def get_width_height(fname, orig_modtime=None):
"""get (possibly cached) width and height of .svg file with inkscape"""
# compute filename of cached width/height
wh_cache_path, wh_cache_fname = os.path.split(fname)
wh_cache_fname = CACHE_PREFIX + os.path.splitext(
wh_cache_fname)[0] + '.txt'
wh_cache_fname = os.path.join(wh_cache_path, wh_cache_fname)
# read cache if it exists
if os.path.exists(wh_cache_fname):
modtime = os.stat(wh_cache_fname)[stat.ST_MTIME]
if orig_modtime is None:
orig_modtime = os.stat(fname)[stat.ST_MTIME]
if modtime > orig_modtime:
width, height = open(wh_cache_fname).read().strip().split()
return width, height
# no cache, query inkscape for information
tmpf = tempfile.NamedTemporaryFile(suffix='.png')
tmpf.close()
cmd = [INKSCAPE, '-C', fname, '-e', tmpf.name]
get_stdout(cmd)
import Image
# XXX TODO: convert to reading XML file instead of using PIL
im = Image.open(tmpf.name)
(width, height) = im.size
os.unlink(tmpf.name)
fd = open(wh_cache_fname, mode="w")
fd.write("%s %s\n" % (width, height))
fd.close()
return width, height
def get_width_height( fname, orig_modtime=None ):
"""get (possibly cached) width and height of .svg file with inkscape"""
# compute filename of cached width/height
wh_cache_path, wh_cache_fname = os.path.split(fname)
wh_cache_fname = CACHE_PREFIX+os.path.splitext(wh_cache_fname)[0]+'.txt'
wh_cache_fname = os.path.join( wh_cache_path, wh_cache_fname )
# read cache if it exists
if os.path.exists( wh_cache_fname ):
modtime = os.stat(wh_cache_fname)[stat.ST_MTIME]
if orig_modtime is None:
orig_modtime = os.stat(fname)[stat.ST_MTIME]
if modtime > orig_modtime:
width,height = open( wh_cache_fname ).read().strip().split()
return width,height
# no cache, query inkscape for information
tmpf = tempfile.NamedTemporaryFile(suffix='.png')
tmpf.close()
cmd = [INKSCAPE,'-C',fname,'-e',tmpf.name]
get_stdout(cmd)
import Image
# XXX TODO: convert to reading XML file instead of using PIL
im = Image.open(tmpf.name)
(width, height) = im.size
os.unlink(tmpf.name)
fd = open (wh_cache_fname,mode="w")
fd.write("%s %s\n"%(width,height))
fd.close()
return width, height
def p2p_set_nego(mac):
print 'p2p_set_nego:'
print 'mac: %s' % mac
get_stdout('iwpriv eth0 p2p_set nego=%s' % mac)
# Enter negotiation loop
while 1:
# Wait for result
time.sleep(0.5)
# Poll status
peer_status = p2p_status_get()
print 'peer_status: %d' % peer_status
# For Windows 8.1 support, we consider 19 as negotiation completed
if peer_status in [10, 19]:
print 'Negotiation suceeded!'
break
# Get role
role = p2p_role_get()
print 'Role: %s' % role
# TODO: doesn't seem to return anything
#p2p_opch_get()
# Get peer interface address
peer_mac_get()
p2p_go_mode_set()
def p2p_set_nego(mac):
print 'p2p_set_nego:'
print 'mac: %s' % mac
get_stdout('iwpriv wlan1 p2p_set nego=%s' % mac)
# Enter negotiation loop
while 1:
# Wait for result
time.sleep(0.5)
# Poll status
peer_status = p2p_status_get()
print 'peer_status: %d' % peer_status
# For Windows 8.1 support, we consider 19 as negotiation completed
if peer_status in [10, 19]:
print 'Negotiation suceeded!'
break
# Get role
role = p2p_role_get()
print 'Role: %s' % role
# TODO: doesn't seem to return anything
#p2p_opch_get()
# Get peer interface address
peer_mac_get()
p2p_go_mode_set()
def wfd_connection_wait():
get_stdout(cmd_killall_wpa_spplicant)
get_stdout(cmd_killall_hostapd)
# Disable p2p
p2p_disable()
time.sleep(0.5)
# Enable p2p
p2p_enable()
#p2p_peer_scan()
print 'Waiting for incoming connection...'
