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chore(contract): comment the logic to issue sbt from the smart contract #106

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Jul 6, 2023
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chore(contract): comment the logic to issue sbt from the smart contract #106

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4 changes: 2 additions & 2 deletions contracts/eden/src/actions/elect.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -68,8 +68,8 @@ namespace eden
current_session.value.require_auth(voter);
elections elections(get_self());
elections.vote(round, voter, candidate);
badges badges(get_self());
badges.create_badge(voter);
// badges badges(get_self());
// badges.create_badge(voter);
}

void eden::electvideo(const eosio::not_in_abi<session_info>& current_session,
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338 changes: 169 additions & 169 deletions contracts/eden/tests/test-eden.cpp
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Expand Up @@ -1284,175 +1284,175 @@ TEST_CASE("bylaws")
}
}

TEST_CASE("distribute sbt on vote")
{
constexpr std::size_t num_accounts = 12;
eden_tester t;
t.genesis();
t.eden_gm.act<actions::electsettime>(s2t("2020-07-04T15:30:00.000"));
auto test_accounts = make_names(num_accounts - 3);
t.create_accounts(test_accounts);

for (auto account : test_accounts)
{
t.chain.start_block();
t.alice.act<actions::inductinit>(42, "alice"_n, account, std::vector{"pip"_n, "egeon"_n});
t.finish_induction(42, "alice"_n, account, {"pip"_n, "egeon"_n});
}
t.electdonate_all();

t.skip_to("2020-07-03T15:30:00.000");
t.electseed(eosio::time_point_sec(0x5f009260));
t.skip_to("2020-07-04T15:30:00.000");
t.setup_election();

uint8_t round = 0;
t.generic_group_vote(t.get_current_groups(), round++);

std::vector<eosio::name> expected{"edenmember11"_n, "alice"_n, "egeon"_n,
"edenmember1c"_n, "edenmember1b"_n, "edenmember1d"_n,
"edenmember1a"_n, "edenmember15"_n, "edenmember13"_n,
"edenmember14"_n, "edenmember12"_n, "pip"_n};
CHECK(t.get_badges() == expected);

t.eden_gm.act<actions::givesbt>(2);
expected.erase(expected.begin(), expected.begin() + 2);

CHECK(t.get_badges() == expected);

t.eden_gm.act<actions::givesbt>(100);

CHECK(t.get_badges() == std::vector<eosio::name>{});
expect(t.eden_gm.trace<actions::givesbt>(1), "Nothing to do");
}

TEST_CASE("distribute sbt in the second election")
{
constexpr std::size_t num_accounts = 12;
eden_tester t;
t.genesis();
t.eden_gm.act<actions::electsettime>(s2t("2020-07-04T15:30:00.000"));
auto test_accounts = make_names(num_accounts - 3);
t.create_accounts(test_accounts);

for (auto account : test_accounts)
{
t.chain.start_block();
t.alice.act<actions::inductinit>(42, "alice"_n, account, std::vector{"pip"_n, "egeon"_n});
t.finish_induction(42, "alice"_n, account, {"pip"_n, "egeon"_n});
}

t.run_election();

std::vector<eosio::name> expected{"alice"_n, "edenmember14"_n, "egeon"_n,
"edenmember13"_n, "edenmember1d"_n, "edenmember15"_n,
"edenmember11"_n, "edenmember12"_n, "edenmember1b"_n,
"pip"_n, "edenmember1a"_n, "edenmember1c"_n};
CHECK(t.get_badges() == expected);

std::vector<eosio::name> expected_extended{"edenmember1a"_n, "edenmember1d"_n, "edenmember12"_n,
"edenmember15"_n, "alice"_n, "pip"_n,
"edenmember13"_n, "edenmember11"_n, "edenmember14"_n,
"egeon"_n, "edenmember1c"_n, "edenmember1b"_n};
expected.insert(expected.end(), expected_extended.begin(), expected_extended.end());

t.run_election();

