def send_mail(to, subject, template_name, context={}, image_paths=[]):
context['host'] = settings.HOST
images = []
image_paths = ['templates/static/logo.png'] + image_paths
for path in image_paths:
with open(path, "rb") as image_file:
image_b64 = 'data:image/png;base64,' + base64.b64encode(
image_file.read()).decode('utf-8')
images.append(image_b64)
plaintext = get_template(template_name)
htmly = get_template(template_name)
subject, from_email, to = subject, settings.EMAIL_HOST_USER, to
text_content = plaintext.render(context)
html_content = htmly.render(context)
msg = EmailMultiAlternatives(subject, text_content, from_email, [to])
cnt = 1
for img in images:
img = MIMEImage(
base64.b64decode(img[img.find(",") + 1:].encode('ascii')), 'jpeg')
img.add_header('Content-Id', f'<img{cnt}>')
img.add_header("Content-Disposition",
"inline",
filename=f"img{cnt}.jpg")
msg.attach(img)
cnt += 1
msg.attach_alternative(html_content, "text/html")
msg.send()
def send_mail(to, subject, template_name, context={}, images=[]):
context['host'] = settings.HOST
images = [
'data:image/png;base64,'
'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'
]
plaintext = get_template(template_name)
htmly = get_template(template_name)
subject, from_email, to = subject, settings.EMAIL_HOST_USER, to
text_content = plaintext.render(context)
html_content = htmly.render(context)
msg = EmailMultiAlternatives(subject, text_content, from_email, [to])
cnt = 1
for img in images:
img = MIMEImage(
base64.b64decode(img[img.find(",") + 1:].encode('ascii')), 'jpeg')
img.add_header('Content-Id', f'<img{cnt}>')
img.add_header("Content-Disposition",
"inline",
filename=f"img{cnt}.jpg")
msg.attach(img)
cnt += 1
msg.attach_alternative(html_content, "text/html")
msg.send()