while 1:
peer_status = p2p_status_get()
print 'peer_status: %d' % peer_status
if peer_status == 0:
print 'p2p disabled! Re-enable p2p...'
p2p_enable()
if peer_status in [8, 19, 22]:
# Discovery request or gonego fail
print 'Discovery request received!'
peer_found = p2p_peer_scan()
if peer_found:
break
p2p_disable()
time.sleep(1)
print 'Getting peer device address...'
# Get peer device address
mac = p2p_peer_devaddr_get()
print 'peer_devaddr: %s' % mac
# Notify received wps info
p2p_wpsinfo()
print 'Getting peer authentication type...'
# Get request configuration
p2p_req_cm_get()
print 'Confirming peer authentication...'
# Set negotiation
p2p_set_nego(mac)
def p2p_go_mode_set():
# Start hostAPd and wait for it to daemonize; ignore stdout
get_stdout(["./hostapd", "-B", "p2p_hostapd.conf"])
# Wait for initialization
time.sleep(1)
do_wps()
# Wait for host apd interval
time.sleep(1)
def p2p_go_mode_set():
# Start hostAPd and wait for it to daemonize; ignore stdout
get_stdout(["./hostapd", "-B", "p2p_hostapd.conf"])
# Wait for initialization
time.sleep(1)
do_wps()
# Wait for host apd interval
time.sleep(1)
def p2p_peer_port_get():
print 'p2p_peer_port_get:'
output = get_stdout('iwpriv wlan0 p2p_get peer_port')
print output
match = re.search(r'^Port=(\d+)$', output, re.M)
print match.group(1)
return int(match.group(1))
def p2p_peer_devaddr_get():
print 'p2p_peer_devaddr_get:'
output = get_stdout(["iwpriv", "wlan0", "p2p_get", "peer_deva"])
match = re.search(r'\n(.*)$', output)
mac = ':'.join(re.findall('..', match.group(1)))
return mac
def p2p_enable():
# Enable p2p
get_stdout('iwpriv eth0 p2p_set enable=1')
# Set intent
get_stdout('iwpriv eth0 p2p_set intent=15')
# Set operation channel
get_stdout('iwpriv eth0 p2p_set op_ch=%d' % 11)
# Sleep for 50ms
time.sleep(0.05)
# Set ssid
get_stdout('iwpriv eth0 p2p_set ssid=DIRECT-RT')
# Set DN
get_stdout('iwpriv eth0 p2p_set setDN=Piracast')
def p2p_enable():
# Enable p2p
get_stdout('iwpriv wlan1 p2p_set enable=1')
# Set intent
get_stdout('iwpriv wlan1 p2p_set intent=15')
# Set operation channel
get_stdout('iwpriv wlan1 p2p_set op_ch=%d' % 11)
# Sleep for 50ms
time.sleep(0.05)
# Set ssid
get_stdout('iwpriv wlan1 p2p_set ssid=DIRECT-RT')
# Set DN
get_stdout('iwpriv wlan1 p2p_set setDN=Piracast')
def p2p_go_mode_set():
# Start hostAPd and wait for it to daemonize; ignore stdout
get_stdout(["./hostapd", "-B", "p2p_hostapd.conf"])
# Wait for initialization
time.sleep(1)
do_wps()
# Wait for host apd interval
time.sleep(1)
while 1:
status = read_all_sta()
if status:
print 'Wireless display negotiation completed!'
break
time.sleep(1)
def p2p_go_mode_set():
# Start hostAPd and wait for it to daemonize; ignore stdout
get_stdout(["./hostapd", "-B", "p2p_hostapd.conf"])
# Wait for initialization
time.sleep(1)
do_wps()
# Wait for host apd interval
time.sleep(1)
while 1:
status = read_all_sta()
if status:
print 'Wireless display negotiation completed!'
