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Project description
MULTISCHED
==========
### Description
Multisched is a lightweight function scheduler module for python
### Usage
```python
from multisched import Scheduler
import time
s = Scheduler()
def timestamp(s):
print '%.2f : %s' % (time.time(), s)
class Action():
def __init__(self, name):
self.__name__ = name
self.call_counter = 0
def __call__(self):
self.call_counter += 1
print 'I am %s (%d)' % (self.__name__, self.call_counter)
# ----------------------------------.
# |
# TASK PARAMS: |
# |
# loopdelay: float, required |
# initdelay: float, default=0 |
# threads : int , default=0 |
# |
# ----------------------------------`
@s.AddTask(loopdelay=1.3)
def task1():
timestamp('task1')
@s.AddTask(loopdelay=1.0, initdelay=3)
def task2():
timestamp('task2')
time.sleep(1.6)
timestamp('task2 again')
@s.AddTask(loopdelay=1.1, threads=4)
def task3():
timestamp('task3')
time.sleep(4.4)
timestamp('task3 again')
s.AddTasks({'action' : Action('Agent%03d' % n)
,'loopdelay' : 0.6
,'initdelay' : 1.1
,'threads' : 0
} for n in xrange(42))
print s
s.StartAllTasks()
try:
raw_input()
except:
pass
s.StopAllTasks()
```
==========
### Description
Multisched is a lightweight function scheduler module for python
### Usage
```python
from multisched import Scheduler
import time
s = Scheduler()
def timestamp(s):
print '%.2f : %s' % (time.time(), s)
class Action():
def __init__(self, name):
self.__name__ = name
self.call_counter = 0
def __call__(self):
self.call_counter += 1
print 'I am %s (%d)' % (self.__name__, self.call_counter)
# ----------------------------------.
# |
# TASK PARAMS: |
# |
# loopdelay: float, required |
# initdelay: float, default=0 |
# threads : int , default=0 |
# |
# ----------------------------------`
@s.AddTask(loopdelay=1.3)
def task1():
timestamp('task1')
@s.AddTask(loopdelay=1.0, initdelay=3)
def task2():
timestamp('task2')
time.sleep(1.6)
timestamp('task2 again')
@s.AddTask(loopdelay=1.1, threads=4)
def task3():
timestamp('task3')
time.sleep(4.4)
timestamp('task3 again')
s.AddTasks({'action' : Action('Agent%03d' % n)
,'loopdelay' : 0.6
,'initdelay' : 1.1
,'threads' : 0
} for n in xrange(42))
print s
s.StartAllTasks()
try:
raw_input()
except:
pass
s.StopAllTasks()
```
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