splitted model.cpp into json_serialisation.cpp and model.cpp
continuous-integration/drone/push Build is passing Details

This commit is contained in:
Gulliver 2023-01-23 17:06:20 +01:00
parent bdab59a507
commit ed525909bb
3 changed files with 487 additions and 477 deletions

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@ -71,7 +71,11 @@ doxygen_add_docs( doc
)
# build common library
set(LIB_SOURCES src/model.cpp src/model.hpp src/big_int.hpp src/big_int.cpp)
set(LIB_SOURCES
src/model.cpp src/model.hpp
src/json_serialisation.cpp
src/big_int.hpp src/big_int.cpp )
add_library(oc-mint-lib ${LIB_SOURCES})
target_link_libraries(oc-mint-lib PUBLIC Crow::Crow)
target_include_directories(oc-mint-lib PUBLIC ${expected_SOURCE_DIR}/include src)

472
src/json_serialisation.cpp Normal file
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@ -0,0 +1,472 @@
#include "model.hpp"
#include "crow/json.h"
#include "tl/expected.hpp"
#define TO_JSON(name) r[#name]=name
#define BIGINT_TO_JSON(name) r[#name]=name.to_string()
#define TO_JSON_JSON(name) r[#name]=name.to_json()
#define TO_JSON_ARRAY(name) r[#name]=list_to_json(name)
template <class T>
crow::json::wvalue list_to_json(const std::vector<T> &array) {
crow::json::wvalue::list l;
for (auto item : array)
l.push_back(item.to_json());
return crow::json::wvalue(l);
}
crow::json::wvalue list_to_json(const std::vector<unsigned int> &array) {
crow::json::wvalue::list l;
for (auto item : array)
l.push_back(item);
return crow::json::wvalue(l);
}
crow::json::wvalue PublicKey::to_json() const {
crow::json::wvalue r;
BIGINT_TO_JSON(modulus);
BIGINT_TO_JSON(public_exponent);
r["type"]="rsa public key";
return r;
}
crow::json::wvalue WeightedUrl::to_json() const {
crow::json::wvalue::list l;
crow::json::wvalue w(weight);
l.push_back(w);
l.push_back(url);
return l;
}
crow::json::wvalue CDD::to_json() const {
crow::json::wvalue r;
TO_JSON(additional_info);
TO_JSON(cdd_expiry_date);
TO_JSON(cdd_location);
TO_JSON(cdd_serial);
TO_JSON(cdd_signing_date);
TO_JSON(currency_divisor);
TO_JSON(currency_name);
TO_JSON_ARRAY(denominations);
BIGINT_TO_JSON(id);
TO_JSON_ARRAY(info_service);
TO_JSON(issuer_cipher_suite);
TO_JSON_JSON(issuer_public_master_key);
TO_JSON_ARRAY(mint_service);
TO_JSON(protocol_version);
TO_JSON_ARRAY(redeem_service);
TO_JSON_ARRAY(renew_service);
r["type"] = "cdd";
return r;
}
crow::json::wvalue CDDC::to_json() const {
crow::json::wvalue r;
TO_JSON_JSON(cdd);
TO_JSON(signature);
r["type"] = "cdd certificate";
return r;
}
crow::json::wvalue MintKey::to_json() const {
crow::json::wvalue r;
TO_JSON(cdd_serial);
TO_JSON(coins_expiry_date);
TO_JSON(denomination);
BIGINT_TO_JSON(id);
BIGINT_TO_JSON(issuer_id);
TO_JSON_JSON(public_mint_key);
TO_JSON(sign_coins_not_after);
TO_JSON(sign_coins_not_before);
r["type"] = "mint key";
return r;
}
crow::json::wvalue MintKeyCert::to_json() const {
crow::json::wvalue r;
TO_JSON_JSON(mint_key);
TO_JSON(signature);
r["type"] = "mint key certificate";
return r;
}
crow::json::wvalue Response::to_json() const {
crow::json::wvalue r;
TO_JSON(message_reference);
TO_JSON(status_code);
TO_JSON(status_description);
return r;
}
crow::json::wvalue ResponseCDDCSerial::to_json() const {
crow::json::wvalue r = Response::to_json();
TO_JSON(cdd_serial);
r["type"] = "response cdd serial";
return r;
}
tl::expected<RequestCDDCSerial, eError>
RequestCDDCSerial::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!json.has("type") || !json.has("message_reference")) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "request cdd serial") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
RequestCDDCSerial r;
r.message_reference = json["message_reference"].u();
return r;
}
}
crow::json::wvalue ResponseCDDC::to_json() const {
crow::json::wvalue r = Response::to_json();
TO_JSON_JSON(cddc);
r["type"] = "response cdd serial";
return r;
}
tl::expected<RequestCDDC, eError>
RequestCDDC::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("type") && json.has("message_reference") &&
json.has("cdd_serial"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request cddc") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
RequestCDDC r;
