def print_get_child(name, child):
print("SEXP ", common.create_get_name(name, child['name'], prefix="r_so"), "(SEXP self", sep ='', end='')
if child.get("array", False):
print(", SEXP index", end='')
print(")")
print("{")
if child['type'] == "type_string":
this_type = "char"
elif child['type'] == "type_real":
this_type = "double"
elif child['type'] == "type_int":
this_type = "int"
else:
this_type = "so_" + child['type']
print("\t", this_type, " *child = ", common.create_get_name(name, child['name'], prefix="so"), "(R_ExternalPtrAddr(self)", sep='', end='')
if child.get("array", False):
print(", INTEGER(index)[0]", end='')
print(");")
if child['type'] == 'Table':
print("\tSEXP result = table2df(child);")
elif child['type'] == 'type_string':
print("\tif (!child) {")
print("\t\treturn R_NilValue;")
print("\t}")
print("\tSEXP result;")
print("\tPROTECT(result = NEW_STRING(1));")
print("\tSET_STRING_ELT(result, 0, mkChar(child));")
print("\tUNPROTECT(1);")
elif child['type'] == 'type_real':
print("\tif (!child) {")
print("\t\treturn R_NilValue;")
print("\t}")
print("\tSEXP result;")
print("\tPROTECT(result = NEW_NUMERIC(1));")
print("\tREAL(result)[0] = *child;")
print("\tUNPROTECT(1);")
elif child['type'] == 'type_int':
print("\tif (!child) {")
print("\t\treturn R_NilValue;")
print("\t}")
print("\tSEXP result;")
print("\tPROTECT(result = NEW_INTEGER(1));")
print("\tINTEGER(result)[0] = *child;")
print("\tUNPROTECT(1);")
elif child['type'] == 'Matrix':
print("\tSEXP result = matrix2Rmatrix(child);")
else:
print("\tSEXP result = R_MakeExternalPtr(child, R_NilValue, R_NilValue);")
print("\treturn result;")
print("}")
def print_get_child(name, child):
print("SEXP ", common.create_get_name(name, child['name'], prefix="r_so"), "(SEXP self", sep ='', end='')
if child.get("array", False):
print(", SEXP index", end='')
print(")")
print("{")
if child['type'] == "type_string":
this_type = "char"
elif child['type'] == "type_real":
this_type = "double"
elif child['type'] == "type_int":
this_type = "int"
else:
this_type = "so_" + child['type']
print("\t", this_type, " *child = ", common.create_get_name(name, child['name'], prefix="so"), "(R_ExternalPtrAddr(self)", sep='', end='')
if child.get("array", False):
print(", INTEGER(index)[0]", end='')
print(");")
if child['type'] == 'Table':
print("\tSEXP result = table2df(child);")
elif child['type'] == 'type_string':
print("\tif (!child) {")
print("\t\treturn R_NilValue;")
print("\t}")
print("\tSEXP result;")
print("\tPROTECT(result = NEW_STRING(1));")
print("\tSET_STRING_ELT(result, 0, mkChar(child));")
print("\tUNPROTECT(1);")
elif child['type'] == 'type_real':
print("\tif (!child) {")
print("\t\treturn R_NilValue;")
print("\t}")
print("\tSEXP result;")
print("\tPROTECT(result = NEW_NUMERIC(1));")
print("\tREAL(result)[0] = *child;")
print("\tUNPROTECT(1);")
elif child['type'] == 'type_int':
print("\tif (!child) {")
print("\t\treturn R_NilValue;")
print("\t}")
print("\tSEXP result;")
print("\tPROTECT(result = NEW_INTEGER(1));")
print("\tINTEGER(result)[0] = *child;")
print("\tUNPROTECT(1);")
elif child['type'] == 'Matrix':
print("\tSEXP result = matrix2Rmatrix(child);")
else:
print("\tSEXP result = R_MakeExternalPtr(child, R_NilValue, R_NilValue);")
print("\treturn result;")
print("}")
def print_attribute_getter(name, attr):
print("SEXP ", common.create_get_name(name, attr['name'], prefix="r_so"), "(SEXP self)", sep='')
print("{")
if attr['type'] == 'type_string':
print("\tchar *value = ", common.create_get_name(name, attr['name'], prefix="so"), "(R_ExternalPtrAddr(self));", sep='')
elif attr['type'] == 'type_int':
print("\tint *value = ", common.create_get_name(name, attr['name'], prefix="so"), "(R_ExternalPtrAddr(self));", sep='')
print()
print("\tSEXP result;")
print()
print("\tif (value) {")
if attr['type'] == 'type_string':
print("\t\tresult = PROTECT(NEW_STRING(1));")
print("\t\tSET_STRING_ELT(result, 0, mkChar(value));")
elif attr['type'] == 'type_int':
print("\t\tresult = PROTECT(NEW_INTEGER(1));")
print("\t\tINTEGER(result)[0] = *value;")
print()
print("\t\tUNPROTECT(1);")
print("\t} else {")
print("\t\tresult = R_NilValue;")
print("\t}")
print("\treturn result;")
print("}")
def print_attribute_getter(name, attr):
print("SEXP ", common.create_get_name(name, attr['name'], prefix="r_so"), "(SEXP self)", sep='')
print("{")
if attr['type'] == 'type_string':
print("\tchar *value = ", common.create_get_name(name, attr['name'], prefix="so"), "(R_ExternalPtrAddr(self));", sep='')
elif attr['type'] == 'type_int':
print("\tint *value = ", common.create_get_name(name, attr['name'], prefix="so"), "(R_ExternalPtrAddr(self));", sep='')
print()
print("\tSEXP result;")
print()
print("\tif (value) {")
if attr['type'] == 'type_string':
print("\t\tresult = PROTECT(NEW_STRING(1));")
print("\t\tSET_STRING_ELT(result, 0, mkChar(value));")
elif attr['type'] == 'type_int':
print("\t\tresult = PROTECT(NEW_INTEGER(1));")
print("\t\tINTEGER(result)[0] = *value;")
print()
print("\t\tUNPROTECT(1);")
print("\t} else {")
print("\t\tresult = R_NilValue;")
print("\t}")
print("\treturn result;")
print("}")
