102 lines
3.1 KiB
C
102 lines
3.1 KiB
C
#ifndef NAMESYS_H
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#define NAMESYS_H
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#define DefaultDepthLimit 32
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#ifdef NAMESYS_C
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char *ErrNamesys[] = {
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NULL,
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"ErrAllocFailed",
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"ErrNULLPointer",
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"ErrPipe",
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"ErrPoll",
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"Could not publish name."
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"Could not resolve name.",
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"Could not resolve name (recursion limit exceeded).",
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"expired record",
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"unrecognized validity type",
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"not a valid proquint string",
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"not a valid domain name",
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"not a valid dnslink entry"
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};
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#else
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extern char *ErrNamesys;
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#endif // NAMESYS_C
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enum {
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ErrAllocFailed = 1,
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ErrNULLPointer,
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ErrPipe,
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ErrPoll,
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ErrPublishFailed,
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ErrResolveFailed,
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ErrResolveRecursion,
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ErrExpiredRecord,
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ErrUnrecognizedValidity,
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ErrInvalidProquint,
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ErrInvalidDomain,
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ErrInvalidDNSLink
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} NamesysErrs;
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typedef struct s_resolvers {
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char *protocol;
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int (*func)(char**, char*);
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} resolvers;
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// Resolver provides path resolution to IPFS
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// It has a pointer to a DAGService, which is uses to resolve nodes.
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// TODO: now that this is more modular, try to unify this code with the
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// the resolvers in namesys
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typedef struct s_resolver {
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//DAGService DAG;
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//NodeLink *lnk;
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// resolveOnce looks up a name once (without recursion).
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int (*resolveOnce) (char **, char *);
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} resolver;
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//TODO ciPrivKey from c-libp2p-crypto
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typedef void* ciPrivKey;
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typedef struct s_publishers {
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char *protocol;
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int (*func) (ciPrivKey, char*);
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int (*func_eol) (ciPrivKey, char*, time_t);
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} publishers;
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typedef struct s_mpns {
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resolvers *resolver;
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publishers *publisher;
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} mpns;
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typedef struct s_tlds {
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char *str;
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int condition;
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} tlds;
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int ipfs_namesys_resolve (resolver *r, char **p, char *str, int depth, char **prefixes);
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int ipfs_namesys_resolve(char **path, char *name);
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int ipfs_namesys_resolve_n(char **path, char *name, int depth);
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int ipfs_namesys_resolve_once (char **path, char *name);
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int ipfs_namesys_publish (char *proto, ciPrivKey name, char *value);
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int ipfs_namesys_publish_with_eol (char *proto, ciPrivKey name, char *value, time_t eol);
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int ipfs_proquint_is_proquint(char *str);
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char *ipfs_proquint_encode(char *buf, int size);
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char *ipfs_proquint_decode(char *str);
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int ipfs_proquint_resolve_once (char **p, char *name);
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int ipfs_isdomain_match_string (char *d);
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int ipfs_isdomain_is_icann_tld(char *s);
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int ipfs_isdomain_is_extended_tld (char *s);
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int ipfs_isdomain_is_tld (char *s);
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int ipfs_isdomain_is_domain (char *s);
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typedef struct s_DNSResolver {
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// TODO
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} DNSResolver;
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int ipfs_dns_resolver_resolve_once (DNSResolver *r, char **path, char *name);
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int ipfs_dns_work_domain (int output, DNSResolver *r, char *name);
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int ipfs_dns_parse_entry (char **Path, char *txt);
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int ipfs_dns_try_parse_dns_link (char **Path, char *txt);
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#endif //NAMESYS_H
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