基于区块链的毕业设计Check-list – 检查表
本文提供基于区块链的毕业设计国外最新区块链项目源码下载，包括solidity,eth,fabric等blockchain区块链,基于区块链的毕业设计Check-list – 检查表 是一篇很好的国外资料
- Examples
- Build and installation
- Running in interactive mode
- Syntax higlighting
- Ether Wiki
- Where to get help
- FAQ
Check-list
- REPL
- Pattern matching
- Closures
- Variant-types
- Lightweight record-types
- Objects?
- fields?
- methods
- inheritance
- Tuples
- Persistent tables
- Persistent vectors
- Regular expressions
- Macros
- User-defined operators
- redefinition of builtin operators
- definition of new operators
- precedence for user-defined operators
- Named arguments
- Exceptions
- Modules
-
matchlike in Caml -
do-natation for monads? - Coroutines
- Fuck Python, I’m the queen
Optimization
- Smart reference counting
- Capture unpacked fields if available
- Unpack structs outside closure (if applicable)
- Inline small functions at first pass
- Dynamic optimization
- inline captures
- branch prediction?
- Detect fixed values in loops
- JIT compilation
- Propagate type information when possible
- intrinsic operators
- constructors
- functions
- C functions
- closures
- Merge sequential unpacks (if applicable)
- Smaller instructions
- Delay lambda constructors (when used conditionaly)
Examples
- basics
- merge-sort
Build and installation
Build and install with CMake.
Debug and Release build types are supported.
To build Release configuration do
- create directory for temporary files:
$ mkdir build
- run CMake to generate build-scripts:
$ cmake -D CMAKE_BUILD_TYPE=Release # we want Release-configuration -D CMAKE_INSTALL_PREFIX=<where-to-install> -B build # temporary directory for a build -S . # path to Ether sources
- build and install (we are using GNU Make here):
$ make -C build install
- additionaly you can run some tests:
$ make -C build test - now you can add Ether to your system environment:
$ prefix=<full-path-to-installation-directory> $ export PATH=$prefix/bin:path $ export PKG_CONFIG_PATH=${PKG_CONFIG_PATH:+${PKG_CONFIG_PATH}:}$prefix/lib/pkgconfig
or you can use env.sh to setup environment in current shell:
$ source env.sh <path-to-installation>
REPL
To run Ether in interactive mode just run it straightaway:
$ ether Ether REPL version: 0.2.0 build: Release build flags: -Wall -Werror -Wextra -Wno-unused -Wno-error=cpp -rdynamic -O3 -DNDEBUG prefix: /home/pidhii/sandbox/create/ether/Release/install Enter <C-d> (EOF) to exit Commands: '.' to reset input buffer (cancel current expression) '.help' show help and available commands '.help <ident>' show help for given identifier '.complete-empty' display all available identifiers when completing empty word '.no-complete-empty' disable effect of the previous command > Note that some syntacticly valid expressions will not work for REPL. It is due to “machanisms” of REPL are different to those applied to script processing.
Syntax higlighting
As you may have noticed, ether syntax is wery similar to ML’s one, so generaly you can just set your editor to treat it like OCaml for examle. However there are differences, and some of ether-only expressions tend to appear very often in the code (e.g. if let <pattern>).
Vim
I’m maintaining native syntax configuration only for Vim (not familiar with other editors). See ether-vim for the plugin. You can install with pathogen.
To make Vim recognise ether scripts you can add following line to your .vimrc:
autocmd BufRead,BufNewFile *.eth set filetype=ether syntax=ether
If you use NERDCommenter you can also add:
let g:NERDCustomDelimiters = { 'ether': { 'left': '--', 'leftAlt': '--[[', 'rightAlt': ']]', 'nested': 1 } }
Where to get help
Enter REPL and try:
.help [<module-path>.]<variable> FAQ
Just joking =)
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- Examples
- Build and installation
- Running in interactive mode
- Syntax higlighting
- Ether Wiki
- Where to get help
- FAQ
Check-list
- REPL
- Pattern matching
- Closures
- Variant-types
- Lightweight record-types
- Objects?
