Hana 9e216da9ef go.mod: add go.mod and move pygments to third_party
After go1.16, go will use module mode by default,
even when the repository is checked out under GOPATH
or in a one-off directory. Add go.mod, go.sum to keep
this repo buildable without opting out of the module
mode.

> go mod init github.com/mmcgrana/gobyexample
> go mod tidy
> go mod vendor

In module mode, the 'vendor' directory is special
and its contents will be actively maintained by the
go command. pygments aren't the dependency the go will
know about, so it will delete the contents from vendor
directory. Move it to `third_party` directory now.

And, vendor the blackfriday package.

Note: the tutorial contents are not affected by the
change in go1.16 because all the examples in this
tutorial ask users to run the go command with the
explicit list of files to be compiled (e.g.
`go run hello-world.go` or `go build command-line-arguments.go`).
When the source list is provided, the go command does
not have to compute the build list and whether it's
running in GOPATH mode or module mode becomes irrelevant.
2021-02-15 16:45:26 -05:00

178 lines
4.2 KiB
Ruby

a.each{|el|anz[el]=anz[el]?anz[el]+1:1}
while x<10000
#a bis f dienen dazu die Nachbarschaft festzulegen. Man stelle sich die #Zahl von 1 bis 64 im Binärcode vor 1 bedeutet an 0 aus
b=(p[x]%32)/16<1 ? 0 : 1
(x-102>=0? n[x-102].to_i : 0)*a+(x-101>=0?n[x-101].to_i : 0)*e+n[x-100].to_i+(x-99>=0? n[x-99].to_i : 0)*f+(x-98>=0? n[x-98].to_i : 0)*a+
n[x+199].to_i*b+n[x+200].to_i*d+n[x+201].to_i*b
#und die Ausgabe folgt
g=%w{}
x=0
#leere regex
test //, 123
while x<100
puts"#{g[x]}"
x+=1
end
puts""
sleep(10)
1E1E1
puts 30.send(:/, 5) # prints 6
# fun with class attributes
class Foo
def self.blub x
if not x.nil?
self.new
end
end
def another_way_to_get_class
self.class
end
end
# ruby 1.9 "call operator"
a = Proc.new { 42 }
a.()
"instance variables can be #@included, #@@class_variables\n and #$globals as well."
`instance variables can be #@included, #@@class_variables\n and #$globals as well.`
'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
/instance variables can be #@included, #@@class_variables\n and #$globals as well./mousenix
:"instance variables can be #@included, #@@class_variables\n and #$globals as well."
:'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
%'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
%q'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
%Q'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
%w'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
%W'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
%s'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
%r'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
%x'instance variables can be #@included, #@@class_variables\n and #$globals as well.'
#%W[ but #@0illegal_values look strange.]
%s#ruby allows strange#{constructs}
%s#ruby allows strange#$constructs
%s#ruby allows strange#@@constructs
##################################################################
# HEREDOCS
foo(<<-A, <<-B)
this is the text of a
A
and this is the text of b
B
a = <<"EOF"
This is a multiline #$here document
terminated by EOF on a line by itself
EOF
a = <<'EOF'
This is a multiline #$here document
terminated by EOF on a line by itself
EOF
b=(p[x] %32)/16<1 ? 0 : 1
<<""
#{test}
#@bla
#die suppe!!!
\xfffff
super <<-EOE % [
foo
EOE
<<X
X
X
%s(uninter\)pre\ted) # comment here
%q(uninter\)pre\ted) # comment here
%Q(inter\)pre\ted) # comment here
:"inter\)pre\ted" # comment here
:'uninter\'pre\ted' # comment here
%q[haha! [nesting [rocks] ! ] ] # commeht here
##################################################################
class NP
def initialize a=@p=[], b=@b=[]; end
def +@;@b<<1;b2c end;def-@;@b<<0;b2c end
def b2c;if @b.size==8;c=0;@b.each{|b|c<<=1;c|=b};send(
'lave'.reverse,(@p.join))if c==0;@p<< c.chr;@b=[] end
self end end ; begin _ = NP.new end
# Regexes
/
this is a
mutliline
regex
/
this /is a
multiline regex too/
also /4
is one/
this(/
too
/)
# this not
2 /4
asfsadf/
#from: http://coderay.rubychan.de/rays/show/383
class Object
alias :xeq :`
def `(cmd, p2)
self.method(cmd.to_sym).call(p2)
end
end
p [1,2,3].`('concat', [4,5,6]) # => [1, 2, 3, 4, 5, 6]
p [1,2,3].`(:concat, [4,5,6]) # => [1, 2, 3, 4, 5, 6]
p "Hurra! ".`(:*, 3) # => "Hurra! Hurra! Hurra! "
p "Hurra! ".`('*', 3) # => "Hurra! Hurra! Hurra! "
# Leider geht nicht die Wunschform
# [1,2,3] `concat` [4,5,6]
class Object
@@infixops = []
alias :xeq :`
def addinfix(operator)
@@infixops << operator
end
def `(expression)
@@infixops.each{|op|break if expression.match(/^(.*?) (#{op}) (.*)$/)}
raise "unknown infix operator in expression: #{expression}" if $2 == nil
eval($1).method($2.to_sym).call(eval($3))
end
end
addinfix("concat")
p `[1,2,3] concat [4,5,6]` # => [1, 2, 3, 4, 5, 6]
# HEREDOC FUN!!!!!!!1111
foo(<<A, <<-B, <<C)
this is the text of a
A!!!!
A
and this is text of B!!!!!!111
B
and here some C
C