break
time.sleep(1)
def do_wps():
while 1:
print 'do_wps:'
output = get_stdout(["./hostapd_cli", "wps_pbc", "any"])
print output
if 'OK' in output:
print 'wps passed!'
return
time.sleep(1)
def p2p_peer_devaddr_get():
print 'p2p_peer_devaddr_get:'
output = get_stdout(["iwpriv", "wlan0", "p2p_get", "peer_deva"])
match = re.search(r'\n(.*)$', output)
mac = '%s%s:%s%s:%s%s:%s%s:%s%s:%s%s' % match.group(1)[0:11]
#mac = match.group(1)[0] + match.group(1)[1] + ':' \
# + match.group(1)[2] + match.group(1)[3] + ':' \
# + match.group(1)[4] + match.group(1)[5] + ':' \
# + match.group(1)[6] + match.group(1)[7] + ':' \
# + match.group(1)[8] + match.group(1)[9] + ':' \
# + match.group(1)[10] + match.group(1)[11]
return mac
def p2p_peer_devaddr_get():
print 'p2p_peer_devaddr_get:'
output = get_stdout(["iwpriv", "eth0", "p2p_get", "peer_deva"])
match = re.search(r'\n(.*)$', output)
mac = ':'.join(re.findall('..', match.group(1)))
#mac = match.group(1)[0] + match.group(1)[1] + ':' \
# + match.group(1)[2] + match.group(1)[3] + ':' \
# + match.group(1)[4] + match.group(1)[5] + ':' \
# + match.group(1)[6] + match.group(1)[7] + ':' \
# + match.group(1)[8] + match.group(1)[9] + ':' \
# + match.group(1)[10] + match.group(1)[11]
return mac
def p2p_peer_devaddr_get():
print 'p2p_peer_devaddr_get:'
output = get_stdout(["iwpriv", "wlan0", "p2p_get", "peer_deva"])
match = re.search(r'\n(.*)$', output)
mac = '%s%s:%s%s:%s%s:%s%s:%s%s:%s%s' % match.group(1)[0:11]
#mac = match.group(1)[0] + match.group(1)[1] + ':' \
# + match.group(1)[2] + match.group(1)[3] + ':' \
# + match.group(1)[4] + match.group(1)[5] + ':' \
# + match.group(1)[6] + match.group(1)[7] + ':' \
# + match.group(1)[8] + match.group(1)[9] + ':' \
# + match.group(1)[10] + match.group(1)[11]
return mac
def p2p_peer_devaddr_get():
print 'p2p_peer_devaddr_get:'
output = get_stdout(["iwpriv", "wlan1", "p2p_get", "peer_deva"])
match = re.search(r'\n(.*)$', output)
mac = ':'.join(re.findall('..', match.group(1)))
#mac = match.group(1)[0] + match.group(1)[1] + ':' \
# + match.group(1)[2] + match.group(1)[3] + ':' \
# + match.group(1)[4] + match.group(1)[5] + ':' \
# + match.group(1)[6] + match.group(1)[7] + ':' \
# + match.group(1)[8] + match.group(1)[9] + ':' \
# + match.group(1)[10] + match.group(1)[11]
return mac
def do_wps():
while 1:
print 'do_wps:'
output = get_stdout(["./hostapd_cli", "wps_pbc", "any"])
print output
if 'OK' in output:
print 'wps passed!'
