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// file : mod/mod-ci-github-service-data.cxx -*- C++ -*-
// license : MIT; see accompanying LICENSE file
#include <mod/mod-ci-github-service-data.hxx>
#include <libbutl/json/parser.hxx>
#include <libbutl/json/serializer.hxx>
namespace brep
{
using event = json::event;
service_data::
service_data (const string& json)
{
json::parser p (json.data (), json.size (), "service_data");
p.next_expect (event::begin_object);
// Throw if the schema version is not supported.
//
version = p.next_expect_member_number<uint64_t> ("version");
if (version != 1)
{
throw invalid_argument ("unsupported service_data schema version: " +
to_string (version));
}
warning_success = p.next_expect_member_boolean<bool> ("warning_success");
// Installation access token.
//
p.next_expect_member_object ("installation_access");
installation_access.token = p.next_expect_member_string ("token");
installation_access.expires_at =
gh_from_iso8601 (p.next_expect_member_string ("expires_at"));
p.next_expect (event::end_object);
installation_id =
p.next_expect_member_number<uint64_t> ("installation_id");
repository_node_id = p.next_expect_member_string ("repository_node_id");
{
string* s (p.next_expect_member_string_null ("repository_clone_url"));
if (s != nullptr)
repository_clone_url = *s;
}
pr_number = p.next_expect_member_number_null<uint32_t> ("pr_number");
{
string* s (p.next_expect_member_string_null ("merge_node_id"));
if (s != nullptr)
merge_node_id = *s;
}
report_sha = p.next_expect_member_string ("report_sha");
p.next_expect_member_array ("check_runs");
while (p.next_expect (event::begin_object, event::end_array))
{
string bid (p.next_expect_member_string ("build_id"));
string nm (p.next_expect_member_string ("name"));
optional<string> nid;
{
string* v (p.next_expect_member_string_null ("node_id"));
if (v != nullptr)
nid = *v;
}
build_state s (to_build_state (p.next_expect_member_string ("state")));
bool ss (p.next_expect_member_boolean<bool> ("state_synced"));
check_runs.emplace_back (move (bid), move (nm), move (nid), s, ss);
p.next_expect (event::end_object);
}
{
string* s (p.next_expect_member_string_null ("conclusion_node_id"));
if (s != nullptr)
conclusion_node_id = *s;
}
p.next_expect (event::end_object);
}
service_data::
service_data (bool ws,
string iat_tok,
timestamp iat_ea,
uint64_t iid,
string rid,
string rs)
: warning_success (ws),
installation_access (move (iat_tok), iat_ea),
installation_id (iid),
repository_node_id (move (rid)),
report_sha (move (rs))
{
}
service_data::
service_data (bool ws,
string iat_tok,
timestamp iat_ea,
uint64_t iid,
string rid,
string hs,
string rcu,
uint32_t prn)
: warning_success (ws),
installation_access (move (iat_tok), iat_ea),
installation_id (iid),
repository_node_id (move (rid)),
repository_clone_url (move (rcu)),
pr_number (prn),
report_sha (move (rs))
{
}
string service_data::
json () const
{
string b;
json::buffer_serializer s (b);
s.begin_object ();
s.member ("version", 1);
s.member ("warning_success", warning_success);
// Installation access token.
//
s.member_begin_object ("installation_access");
s.member ("token", installation_access.token);
s.member ("expires_at", gh_to_iso8601 (installation_access.expires_at));
s.end_object ();
s.member ("installation_id", installation_id);
s.member ("repository_node_id", repository_node_id);
s.member_name ("repository_clone_url");
if (repository_clone_url)
s.value (*repository_clone_url);
else
s.value (nullptr);
s.member_name ("pr_number");
if (pr_number)
s.value (*pr_number);
else
s.value (nullptr);
s.member_name ("merge_node_id");
if (merge_node_id)
s.value (*merge_node_id);
else
s.value (nullptr);
s.member ("report_sha", report_sha);
s.member_begin_array ("check_runs");
for (const check_run& cr: check_runs)
{
s.begin_object ();
s.member ("build_id", cr.build_id);
s.member ("name", cr.name);
s.member_name ("node_id");
if (cr.node_id)
s.value (*cr.node_id);
else
s.value (nullptr);
s.member ("state", to_string (cr.state));
s.member ("state_synced", cr.state_synced);
s.end_object ();
}
s.end_array ();
s.member_name ("conclusion_node_id");
if (conclusion_node_id)
s.value (*conclusion_node_id);
else
s.value (nullptr);
s.end_object ();
return b;
}
check_run* service_data::
find_check_run (const string& bid)
{
for (check_run& cr: check_runs)
{
if (cr.build_id == bid)
return &cr;
}
return nullptr;
}
ostream&
operator<< (ostream& os, const check_run& cr)
{
os << "node_id: " << cr.node_id.value_or ("null")
<< ", build_id: " << cr.build_id
<< ", name: " << cr.name
<< ", state: " << cr.state_string ();
return os;
}
}
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