Simplyfied and reduced calls in tests greatly.
the build was successful Details

This commit is contained in:
tastytea 2019-04-15 07:14:54 +02:00
parent 2c6997827f
commit 5875adf5db
Signed by: tastytea
GPG Key ID: CFC39497F1B26E07
11 changed files with 351 additions and 812 deletions

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@ -26,88 +26,45 @@ using namespace Mastodon;
SCENARIO ("/api/v1/accounts/:id can be called successfully", SCENARIO ("/api/v1/accounts/:id can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance, user id and return_call") const char *envinstance = std::getenv("MASTODON_CPP_INSTANCE");
{ const string instance = (envinstance ? envinstance : "likeable.space");
const char *envinstance = std::getenv("MASTODON_CPP_INSTANCE"); const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string instance = (envinstance ? envinstance : "likeable.space"); const string user_id = (env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id =
(env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
GIVEN ("instance = " + instance + ", user ID = " + user_id)
{
Mastodon::Easy::API masto(instance, "");
return_call ret; return_call ret;
Easy::Account account;
bool exception = false; bool exception = false;
GIVEN ("Mastodon::API") WHEN ("/api/v1/accounts/" + user_id + " is called")
{ {
Mastodon::API masto(instance, ""); try
bool username_found = false;
WHEN ("/api/v1/accounts/" + user_id + " is called")
{ {
try ret = masto.get(API::v1::accounts_id,
{ {{ "id", { user_id }}});
ret = masto.get(API::v1::accounts_id, account = Easy::Account(ret.answer);
{{ "id", { user_id }}});
username_found =
ret.answer.find("\"username\":\"")
!= std::string::npos;
}
catch (const std::exception &e)
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("The answer makes sense")
{
REQUIRE(username_found);
}
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, "");
Easy::Account account;
WHEN ("/api/v1/accounts/" + user_id + " is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.get(API::v1::accounts_id, }
{{ "id", { user_id }}});
account = Easy::Account(ret.answer); THEN("No exception is thrown")
} AND_THEN ("No errors are returned")
catch (const std::exception &e) AND_THEN ("Answer is valid")
{ AND_THEN ("The answer makes sense")
exception = true; {
WARN(e.what()); REQUIRE_FALSE(exception);
}
THEN("No exception is thrown") REQUIRE(ret.error_code == 0);
{ REQUIRE(ret.http_error_code == 200);
REQUIRE_FALSE(exception);
} REQUIRE(account.valid());
THEN ("No errors are returned")
{ REQUIRE(account.id() == user_id);
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("Answer is valid")
{
REQUIRE(account.valid());
}
THEN ("The answer makes sense")
{
REQUIRE(account.username() != "");
}
} }
} }
} }

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@ -27,103 +27,52 @@ using namespace Mastodon;
SCENARIO ("/api/v1/accounts/:id/follow can be called successfully", SCENARIO ("/api/v1/accounts/:id/follow can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance, access token, user id and return_call") const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE");
const string instance = (env_instance ? env_instance : "likeable.space");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id = (env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
GIVEN ("instance = " + instance + ", user ID = " + user_id)
{ {
const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE"); Mastodon::Easy::API masto(instance, access_token);
const string instance =
(env_instance ? env_instance : "likeable.space");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id =
(env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
return_call ret; return_call ret;
Easy::Relationship relationship;
bool exception = false; bool exception = false;
bool following_found = false;
bool error_found = false;
// You can't follow yourself, so we look for errors too.