CHECK(t.get_badges() == expected);
}

TEST_CASE("cannot distribute sbt if round has not finished")
{
constexpr std::size_t num_accounts = 12;
eden_tester t;
t.genesis();
t.eden_gm.act<actions::electsettime>(s2t("2020-07-04T15:30:00.000"));
auto test_accounts = make_names(num_accounts - 3);
t.create_accounts(test_accounts);

for (auto account : test_accounts)
{
t.chain.start_block();
t.alice.act<actions::inductinit>(42, "alice"_n, account, std::vector{"pip"_n, "egeon"_n});
t.finish_induction(42, "alice"_n, account, {"pip"_n, "egeon"_n});
}
t.electdonate_all();

t.skip_to("2020-07-03T15:30:00.000");
t.electseed(eosio::time_point_sec(0x5f009260));
t.skip_to("2020-07-04T15:30:00.000");
t.setup_election();

uint8_t round = 0;
/*
GROUPS INFO

GROUP_ID: 0
MEMBER: edenmember11
MEMBER: alice
MEMBER: egeon
MEMBER: edenmember1c

GROUP_ID: 1
MEMBER: edenmember1b
MEMBER: edenmember1d
MEMBER: edenmember1a
MEMBER: edenmember15

GROUP_ID: 2
MEMBER: edenmember13
MEMBER: edenmember14
MEMBER: edenmember12
MEMBER: pip
*/

// GROUP_ID: 0
t.skip_to("2020-07-04T15:35:00.000");
t.chain.as("edenmember11"_n).act<actions::electvote>(round, "edenmember11"_n, "alice"_n);
t.alice.act<actions::electvote>(round, "alice"_n, "alice"_n);
t.egeon.act<actions::electvote>(round, "egeon"_n, "alice"_n);
t.chain.as("edenmember1c"_n).act<actions::electvote>(round, "edenmember1c"_n, "alice"_n);

expect(t.eden_gm.trace<actions::givesbt>(100), "Nothing to do");

// GROUP_ID: 1
t.skip_to("2020-07-04T15:55:00.000");
t.chain.as("edenmember1b"_n).act<actions::electvote>(round, "edenmember1b"_n, "edenmember1b"_n);
t.chain.as("edenmember1d"_n).act<actions::electvote>(round, "edenmember1d"_n, "edenmember1b"_n);
t.chain.as("edenmember1a"_n).act<actions::electvote>(round, "edenmember1a"_n, "edenmember1b"_n);
t.chain.as("edenmember15"_n).act<actions::electvote>(round, "edenmember15"_n, "edenmember1b"_n);

expect(t.eden_gm.trace<actions::givesbt>(100), "Nothing to do");

// GROUP_ID: 2
t.skip_to("2020-07-04T16:15:00.000");
t.chain.as("edenmember13"_n).act<actions::electvote>(round, "edenmember13"_n, "edenmember13"_n);
t.chain.as("edenmember14"_n).act<actions::electvote>(round, "edenmember14"_n, "edenmember13"_n);
t.chain.as("edenmember12"_n).act<actions::electvote>(round, "edenmember12"_n, "edenmember13"_n);
// can only get 1 sbt even though there are multiple votes
t.pip.act<actions::electvote>(round, "pip"_n, "edenmember13"_n);
t.chain.start_block();
t.pip.act<actions::electvote>(round, "pip"_n, "edenmember14"_n);
t.chain.start_block();
t.pip.act<actions::electvote>(round, "pip"_n, "edenmember12"_n);
t.chain.start_block();
t.pip.act<actions::electvote>(round, "pip"_n, "edenmember13"_n);

expect(t.eden_gm.trace<actions::givesbt>(100), "Nothing to do");

// finish election
t.skip_to("2020-07-04T16:30:00.000");
t.alice.act<actions::electprocess>(256);
t.eden_gm.act<actions::givesbt>(10);

std::vector<eosio::name> expected{"edenmember12"_n, "pip"_n};