- fields?
- methods
- inheritance
- Tuples
- Persistent tables
- Persistent vectors
- Regular expressions
- Macros
- User-defined operators
- redefinition of builtin operators
- definition of new operators
- precedence for user-defined operators
- Named arguments
- Exceptions
- Modules
-
matchlike in Caml -
do-natation for monads? - Coroutines
- Fuck Python, I’m the queen
Optimization
- Smart reference counting
- Capture unpacked fields if available
- Unpack structs outside closure (if applicable)
- Inline small functions at first pass
- Dynamic optimization
- inline captures
- branch prediction?
- Detect fixed values in loops
- JIT compilation
- Propagate type information when possible
- intrinsic operators
- constructors
- functions
- C functions
- closures
- Merge sequential unpacks (if applicable)
- Smaller instructions
- Delay lambda constructors (when used conditionaly)
Examples
- basics
- merge-sort
Build and installation
Build and install with CMake.
Debug and Release build types are supported.
To build Release configuration do
- create directory for temporary files:
$ mkdir build
- run CMake to generate build-scripts:
$ cmake -D CMAKE_BUILD_TYPE=Release # we want Release-configuration -D CMAKE_INSTALL_PREFIX=<where-to-install> -B build # temporary directory for a build -S . # path to Ether sources
- build and install (we are using GNU Make here):
$ make -C build install
- additionaly you can run some tests:
$ make -C build test - now you can add Ether to your system environment:
$ prefix=<full-path-to-installation-directory> $ export PATH=$prefix/bin:path $ export PKG_CONFIG_PATH=${PKG_CONFIG_PATH:+${PKG_CONFIG_PATH}:}$prefix/lib/pkgconfig
or you can use env.sh to setup environment in current shell:
$ source env.sh <path-to-installation>
REPL
To run Ether in interactive mode just run it straightaway:
$ ether Ether REPL version: 0.2.0 build: Release build flags: -Wall -Werror -Wextra -Wno-unused -Wno-error=cpp -rdynamic -O3 -DNDEBUG prefix: /home/pidhii/sandbox/create/ether/Release/install Enter <C-d> (EOF) to exit Commands: '.' to reset input buffer (cancel current expression) '.help' show help and available commands '.help <ident>' show help for given identifier '.complete-empty' display all available identifiers when completing empty word '.no-complete-empty' disable effect of the previous command > Note that some syntacticly valid expressions will not work for REPL. It is due to “machanisms” of REPL are different to those applied to script processing.
Syntax higlighting
As you may have noticed, ether syntax is wery similar to ML’s one, so generaly you can just set your editor to treat it like OCaml for examle. However there are differences, and some of ether-only expressions tend to appear very often in the code (e.g. if let <pattern>).
Vim
I’m maintaining native syntax configuration only for Vim (not familiar with other editors). See ether-vim for the plugin. You can install with pathogen.
To make Vim recognise ether scripts you can add following line to your .vimrc:
autocmd BufRead,BufNewFile *.eth set filetype=ether syntax=ether
If you use NERDCommenter you can also add:
let g:NERDCustomDelimiters = { 'ether': { 'left': '--', 'leftAlt': '--[[', 'rightAlt': ']]', 'nested': 1 } }
Where to get help
Enter REPL and try:
.help [<module-path>.]<variable> FAQ
Just joking =)
We use optional third-party analytics cookies to understand how you use GitHub.com so we can build better products. Learn more.
We use optional third-party analytics cookies to understand how you use GitHub.com so we can build better products.
You can always update your selection by clicking Cookie Preferences at the bottom of the page. For more information, see our Privacy Statement.
Essential cookies
We use essential cookies to perform essential website functions, e.g. they’re used to log you in. Learn more
Always active
Analytics cookies
We use analytics cookies to understand how you use our websites so we can make them better, e.g. they’re used to gather information about the pages you visit and how many clicks you need to accomplish a task. Learn more
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