johnX9

# Players.hpp

//@abi action
void addability(const account_name account, string& ability);

# Players.cpp

void Players::addability(const account_name account, string& ability) {
    require_auth(account);

johnX9

//@abi table player i64
struct player {
    uint64_t account_name;
    string username;
    uint64_t level;
    int64_t health_points = 1000;
    int64_t energy_points = 1000;
    vector<string> abilities; // This is our new property

    uint64_t primary_key() const { return account_name; }

johnX9

# cleos push action {account} {action_name} '{data}' -p {account}@active
cleos push action anorak add '["wade","parzival"]' -p wade@active
executed transaction: dbd220f6a0b2cae4c216cb5a78bddd9dc50f0678424cc13d41a86b1f375731c8  112 bytes  386 us
#        anorak <= anorak::add                  {"account":"wade","username":"parzival"}

cleos push action anorak getplayer '["wade"]' -p wade@active
executed transaction: 93d74d8ff08d5984ee197447409ffe10dad3855ae000431709d575035d74d3a3  104 bytes  431 us
#        anorak <= anorak::getplayer            {"account":"wade"}

>> Username: parzival Level: 1 Health: 1000 Energy: 1000

johnX9

$ cleos wallet unlock -n {wallet_name} --password {password}

johnX9

# cleos set contract {account} {path_to_contract_folder} {path_to_.wast_file} {path_to_.abi_file}

cleos set contract anorak ./contracts/Players ./contracts/Players/Players.wast ./contracts/Players/Players.abi

johnX9

# recovers reversible block database if that database is in a bad state
--fix-reversible-blocks

# do not skip any checks that can be skipped while replaying irreversible blocks
--force-all-checks

# clear chain state database and replay all blocks
--replay-blockchain

# clear chain state database, recover as many blocks as possible from the block log, and then replay those blocks

johnX9

#include "Players.hpp"

namespace Oasis {
    void Players::add(account_name account, string& username) {
        // Action implementation body
    }

    void Players::update(account_name account, uint64_t level, int64_t healthPoints, int64_t energyPoints) {
        // Action implementation body
    }

johnX9

#include <eosiolib/eosio.hpp>
#include <eosiolib/print.hpp>
#include <string>

namespace Oasis {
    using namespace eosio;
    using std::string;

    class Players : public contract {
        using contract::contract;

johnX9

echo "Current working directory -" $1
cd $1

eosiocpp -g $2.abi $2.cpp

johnX9

# Create a build folder if it doesn't exist
mkdir -p build

# Change the current directory to "build"
cd build

# Create all the build files needed
cmake -G 'Unix Makefiles' -DCMAKE_BUILD_TYPE=Debug ..

# Build