return
time.sleep(1)
def p2p_peer_scan():
count = 0
while 1:
output = get_stdout(cmd_iwlist_wlan1_scan)
print output
if 'No scan results' not in output:
return True
if count > 3:
return False
count += 1
def p2p_peer_scan():
count = 0
while 1:
output = get_stdout(cmd_iwlist_eth0_scan)
print output
if 'No scan results' not in output:
return True
if count > 3:
return False
count += 1
def p2p_peer_devaddr_get():
print 'p2p_peer_devaddr_get:'
output = get_stdout('iwpriv wlan0 p2p_get peer_deva')
print output
match = re.search(r'^([0-9A-Fa-f]{12})$', output, re.M)
print match.group(1)
mac = '%s:%s:%s:%s:%s:%s' % tuple(re.findall('[0-9A-Fa-f]{2}',match.group(1)))
print mac
#mac = match.group(1)[0] + match.group(1)[1] + ':' \
# + match.group(1)[2] + match.group(1)[3] + ':' \
# + match.group(1)[4] + match.group(1)[5] + ':' \
# + match.group(1)[6] + match.group(1)[7] + ':' \
# + match.group(1)[8] + match.group(1)[9] + ':' \
# + match.group(1)[10] + match.group(1)[11]
return mac
cmd_dhcp_start = ['/usr/sbin/dhcpd', '-pf', './dhcpd.pid', '-cf', '../env/dhcpd.conf', '-lf', lease_file, 'wlan0']
cmd_dhcp_stop = 'kill $(cat ./dhcpd.pid)'
def lease_file_timestamp_get():
return get_stdout('ls -l "%s"' % lease_file)
# get the leased IP address
def leased_ip_get():
contents = open(lease_file).read()
ip_list = re.findall(r'lease (\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})', contents)
# return the most recently leased IP address
return ip_list[-1]
print 'Bring up wlan0 just in case...'
get_stdout(cmd_wlan0_up)
print 'Increase rmem_default...'
get_stdout(cmd_inc_rmem_default)
print 'Kill running application...'
#core_channel.end()
print get_stdout(cmd_kill_core_app)
while 1:
# Launch application
get_stdout(cmd_launch_core_app)
# Start DHCP
print get_stdout(cmd_dhcp_start)
def p2p_role_get():
print 'p2p_role_get:'
output = get_stdout('iwpriv eth0 p2p_get role')
match = re.search(r'Role=(\d*)', output)
role = int(match.group(1))
return role
def p2p_disable():
get_stdout('iwpriv wlan1 p2p_set enable=0')
def visit_inklayers_html(self, node):
orig_fname = os.path.join(SRC_DIR, node.src)
orig_modtime = os.stat(orig_fname)[stat.ST_MTIME]
root = etree.parse(orig_fname).getroot()
layer_ids = []
for child in root:
if child.tag == tag_name:
if child.attrib.get(attrib_key, None) == 'layer':
layer_ids.append(child.attrib['id'])
# output .png images in new path
out_dir = 'inklayers' + os.environ.get('BURST_S5_INKLAYERS_SUFFIX', '')
if not os.path.exists(out_dir):
os.mkdir(out_dir)
out_base_fname = os.path.split(orig_fname)[-1]
out_base_fname = os.path.splitext(out_base_fname)[0]
out_base_fname = os.path.join(out_dir, out_base_fname)
# but .svg files must remain alongside originals to maintain links
svg_base_path, svg_base_fname = os.path.split(orig_fname)
svg_base_fname = CACHE_PREFIX + os.path.splitext(svg_base_fname)[0]
svg_base_fname = os.path.join(svg_base_path, svg_base_fname)
source_fname = orig_fname
image_fnames = []
srcwidth, srcheight = get_width_height(source_fname, orig_modtime)
STD_HEIGHT = 600.0 # height of slide div in 1024x768
STD_DPI = 90.0
target_height = float(os.environ.get('BURST_S5_HEIGHT', STD_HEIGHT))
max_width = float(os.environ.get('BURST_S5_MAX_WIDTH', STD_HEIGHT *
1.667)) # aspect of slide div in 1024x768
if 'stdheight' in node.options:
zheight = float(node.options['stdheight'])
frac = zheight / STD_HEIGHT # fraction of standard height
height = frac * target_height
scale = height / float(srcheight)
width = float(srcwidth) * scale
if width > max_width:
newscale = max_width / width
width *= newscale
height *= newscale
scale *= newscale
width = int(round(width))
height = int(round(height))
node.options['width'] = width
node.options['height'] = height
dpi = str(STD_DPI * scale)
else:
width = node.options.get('width', srcwidth)
height = node.options.get('height', srcheight)
dpi = str(STD_DPI)
for i, layer_id in enumerate(layer_ids):
out_fname = out_base_fname + layer_id + '.png'
image_fnames.append(out_fname)
skip_png = False
if os.path.exists(out_fname):
modtime = os.stat(out_fname)[stat.ST_MTIME]
if modtime > orig_modtime:
skip_png = True
if skip_png:
continue
if node.mode == 'overlay':
cmd_extra = ['-i', layer_id]
elif node.mode == 'replace':
out_svg_fname = svg_base_fname + '-' + layer_id + '.svg'
skip_svg = False
if os.path.exists(out_svg_fname):
modtime = os.stat(out_svg_fname)[stat.ST_MTIME]
if modtime > orig_modtime:
skip_svg = True
if not skip_svg:
newroot = copy.deepcopy(root)
# remove undisplayed layers
elems = newroot.findall(tag_name)
for remove_layer_id in layer_ids[i + 1:]:
removed = False
for child in elems:
if (child.attrib.get(attrib_key, None) == 'layer'
and child.attrib['id'] == remove_layer_id):
newroot.remove(child)
removed = True
break
if not removed:
raise ValueError('could not remove layer_id "%s"' %
remove_layer_id)
# turn on all layers (sometimes files are saved with layers turned off)
elems = newroot.findall(tag_name)
for child in elems:
if 'style' in child.attrib:
del child.attrib['style']
etree.ElementTree(newroot).write(out_svg_fname)
source_fname = out_svg_fname
cmd_extra = [
'-b',
'white', # white background
'-y',
'0xFF', # fully opaque
]
cmd = [
INKSCAPE,
'-j', # only export this layer
'-C', # export canvas (page)
'-d',
dpi,
source_fname,
'-e',
out_fname,
] + cmd_extra
get_stdout(cmd)
if 1:
# export all layers for handout
out_fname = out_base_fname + '.png'
skip_final_png = False
if os.path.exists(out_fname):
modtime = os.stat(out_fname)[stat.ST_MTIME]
if modtime > orig_modtime:
skip_final_png = True
if not skip_final_png:
cmd = [
INKSCAPE,
'-C', # export canvas (page)
'-d',
dpi,
source_fname,
'-e',
out_fname,
]
get_stdout(cmd)
image_fnames.append(out_fname)
html = ('<div class="animation container inklayers" '
'style="width: %spx; height: %spx;">\n' % (width, height))
for i, image_fname in enumerate(image_fnames):
classes = []
if i != 0:
classes.append('incremental')
# This is slightly different than docutils documentation
# suggests: make each layer in incremental, hidden and
# slide-display classes, but have an extra render of all
# layers than is only displayed in the handout.
if i != len(image_fnames) - 1:
classes.append('hidden')
classes.append('slide-display')
else:
classes = ['handout']
if len(classes):
class_str = ' class="%s"' % (' '.join(classes), )
else:
class_str = ''
atts = []
for name in ['width', 'height']:
if name in node.options:
atts.append('%s="%s"' % (name, node.options[name]))
if len(atts):
atts_str = ' ' + ' '.join(atts)
else:
atts_str = ''
html += ' <img%s%s src="%s" alt="%s">\n' % (class_str, atts_str,
image_fname, image_fname)
html += '</div>'
self.body.append(html)
def p2p_opch_get():
print 'p2p_opch_get:'
print '---------------------------'
output = get_stdout('iwpriv wlan1 p2p_get op_ch')
print output
print '---------------------------'
def p2p_req_cm_get():
print 'p2p_req_cm_get:'
print get_stdout('iwpriv wlan1 p2p_get req_cm')
def lease_file_timestamp_get():
return get_stdout('ls -l "%s"' % lease_file)
def wpa_supplicant_start():
print 'wpa_supplicant_start:'
get_stdout(
["./wpa_supplicant", "-i", "wlan1", "-c", "./wpa_0_8.conf", "-B"])
time.sleep(1)
def wfd_connection_wait():
get_stdout(cmd_killall_wpa_spplicant)
get_stdout(cmd_killall_hostapd)
# Disable p2p
p2p_disable()
time.sleep(0.5)
# Enable p2p
p2p_enable()
#p2p_peer_scan()
print 'Waiting for incoming connection...'
while 1:
peer_status = p2p_status_get()
print 'peer_status: %d' % peer_status
if peer_status == 0:
print 'p2p disabled! Re-enable p2p...'
