from QRlib.QRlib import *

from QRlib.QRlib import *

img_name = "ClassicQR" # name of Qr without extension of image ( default to png )
qr_data = "this is an classic qr" # content of qr
size = 200 # size in pixal ( optional )

qr.classic(qr_data, img_name, size=size)

from QRlib.QRlib import *

img_name = "TransparentQR" # name of Qr without extension of image ( default to png )
qr_data = "this is an Transparent qr" # content of qr
img_url = "https://raw.githubusercontent.com/Himanshu-Cyber-Code/QRlib/master/images/QR_sample_QRlib/transparent_test.png" # url for the image ( optional )
size = 200 # size in pixal ( optional )

qr.transparent(qr_data, img_name, img=img_url, size=size)

from QRlib.QRlib import *

img_name = "ClearQR" # name of Qr without extension of image ( default to png )
qr_data = "this is an Clear qr" # content of qr
size = 200 # size in pixal ( optional )

qr.clear(qr_data, qr_name, size=size)

# An Minimum Example

from QRlib.QRlib import *

img_name = "CustomQR" # name of Qr without extension of image ( default to png )
qr_data = "this is an Custom qr" # content of qr

qr.custom(qr_data, qr_name)

# An Maximum Example

from QRlib.QRlib import *

img_name = "CustomQR" # name of Qr without extension of image ( default to png )
qr_data = "this is an Custom qr" # content of qr

qr.custom(
qr_data,
qr_name,
body=6,  # Pattern Of QR Body
frame=5,  # Eye Frame Pattern
bodyc7,  # QR Eye Ball Pattern
bodycolor=(17, 49, 81),  # Colour For QR Body
bgcolor=(255, 255, 255),  # QR Back Ground Colour
ballcolor=(17, 49, 81),  # QR Eye Ball Colour
framecolor=(17, 49, 81),  # QR Frame Colour
shadecolor=(17, 49, 81),  # Colour Of Other  Shade Which Will Be Mix With Body Colour
shadeonball=True,  # If Shade Has To Be Applied On Eye Balls of Qr
shadetype=0,  # Type Of shade From Linear Or Radial
logo='https://raw.githubusercontent.com/Himanshu-Cyber-Code/QRlib/master/images/QR_sample_QRlib/transparent_test.png',  # Logo On Qr ( URL )
size=200 # Size For Qr
)

# Web QR are online And Can Be Used In Track Data To Get Trackable QR ( Details On Track Data Bellow )
from QRlib.QRlib import *

img_name = "WebQR" # name of Qr without extension of image ( default to png )
qr_data = ["line 1", "line 2", "line 3", "line 4", "line 5"] # content of web qr should be list of string each string represents line break ( maximum line is 5 )
tittle = "i am tittle" # tittle of the web page ( optional )

qr.web(qr_data, img_name, tittle=tittle)

# Generate a json containing the design for custom QR with commannd
# And Use It In Future As A Template

from QRlib.QRlib import *

name = "json_file.json"
generate.json_custom(
name, 
body=6, 
frame=5, 
ball=7, 
bodycolor=(17, 49, 81), 
bgcolor=(255, 255, 255), 
ballcolor=(17, 49, 81), 
framecolor=(17, 49, 81), 
shadecolor=(17, 49, 81), 
shadeonball=True, 
shadetype=0, 
logo="", 
size=200,
)

from QRlib.QRlib import *

json_file_path = r"C:/My/Path/To/json_file.json"

qr.fast_design(qr_data, img_name, json_file_path)

from QRlib.QRlib import *
data.text("Some Text")

from QRlib.QRlib import *
data.url("https://example.com")

# if the url is much big then you can short it with adding a command short=True
data.url("https://example.com", short=True) # this will return a url some thing like https://is.gd/abcdef ( no matter how big is url )

from QRlib.QRlib import *
email = "example@example.com"
subject = "i am the subject of email"
message = "i am the body of email"
data.email(email, subject = subject, message = message)

from QRlib.QRlib import *
phone_number = "+919998887766"
data.phone(phone_number)

from QRlib.QRlib import *
phone_number = "+919998887766"
message = "i am message for the sms"
data.sms(phone_number, message=message)

from QRlib.QRlib import *

first_name = "First_Name"

data.vcard2(
firs_tname, 
lastname="Last_Name",                #( optional )
position="my position",              #( optional )
work="Job",                          #( optional )
org="my Organization",               #( optional )
website="https://example.com",       #( optional )
email="example@example.com",         #( optional )
phone="+918887776655",               #( optional )
homephone="+913332225577",           #( optional )
workphone="+912223336655",           #( optional )
homefax="56282",                     #( optional )
workfax="53794",                     #( optional )
city="MyCity",                       #( optional )
state="MyState",                     #( optional )
country="MyCountry",                 #( optional )
zipcode="836619",                    #( optional )
street="MyStreet",                   #( optional )
)

from QRlib.QRlib import *
Latitude = 4637368
Longitude = 4827636
data.location(Latitude, Longitude)

from QRlib.QRlib import *
wifi("ssid", "password", encryption=0) # 0='nopass' , 1='WPA' , 2='WEP'

from QRlib.QRlib import *

tittle = "Event Tittle"
location = "My Location"

data.event(
tittle, 
location=location, 
start=[2020,6,16,11,54], # default is current time (start time of event) ([year,month,date,hour,minute])
end=[2020,6,16,11,54], # default is current time (end time of event) ([year,month,date,hour,minute])
)

from QRlib.QRlib import *

First_Name = "FirstName"

mecard(
First_Name, 
lastname="lastname", 
nickname="Nick Name",                   #( optional )
email="Email@Email.com",                #( optional )
phone1="+5366647168",                   #( optional )
phone2="+474725367158",                 #( optional )
phone3="+467835357471",                 #( optional )
dob=[2020,6,16], #(year,month,date)     #( optional )
note="a short note",                    #( optional )
city="city",                            #( optional )
state="state",                          #( optional )
country="country",                      #( optional )
zipcode="536829",                       #( optional )
street="MyStreet",                      #( optional )
)

from QRlib.QRlib import *
email = "example@example.com"
file = "QRlib.png"
data.host(email ,file)

from QRlib.QRlib import *
url = "https://example.com"
data.trace(url, action=1)
# action = 1 will generate a url with a suffix https://is.gd/ which can be traced in future

from QRlib.QRlib import *
url = # the url generated above
data.trace(url ,action=0)
# this will return a url which will contain the statistics of the given url