REQUIRE (access_token != nullptr); REQUIRE (access_token != nullptr);
GIVEN ("Mastodon::API") WHEN ("/api/v1/accounts/" + user_id + "/follow is called")
{ {
Mastodon::API masto(instance, access_token); try
WHEN ("/api/v1/accounts/" + user_id + "/follow is called")
{ {
try ret = masto.post(API::v1::accounts_id_follow,
{ {
ret = masto.post(API::v1::accounts_id_follow, { "id", { user_id } },
{ });
{ "id", { user_id } }, relationship.from_string(ret.answer);
});
following_found =
ret.answer.find("\"following\":\"")
!= std::string::npos;
error_found = following_found =
ret.answer.find("\"error")
!= std::string::npos;
}
catch (const std::exception &e)
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No unexpected errors are returned")
{
REQUIRE((ret.error_code == 0
|| ret.error_code == 111));
REQUIRE((ret.http_error_code == 200
|| ret.http_error_code == 500));
}
THEN ("The answer makes sense")
{
REQUIRE((following_found || error_found));
}
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, access_token);
Easy::Relationship relationship;
WHEN ("/api/v1/accounts/" + user_id + "/follow is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.post(API::v1::accounts_id_follow, }
{
{ "id", { user_id } }, THEN("No exception is thrown")
}); AND_THEN ("No unexpected errors are returned")
relationship.from_string(ret.answer); AND_THEN ("The answer makes sense")
} {
catch (const std::exception &e) REQUIRE_FALSE(exception);
{
exception = true; // You can't follow yourself, so we look for errors too.
WARN(e.what()); REQUIRE((ret.error_code == 0
} || ret.error_code == 111));
THEN("No exception is thrown") REQUIRE((ret.http_error_code == 200
{ || ret.http_error_code == 500));
REQUIRE_FALSE(exception);
} REQUIRE((relationship.following()
THEN ("No unexpected errors are returned") || relationship.error() != ""));
{
REQUIRE((ret.error_code == 0
|| ret.error_code == 111));
REQUIRE((ret.http_error_code == 200
|| ret.http_error_code == 500));
}
THEN ("The answer makes sense")
{
REQUIRE((relationship.following()
|| relationship.error() != ""));
}
} }
} }
} }

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@ -27,111 +27,60 @@ using namespace Mastodon;
SCENARIO ("/api/v1/accounts/:id/followers can be called successfully", SCENARIO ("/api/v1/accounts/:id/followers can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance, access token, user id and return_call") const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE");
{ const string instance = (env_instance ? env_instance : "likeable.space");
const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE"); const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const string instance = const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
(env_instance ? env_instance : "likeable.space"); const string user_id = (env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id =
(env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
GIVEN ("instance = " + instance + ", user ID = " + user_id)
{
Mastodon::Easy::API masto(instance, access_token);
return_call ret; return_call ret;
Easy::Account account;
bool exception = false; bool exception = false;
bool username_found = false;
REQUIRE (access_token != nullptr); REQUIRE (access_token != nullptr);
GIVEN ("Mastodon::API") WHEN ("/api/v1/accounts/" + user_id + "/followers is called")
{ {
Mastodon::API masto(instance, access_token); try
WHEN ("/api/v1/accounts/" + user_id + "/followers is called")
{ {
try ret = masto.get(API::v1::accounts_id_followers,
{
{ "id", { user_id } },
{ "limit", { "5" } }
});
if (ret.answer == "[]")
{ {
ret = masto.get(API::v1::accounts_id_followers, WARN("No followers found.");
{
{ "id", { user_id } },
{ "limit", { "5" } }
});
if (ret.answer == "[]")
{
WARN("No followers found.");
}
username_found =
ret.answer.find("\"username\":\"")
!= std::string::npos;
} }
catch (const std::exception &e) else
{ {
exception = true; account.from_string
WARN(e.what()); (Easy::json_array_to_vector(ret.answer).front());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("The answer makes sense")
{
REQUIRE(username_found);
} }
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, access_token);
Easy::Account account;
WHEN ("/api/v1/accounts/" + user_id + "/followers is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.get(API::v1::accounts_id_followers, }
{
{ "id", { user_id } }, THEN("No exception is thrown")
{ "limit", { "5" } } AND_THEN ("No errors are returned")
}); AND_THEN ("Answer is valid")
if (ret.answer == "[]") AND_THEN ("The answer makes sense")
