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二期c++接口
Dependencies: EthernetInterface mbed-rtos mbed uniqueCPUID
Fork of bcsdk by
Transaction.cpp
- Committer:
- MrAI
- Date:
- 2018-06-08
- Revision:
- 17:82d09b5a9189
- Parent:
- 10:aabd720e632c
File content as of revision 17:82d09b5a9189:
#include "Transaction.h" #include "MbedJSONValue.h" #include <string> #include <stdio.h> // �������� // ע��json�Ǹ�����[] string Transaction::buildTransaction() { string strJson = ""; MbedJSONValue val; MbedJSONValue reference_data; MbedJSONValue valArray; //fill the object val["actions"][0]["account_alias"] = "t_acc_1"; val["actions"][0]["asset_alias"] = "t_asset"; val["actions"][0]["amount"] = 10; val["actions"][0]["reference_data"] = reference_data; val["actions"][0]["type"] = "spend_account"; val["actions"][1]["account_alias"] = "t_acc_2"; val["actions"][1]["asset_alias"] = "t_asset"; val["actions"][1]["amount"] = 10; val["actions"][1]["reference_data"] = reference_data; val["actions"][1]["type"] = "control_account"; //serialize it into a JSON string valArray[0] = val; strJson = valArray.serialize(); printf("json: %s\r\n", strJson.c_str()); string strRep = ""; string strUrl = "/build-transaction"; client.http_post(strUrl,strJson,strRep); printf("=============4========\n"); // get http response content string content = client.get_content(strRep); // decode content json MbedJSONValue valRep; parse(valRep,content.c_str()); m_valRep = valRep; std::string raw_transaction = valRep[0]["raw_transaction"].get<std::string>(); MbedJSONValue valSign; valSign = valRep[0]["signing_instructions"][0]; string xpub; xpub = valSign["witness_components"][0]["keys"][0]["xpub"].get<std::string>(); m_strXpub = xpub; return strJson; } string Transaction::buildTransaction(string type) { string strJson = ""; MbedJSONValue val; MbedJSONValue reference_data; MbedJSONValue valArray; //fill the object if (type == "spend_account") { amount = 10; sender = "t_acc_1"; receiver = "t_acc_2"; asset_alias = "t_asset"; val["actions"][0]["account_alias"] = sender; val["actions"][0]["asset_alias"] = asset_alias; val["actions"][0]["amount"] = amount; val["actions"][0]["reference_data"] = reference_data; val["actions"][0]["type"] = type; val["actions"][1]["account_alias"] = receiver; val["actions"][1]["asset_alias"] = asset_alias; val["actions"][1]["amount"] = amount; val["actions"][1]["reference_data"] = reference_data; val["actions"][1]["type"] = "control_account"; } else if (type == "issue") { amount = 1000; receiver = "t_acc_1"; asset_alias = "t_asset"; val["actions"][0]["asset_alias"] = asset_alias; val["actions"][0]["amount"] = amount; val["actions"][0]["reference_data"] = reference_data; val["actions"][0]["type"] = type; val["actions"][1]["account_alias"] = receiver; val["actions"][1]["asset_alias"] = asset_alias; val["actions"][1]["amount"] = amount; val["actions"][1]["reference_data"] = reference_data; val["actions"][1]["type"] = "control_account"; } //serialize it into a JSON string valArray[0] = val; strJson = valArray.serialize(); //printf("json: %s\r\n", strJson.c_str()); string strRep = ""; string strUrl = "/build-transaction"; client.http_post(strUrl,strJson,strRep); // get http response content string content = client.get_content(strRep); // decode content json MbedJSONValue valRep; parse(valRep,content.c_str()); m_valRep = valRep; std::string raw_transaction = valRep[0]["raw_transaction"].get<std::string>(); MbedJSONValue valSign; valSign = valRep[0]["signing_instructions"][0]; string xpub; xpub = valSign["witness_components"][0]["keys"][0]["xpub"].get<std::string>(); m_strXpub = xpub; return strJson; } string Transaction::buildTransaction(vector<Actions> &actions) { string strJson = ""; MbedJSONValue val; MbedJSONValue reference_data; MbedJSONValue valArray; printf("=============3========\r\n"); //fill the object vector<Actions>::iterator it; int i = 0; for (it = actions.begin(),i = 0; it != actions.end(); it++,i++) { printf("=============3.1========\r\n"); if (it->type == "spend_account") { val["actions"][i]["account_alias"] = it->accounts_alias; val["actions"][i]["asset_alias"] = it->asset_alias; val["actions"][i]["amount"] = it->amount; val["actions"][i]["reference_data"] = it->reference_data; val["actions"][i]["type"] = it->type; } else if (it->type == "issue") { val["actions"][i]["asset_alias"] = it->asset_alias; val["actions"][i]["amount"] = it->amount; val["actions"][i]["reference_data"] = it->reference_data; val["actions"][i]["type"] = it->type; } else if (it->type == "control_account") { val["actions"][i]["account_alias"] = it->accounts_alias; val["actions"][i]["asset_alias"] = it->asset_alias; val["actions"][i]["amount"] = it->amount; val["actions"][i]["reference_data"] = it->reference_data; val["actions"][i]["type"] = it->type; } printf("=============3.2========\r\n"); } printf("=============3.3========\r\n"); //serialize it into a JSON string valArray[0] = val; strJson = valArray.serialize(); printf("json: %s\r\n", strJson.c_str()); string strRep = ""; string strUrl = "/build-transaction"; if (client.http_post(strUrl,strJson,strRep) < 0) { return "http post error"; } else if (strRep.find("HTTP/1.1 200 OK") < 0) { return strRep.substr(0,strRep.find_first_of("\r\n")); } // get http response content string content = client.get_content(strRep); if (content.find("raw_transaction") < 0) { return content; } printf("=============4========\r\n"); // decode content json MbedJSONValue valRep; string err = parse(valRep,content.c_str()); int ret = 0; ret = err.find("error"); if ( ret > 1) { return err; } m_valRep = valRep; std::string raw_transaction = valRep[0]["raw_transaction"].get<std::string>(); MbedJSONValue valSign; valSign = valRep[0]["signing_instructions"][0]; string xpub; xpub = valSign["witness_components"][0]["keys"][0]["xpub"].get<std::string>(); m_strXpub = xpub; return strJson; } string Transaction::signTransaction() { string strJson = ""; MbedJSONValue val; //fill the object val["transactions"] = m_valRep; val["xpubs"][0] = m_strXpub; //serialize it into a JSON string strJson = val.serialize(); string strRep = ""; string strUrl = "/mockhsm/sign-transaction"; client.http_post(strUrl,strJson,strRep); // get http response content string content = client.get_content(strRep); // decode content json MbedJSONValue valRep; parse(valRep,content.c_str()); m_valRep = valRep; return strJson; } string Transaction::submitTransaction() { string strJson = ""; MbedJSONValue val; //fill the object val["transactions"] = m_valRep; //serialize it into a JSON string strJson = val.serialize(); //printf("json: %s\r\n", strJson.c_str()); string strRep = ""; string strUrl = "/submit-transaction"; client.http_post(strUrl,strJson,strRep); // get http response content string content = client.get_content(strRep); // decode content json MbedJSONValue valRep; parse(valRep,content.c_str()); id = valRep[0]["id"].get<std::string>(); return strJson; } string Transaction::listTransactions() { string strJson = ""; MbedJSONValue val; //fill the object val["filter"] = "id='" + id + "'"; //serialize it into a JSON string strJson = val.serialize(); //printf("json: %s\r\n", strJson.c_str()); string strRep = ""; string strUrl = "/list-transactions"; client.http_post(strUrl,strJson,strRep); // get http response content string content = client.get_content(strRep); // decode content json MbedJSONValue valRep; parse(valRep,content.c_str()); m_valRep = valRep; return strJson; }