CHECK(t.get_badges() == expected);

t.eden_gm.act<actions::givesbt>(2);

CHECK(t.get_badges() == std::vector<eosio::name>{});
}
// TEST_CASE("distribute sbt on vote")
// {
// constexpr std::size_t num_accounts = 12;
// eden_tester t;
// t.genesis();
// t.eden_gm.act<actions::electsettime>(s2t("2020-07-04T15:30:00.000"));
// auto test_accounts = make_names(num_accounts - 3);
// t.create_accounts(test_accounts);

// for (auto account : test_accounts)
// {
// t.chain.start_block();
// t.alice.act<actions::inductinit>(42, "alice"_n, account, std::vector{"pip"_n, "egeon"_n});
// t.finish_induction(42, "alice"_n, account, {"pip"_n, "egeon"_n});
// }
// t.electdonate_all();

// t.skip_to("2020-07-03T15:30:00.000");
// t.electseed(eosio::time_point_sec(0x5f009260));
// t.skip_to("2020-07-04T15:30:00.000");
// t.setup_election();

// uint8_t round = 0;
// t.generic_group_vote(t.get_current_groups(), round++);

// std::vector<eosio::name> expected{"edenmember11"_n, "alice"_n, "egeon"_n,
// "edenmember1c"_n, "edenmember1b"_n, "edenmember1d"_n,
// "edenmember1a"_n, "edenmember15"_n, "edenmember13"_n,
// "edenmember14"_n, "edenmember12"_n, "pip"_n};
// CHECK(t.get_badges() == expected);

// t.eden_gm.act<actions::givesbt>(2);
// expected.erase(expected.begin(), expected.begin() + 2);

// CHECK(t.get_badges() == expected);

// t.eden_gm.act<actions::givesbt>(100);

// CHECK(t.get_badges() == std::vector<eosio::name>{});
// expect(t.eden_gm.trace<actions::givesbt>(1), "Nothing to do");
// }

// TEST_CASE("distribute sbt in the second election")
// {
// constexpr std::size_t num_accounts = 12;
// eden_tester t;
// t.genesis();
// t.eden_gm.act<actions::electsettime>(s2t("2020-07-04T15:30:00.000"));
// auto test_accounts = make_names(num_accounts - 3);
// t.create_accounts(test_accounts);

// for (auto account : test_accounts)
// {
// t.chain.start_block();
// t.alice.act<actions::inductinit>(42, "alice"_n, account, std::vector{"pip"_n, "egeon"_n});
// t.finish_induction(42, "alice"_n, account, {"pip"_n, "egeon"_n});
// }

// t.run_election();

// std::vector<eosio::name> expected{"alice"_n, "edenmember14"_n, "egeon"_n,
// "edenmember13"_n, "edenmember1d"_n, "edenmember15"_n,
// "edenmember11"_n, "edenmember12"_n, "edenmember1b"_n,
// "pip"_n, "edenmember1a"_n, "edenmember1c"_n};
// CHECK(t.get_badges() == expected);

// std::vector<eosio::name> expected_extended{"edenmember1a"_n, "edenmember1d"_n, "edenmember12"_n,
// "edenmember15"_n, "alice"_n, "pip"_n,
// "edenmember13"_n, "edenmember11"_n, "edenmember14"_n,
// "egeon"_n, "edenmember1c"_n, "edenmember1b"_n};
// expected.insert(expected.end(), expected_extended.begin(), expected_extended.end());

// t.run_election();

// CHECK(t.get_badges() == expected);
// }

// TEST_CASE("cannot distribute sbt if round has not finished")
// {
// constexpr std::size_t num_accounts = 12;
// eden_tester t;
// t.genesis();
// t.eden_gm.act<actions::electsettime>(s2t("2020-07-04T15:30:00.000"));
// auto test_accounts = make_names(num_accounts - 3);
// t.create_accounts(test_accounts);

