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88322086cb
" This series adds a fuzzer-type unit test for range scans, which generates a semi-random dataset and executes semi-random range scans against it, validating the result. This test aims to cover a wide range of corner cases with the help of randomness. Data and queries against it are generated in such a way that various corner cases and their combinations are likely to be covered. The infrastructure under range-scans have gone under massive changes in the last year, growing in complexity and scope. The correctness of range scans is critical for the correct functioning of any Scylla cluster, and while the current unit tests served well in detecting any major problems (mostly while developing), they are too simplistic and can only be relied on to check the correctness of the basic functionality. This test aims to extend coverage drastically, testing cases that the author of the range-scan code or that of the existing unit tests didn't even think exists, by relying on some randomness. Fixes: #3954 (deprecates really) " * 'more-extensive-range-scan-unit-tests/v2' of https://github.com/denesb/scylla: tests/multishard_mutation_query_test: add fuzzy test tests/multishard_mutation_query_test: refactor read_all_partitions_with_paged_scan() tests/test_table: add advanced `create_test_table()` overload tests/test_table: make `create_test_table()` customizable query: add trim_clustering_row_ranges_to() tests/test_table: add keyspace and table name params tests/test_table: s/create_test_cf/create_test_table/ tests: move create_test_cf() to tests/test_table.{hh,cc} tests/multishard_mutation_query_test: drop many partition test tests/multishard_mutation_query_test: drop range tombstone test
Scylla
Quick-start
$ git submodule update --init --recursive
$ sudo ./install-dependencies.sh
$ ./configure.py --mode=release
$ ninja-build -j4 # Assuming 4 system threads.
$ ./build/release/scylla
$ # Rejoice!
Please see HACKING.md for detailed information on building and developing Scylla.
Note: GCC >= 8.1.1 is require to compile Scylla.
Note: See frozen toolchain for a way to build and run on an older distribution.
Running Scylla
- Run Scylla
./build/release/scylla
- run Scylla with one CPU and ./tmp as data directory
./build/release/scylla --datadir tmp --commitlog-directory tmp --smp 1
- For more run options:
./build/release/scylla --help
Building Fedora RPM
As a pre-requisite, you need to install Mock on your machine:
# Install mock:
sudo yum install mock
# Add user to the "mock" group:
usermod -a -G mock $USER && newgrp mock
Then, to build an RPM, run:
./dist/redhat/build_rpm.sh
The built RPM is stored in /var/lib/mock/<configuration>/result directory.
For example, on Fedora 21 mock reports the following:
INFO: Done(scylla-server-0.00-1.fc21.src.rpm) Config(default) 20 minutes 7 seconds
INFO: Results and/or logs in: /var/lib/mock/fedora-21-x86_64/result
Building Fedora-based Docker image
Build a Docker image with:
cd dist/docker
docker build -t <image-name> .
Run the image with:
docker run -p $(hostname -i):9042:9042 -i -t <image name>