cln/tools/test/enum.h

#ifndef LIGHTNING_TOOLS_TEST_ENUM_H
#define LIGHTNING_TOOLS_TEST_ENUM_H
#include <ccan/short_types/short_types.h>
#include <stdlib.h>

#define TEST_IFDEF 0

enum test_enum {
	TEST_ONE,
	TEST_TWO,
};

void towire_test_enum(u8 **pptr, const enum test_enum test_enum);
enum test_enum fromwire_test_enum(const u8 **cursor, size_t *max);
void printwire_test_enum(const char *fieldname, const enum test_enum *test_enum);

#endif /* LIGHTNING_TOOLS_TEST_ENUM_H */
bolt-gen: handle enums Add parsing know-how for enum fields. This is necessary for internally defined wire generators. Enums are denoted by prefixing the field with an `e:`. Ex: msgdata,msg_name,field_name,e:enum_type, 2019-07-23 15:53:44 -05:00			`#ifndef LIGHTNING_TOOLS_TEST_ENUM_H`
			`#define LIGHTNING_TOOLS_TEST_ENUM_H`
			`#include <ccan/short_types/short_types.h>`
			`#include <stdlib.h>`

tools: add ability to wrap wire messages with ifs Makes it possible to hide wire messages behind EXPERIMENTAL_FEATURES flag. 2019-09-20 12:49:45 -05:00			`#define TEST_IFDEF 0`

bolt-gen: handle enums Add parsing know-how for enum fields. This is necessary for internally defined wire generators. Enums are denoted by prefixing the field with an `e:`. Ex: msgdata,msg_name,field_name,e:enum_type, 2019-07-23 15:53:44 -05:00			`enum test_enum {`
			`TEST_ONE,`
			`TEST_TWO,`
			`};`

			`void towire_test_enum(u8 **pptr, const enum test_enum test_enum);`
			`enum test_enum fromwire_test_enum(const u8 *cursor, size_t max);`
			`void printwire_test_enum(const char fieldname, const enum test_enum test_enum);`

			`#endif /* LIGHTNING_TOOLS_TEST_ENUM_H */`