r.cdd_serial = json["cdd_serial"].u();
r.message_reference = json["message_reference"].u();
return r;
}
}
tl::expected<RequestMKCs, eError>
RequestMKCs::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("denominations") && json.has("message_reference") &&
json.has("mint_key_ids") && json.has("type"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request mint key certificates") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
RequestMKCs r;
r.message_reference = json["message_reference"].u();
auto denominations = json["denominations"];
if (denominations.t() != crow::json::type::List) {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
for (auto d : denominations.lo()) {
r.denominations.push_back(d.u());
}
}
auto mint_key_ids = json["mint_key_ids"];
if (mint_key_ids.t() != crow::json::type::List) {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
for (auto k: mint_key_ids.lo()) {
auto kv = BigInt::from_string(k.s());
if (!kv.has_value()) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else {
r.mint_key_ids.push_back(*kv);
}
}
}
return r;
}
}
crow::json::wvalue ResponseMKCs::to_json() const {
crow::json::wvalue r = Response::to_json();
TO_JSON_ARRAY(keys);
r["type"] = "response mint key certificates";
return r;
}
crow::json::wvalue Blind::to_json() const {
crow::json::wvalue r;
BIGINT_TO_JSON(blinded_payload_hash);
BIGINT_TO_JSON(mint_key_id);
TO_JSON(reference);
r["type"] = "blinded payload hash";
return r;
}
tl::expected<Blind, eError> Blind::from_json(const crow::json::rvalue &json) {
if (!(json.has("type")
&& json.has("blinded_payload_hash")
&& json.has("mint_key_id")
&& json.has("reference"))) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "blinded payload hash") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
Blind r;
auto hash = BigInt::from_string(json["blinded_payload_hash"].s());
if (!hash) {
// std::cout << "invalid hash : " << json["blinded_payload_hash"].s()
// << std::endl;
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
}
r.blinded_payload_hash = hash.value();
auto key_id = BigInt::from_string(json["mint_key_id"].s());
if (!key_id) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
}
r.mint_key_id = key_id.value();
r.reference = json["reference"].s();
return r;
}
}
crow::json::wvalue BlindSignature::to_json() const {
crow::json::wvalue r;
BIGINT_TO_JSON(blind_signature);
TO_JSON(reference);
r["type"] = "blind signature";
return r;
}
tl::expected<RequestMint, eError>
RequestMint::from_string(const std::string &str) {
std::vector<Blind> blinds;
// "type": "request mint"
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("type") && json.has("message_reference") &&
json.has("transaction_reference") && json.has("blinds"))) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "request mint") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
RequestMint r;
r.message_reference= json["message_reference"].u();
auto tr = BigInt::from_string(json["transaction_reference"].s());
if (!tr)
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
r.transaction_reference = *tr;
if (json["blinds"].t()!=crow::json::type::List) {
return tl::make_unexpected(eError::JSON_WRONG_VALUE_TYPE);
}
for (auto item : json["blinds"]) {
auto b = Blind::from_json(item);
if (!b.has_value()) {
return tl::make_unexpected(b.error());
} else {
r.blinds.push_back(b.value());
}
}
return r;
}
}
crow::json::wvalue ResponseMint::to_json() const {
crow::json::wvalue r = Response::to_json();
TO_JSON_ARRAY(blind_signatures);
r["type"] = "response mint";
return r;
}
crow::json::wvalue Coin::Payload::to_json() const {
crow::json::wvalue r;
TO_JSON(cdd_location);
TO_JSON(denomination);
BIGINT_TO_JSON(issuer_id);
BIGINT_TO_JSON(mint_key_id);
TO_JSON(protocol_version);
BIGINT_TO_JSON(serial);
r["type"] = "payload";
return r;
}
crow::json::wvalue Coin::to_json() const {
crow::json::wvalue r;
TO_JSON_JSON(payload);
TO_JSON(signature);
r["type"] = "coin";
return r;
}
tl::expected<Coin::Payload, eError>
Coin::Payload::from_json(const crow::json::rvalue &json) {
if (!(json.has("cdd_location") && json.has("denomination") &&
json.has("issuer_id") && json.has("mint_key_id") &&