{ {
WARN("No followers found."); REQUIRE_FALSE(exception);
}
else REQUIRE(ret.error_code == 0);
{ REQUIRE(ret.http_error_code == 200);
account.from_string REQUIRE(account.valid());
(Easy::json_array_to_vector(ret.answer).front());
} REQUIRE(account.username() != "");
}
catch (const std::exception &e)
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("Answer is valid")
{
REQUIRE(account.valid());
}
THEN ("The answer makes sense")
{
REQUIRE(account.username() != "");
}
} }
} }
} }
} }

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@ -27,110 +27,59 @@ using namespace Mastodon;
SCENARIO ("/api/v1/accounts/:id/following can be called successfully", SCENARIO ("/api/v1/accounts/:id/following can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance, access token, user id and return_call") const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE");
{ const string instance = (env_instance ? env_instance : "likeable.space");
const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE"); const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const string instance = const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
(env_instance ? env_instance : "likeable.space"); const string user_id = (env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id =
(env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
GIVEN ("instance = " + instance + ", user ID = " + user_id)
{
Mastodon::Easy::API masto(instance, access_token);
return_call ret; return_call ret;
Easy::Account account;
bool exception = false; bool exception = false;
bool username_found = false;
REQUIRE (access_token != nullptr); REQUIRE (access_token != nullptr);
GIVEN ("Mastodon::API") WHEN ("/api/v1/accounts/" + user_id + "/following is called")
{ {
Mastodon::API masto(instance, access_token); try
WHEN ("/api/v1/accounts/" + user_id + "/following is called")
{ {
try ret = masto.get(API::v1::accounts_id_following,
{
{ "id", { user_id } },
{ "limit", { "5" } }
});
if (ret.answer == "[]")
{ {
ret = masto.get(API::v1::accounts_id_following, WARN("No followed found.");
{
{ "id", { user_id } },
{ "limit", { "5" } }
});
if (ret.answer == "[]")
{
WARN("No followed found.");
}
username_found =
ret.answer.find("\"username\":\"")
!= std::string::npos;
} }
catch (const std::exception &e) else
{ {
exception = true; account.from_string
WARN(e.what()); (Easy::json_array_to_vector(ret.answer).front());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("The answer makes sense")
{
REQUIRE(username_found);
} }
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, access_token);
Easy::Account account;
WHEN ("/api/v1/accounts/" + user_id + "/following is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.get(API::v1::accounts_id_following, }
{
{ "id", { user_id } }, THEN("No exception is thrown")
{ "limit", { "5" } } AND_THEN ("No errors are returned")
}); AND_THEN ("Answer is valid")
if (ret.answer == "[]") AND_THEN ("The answer makes sense")
{ {
WARN("No followed found."); REQUIRE_FALSE(exception);
}
else REQUIRE(ret.error_code == 0);
{ REQUIRE(ret.http_error_code == 200);
account.from_string
(Easy::json_array_to_vector(ret.answer).front()); REQUIRE(account.valid());
}
} REQUIRE(account.username() != "");
catch (const std::exception &e)
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("Answer is valid")
{
REQUIRE(account.valid());
}
THEN ("The answer makes sense")
{
REQUIRE(account.username() != "");
}
} }
} }
} }

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@ -27,111 +27,61 @@ using namespace Mastodon;
SCENARIO ("/api/v1/accounts/:id/statuses can be called successfully", SCENARIO ("/api/v1/accounts/:id/statuses can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance, access token, user id and return_call") const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE");
{ const string instance = (env_instance ? env_instance : "likeable.space");
const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE"); const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const string instance = const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
(env_instance ? env_instance : "likeable.space"); const string user_id = (env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id =
(env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
GIVEN ("instance = " + instance + ", user ID = " + user_id)
{
Mastodon::Easy::API masto(instance, access_token);
return_call ret; return_call ret;
Easy::Status status;
bool exception = false; bool exception = false;
