first semi ready minsk version

This commit is contained in:
Torsten Rüger 2020-02-07 16:07:01 +07:00
parent 66cf85c752
commit f1f971234f
6 changed files with 139 additions and 138 deletions

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%p
Get the latest Raspian image. Currently (2019) the
=ext_link "buster lite version" "https://www.raspberrypi.org/downloads/raspbian/"
=ext_link "buster lite version" , "https://www.raspberrypi.org/downloads/raspbian/"
without Gui is fine, and smaller.
%p
Change the file format with something like:

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@ -20,12 +20,12 @@
%br
%h3.fragment compiler compiles methods
%br
%h4.fragment controller = compiler part
%h4.fragment controller = compiler
%section#http
%h3 rack handles http
%br
%h3.fragment assembler and elf handles binary creation
%h3.fragment assembler binary creation
%br
%h4.fragment lower levels don't matter to most
@ -36,77 +36,77 @@
%br
%h4.fragment same same, but different :-)
%section#compiler_layers
%h2 Compiler layers
%p Ruby source (parser gem)
%p.fragment Virtual oo language (vool)
%p.fragment Minimal oo Machine (mom)
%p.fragment Risc abstraction
%p.fragment Target (arm)
%p.fragment Elf / binary
%section#vool
%h2 Vool, virtual oo language
%p virtual == no syntax
%p.fragment oo == object model like ruby
%p.fragment ruby without the fluff ( splats / unless ..)
%p.fragment Statements + Expression
%p.fragment nothing implicit
%section#machines
%h2 Language vs Machine
%p next level is (abtract) machine
%p.fragment statement tree vs instruction list
%p.fragment variables vs memory
%p.fragment control structures vs jumps
%p.fragment abstract vs basic
%section#mom
%section#mom1
%h2 Mom, minimal object machine
%p 16 instructions
%p.fragment Works only on memory
%p.fragment higher level than next
%p.fragment ease transition to next level
%p.fragment 1 vool → 2-8 mom
%section#mom2
%h2 MOM instructions
%p simple call , argument transfer , return sequence
%p.fragment dynamic call , method resolve
%p.fragment checks with implicit jumps
%p.fragment ruby truth check , identity check
%p.fragment yield . . .
%section
%section#risc1
%h2 Risc abstraction
%p arm without the fluff
%p.fragment arm like registers
%p.fragment 20 instructions
%p.fragment extensible (for builtin + more)
%p.fragment last virtual layer
%p.fragment interpreter + visual debugger
%section#compiler_layers
%h2 Compiler layers
%p Ruby source (parser gem)
%p.fragment Simple Object Language
%p.fragment SlotMachine
%p.fragment Risc abstraction
%p.fragment Target (arm)
%p.fragment Elf / binary
%section#risc2
%h2 Risc instructions
%p mem/reg + reg/reg
%p.fragment arithmetic operators
%p.fragment tests on operation result
%p.fragment jump , call , return
%p.fragment syscall
%section#sol
%h2 Sol, Simple Object language
%p simple, ruby without the fluff ( splats / unless ..)
%p object model like ruby
%p Statements + Expression
%p nothing implicit
%section#machines
%h2 Language vs Machine
%p next level is (abtract) machine
%p.fragment statement tree vs instruction list
%p.fragment variables vs memory
%p.fragment control structures vs jumps
%p.fragment abstract vs basic
%section#mom
%section#mom1
%h2 SlotMachine
%p 16 instructions
%p.fragment Works only on memory
%p.fragment higher level than next
%p.fragment ease transition to next level
%p.fragment 1 Sol → 2-8 slot
%section#mom2
%h2 SlotMachine instructions
%p simple call , argument transfer , return sequence
%p.fragment dynamic call , method resolve
%p.fragment checks with implicit jumps
%p.fragment ruby truth check , identity check
%p.fragment yield . . .
%section
%section#risc1
%h2 Risc abstraction
%p arm without the fluff
%p.fragment arm like registers
%p.fragment 20 instructions
%p.fragment extensible (for builtin + more)
%p.fragment last virtual layer
%p.fragment interpreter + visual debugger
%section#risc2
%h2 Risc instructions
%p mem/reg + reg/reg
%p.fragment arithmetic operators
%p.fragment tests on operation result
%p.fragment jump , call , return
%p.fragment syscall
%section#code
%h2 Code generation
%br
%br
%h2.fragment object generation
%h2.fragment Object generation
%section#model
%h2 Object Model
%p Everything is Object
%p.fragment Fixed sizes
%p.fragment opaque data, ruby has no access
%p.fragment mom instructions to process data
%p.fragment slot instructions to process data
%section#types
%h2 Object has Type
@ -138,22 +138,6 @@
%p.fragment Utils: String, Integer , Array , Hash
%p.fragment also, additional builtin methods
%section#calling
%h2 Calling convention
%p linked list (not stack)
%p.fragment object oriented
%p.fragment easy to understand
%p.fragment exceptions easier
%p.fragment binding easier
%section#message
%h2 Message Object
%p next / caller message
%p.fragment frame (locals) + args
%p.fragment return address + value
%p.fragment method
%p.fragment receiver (self)
%section#project
%h2 Project
%p 5 years