p2p_enable()
#if peer_status == 11:
# print 'p2p request received! Scan for peer ...'
# p2p_peer_scan()
# status 8 is the original Discovery Request
# status 22 needs to be handled this way, or Nexus 4 4.4 won't always work
# status 19 was added to try to implement windows 8.1 support
if peer_status in [8, 19, 22]:
# Discovery request or gonego fail
print 'Discovery request received!'
peer_found = p2p_peer_scan()
if peer_found:
break
p2p_disable()
time.sleep(1)
print 'Getting peer device address...'
# Get peer device address
mac = p2p_peer_devaddr_get()
print 'peer_devaddr: %s' % mac
# Notify received wps info
p2p_wpsinfo()
print 'Getting peer authentication type...'
# Get request configuration
p2p_req_cm_get()
print 'Confirming peer authentication...'
#print 'Getting status...'
# Get status
#peer_status = p2p_status_get()
#print 'peer_status: ', peer_status
# Set negotiation
p2p_set_nego(mac)
def wfd_connection_wait():
get_stdout(cmd_killall_wpa_spplicant)
get_stdout(cmd_killall_hostapd)
# Disable p2p
p2p_disable()
time.sleep(0.5)
# Enable p2p
p2p_enable()
#p2p_peer_scan()
print 'Waiting for incoming connection...'
while 1:
peer_status = p2p_status_get()
print 'peer_status: %d' % peer_status
if peer_status == 0:
print 'p2p disabled! Re-enable p2p...'
p2p_enable()
#if peer_status == 11:
# print 'p2p request received! Scan for peer ...'
# p2p_peer_scan()
# status 8 is the original Discovery Request
# status 22 needs to be handled this way, or Nexus 4 4.4 won't always work
# status 19 was added to try to implement windows 8.1 support
if peer_status in [8, 19, 22]:
# Discovery request or gonego fail
print 'Discovery request received!'
peer_found = p2p_peer_scan()
if peer_found:
break
p2p_disable()
time.sleep(1)
print 'Getting peer device address...'
# Get peer device address
mac = p2p_peer_devaddr_get()
print 'peer_devaddr: %s' % mac
# Notify received wps info
p2p_wpsinfo()
print 'Getting peer authentication type...'
# Get request configuration
p2p_req_cm_get()
print 'Confirming peer authentication...'
#print 'Getting status...'
# Get status
#peer_status = p2p_status_get()
#print 'peer_status: ', peer_status
# Set negotiation
p2p_set_nego(mac)
def p2p_disable():
get_stdout('iwpriv eth0 p2p_set enable=0')
def read_all_sta():
print 'read_all_sta:'
output = get_stdout(["./hostapd_cli", "all_sta"])
return ('dot11RSNAStatsSTAAddress' in output)
lease_file = '/var/lib/dhcp/dhcpd.leases'
def lease_file_timestamp_get():
return get_stdout('ls -l "%s"' % lease_file)
# get the leased IP address
def leased_ip_get():
contents = open(lease_file).read()
ip_list = re.findall(r'lease (\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})', contents)
# return the most recently leased IP address
return ip_list[-1]
print 'Bring up eth0 just in case...'
get_stdout(cmd_eth0_up)
print 'Increase rmem_default...'
get_stdout(cmd_inc_rmem_default)
# Don't kill running application as
# it is started explicitly
#print 'Kill running application...'
#core_channel.end()
#print get_stdout(cmd_kill_core_app)
while 1:
# Don't launch application, because it stuck
# the execution
# get_stdout(cmd_launch_core_app)
def lease_file_timestamp_get():
return get_stdout('ls -l "%s"' % lease_file)
def wps_status_get():
print 'wps_status_get:'
output = get_stdout(["./wpa_cli", "status"])
print output
lease_file = '/var/lib/dhcp/dhcpd.leases'
def lease_file_timestamp_get():
return get_stdout('ls -l "%s"' % lease_file)
# get the leased IP address
def leased_ip_get():
contents = open(lease_file).read()
ip_list = re.findall(r'lease (\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})', contents)
# return the most recently leased IP address
return ip_list[-1]
print 'Bring up wlan0 just in case...'
get_stdout(cmd_wlan0_up)
print 'Increase rmem_default...'
get_stdout(cmd_inc_rmem_default)
# Don't kill running application as
# it is started explicitly
#print 'Kill running application...'
