conv_pfx.replace('\n', '\n\t'))
+ elif ret_info.c_ty != "void":
+ out_c.write("\t" + ret_info.c_ty + " ret_val = ")
else:
- out_c.write("\treturn ");
+ out_c.write("\t")
if c_call_string is None:
out_c.write(re_match.group(2) + "(")
out_c.write(")")
if ret_info.ret_conv is not None:
out_c.write(ret_conv_sfx.replace('\n', '\n\t'))
- out_c.write("\n\treturn " + ret_info.ret_conv_name + ";")
else:
out_c.write(";")
+ for info in arg_names:
+ if info.arg_conv_cleanup is not None:
+ out_c.write("\n\t" + info.arg_conv_cleanup.replace("\n", "\n\t"))
+ if ret_info.ret_conv is not None:
+ out_c.write("\n\treturn " + ret_info.ret_conv_name + ";")
+ elif ret_info.c_ty != "void":
+ out_c.write("\n\treturn ret_val;")
out_c.write("\n}\n\n")
if out_java_struct is not None:
out_java_struct.write("\t\t")
out_java_struct.write(", ")
if info.arg_name == "this_arg":
out_java_struct.write("this.ptr")
+ elif info.arg_name in default_constructor_args:
+ out_java_struct.write("bindings." + info.rust_obj.replace("LDK", "") + "_new(")
+ for explode_idx, explode_arg in enumerate(default_constructor_args[info.arg_name]):
+ if explode_idx != 0:
+ out_java_struct.write(", ")
+ assert explode_arg.passed_as_ptr and explode_arg.rust_obj in trait_structs
+ expl_arg_name = info.arg_name + "_" + explode_arg.arg_name
+ out_java_struct.write(expl_arg_name + " == null ? 0 : " + expl_arg_name + ".ptr")
+ out_java_struct.write(")")
elif info.passed_as_ptr and info.rust_obj in opaque_structs:
- out_java_struct.write(info.arg_name + ".ptr & ~1")
+ out_java_struct.write(info.arg_name + " == null ? 0 : " + info.arg_name + ".ptr & ~1")
elif info.passed_as_ptr and info.rust_obj in trait_structs:
- out_java_struct.write(info.arg_name + ".ptr")
+ out_java_struct.write(info.arg_name + " == null ? 0 : " + info.arg_name + ".ptr")
else:
out_java_struct.write(info.arg_name)
out_java_struct.write(")")
for info in arg_names:
if info.arg_name == "this_arg":
pass
+ elif info.arg_name in default_constructor_args:
+ for explode_arg in default_constructor_args[info.arg_name]:
+ out_java_struct.write("\t\tthis.ptrs_to.add(" + info.arg_name + "_" + explode_arg.arg_name + ");\n")
elif info.passed_as_ptr and (info.rust_obj in opaque_structs or info.rust_obj in trait_structs):
out_java_struct.write("\t\tthis.ptrs_to.add(" + info.arg_name + ");\n")
elif fn_line.group(2) == "free":
out_c.write("\t\t.free = " + struct_name + "_JCalls_free,\n")
else:
+ clone_fns.add(struct_name + "_clone")
out_c.write("\t\t.clone = " + struct_name + "_JCalls_clone,\n")
for var_line in field_var_lines:
if var_line.group(1) in trait_structs:
# For now, just disable enabling the _call_log - we don't know how to inverse-map String
is_log = fn_line.group(2) == "log" and struct_name == "LDKLogger"
if fn_line.group(2) != "free" and fn_line.group(2) != "clone" and fn_line.group(2) != "eq" and not is_log:
- dummy_line = fn_line.group(1) + struct_name.replace("LDK", "") + "_call_" + fn_line.group(2) + " " + struct_name + "* this_arg" + fn_line.group(4) + "\n"
+ dummy_line = fn_line.group(1) + struct_name.replace("LDK", "") + "_" + fn_line.group(2) + " " + struct_name + "* this_arg" + fn_line.group(4) + "\n"
map_fn(dummy_line, re.compile("([A-Za-z_0-9]*) *([A-Za-z_0-9]*) *(.*)").match(dummy_line), None, "(this_arg_conv->" + fn_line.group(2) + ")(this_arg_conv->this_arg")
out_c.write("""#include \"org_ldk_impl_bindings.h\"
out_java_struct.write("package org.ldk.structs;\n\n")
out_java_struct.write("import org.ldk.impl.bindings;\n")
out_java_struct.write("import org.ldk.enums.*;\n\n")
- out_java_struct.write("public class " + struct_name.replace("LDK","") + " extends CommonBase {\n")
+ out_java_struct.write("public class " + struct_name.replace("LDK","") + " extends CommonBase")
+ if struct_name.startswith("LDKLocked"):
+ out_java_struct.write(" implements AutoCloseable")
+ out_java_struct.write(" {\n")
out_java_struct.write("\t" + struct_name.replace("LDK", "") + "(Object _dummy, long ptr) { super(ptr); }\n")
- out_java_struct.write("\t@Override @SuppressWarnings(\"deprecation\")\n")
- out_java_struct.write("\tprotected void finalize() throws Throwable {\n")
- out_java_struct.write("\t\tbindings." + struct_name.replace("LDK","") + "_free(ptr); super.finalize();\n")
+ if struct_name.startswith("LDKLocked"):
+ out_java_struct.write("\t@Override public void close() {\n")
+ else:
+ out_java_struct.write("\t@Override @SuppressWarnings(\"deprecation\")\n")
+ out_java_struct.write("\tprotected void finalize() throws Throwable {\n")
+ out_java_struct.write("\t\tsuper.finalize();\n")
+ out_java_struct.write("\t\tbindings." + struct_name.replace("LDK","") + "_free(ptr);\n")
out_java_struct.write("\t}\n\n")
elif result_contents is not None:
result_templ_structs.add(struct_name)
out_c.write("\n\tret->" + e + " = " + ty_info.arg_conv_name + ";\n")
else:
out_c.write("\tret->" + e + " = " + e + ";\n")
+ assert ty_info.arg_conv_cleanup is None
out_c.write("\treturn (long)ret;\n")
out_c.write("}\n")
elif vec_ty is not None:
out_c.write("\t\t\t" + ty_info.c_ty + " arr_elem = java_elems[i];\n")
out_c.write("\t\t\t" + ty_info.arg_conv.replace("\n", "\n\t\t\t") + "\n")
out_c.write("\t\t\tret->data[i] = " + ty_info.arg_conv_name + ";\n")
+ assert ty_info.arg_conv_cleanup is None
else:
out_c.write("\t\t\tret->data[i] = java_elems[i];\n")
out_c.write("\t\t}\n")
projects / ldk-java / blobdiff