json.has("protocol_version") && json.has("serial") &&
json.has("type"))) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "payload") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
Coin::Payload payload;
payload.cdd_location = json["cdd_location"].s();
payload.denomination = json["denomination"].u();
auto id = BigInt::from_string(json["issuer_id"].s());
if (!id)
tl::make_unexpected(eError::JSON_PARSE_ERROR);
payload.issuer_id = *id;
id = BigInt::from_string(json["mint_key_id"].s());
if (!id)
tl::make_unexpected(eError::JSON_PARSE_ERROR);
payload.mint_key_id = *id;
payload.protocol_version = json["protocol_version"].s();
id = BigInt::from_string(json["serial"].s());
if (!id)
tl::make_unexpected(eError::JSON_PARSE_ERROR);
payload.serial = *id;
return payload;
}
}
tl::expected<Coin, eError> Coin::from_json(const crow::json::rvalue &json) {
if (!(json.has("type") && json.has("payload") && json.has("signature"))) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "coin") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
auto pl = Payload::from_json(json["payload"]);
if (!pl.has_value()) {
return tl::make_unexpected(pl.error());
} else {
Coin c;
c.payload = pl.value();
c.signature = json["signature"].s();
return c;
}
}
}
crow::json::wvalue CoinStack::to_json() const {
crow::json::wvalue r;
TO_JSON_ARRAY(coins);
TO_JSON(subject);
r["type"] = "coinstack";
return r;
}
tl::expected<RequestRenew, eError>
RequestRenew::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("blinds") && json.has("coins") &&
json.has("transaction_reference") &&
json.has("message_reference") && json.has("type"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request renew") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else if ((json["coins"].t() != crow::json::type::List) ||
(json["blinds"].t() != crow::json::type::List)) {
return tl::make_unexpected(eError::JSON_WRONG_VALUE_TYPE);
} else {
RequestRenew r;
for (auto item : json["coins"]) {
auto coin = Coin::from_json(item);
if (!coin.has_value()) {
return tl::make_unexpected(coin.error());
} else {
r.coins.push_back(coin.value());
}
}
for (auto item : json["blinds"]) {
auto blind = Blind::from_json(item);
if (!blind.has_value()) {
return tl::make_unexpected(blind.error());
} else {
r.blinds.push_back(blind.value());
}
}
r.message_reference = json["message_reference"].u();
r.transaction_reference = json["transaction_reference"].s();
return r;
}
}
crow::json::wvalue ResponseDelay::to_json() const {
crow::json::wvalue r = Response::to_json();
r["type"] = "response delay";
return r;
}
tl::expected<RequestResume, eError>
RequestResume::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("transaction_reference") &&
json.has("message_reference") && json.has("type"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request resume") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
RequestResume r;
r.message_reference = json["message_reference"].u();
auto tr = BigInt::from_string(json["transaction_reference"].s());
if (!tr)
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
r.transaction_reference = *tr;
return r;
}
}
tl::expected<RequestRedeem, eError>
RequestRedeem::from_string(const std::string &str) {
// "type":
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("coins") && json.has("message_reference") &&
json.has("type"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request redeem") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
RequestRedeem r;
r.message_reference = json["message_reference"].u();
if (json["coins"].t() != crow::json::type::List) {
return tl::make_unexpected(eError::JSON_WRONG_VALUE_TYPE);
}
for (auto item : json["coins"]) {
auto coin = Coin::from_json(item);
if (!coin.has_value()) {
return tl::make_unexpected(coin.error());
} else {
r.coins.push_back(coin.value());
}
}
return r;
}
}
crow::json::wvalue ResponseRedeem::to_json() const {
crow::json::wvalue r = Response::to_json();
r["type"] = "response redeem";
return r;
}

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@ -1,479 +1,9 @@
#include "model.hpp"
#include "crow/json.h"
#include "tl/expected.hpp"
#define TO_JSON(name) r[#name]=name
#define BIGINT_TO_JSON(name) r[#name]=name.to_string()