bool content_found = false;
REQUIRE (access_token != nullptr); REQUIRE (access_token != nullptr);
GIVEN ("Mastodon::API") WHEN ("/api/v1/accounts/" + user_id + "/statuses is called")
{ {
Mastodon::API masto(instance, access_token); try
WHEN ("/api/v1/accounts/" + user_id + "/statuses is called")
{ {
try ret = masto.get(API::v1::accounts_id_statuses,
{
{ "id", { user_id } },
{ "limit", { "5" } }
});
if (ret.answer == "[]")
{ {
ret = masto.get(API::v1::accounts_id_statuses, WARN("No statuses found.");
{
{ "id", { user_id } },
{ "limit", { "5" } }
});
if (ret.answer == "[]")
{
WARN("No statuses found.");
}
content_found =
ret.answer.find("\"content\":\"")
!= std::string::npos;
} }
catch (const std::exception &e) else
{ {
exception = true; status.from_string
WARN(e.what()); (Easy::json_array_to_vector(ret.answer).front());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("The answer makes sense")
{
REQUIRE(content_found);
} }
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, access_token);
Easy::Status status;
WHEN ("/api/v1/accounts/" + user_id + "/statuses is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.get(API::v1::accounts_id_statuses, }
{
{ "id", { user_id } }, THEN("No exception is thrown")
{ "limit", { "5" } } AND_THEN ("No errors are returned")
}); AND_THEN ("Answer is valid")
if (ret.answer == "[]") AND_THEN ("The answer makes sense")
{ {
WARN("No statuses found."); REQUIRE_FALSE(exception);
}
else REQUIRE(ret.error_code == 0);
{ REQUIRE(ret.http_error_code == 200);
status.from_string
(Easy::json_array_to_vector(ret.answer).front()); REQUIRE(status.valid());
}
} REQUIRE(status.content() != "");
catch (const std::exception &e)
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("Answer is valid")
{
REQUIRE(status.valid());
}
THEN ("The answer makes sense")
{
REQUIRE(status.content() != "");
}
} }
} }
} }
} }

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@ -27,103 +27,50 @@ using namespace Mastodon;
SCENARIO ("/api/v1/accounts/:id/unfollow can be called successfully", SCENARIO ("/api/v1/accounts/:id/unfollow can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance, access token, user id and return_call") const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE");
const string instance = (env_instance ? env_instance : "likeable.space");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id = (env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
GIVEN ("instance = " + instance + ", user ID = " + user_id)
{ {
const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE"); Mastodon::Easy::API masto(instance, access_token);
const string instance =
(env_instance ? env_instance : "likeable.space");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id =
(env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
return_call ret; return_call ret;
Easy::Relationship relationship;
bool exception = false; bool exception = false;
bool following_found = true;
bool error_found = false;
// You can't unfollow yourself, so we look for errors too.
REQUIRE (access_token != nullptr); REQUIRE (access_token != nullptr);
GIVEN ("Mastodon::API") WHEN ("/api/v1/accounts/" + user_id + "/unfollow is called")
{ {
Mastodon::API masto(instance, access_token); try
WHEN ("/api/v1/accounts/" + user_id + "/unfollow is called")
{ {
try ret = masto.post(API::v1::accounts_id_unfollow,
{ {
ret = masto.post(API::v1::accounts_id_unfollow, { "id", { user_id } },
{ });
{ "id", { user_id } }, relationship.from_string(ret.answer);
});
following_found =
ret.answer.find("\"following\":\"")
!= std::string::npos;
error_found = following_found =
ret.answer.find("\"error")
!= std::string::npos;
}
catch (const std::exception &e)
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No unexpected errors are returned")
{
REQUIRE((ret.error_code == 0
|| ret.error_code == 111));
REQUIRE((ret.http_error_code == 200
|| ret.http_error_code == 500));
}
THEN ("The answer makes sense")
{
REQUIRE((!following_found || error_found));
}
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, access_token);
Easy::Relationship relationship;
WHEN ("/api/v1/accounts/" + user_id + "/unfollow is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.post(API::v1::accounts_id_unfollow, }
{ THEN("No exception is thrown")
{ "id", { user_id } }, AND_THEN ("No unexpected errors are returned")
}); AND_THEN ("The answer makes sense")
relationship.from_string(ret.answer); {
} REQUIRE_FALSE(exception);
catch (const std::exception &e)
{ // You can't unfollow yourself, so we look for errors too.
