prettier printing

[lets-encrypt-tiny.git] / letsencrypt-tiny

diff --git a/letsencrypt-tiny b/letsencrypt-tiny
index 15aadcb28cc67864129a34bcbcac79f051a42479..663faa3888e11a8bf703a6e30240e8070371d502 100755 (executable)
--- a/letsencrypt-tiny
+++ b/letsencrypt-tiny
@@ -60,7 +60,7 @@ def acme(name, domains):
         file.write(csr)
     # call acme-tiny as a script
     acme_tiny = os.path.join(config['acme']['acme-tiny'], 'acme_tiny.py')
         file.write(csr)
     # call acme-tiny as a script
     acme_tiny = os.path.join(config['acme']['acme-tiny'], 'acme_tiny.py')

-    signed_crt = subprocess.check_output([acme_tiny, "--quiet", "--account-key", config['acme']['account-key'], "--csr", csrfile(name), "--acme-dir", config['acme']['challenge-dir']])
+    signed_crt = subprocess.check_output(["python", acme_tiny, "--quiet", "--account-key", config['acme']['account-key'], "--csr", csrfile(name), "--acme-dir", config['acme']['challenge-dir']])

     # save new certificate
     make_backup(certfile(name))
     with open(certfile(name), 'wb') as f:
     # save new certificate
     make_backup(certfile(name))
     with open(certfile(name), 'wb') as f:


@@ -79,7 +79,7 @@ def request_cert(name):
     if not os.path.exists(keyfile(name)):
         raise Exception("No such key: {}".format(name))
     domains = config['DEFAULT']['domains'].split()
     if not os.path.exists(keyfile(name)):
         raise Exception("No such key: {}".format(name))
     domains = config['DEFAULT']['domains'].split()

-    print("Obtaining certificate '{}' for domains {}".format(name, ' '.join(domains)))
+    print("Obtaining certificate '{}' for domains: {}".format(name, ' '.join(domains)))

     acme(name, domains)
 
 def generate_key(name):
     acme(name, domains)
 
 def generate_key(name):