| common |
|
|
| custom_distribution_buffered.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
2451 |
| init_fails.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
2329 |
| memory_distribution_buffered.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
2827 |
| never_init.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
2085 |
| no_time_to_init.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
2272 |
| overflowing_preinit.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
3081 |
| persist_ping_lifetime_nopanic.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
1232 |
| schema.rs |
|
6907 |
| simple.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
2488 |
| test-delayed-ping-data.sh |
|
1376 |
| test-ping-lifetime-flush.sh |
|
1362 |
| test-shutdown-blocking.sh |
|
738 |
| test-thread-crashing.sh |
|
987 |
| timing_distribution_buffered.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
2901 |
| timing_distribution_single_sample.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
2176 |
| upload_timing.rs |
This integration test should model how the RLB is used when embedded in another Rust application
(e.g. FOG/Firefox Desktop).
We write a single test scenario per file to avoid any state keeping across runs
(different files run as different processes). |
7408 |