exception = true; REQUIRE((ret.error_code == 0
WARN(e.what()); || ret.error_code == 111));
} REQUIRE((ret.http_error_code == 200
THEN("No exception is thrown") || ret.http_error_code == 500));
{
REQUIRE_FALSE(exception); REQUIRE((!relationship.following()
} || relationship.error() != ""));
THEN ("No unexpected errors are returned")
{
REQUIRE((ret.error_code == 0
|| ret.error_code == 111));
REQUIRE((ret.http_error_code == 200
|| ret.http_error_code == 500));
}
THEN ("The answer makes sense")
{
REQUIRE((!relationship.following()
|| relationship.error() != ""));
}
} }
} }
} }

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@ -27,108 +27,58 @@ using namespace Mastodon;
SCENARIO ("/api/v1/accounts/relationships can be called successfully", SCENARIO ("/api/v1/accounts/relationships can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance, access token, user id and return_call") const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE");
{ const string instance = (env_instance ? env_instance : "likeable.space");
const char *env_instance = std::getenv("MASTODON_CPP_INSTANCE"); const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const string instance = const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
(env_instance ? env_instance : "likeable.space"); const string user_id = (env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id =
(env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
GIVEN ("instance = " + instance + ", user ID = " + user_id)
{
Mastodon::Easy::API masto(instance, access_token);
return_call ret; return_call ret;
Easy::Relationship relationship;
bool exception = false; bool exception = false;
bool id_found = false;
REQUIRE (access_token != nullptr); REQUIRE (access_token != nullptr);
GIVEN ("Mastodon::API") WHEN ("/api/v1/accounts/relationships is called")
{ {
Mastodon::API masto(instance, access_token); try
WHEN ("/api/v1/accounts/relationships is called")
{ {
try ret = masto.get(API::v1::accounts_relationships,
{
{ "id", { user_id } },
});
if (ret.answer == "[]")
{ {
ret = masto.get(API::v1::accounts_relationships, WARN("No relationships found.");
{
{ "id", { user_id } },
});
if (ret.answer == "[]")
{
WARN("No relationships found.");
}
id_found =
ret.answer.find("\"id\":\"")
!= std::string::npos;
} }
catch (const std::exception &e) else
{ {
exception = true; relationship.from_string
WARN(e.what()); (Easy::json_array_to_vector(ret.answer).front());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("The answer makes sense")
{
REQUIRE(id_found);
} }
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, access_token);
Easy::Relationship relationship;
WHEN ("/api/v1/accounts/relationships is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.get(API::v1::accounts_relationships, }
{
{ "id", { user_id } }, THEN("No exception is thrown")
}); AND_THEN ("No errors are returned")
if (ret.answer == "[]") AND_THEN ("Answer is valid")
{ AND_THEN ("The answer makes sense")
WARN("No relationships found."); {
} REQUIRE_FALSE(exception);
else
{ REQUIRE(ret.error_code == 0);
relationship.from_string REQUIRE(ret.http_error_code == 200);
(Easy::json_array_to_vector(ret.answer).front());
} REQUIRE(relationship.valid());
}
catch (const std::exception &e) REQUIRE(relationship.id() != "");
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("Answer is valid")
{
REQUIRE(relationship.valid());
}
THEN ("The answer makes sense")
{
REQUIRE(relationship.id() != "");
}
} }
} }
} }

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@ -27,87 +27,48 @@ using namespace Mastodon;
SCENARIO ("/api/v1/accounts/update_credentials can be called successfully", SCENARIO ("/api/v1/accounts/update_credentials can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance, access token and return_call") const char *envinstance = std::getenv("MASTODON_CPP_INSTANCE");
const string instance = (envinstance ? envinstance : "likeable.space");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id = (env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
