5 Commits (c53b0fef2ab8e2a00257b898cad5174e6b73f5fc)

Author	SHA1	Message	Date
Péter Szilágyi	bf1798e04e	common/prque: generic priority queue (#26290) ... * common, core, eth, les, trie: make prque generic * les/vflux/server: fixed issues in priorityPool * common, core, eth, les, trie: make priority also generic in prque * les/flowcontrol: add test case for priority accumulator overflow * les/flowcontrol: avoid priority value overflow * common/prque: use int priority in some tests No need to convert to int64 when we can just change the type used by the queue. * common/prque: remove comment about int64 range --------- Co-authored-by: Zsolt Felfoldi <zsfelfoldi@gmail.com> Co-authored-by: Felix Lange <fjl@twurst.com>	2 years ago
Delweng	b196ad1c16	all: add whitespace linter (#25312) ... * golangci: typo Signed-off-by: Delweng <delweng@gmail.com> * golangci: add whietspace Signed-off-by: Delweng <delweng@gmail.com> * *: rm whitesapce using golangci-lint Signed-off-by: Delweng <delweng@gmail.com> * cmd/puppeth: revert accidental resurrection Co-authored-by: Péter Szilágyi <peterke@gmail.com>	2 years ago
Péter Szilágyi	1a83114c74	all: update author list and licenses	5 years ago
Felföldi Zsolt	58497f46bd	les, les/flowcontrol: implement LES/3 (#19329) ... les, les/flowcontrol: implement LES/3	6 years ago
Felföldi Zsolt	c2003ed63b	les, les/flowcontrol: improved request serving and flow control (#18230) ... This change - implements concurrent LES request serving even for a single peer. - replaces the request cost estimation method with a cost table based on benchmarks which gives much more consistent results. Until now the allowed number of light peers was just a guess which probably contributed a lot to the fluctuating quality of available service. Everything related to request cost is implemented in a single object, the 'cost tracker'. It uses a fixed cost table with a global 'correction factor'. Benchmark code is included and can be run at any time to adapt costs to low-level implementation changes. - reimplements flowcontrol.ClientManager in a cleaner and more efficient way, with added capabilities: There is now control over bandwidth, which allows using the flow control parameters for client prioritization. Target utilization over 100 percent is now supported to model concurrent request processing. Total serving bandwidth is reduced during block processing to prevent database contention. - implements an RPC API for the LES servers allowing server operators to assign priority bandwidth to certain clients and change prioritized status even while the client is connected. The new API is meant for cases where server operators charge for LES using an off-protocol mechanism. - adds a unit test for the new client manager. - adds an end-to-end test using the network simulator that tests bandwidth control functions through the new API.	6 years ago