#define TO_JSON_JSON(name) r[#name]=name.to_json()
#define TO_JSON_ARRAY(name) r[#name]=list_to_json(name)
template <class T>
crow::json::wvalue list_to_json(const std::vector<T> &array) {
crow::json::wvalue::list l;
for (auto item : array)
l.push_back(item.to_json());
return crow::json::wvalue(l);
}
crow::json::wvalue list_to_json(const std::vector<unsigned int> &array) {
crow::json::wvalue::list l;
for (auto item : array)
l.push_back(item);
return crow::json::wvalue(l);
}
crow::json::wvalue PublicKey::to_json() const {
crow::json::wvalue r;
BIGINT_TO_JSON(modulus);
BIGINT_TO_JSON(public_exponent);
r["type"]="rsa public key";
return r;
}
crow::json::wvalue WeightedUrl::to_json() const {
crow::json::wvalue::list l;
crow::json::wvalue w(weight);
l.push_back(w);
l.push_back(url);
return l;
}
crow::json::wvalue CDD::to_json() const {
crow::json::wvalue r;
TO_JSON(additional_info);
TO_JSON(cdd_expiry_date);
TO_JSON(cdd_location);
TO_JSON(cdd_serial);
TO_JSON(cdd_signing_date);
TO_JSON(currency_divisor);
TO_JSON(currency_name);
TO_JSON_ARRAY(denominations);
BIGINT_TO_JSON(id);
TO_JSON_ARRAY(info_service);
TO_JSON(issuer_cipher_suite);
TO_JSON_JSON(issuer_public_master_key);
TO_JSON_ARRAY(mint_service);
TO_JSON(protocol_version);
TO_JSON_ARRAY(redeem_service);
TO_JSON_ARRAY(renew_service);
r["type"] = "cdd";
return r;
}
crow::json::wvalue CDDC::to_json() const {
crow::json::wvalue r;
TO_JSON_JSON(cdd);
TO_JSON(signature);
r["type"] = "cdd certificate";
return r;
}
crow::json::wvalue MintKey::to_json() const {
crow::json::wvalue r;
TO_JSON(cdd_serial);
TO_JSON(coins_expiry_date);
TO_JSON(denomination);
BIGINT_TO_JSON(id);
BIGINT_TO_JSON(issuer_id);
TO_JSON_JSON(public_mint_key);
TO_JSON(sign_coins_not_after);
TO_JSON(sign_coins_not_before);
r["type"] = "mint key";
return r;
}
crow::json::wvalue MintKeyCert::to_json() const {
crow::json::wvalue r;
TO_JSON_JSON(mint_key);
TO_JSON(signature);
r["type"] = "mint key certificate";
return r;
}
crow::json::wvalue Response::to_json() const {
crow::json::wvalue r;
TO_JSON(message_reference);
TO_JSON(status_code);
TO_JSON(status_description);
return r;
}
crow::json::wvalue ResponseCDDCSerial::to_json() const {
crow::json::wvalue r = Response::to_json();
TO_JSON(cdd_serial);
r["type"] = "response cdd serial";
return r;
}
tl::expected<RequestCDDCSerial, eError>
RequestCDDCSerial::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!json.has("type") || !json.has("message_reference")) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "request cdd serial") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
RequestCDDCSerial r;
r.message_reference = json["message_reference"].u();
return r;
}
}
crow::json::wvalue ResponseCDDC::to_json() const {
crow::json::wvalue r = Response::to_json();
TO_JSON_JSON(cddc);
r["type"] = "response cdd serial";
return r;
}
tl::expected<RequestCDDC, eError>
RequestCDDC::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("type") && json.has("message_reference") &&
json.has("cdd_serial"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request cddc") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
RequestCDDC r;
r.cdd_serial = json["cdd_serial"].u();
r.message_reference = json["message_reference"].u();
return r;
}
}
tl::expected<RequestMKCs, eError>
RequestMKCs::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("denominations") && json.has("message_reference") &&
json.has("mint_key_ids") && json.has("type"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request mint key certificates") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
RequestMKCs r;
r.message_reference = json["message_reference"].u();
auto denominations = json["denominations"];
if (denominations.t() != crow::json::type::List) {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
for (auto d : denominations.lo()) {
r.denominations.push_back(d.u());
}
}
auto mint_key_ids = json["mint_key_ids"];
if (mint_key_ids.t() != crow::json::type::List) {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
for (auto k: mint_key_ids.lo()) {
auto kv = BigInt::from_string(k.s());
if (!kv.has_value()) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else {
