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Add support for cloud sync, specifically GCP (#3223)

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* Add support for cloud sync, specifically GCP

This adds generic support for sync to cloud services, with specific
spuport for GCP. Adding others -- so long as they support a
compare-and-set operation -- should be comparatively straightforward.

The cloud support includes cleanup of unnecessary data, and should keep
total space usage roughly proportional to the number of tasks.

Co-authored-by: ryneeverett <ryneeverett@gmail.com>
This commit is contained in:
Dustin J. Mitchell
2024-01-21 12:36:37 -05:00
committed by GitHub
parent 6f1c16fecd
commit 9566c929e2
36 changed files with 4012 additions and 401 deletions
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38
src/tc/Server.cpp
View File

@@ -32,7 +32,8 @@
using namespace tc::ffi;
////////////////////////////////////////////////////////////////////////////////
tc::Server::Server (const std::string &server_dir)
tc::Server
tc::Server::new_local (const std::string &server_dir)
{
TCString tc_server_dir = tc_string_borrow (server_dir.c_str ());
TCString error;
@@ -43,18 +44,17 @@ tc::Server::Server (const std::string &server_dir)
tc_string_free (&error);
throw errmsg;
}
inner = unique_tcserver_ptr (
return Server (unique_tcserver_ptr (
tcserver,
[](TCServer* rep) { tc_server_free (rep); });
[](TCServer* rep) { tc_server_free (rep); }));
}
////////////////////////////////////////////////////////////////////////////////
tc::Server::Server (const std::string &origin, const std::string &client_id, const std::string &encryption_secret)
tc::Server
tc::Server::new_sync (const std::string &origin, const std::string &client_id, const std::string &encryption_secret)
{
TCString tc_origin = tc_string_borrow (origin.c_str ());
TCString tc_client_id = tc_string_borrow (client_id.c_str ());
TCString tc_encryption_secret = tc_string_borrow (encryption_secret.c_str ());
TCUuid tc_client_uuid;
@@ -65,16 +65,36 @@ tc::Server::Server (const std::string &origin, const std::string &client_id, con
}
TCString error;
auto tcserver = tc_server_new_remote (tc_origin, tc_client_uuid, tc_encryption_secret, &error);
auto tcserver = tc_server_new_sync (tc_origin, tc_client_uuid, tc_encryption_secret, &error);
if (!tcserver) {
auto errmsg = format ("Could not configure connection to server at {1}: {2}",
origin, tc_string_content (&error));
tc_string_free (&error);
throw errmsg;
}
inner = unique_tcserver_ptr (
return Server (unique_tcserver_ptr (
tcserver,
[](TCServer* rep) { tc_server_free (rep); });
[](TCServer* rep) { tc_server_free (rep); }));
}
////////////////////////////////////////////////////////////////////////////////
tc::Server
tc::Server::new_gcp (const std::string &bucket, const std::string &encryption_secret)
{
TCString tc_bucket = tc_string_borrow (bucket.c_str ());
TCString tc_encryption_secret = tc_string_borrow (encryption_secret.c_str ());
TCString error;
auto tcserver = tc_server_new_gcp (tc_bucket, tc_encryption_secret, &error);
if (!tcserver) {
auto errmsg = format ("Could not configure connection to GCP bucket {1}: {2}",
bucket, tc_string_content (&error));
tc_string_free (&error);
throw errmsg;
}
return Server (unique_tcserver_ptr (
tcserver,
[](TCServer* rep) { tc_server_free (rep); }));
}
////////////////////////////////////////////////////////////////////////////////