tc::for_each(tc::zip(c, rects), [&](widget& w, rect r) { widget.place(r); } ); } void center_bitmaps() { std::array = { , , }; // What now? } 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 16 17 6void vertical_center(WidgetContainer const& c) { // Magic happens } void center_bitmaps() { std::array = { , , }; // What now? } 1 2 3 4 5 6 7 8 7struct widget { rect bounding_box(); vertical_center(WidgetContainer const& c) { 11 // Magic happens 12 } 13 14 void center_bitmaps() { 15 std::array = { , , }; 16 // What now? 17 } 18 8void vertical_center(auto

name functions as well ○ i.e. ■ Include the word ‘Bitmap’ in all related functions operating on Bitmaps. ■ Some functions (even in the same namespace) prefix with some letters 118Functions Should Have

flags you can represent (64-bits is common size of integer column). For storing arbitrarily large bitmaps, you can instead use BigBitField, which uses an automatically managed buffer of bytes, stored in would have the values 1, 2, 4, 8. class BigBitField Field class for storing arbitrarily-large bitmaps in a BLOB. The field will grow the underlying buffer as necessary, ensuring there are enough bytes

flags you can represent (64-bits is common size of integer column). For storing arbitrarily large bitmaps, you can instead use BigBitField, which uses an automatically managed buffer of bytes, stored in object suitable for use in a query. class BigBitField Field class for storing arbitrarily-large bitmaps in a BLOB. The field will grow the underlying buffer as necessary, ensuring there are enough bytes

flags you can represent (64-bits is common size of integer column). For storing arbitrarily large bitmaps, you can instead use BigBitField, which uses an automatically managed buffer of bytes, stored in object suitable for use in a query. class BigBitField Field class for storing arbitrarily-large bitmaps in a BLOB. The field will grow the underlying buffer as necessary, ensuring there are enough bytes

flags you can represent (64-bits is common size of integer column). For storing arbitrarily large bitmaps, you can instead use BigBitField, which uses an 48 Chapter 1. Contents: peewee Documentation, Release would have the values 1, 2, 4, 8. class BigBitField Field class for storing arbitrarily-large bitmaps in a BLOB. The field will grow the underlying buffer as necessary, ensuring there are enough bytes

flags you can represent (64-bits is common size of integer column). For storing arbitrarily large bitmaps, you can instead use BigBitField, which uses an automatically managed buffer of bytes, stored in object suitable for use in a query. class BigBitField Field class for storing arbitrarily-large bitmaps in a BLOB. The field will grow the underlying buffer as necessary, ensuring there are enough bytes

flags you can represent (64-bits is common size of integer column). For storing arbitrarily large bitmaps, you can instead use BigBitField, which uses an automatically managed buffer of bytes, stored in object suitable for use in a query. class BigBitField Field class for storing arbitrarily-large bitmaps in a BLOB. The field will grow the underlying buffer as necessary, ensuring there are enough bytes

flags you can represent (64-bits is common size of integer column). For storing arbitrarily large bitmaps, you can instead use BigBitField, which uses an automatically managed buffer of bytes, stored in would have the values 1, 2, 4, 8. class BigBitField Field class for storing arbitrarily-large bitmaps in a BLOB. The field will grow the underlying buffer as necessary, ensuring there are enough bytes

flags you can represent (64-bits is common size of integer column). For storing arbitrarily large bitmaps, you can instead use BigBitField, which uses an automatically managed buffer of bytes, stored in would have the values 1, 2, 4, 8. class BigBitField Field class for storing arbitrarily-large bitmaps in a BLOB. The field will grow the underlying buffer as necessary, ensuring there are enough bytes