r.mint_key_ids.push_back(*kv);
}
}
}
return r;
}
}
crow::json::wvalue ResponseMKCs::to_json() const {
crow::json::wvalue r = Response::to_json();
TO_JSON_ARRAY(keys);
r["type"] = "response mint key certificates";
return r;
}
crow::json::wvalue Blind::to_json() const {
crow::json::wvalue r;
BIGINT_TO_JSON(blinded_payload_hash);
BIGINT_TO_JSON(mint_key_id);
TO_JSON(reference);
r["type"] = "blinded payload hash";
return r;
}
tl::expected<Blind, eError> Blind::from_json(const crow::json::rvalue &json) {
if (!(json.has("type")
&& json.has("blinded_payload_hash")
&& json.has("mint_key_id")
&& json.has("reference"))) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "blinded payload hash") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
Blind r;
auto hash = BigInt::from_string(json["blinded_payload_hash"].s());
if (!hash) {
// std::cout << "invalid hash : " << json["blinded_payload_hash"].s()
// << std::endl;
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
}
r.blinded_payload_hash = hash.value();
auto key_id = BigInt::from_string(json["mint_key_id"].s());
if (!key_id) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
}
r.mint_key_id = key_id.value();
r.reference = json["reference"].s();
return r;
}
}
crow::json::wvalue BlindSignature::to_json() const {
crow::json::wvalue r;
BIGINT_TO_JSON(blind_signature);
TO_JSON(reference);
r["type"] = "blind signature";
return r;
}
tl::expected<RequestMint, eError>
RequestMint::from_string(const std::string &str) {
std::vector<Blind> blinds;
// "type": "request mint"
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("type") && json.has("message_reference") &&
json.has("transaction_reference") && json.has("blinds"))) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "request mint") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
RequestMint r;
r.message_reference= json["message_reference"].u();
auto tr = BigInt::from_string(json["transaction_reference"].s());
if (!tr)
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
r.transaction_reference = *tr;
if (json["blinds"].t()!=crow::json::type::List) {
return tl::make_unexpected(eError::JSON_WRONG_VALUE_TYPE);
}
for (auto item : json["blinds"]) {
auto b = Blind::from_json(item);
if (!b.has_value()) {
return tl::make_unexpected(b.error());
} else {
r.blinds.push_back(b.value());
}
}
return r;
}
}
crow::json::wvalue ResponseMint::to_json() const {
crow::json::wvalue r = Response::to_json();
TO_JSON_ARRAY(blind_signatures);
r["type"] = "response mint";
return r;
}
crow::json::wvalue Coin::Payload::to_json() const {
crow::json::wvalue r;
TO_JSON(cdd_location);
TO_JSON(denomination);
BIGINT_TO_JSON(issuer_id);
BIGINT_TO_JSON(mint_key_id);
TO_JSON(protocol_version);
BIGINT_TO_JSON(serial);
r["type"] = "payload";
return r;
}
crow::json::wvalue Coin::to_json() const {
crow::json::wvalue r;
TO_JSON_JSON(payload);
TO_JSON(signature);
r["type"] = "coin";
return r;
}
tl::expected<Coin::Payload, eError>
Coin::Payload::from_json(const crow::json::rvalue &json) {
if (!(json.has("cdd_location") && json.has("denomination") &&
json.has("issuer_id") && json.has("mint_key_id") &&
json.has("protocol_version") && json.has("serial") &&
json.has("type"))) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "payload") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
Coin::Payload payload;
payload.cdd_location = json["cdd_location"].s();
payload.denomination = json["denomination"].u();
auto id = BigInt::from_string(json["issuer_id"].s());
if (!id)
tl::make_unexpected(eError::JSON_PARSE_ERROR);
payload.issuer_id = *id;
id = BigInt::from_string(json["mint_key_id"].s());
if (!id)
tl::make_unexpected(eError::JSON_PARSE_ERROR);
payload.mint_key_id = *id;
payload.protocol_version = json["protocol_version"].s();
id = BigInt::from_string(json["serial"].s());
if (!id)
tl::make_unexpected(eError::JSON_PARSE_ERROR);
payload.serial = *id;
return payload;
}
}
tl::expected<Coin, eError> Coin::from_json(const crow::json::rvalue &json) {
if (!(json.has("type") && json.has("payload") && json.has("signature"))) {
return tl::make_unexpected(eError::JSON_ERROR);
} else if (json["type"] != "coin") {
return tl::make_unexpected(eError::JSON_ERROR);