GIVEN ("instance = " + instance + ", user ID = " + user_id)
{ {
const char *envinstance = std::getenv("MASTODON_CPP_INSTANCE"); Mastodon::Easy::API masto(instance, access_token);
const string instance = (envinstance ? envinstance : "likeable.space");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
return_call ret; return_call ret;
Easy::Account account;
bool exception = false; bool exception = false;
bool display_name_found = false;
REQUIRE (access_token != nullptr); REQUIRE (access_token != nullptr);
GIVEN ("Mastodon::API") WHEN ("/api/v1/accounts/update_credentials is called")
{ {
Mastodon::API masto(instance, access_token); try
WHEN ("/api/v1/accounts/update_credentials is called")
{ {
try ret = masto.patch(API::v1::accounts_update_credentials,
{ {{ "display_name", { "testaccount" } }});
ret = masto.patch(API::v1::accounts_update_credentials, account = Easy::Account(ret.answer);
{{ "display_name", { "testaccount" } }});
display_name_found =
ret.answer.find("\"display_name\":\"testaccount\"")
!= std::string::npos;
}
catch (const std::exception &e)
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("The answer makes sense")
{
REQUIRE(display_name_found);
}
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, access_token);
Easy::Account account;
WHEN ("/api/v1/accounts/update_credentials is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.patch(API::v1::accounts_update_credentials, }
{{ "display_name", { "testaccount" } }});
account = Easy::Account(ret.answer); THEN("No exception is thrown")
} AND_THEN ("No errors are returned")
catch (const std::exception &e) AND_THEN ("Answer is valid")
{ AND_THEN ("The answer makes sense")
exception = true; {
WARN(e.what()); REQUIRE_FALSE(exception);
}
THEN("No exception is thrown") REQUIRE(ret.error_code == 0);
{ REQUIRE(ret.http_error_code == 200);
REQUIRE_FALSE(exception);
} REQUIRE(account.valid());
THEN ("No errors are returned")
{ REQUIRE(account.id() == user_id);
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("Answer is valid")
{
REQUIRE(account.valid());
}
THEN ("The answer makes sense")
{
REQUIRE(account.display_name() == "testaccount");
}
} }
} }
} }

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@ -27,85 +27,49 @@ using namespace Mastodon;
SCENARIO ("/api/v1/accounts/verify_credentials can be called successfully", SCENARIO ("/api/v1/accounts/verify_credentials can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance, access token and return_call") const char *envinstance = std::getenv("MASTODON_CPP_INSTANCE");
const string instance = (envinstance ? envinstance : "likeable.space");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
const char *env_user_id = std::getenv("MASTODON_CPP_USER_ID");
const string user_id = (env_user_id ? env_user_id : "9hnrrVPriLiLVAhfVo");
GIVEN ("instance = " + instance + ", user ID = " + user_id)
{ {
const char *envinstance = std::getenv("MASTODON_CPP_INSTANCE"); Mastodon::Easy::API masto(instance, access_token);
const string instance = (envinstance ? envinstance : "likeable.space");
const char *access_token = std::getenv("MASTODON_CPP_ACCESS_TOKEN");
return_call ret; return_call ret;
Easy::Account account;
bool exception = false; bool exception = false;
bool username_found = false;
REQUIRE (access_token != nullptr); REQUIRE (access_token != nullptr);
GIVEN ("Mastodon::API") WHEN ("/api/v1/accounts/verify_credentials is called")
{ {
Mastodon::API masto(instance, access_token); try
WHEN ("/api/v1/accounts/verify_credentials is called")
{ {
try ret = masto.get(API::v1::accounts_verify_credentials);
{ account = Easy::Account(ret.answer);
ret = masto.get(API::v1::accounts_verify_credentials);
username_found = ret.answer.find(
"\"username\":\"testaccount\"") != std::string::npos;
}
catch (const std::exception &e)
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("The answer makes sense")
{
REQUIRE(username_found);
}
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, access_token);
Easy::Account account;
