def setup_api(self):
from rackio import Rackio
app = Rackio()
resource = MappingResource(self.serialize_mappings())
app.add_route("/api/modbus/mappings", resource)
import time
from random import random
from rackio import Rackio, TagEngine
from rackio_swagger import RackioSwagger
from rackio.managers import VISITOR_ROLE
app = Rackio()
RackioSwagger(app)
tag_egine = TagEngine()
# Tags definitions
tag_egine.set_tag("T1", "float")
tag_egine.set_tag("T2", "float")
tag_egine.set_tag("T3", "float")
tag_egine.set_tag("RAND1", "float")
tag_egine.set_tag("RAND2", "float")
@app.rackit(1)
def writer1():
tag_egine.write_tag("T1", 15)
tag_egine.write_tag("T2", 40)
direction = 1
def on_back(self):
self.count = 0
def while_state1(self):
self.count += 1
logging.warning("{}: {}".format(self.name, self.count))
def while_state2(self):
self.count -= 1
logging.warning("{}: {}".format(self.name, self.count))
app = Rackio()
machine1 = TwoStep("machine 1")
machine2 = TwoStep("machine 2")
app.append_machine(machine1, 1, "async")
app.append_machine(machine2, 2, "async")
if __name__ == "__main__":
app.set_log(file="app.log")
app.run()
import time
from rackio import Rackio, TagEngine
from rackio.models import Tag
from rackio.controls import ValueAction, Condition, Control
from random import random
app = Rackio()
tag_egine = TagEngine()
# Tags definitions
tag_egine.set_tag("RAND1", "float")
tag_egine.set_tag("RAND2", "float")
tag_egine.set_tag("T1", "float")
tag_egine.set_tag("T2", "float")
tag_egine.set_tag("T3", "float")
# Conditions definitions
cond1 = Condition("T1", ">=", "T2")
cond2 = Condition("T1", "<", "T2")
# Actions definitions
act1 = ValueAction("T3", 40)
act2 = ValueAction("T3", 80)
# Controls Definitions
import time
from random import random
from rackio import Rackio, TagEngine
from rackio_admin import RackioAdmin
app = Rackio()
RackioAdmin(app)
tag_egine = TagEngine()
# Tags definitions
tag_egine.set_tag("T1", "float")
tag_egine.set_tag("T2", "float")
tag_egine.set_tag("T3", "float")
@app.rackit(1)
def writer1():
tag_egine.write_tag("T1", 15)
tag_egine.write_tag("T2", 40)
direction = 1
while True:
time.sleep(0.5)
from rackio_AI import RackioEDA, RackioAI, Preprocessing
from rackio import Rackio
app = Rackio()
RackioAI(app)
EDA1 = RackioEDA(name='EDA1', description='Object 1 Exploratory Data Analysis')
EDA2 = RackioEDA(name='EDA2', description='Object 2 Exploratory Data Analysis')
RackioAI.append_data(EDA1)
RackioAI.append_data(EDA2)
preprocess1 = Preprocessing(name='Preprocess1',
description='preprocess for data',
problem_type='regression')
preprocess2 = Preprocessing(name='Preprocess2',
description='preprocess for data',
problem_type='classification')
RackioAI.append_preprocessing_model(preprocess1)
RackioAI.append_preprocessing_model(preprocess2)
print(RackioAI.summary())
import time
from rackio import Rackio, TagEngine
from rackio import RackioModel, TextField
app = Rackio()
@app.define_table
class Car(RackioModel):
name = TextField()
@app.rackit(1)
def function():
time.sleep(0.5)
Car.create(name="Lamborghini Huracan")
# app.set_db(dbfile="tags.db")
if __name__ == "__main__":
app.run()
import time
from rackio import Rackio, TagEngine
from rackio.models import Tag