} else {
auto pl = Payload::from_json(json["payload"]);
if (!pl.has_value()) {
return tl::make_unexpected(pl.error());
} else {
Coin c;
c.payload = pl.value();
c.signature = json["signature"].s();
return c;
}
}
}
crow::json::wvalue CoinStack::to_json() const {
crow::json::wvalue r;
TO_JSON_ARRAY(coins);
TO_JSON(subject);
r["type"] = "coinstack";
return r;
}
tl::expected<RequestRenew, eError>
RequestRenew::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("blinds") && json.has("coins") &&
json.has("transaction_reference") &&
json.has("message_reference") && json.has("type"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request renew") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else if ((json["coins"].t() != crow::json::type::List) ||
(json["blinds"].t() != crow::json::type::List)) {
return tl::make_unexpected(eError::JSON_WRONG_VALUE_TYPE);
} else {
RequestRenew r;
for (auto item : json["coins"]) {
auto coin = Coin::from_json(item);
if (!coin.has_value()) {
return tl::make_unexpected(coin.error());
} else {
r.coins.push_back(coin.value());
}
}
for (auto item : json["blinds"]) {
auto blind = Blind::from_json(item);
if (!blind.has_value()) {
return tl::make_unexpected(blind.error());
} else {
r.blinds.push_back(blind.value());
}
}
r.message_reference = json["message_reference"].u();
r.transaction_reference = json["transaction_reference"].s();
return r;
}
}
crow::json::wvalue ResponseDelay::to_json() const {
crow::json::wvalue r = Response::to_json();
r["type"] = "response delay";
return r;
}
tl::expected<RequestResume, eError>
RequestResume::from_string(const std::string &str) {
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("transaction_reference") &&
json.has("message_reference") && json.has("type"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request resume") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
RequestResume r;
r.message_reference = json["message_reference"].u();
auto tr = BigInt::from_string(json["transaction_reference"].s());
if (!tr)
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
r.transaction_reference = *tr;
return r;
}
}
tl::expected<RequestRedeem, eError>
RequestRedeem::from_string(const std::string &str) {
// "type":
auto json = crow::json::load(str);
if (!json) {
return tl::make_unexpected(eError::JSON_PARSE_ERROR);
} else if (!(json.has("coins") && json.has("message_reference") &&
json.has("type"))) {
return tl::make_unexpected(eError::JSON_MISSING_KEY);
} else if (json["type"] != "request redeem") {
return tl::make_unexpected(eError::JSON_WRONG_REQUEST_TYPE);
} else {
RequestRedeem r;
r.message_reference = json["message_reference"].u();
if (json["coins"].t() != crow::json::type::List) {
return tl::make_unexpected(eError::JSON_WRONG_VALUE_TYPE);
}
for (auto item : json["coins"]) {
auto coin = Coin::from_json(item);
if (!coin.has_value()) {
return tl::make_unexpected(coin.error());
} else {
r.coins.push_back(coin.value());
}
}
return r;
}
}
crow::json::wvalue ResponseRedeem::to_json() const {
crow::json::wvalue r = Response::to_json();
r["type"] = "response redeem";
return r;
}
using std::cout;
using std::endl;
#define UNUSED(s) /* s */
/** this is for now our sample model */
class DefaultModel : public Model {
public:
@ -489,8 +19,10 @@ public:
return &m_cddc;
}
std::vector<BlindSignature> mint(const std::string& transaction_reference,
const std::vector<Blind> &blinds) override {
std::vector<BlindSignature>
mint(const std::string& UNUSED(transaction_reference),
const std::vector<Blind> &UNUSED(blinds) ) override
{
std::vector<BlindSignature> res;
cout << __FUNCTION__ << "("
<< ")" << endl;
@ -499,13 +31,15 @@ public:
}
const std::vector<MintKeyCert>
getMKCs(const std::vector<unsigned int> &denominations,
const std::vector<BigInt> &mint_key_ids) override {
getMKCs(const std::vector<unsigned int> & UNUSED(denominations),
const std::vector<BigInt> & UNUSED(mint_key_ids) ) override
{
std::vector<MintKeyCert> res;
cout << __FUNCTION__ << endl;
return res;
}
bool redeem(const std::vector<Coin> &coins) override {
bool redeem(const std::vector<Coin> &UNUSED(coins)) override {
cout << __FUNCTION__ << endl;
return false;
}