WHEN ("/api/v1/accounts/verify_credentials is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.get(API::v1::accounts_verify_credentials); }
account = Easy::Account(ret.answer);
} THEN("No exception is thrown")
catch (const std::exception &e) AND_THEN ("No errors are returned")
{ AND_THEN ("Answer is valid")
exception = true; AND_THEN ("The answer makes sense")
WARN(e.what()); {
} REQUIRE_FALSE(exception);
THEN("No exception is thrown")
{ REQUIRE(ret.error_code == 0);
REQUIRE_FALSE(exception); REQUIRE(ret.http_error_code == 200);
}
THEN ("No errors are returned") REQUIRE(account.valid());
{
REQUIRE(ret.error_code == 0); REQUIRE(account.id() == user_id);
REQUIRE(ret.http_error_code == 200);
}
THEN ("Answer is valid")
{
REQUIRE(account.valid());
}
THEN ("The answer makes sense")
{
REQUIRE(account.username() == "testaccount");
}
} }
} }
} }
} }

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@ -26,83 +26,43 @@ using namespace Mastodon;
SCENARIO ("/api/v1/instance can be called successfully", SCENARIO ("/api/v1/instance can be called successfully",
"[api][mastodon][pleroma][glitch-soc]") "[api][mastodon][pleroma][glitch-soc]")
{ {
GIVEN ("instance and return_call") const char *envinstance = std::getenv("MASTODON_CPP_INSTANCE");
const string instance = (envinstance ? envinstance : "likeable.space");
GIVEN ("instance = " + instance)
{ {
const char *envinstance = std::getenv("MASTODON_CPP_INSTANCE"); Mastodon::Easy::API masto(instance, "");
const string instance = (envinstance ? envinstance : "likeable.space");
return_call ret; return_call ret;
Easy::Instance instance_;
bool exception = false; bool exception = false;
GIVEN ("Mastodon::API") WHEN ("/api/v1/instance is called")
{ {
Mastodon::API masto(instance, ""); try
bool uri_found = false;
WHEN ("/api/v1/instance is called")
{ {
try ret = masto.get(API::v1::instance);
{ instance_ = Easy::Instance(ret.answer);
ret = masto.get(API::v1::instance);
uri_found =
ret.answer.find("\"uri\":\"https://likeable.space\"")
!= std::string::npos;
}
catch (const std::exception &e)
{
exception = true;
WARN(e.what());
}
THEN("No exception is thrown")
{
REQUIRE_FALSE(exception);
}
THEN ("No errors are returned")
{
REQUIRE(ret.error_code == 0);
REQUIRE(ret.http_error_code == 200);
}
THEN ("The answer makes sense")
{
REQUIRE(uri_found);
}
} }
} catch (const std::exception &e)
GIVEN ("Mastodon::Easy::API")
{
Mastodon::Easy::API masto(instance, "");
Easy::Instance instance_;
WHEN ("/api/v1/instance is called")
{ {
try exception = true;
{ WARN(e.what());
ret = masto.get(API::v1::instance); }
instance_ = Easy::Instance(ret.answer);
} THEN("No exception is thrown")
catch (const std::exception &e) AND_THEN ("No errors are returned")
{ AND_THEN ("Answer is valid")
exception = true; AND_THEN ("The answer makes sense")
WARN(e.what()); {
} REQUIRE_FALSE(exception);
THEN("No exception is thrown")
{ REQUIRE(ret.error_code == 0);
REQUIRE_FALSE(exception); REQUIRE(ret.http_error_code == 200);
}
THEN ("No errors are returned") REQUIRE(instance_.valid());
{
REQUIRE(ret.error_code == 0); REQUIRE(instance_.uri() == ("https://" + instance));
REQUIRE(ret.http_error_code == 200);
}
THEN ("Answer is valid")
{
REQUIRE(instance_.valid());
}
THEN ("The answer makes sense")
{
REQUIRE(instance_.uri() == "https://likeable.space");
}
} }
} }
} }
} }

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@ -22,6 +22,7 @@
SCENARIO ("Instantiating API classes works") SCENARIO ("Instantiating API classes works")
{ {
bool exception = false; bool exception = false;
WHEN ("Mastodon::API") WHEN ("Mastodon::API")
{ {
try try
@ -32,6 +33,7 @@ SCENARIO ("Instantiating API classes works")
{ {
exception = true; exception = true;
} }
THEN ("No exception is thrown") THEN ("No exception is thrown")
{ {
REQUIRE_FALSE(exception); REQUIRE_FALSE(exception);
@ -48,6 +50,7 @@ SCENARIO ("Instantiating API classes works")
{ {
exception = true; exception = true;
} }
THEN ("No exception is thrown") THEN ("No exception is thrown")
{ {
REQUIRE_FALSE(exception); REQUIRE_FALSE(exception);