from rackio.controls import MathAction, Condition, Control
from random import random
app = Rackio()
tag_egine = TagEngine()
# Tags definitions
tag_egine.set_tag("RAND1", "float")
tag_egine.set_tag("RAND2", "float")
tag_egine.set_tag("T1", "float")
tag_egine.set_tag("T2", "float")
tag_egine.set_tag("T3", "float")
tag_egine.set_tag("T4", "float")
tag_egine.set_tag("T5", "float")
# Conditions definitions
cond1 = Condition("T1",">=", "T2")
cond2 = Condition("T1","<", "T2")
# Actions definitions
act1 = MathAction("T3", "T1 + T2")
act2 = MathAction("T3", "2 * T2 - T1")
if self.count == 4:
self.forward()
def while_state2(self):
self.count += 1
T1 = self.begin.T1
T2 = self.begin.T2
self.end.T3 = T1 + T2
self.end.T4 = T1 - T2
logging.warning("{}: {}".format(self.name, self.count))
if self.count >= 10:
self.back()
app = Rackio()
RackioSwagger(app)
machine = TwoStep("machine")
app.append_machine(machine, 1)
if __name__ == "__main__":
app.set_log(file="app.log")
app.run()
import time
from rackio import Rackio, TagEngine
from rackio.managers import ADMIN_ROLE, VISITOR_ROLE
from rackio.controls import MathAction, Condition, Control
from rackio.alarms import HI, LO
from random import random
from math import sin
app = Rackio()
tag_egine = TagEngine()
# Tags definitions
tag_egine.set_tag("RAND1", "float")
tag_egine.set_tag("SINE_WAVE", "float")
tag_egine.set_tag("T1", "float")
tag_egine.set_tag("T2", "float")
tag_egine.set_tag("T3", "float")
tag_egine.set_tag("T4", "float")
tag_egine.set_tag("T5", "float")
tag_egine.set_tag("ALARM1", "bool")
tag_egine.set_tag("ALARM2", "bool")
tag_egine.set_tag("message", "str")
# Conditions definitions
cond1 = Condition("T1", ">=", "T2")
import time
from random import random
from rackio import Rackio, TagEngine
from rackio_socket import RackioSocket
app = Rackio()
RackioSocket(app)
tag_egine = TagEngine()
# Tags definitions
tag_egine.set_tag("T1", "float")
tag_egine.set_tag("T2", "float")
tag_egine.set_tag("T3", "float")
@app.rackit(1)
def writer1():
tag_egine.write_tag("T1", 15)
tag_egine.write_tag("T2", 40)
direction = 1
while True:
time.sleep(0.5)
import time
from random import random
from rackio import Rackio, TagEngine
from rackio_swagger import RackioSwagger
app = Rackio()
RackioSwagger(app)
tag_egine = TagEngine()
# Tags definitions
tag_egine.set_tag("T1", "float")
tag_egine.set_tag("T2", "float")
tag_egine.set_tag("T3", "float")
@app.rackit(1)
def writer1():
tag_egine.write_tag("T1", 15)
tag_egine.write_tag("T2", 40)
direction = 1
while True:
time.sleep(0.5)
import time
from rackio import Rackio, TagEngine
from rackio.controls import MathAction, Condition, Control
from rackio.alarms import HI, LO
from random import random
from math import sin
app = Rackio()
tag_egine = TagEngine()
# Tags definitions
tag_egine.set_tag("RAND1", "float")
tag_egine.set_tag("SINE_WAVE", "float")
tag_egine.set_tag("T1", "float")
tag_egine.set_tag("T2", "float")
tag_egine.set_tag("T3", "float")
tag_egine.set_tag("T4", "float")
tag_egine.set_tag("T5", "float")
tag_egine.set_tag("ALARM1", "bool")
tag_egine.set_tag("ALARM2", "bool")
tag_egine.set_tag("message", "str")
# Conditions definitions
cond1 = Condition("T1", ">=", "T2")
cond2 = Condition("T1", "<", "T2")