unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless

unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless

unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless

unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless

unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless

unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless

unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless

unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless

unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless

unit sequences. This convention allows to treat any byte sequence as a String. In such situations a rule is that when parsing a sequence of code units from left to right characters are formed by the longest prefixes thereof are treated as a single invalid character rather than multiple invalid characters. This rule may be best explained with an example: julia> s = "\xc0\xa0\xe2\x88\xe2|" "\xc0\xa0\xe2\x88\xe2|" local, the value (or lack thereof) of the global x is unaffected by calling greet. The hard scope rule doesn't care whether a global named x exists or not: assignment to x in a hard scope is local (unless