#core_channel.end()
#print get_stdout(cmd_kill_core_app)
while 1:
# Don't launch application, because it stuck
# the execution
# get_stdout(cmd_launch_core_app)
def p2p_status_get():
#print 'p2p_status_get:'
output = get_stdout('iwpriv wlan1 p2p_get status')
match = re.search(r'Status=(\d*)', output)
return int(match.group(1))
def p2p_role_get():
print 'p2p_role_get:'
output = get_stdout('iwpriv wlan1 p2p_get role')
match = re.search(r'Role=(\d*)', output)
role = int(match.group(1))
return role
def p2p_req_cm_get():
print 'p2p_req_cm_get:'
print get_stdout('iwpriv eth0 p2p_get req_cm')
lease_file = '/var/lib/dhcp/dhcpd.leases'
def lease_file_timestamp_get():
return get_stdout('ls -l "%s"' % lease_file)
# get the leased IP address
def leased_ip_get():
contents = open(lease_file).read()
ip_list = re.findall(r'lease (\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})', contents)
# return the most recently leased IP address
return ip_list[-1]
print 'Bring up wlan0 just in case...'
get_stdout(cmd_wlan0_up)
while 1:
# Don't launch application, because it stuck
# the execution
# get_stdout(cmd_launch_core_app)
# Start DHCP
# print get_stdout(cmd_dhcp_start)
# Get previous timestamp
prev_ts = lease_file_timestamp_get()
# Wait for connection
wfd.wfd_connection_wait()
def p2p_status_get():
#print 'p2p_status_get:'
output = get_stdout('iwpriv eth0 p2p_get status')
match = re.search(r'Status=(\d*)', output)
return int(match.group(1))
def read_all_sta():
print 'read_all_sta:'
output = get_stdout(["./hostapd_cli", "all_sta"])
return ('dot11RSNAStatsSTAAddress' in output)
def lease_file_timestamp_get():
return get_stdout('ls -l "%s"' % lease_file)
# get the leased IP address
def leased_ip_get():
contents = open(lease_file).read()
ip_list = re.findall(r'lease (\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})',
contents)
# return the most recently leased IP address
return ip_list[-1]
print 'Bring up wlan0 just in case...'
get_stdout(cmd_wlan0_up)
while 1:
# Don't launch application, because it stuck
# the execution
# get_stdout(cmd_launch_core_app)
# Start DHCP
# print get_stdout(cmd_dhcp_start)
# Get previous timestamp
prev_ts = lease_file_timestamp_get()
# Wait for connection
wfd.wfd_connection_wait()
def peer_mac_get():
output = get_stdout('iwpriv eth0 p2p_get peer_ifa')
match = re.search(r'MAC (.*)$', output)
return match.group(1)
def p2p_opch_get():
print 'p2p_opch_get:'
print '---------------------------'
output = get_stdout('iwpriv eth0 p2p_get op_ch')
print output
print '---------------------------'
def peer_mac_get():
output = get_stdout('iwpriv wlan1 p2p_get peer_ifa')
match = re.search(r'MAC (.*)$', output)
return match.group(1)
def wps_auth():
print 'wps_auth:'
output = get_stdout(["./hostapd_cli", "wps_pbc", "any"])
print output
time.sleep(1)
def wps_auth():
print 'wps_auth:'
output = get_stdout(["./hostapd_cli", "wps_pbc", "any"])
print output
time.sleep(1)
def wps_status_get():
print 'wps_status_get:'
output = get_stdout(["./wpa_cli", "status"])
print output
def p2p_wpsinfo():
print 'p2p_wpsinfo:'
get_stdout('iwpriv wlan1 p2p_set got_wpsinfo=3')
def p2p_wpsinfo():
print 'p2p_wpsinfo:'
get_stdout('iwpriv eth0 p2p_set got_wpsinfo=3')
def wpa_supplicant_start():
print 'wpa_supplicant_start:'