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@ -61,7 +61,7 @@
Woodwork
%small (2010 ecoframe)
%p
%img{:alt => "Villa Taika", "data-src" => image_url("slides/grillrb/villataika.jpg") , height: 400}/
%img{:alt => "At Work", "data-src" => image_url("slides/at_work.jpg") , height: 400}/
%section#smallalk
%h2 1995: Smalltalk
@ -75,19 +75,8 @@
%p In memory db
%p core judy (C), rest ruby
%p super performance, until used from rails
%h3 Ruby has performance issues
%h3 MRI has performance issues
%section#pi
%h2 2013: PI
%p pi becomes an arduino
%p.fragment laptop becomes a pi
%p.fragment
Speed problem
%b 10x
possibly
%b 30x
sometimes
%b 100x
%section#start
%h2 2013: PI
%p pi becomes an arduino
@ -100,25 +89,43 @@
sometimes
%b 100x
%section#start2
%p Start 2014 at Frozen ruby
%p Start 2014 at Frozen rails
%p.fragment started vm mindset
%p.fragment main descisions
%p.fragment good progress
%section#descision
%h2 Early descisions
%p OO calling
%p memory design: cache size
%p kernel calling
%p microkernel
%section#no_vm
%h2 Beginning
%p learn arm
%p check llvm and others
%p 6 classes assembler
%p 3 classes binary creation
%p binaries easy, 1 month
%p static binaries easy, 1 month
%section#calling
%h2 Calling convention
%p
C or
%span.red no C
%p object oriented
%p named fields
%p named fields / instance vars
%p simple, not too slow
%p
kernel calling much simpler:
%span.red no libc
%section#control
%h2 Control Structures
%p if / while / return
%p risc / meta arm
%p straight to risc
%p relatively easy
%section#sending
%h2 Dynamic calling
@ -126,7 +133,7 @@
%p many failed ideas
%p "years" of trying
%h3 decent layers
%section#demo
%h2
Demo of

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@ -1,8 +1,3 @@
%section#next
%h2 Plans for RubyX
%h2 What can you do
%h2 Impact on community
%section#next
%h2 My next Plans
%p Benchmarks
@ -12,37 +7,38 @@
%section#bench
%h2 Benchmarks
%p Micro with mixed results
%p.fragment Integer ops slightly slower
%p.fragment Calling 2x faster
%p.fragment Puts faster than c
%p Integer ops slightly slower
%p Calling 2x slower
%p Puts faster than C
%section#bench_conclusion
%h2 Conclusion from Benchmarks
%p Bigger benchmarks, more functionality
%p.fragment Profiling
%p.fragment Macros
%p.fragment Inlining
%p Profiling
%p Macros / better design
%p Inlining
%section#better_parf
%h2 Better Parfait
%p Integrate existing tests
%p.fragment Complement existing classes
%p.fragment More classes
%p.fragment Optimize
%section#better_parf
%h2 Bootstrap
%p Compile ruby-x with rubyxc
%p.fragment Improving compiler
%p.fragment Figure out metacode
%p.fragment Integrate ruby spec
%p Complement existing classes
%p More classes
%p Optimize
%section#you
%h2 Things you can do
%p Spread the word
%p Learn
%p Try / learn
%p Participate
%section#try
%h2 Try
%p clone https://github.com/ruby-x/rubyx
%p bundle
%p ruby test/test_all.rb
%p ./bin/rubyxc compile/interpret/execute
%p compile test/mains/source/10_add__4.rb
%section#participate
%h2 Participate
%p Many topics, small and large
@ -50,12 +46,19 @@
%p.fragment no pressure
%section#topics
%h2 Topics
%p.fragment assemblers (architectures)
%p.fragment Register allocation
%p.fragment digital trees (judy)
%p.fragment lock free synchronisation (Dr Cliff)
%p.fragment stdlib , pi project , gc , . . . . .
%h2 Topics, easy
%p String methods
%p.fragment other Parfait
%p.fragment negative tests
%p.fragment error handling
%section#topics
%h2 Topics, medium
%p break / next
%p.fragment switch
%p.fragment assembler (eg intel)
%p.fragment stdlib (File ?)
%p.fragment exception
%section#community
%h2 Impact on community
@ -71,3 +74,10 @@
%p.fragment better gc, better hash
%p.fragment good thrive etc
%p.fragment best results when not controlled
%section#community2
%h2 Community's ruby
%p For and BY the community
%p.fragment very pro open source
%p.fragment democratic open source
%p.fragment everybody must be heard

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@ -3,9 +3,16 @@
Currenty working
%small (overview)
%p basic oo (classes/ objects)
%p.fragment memory layout
%p.fragment calling convention
%p.fragment binary creation
%p memory layout
%p calling convention
%p binary creation
%section#control
%h3 control structures
%p if / else / until
%p while
%p complex conditions
%p no break / continue (easy)
%section#vars
%h3 variables +
@ -25,8 +32,8 @@
%section#dynamic
%h2 dynamic sending
%p as static, plus
%p.fragment method resolution
%p.fragment caching
%p method resolution
%p caching
%section#lambdas
%h3 Lambdas
@ -35,19 +42,12 @@
%p yield with arguments
%p return (lambda style)
%section#control
%h3 control structures
%p if / else / until
%p while
%p complex conditions
%p no break / continue (easy)
%section#not
%h2 Not working
%p eval
%p procs / binding
%p global variables
%p multi assignment
%p exceptions
%p class variables / globals
%p multi - assignment
%p procs / binding
%p stdlib
%p eval
%p . . . . . .