// for (auto account : test_accounts)
// {
// t.chain.start_block();
// t.alice.act<actions::inductinit>(42, "alice"_n, account, std::vector{"pip"_n, "egeon"_n});
// t.finish_induction(42, "alice"_n, account, {"pip"_n, "egeon"_n});
// }
// t.electdonate_all();

// t.skip_to("2020-07-03T15:30:00.000");
// t.electseed(eosio::time_point_sec(0x5f009260));
// t.skip_to("2020-07-04T15:30:00.000");
// t.setup_election();

// uint8_t round = 0;
// /*
// GROUPS INFO

// GROUP_ID: 0
// MEMBER: edenmember11
// MEMBER: alice
// MEMBER: egeon
// MEMBER: edenmember1c

// GROUP_ID: 1
// MEMBER: edenmember1b
// MEMBER: edenmember1d
// MEMBER: edenmember1a
// MEMBER: edenmember15

// GROUP_ID: 2
// MEMBER: edenmember13
// MEMBER: edenmember14
// MEMBER: edenmember12
// MEMBER: pip
// */

// // GROUP_ID: 0
// t.skip_to("2020-07-04T15:35:00.000");
// t.chain.as("edenmember11"_n).act<actions::electvote>(round, "edenmember11"_n, "alice"_n);
// t.alice.act<actions::electvote>(round, "alice"_n, "alice"_n);
// t.egeon.act<actions::electvote>(round, "egeon"_n, "alice"_n);
// t.chain.as("edenmember1c"_n).act<actions::electvote>(round, "edenmember1c"_n, "alice"_n);

// expect(t.eden_gm.trace<actions::givesbt>(100), "Nothing to do");

// // GROUP_ID: 1
// t.skip_to("2020-07-04T15:55:00.000");
// t.chain.as("edenmember1b"_n).act<actions::electvote>(round, "edenmember1b"_n, "edenmember1b"_n);
// t.chain.as("edenmember1d"_n).act<actions::electvote>(round, "edenmember1d"_n, "edenmember1b"_n);
// t.chain.as("edenmember1a"_n).act<actions::electvote>(round, "edenmember1a"_n, "edenmember1b"_n);
// t.chain.as("edenmember15"_n).act<actions::electvote>(round, "edenmember15"_n, "edenmember1b"_n);

// expect(t.eden_gm.trace<actions::givesbt>(100), "Nothing to do");

// // GROUP_ID: 2
// t.skip_to("2020-07-04T16:15:00.000");
// t.chain.as("edenmember13"_n).act<actions::electvote>(round, "edenmember13"_n, "edenmember13"_n);
// t.chain.as("edenmember14"_n).act<actions::electvote>(round, "edenmember14"_n, "edenmember13"_n);
// t.chain.as("edenmember12"_n).act<actions::electvote>(round, "edenmember12"_n, "edenmember13"_n);
// // can only get 1 sbt even though there are multiple votes
// t.pip.act<actions::electvote>(round, "pip"_n, "edenmember13"_n);
// t.chain.start_block();
// t.pip.act<actions::electvote>(round, "pip"_n, "edenmember14"_n);
// t.chain.start_block();
// t.pip.act<actions::electvote>(round, "pip"_n, "edenmember12"_n);
// t.chain.start_block();
// t.pip.act<actions::electvote>(round, "pip"_n, "edenmember13"_n);

// expect(t.eden_gm.trace<actions::givesbt>(100), "Nothing to do");

// // finish election
// t.skip_to("2020-07-04T16:30:00.000");
// t.alice.act<actions::electprocess>(256);
// t.eden_gm.act<actions::givesbt>(10);

// std::vector<eosio::name> expected{"edenmember12"_n, "pip"_n};

// CHECK(t.get_badges() == expected);

// t.eden_gm.act<actions::givesbt>(2);

// CHECK(t.get_badges() == std::vector<eosio::name>{});
// }

TEST_CASE("accounting")
{
Expand Down