antocuni

#include <algorithm>
#include <ctime>
#include <iostream>

int main(int argc, char** argv)
{
    // Generate data
    const unsigned arraySize = 32768;
    int data[arraySize];

antocuni

import sys
import pandas as pd
import numpy as np
from plotmem import Plotmem
import gc

def leak1():
    for i in Plotmem(100):
        df = pd.DataFrame(
            {'A': ['foo', 'bar'],

antocuni

# coding: UTF-8
""" Telco Benchmark for measuring the performance of decimal calculations

http://www2.hursley.ibm.com/decimal/telco.html
http://www2.hursley.ibm.com/decimal/telcoSpec.html

A call type indicator, c, is set from the bottom (least significant) bit of the duration (hence c is 0 or 1).
A r, r, is determined from the call type. Those calls with c=0 have a low r: 0.0013; the remainder (‘distance calls’) have a ‘premium’ r: 0.00894. (The rates are, very roughly, in Euros or dollarates per second.)
A price, p, for the call is then calculated (p=r*n). This is rounded to exactly 2 fractional digits using round-half-even (Banker’s round to nearest).
A basic tax, b, is calculated: b=p*0.0675 (6.75%). This is truncated to exactly 2 fractional digits (round-down), and the total basic tax variable is then incremented (sumB=sumB+b).

antocuni

main: main.c greetings.c
	gcc -c greetings.c
	gcc -c main.c
	gcc -o main greetings.o main.o

antocuni

# if you uncomment this, the test works as expected
import dummy

antocuni

#!/bin/bash
set -e

# Compile wheels
PYTHONS=(
    cp27-cp27m
    cp27-cp27mu
    )

# remove leftovers from previous builds, if any

antocuni

>>> def foo():
...     try:
...         print('start')
...         yield 1
...         yield 2
...         print('bye')
...     except GeneratorExit:
...         print('forced exit')
... 
>>> f = foo()

antocuni

To keep compatibility with CPython, we need to generate a trampoline for each method which uses one of HPy calling conventions, e.g.:

HPy_DEF_METH_VARARGS(add_ints)
static HPy add_ints_impl(HPyContext ctx, HPy self, HPy *args, HPy_ssize_t nargs);

After this, add_ints is a function of type HPyMeth (which is different in the CPython and the Universal cases), and can be put inside an

antocuni

#define METH_NOARGS 1
#define METH_O 2
typedef void* HPyContext;
typedef long HPy;

typedef HPy (*HPyMeth_NOARGS)(HPyContext, HPy);
typedef HPy (*HPyMeth_O)(HPyContext, HPy, HPy);


typedef struct {

antocuni

import sys

def main():
    myvar = 'hello'
    print('this is line 5')
    print('this is line 6')
    print('this is line 7')
    print('this is line 8')
    print('this is line 9')