# 附彔B: 勘誤 **p.9, ¶2:** for "can compared", read "can be compared". (Thanks to Antonio Macías Ojeda, 2015-10-22.) **p.13:** As printed, the gopl.io/ch1/lissajous program is deterministic, not random. We've added the statement below to the downloadable program so that it prints a pseudo-random image each time it is run. (Thanks to Randall McPherson, 2015-10-19.) `rand.Seed(time.Now().UTC().UnixNano())` **p.19, ¶2:** For "Go's libraries makes", read "Go's library makes". (Thanks to Victor Farazdagi, 2015-11-30.) **p.40, ¶1:** The paragraph should end with a period, not a comma. (Thanks to Victor Farazdagi, 2015-11-30.) **p.43, ¶3:** Import declarations are explained in §10.4, not §10.3. (Thanks to Peter Jurgensen, 2015-11-21.) **p.52, ¶2:** for "an synonym", read "a synonym", twice. **p.68:** the table of UTF-8 encodings is missing a bit from each first byte. The corrected table is shown below. (Thanks to Akshay Kumar, 2015-11-02.) ``` 0xxxxxxx runes 0?127 (ASCII) 110xxxxx 10xxxxxx 128?2047 (values <128 unused) 1110xxxx 10xxxxxx 10xxxxxx 2048?65535 (values <2048 unused) 11110xxx 10xxxxxx 10xxxxxx 10xxxxxx 65536?0x10ffff (other values unused) ``` **p.74:** the comment in gopl.io/ch3/printints should say `fmt.Sprint`, not `fmt.Sprintf`. **p.76:** the comment `// "time.Duration 5ms0s` should have a closing double-quotation mark. **p.79, ¶4:** "When an untyped constant is assigned to a variable, as in the first statement below, or appears on the right-hand side of a variable declaration with an explicit type, as in the other three statements, ..." has it backwards: the first statement is a declaration; the other three are assignments. (Thanks to Yoshiki Shibata, 2015-11-09.) **p.132, code display following ¶3:** the final comment should read: `// compile error: can't assign func(int, int) int to func(int) int` (Thanks to Toni Suter, 2015-11-21.) **p.166, ¶2:** for "way", read "a way". **p.362:** the `gopl.io/ch13/bzip` program does not comply with the [proposed rules for passing pointers between Go and C code](https://github.com/golang/proposal/blob/master/design/12416-cgo-pointers.md) because the C function `bz2compress` temporarily stores a Go pointer (in) into the Go heap (the `bz_stream` variable). The `bz_stream` variable should be allocated, and explicitly freed after the call to `BZ2_bzCompressEnd`, by C functions. (Thanks to Joe Tsai, 2015-11-18.)