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| -rw-r--r-- | README.md | 2 |
1 files changed, 1 insertions, 1 deletions
@@ -8,7 +8,7 @@ Flash cards are stored in the `cards` table of a SQLite database. There are four To create a card deck, use `sqlite3 cards "CREATE TABLE cards (idx INTEGER PRIMARY KEY, weight INTEGER, key STRING, val STRING)`. You may be able to double the performance by enabling WAL with `PRAGMA journal_mode=WAL`, because WAL only writes the content once instead of twice. -Now build this project with `gcc sd.c segmenttree.c -o sd -lsqlite3 -O2 -march=native` and run `./sd` to enjoy a fast flash cards experience! The program will display the `key` of a randomly selected card. Press any key to show the `val` of the card. Now press either `y` or `n` depending on whether you got the card correct, and the program adjusts that card's weight. +Now build SDC with `gcc sd.c segmenttree.c -o sd -lsqlite3 -O2 -march=native` and run `./sd` to enjoy a fast flash cards experience! You can also install the `sdc-git` package from the [AUR](https://aur.archlinux.org/packages/sdc-git). The program will display the `key` of a randomly selected card. Press any key to show the `val` of the card. Now press either `y` or `n` depending on whether you got the card correct, and the program adjusts that card's weight. There is also a Python GUI, `main.py`, which requires PyQt6. This script invokes the `sd` binary in the same directory as the script with the command-line flags that were passed to the script. Alternatively, there is a Tkinter GUI in `tkinter.py` that only requires the Python standard library but does not support Wayland. The GUIs are not compatible with the original unmaintained SD which lacks noninteractive mode, but it would be easy to add that feature to SD. |