get_stdout(["./wpa_supplicant", "-i", "eth0", "-c", "./wpa_0_8.conf", "-B"])
time.sleep(1)
def visit_inklayers_html(self,node):
orig_fname = os.path.join(SRC_DIR,node.src)
orig_modtime = os.stat(orig_fname)[stat.ST_MTIME]
root = etree.parse(orig_fname).getroot()
layer_ids = []
for child in root:
if child.tag == tag_name:
if child.attrib.get(attrib_key,None) == 'layer':
layer_ids.append( child.attrib['id'] )
# output .png images in new path
out_dir = 'inklayers' + os.environ.get('BURST_S5_INKLAYERS_SUFFIX','')
if not os.path.exists(out_dir):
os.mkdir(out_dir)
out_base_fname = os.path.split(orig_fname)[-1]
out_base_fname = os.path.splitext(out_base_fname)[0]
out_base_fname = os.path.join( out_dir, out_base_fname )
# but .svg files must remain alongside originals to maintain links
svg_base_path, svg_base_fname = os.path.split(orig_fname)
svg_base_fname = CACHE_PREFIX + os.path.splitext(svg_base_fname)[0]
svg_base_fname = os.path.join( svg_base_path, svg_base_fname )
source_fname = orig_fname
image_fnames = []
srcwidth, srcheight = get_width_height( source_fname, orig_modtime )
STD_HEIGHT = 600.0 # height of slide div in 1024x768
STD_DPI = 90.0
target_height = float(os.environ.get('BURST_S5_HEIGHT',STD_HEIGHT))
max_width = float(os.environ.get('BURST_S5_MAX_WIDTH',STD_HEIGHT*1.667)) # aspect of slide div in 1024x768
if 'stdheight' in node.options:
zheight = float(node.options['stdheight'])
frac = zheight/STD_HEIGHT # fraction of standard height
height = frac*target_height
scale = height/float(srcheight)
width = float(srcwidth)*scale
if width> max_width:
newscale = max_width/width
width *= newscale
height *= newscale
scale *= newscale
width = int(round(width))
height = int(round(height))
node.options['width'] = width
node.options['height'] = height
dpi = str(STD_DPI*scale)
else:
width = node.options.get('width',srcwidth)
height = node.options.get('height',srcheight)
dpi = str(STD_DPI)
for i,layer_id in enumerate(layer_ids):
out_fname = out_base_fname + layer_id + '.png'
image_fnames.append( out_fname )
skip_png = False
if os.path.exists(out_fname):
modtime = os.stat(out_fname)[stat.ST_MTIME]
if modtime > orig_modtime:
skip_png = True
if skip_png:
continue
if node.mode == 'overlay':
cmd_extra = ['-i',layer_id]
elif node.mode == 'replace':
out_svg_fname = svg_base_fname + '-' + layer_id + '.svg'
skip_svg = False
if os.path.exists(out_svg_fname):
modtime = os.stat(out_svg_fname)[stat.ST_MTIME]
if modtime > orig_modtime:
skip_svg = True
if not skip_svg:
newroot = copy.deepcopy(root)
# remove undisplayed layers
elems = newroot.findall(tag_name)
for remove_layer_id in layer_ids[i+1:]:
removed = False
for child in elems:
if (child.attrib.get(attrib_key,None) == 'layer' and
child.attrib['id'] == remove_layer_id):
newroot.remove( child )
removed = True
break
if not removed:
raise ValueError('could not remove layer_id "%s"'%remove_layer_id)
# turn on all layers (sometimes files are saved with layers turned off)
elems = newroot.findall(tag_name)
for child in elems:
if 'style' in child.attrib:
del child.attrib['style']
etree.ElementTree(newroot).write( out_svg_fname )
source_fname = out_svg_fname
cmd_extra = [
'-b','white', # white background
'-y','0xFF', # fully opaque
]
cmd = [INKSCAPE,
'-j', # only export this layer
'-C', # export canvas (page)
'-d', dpi,
source_fname,
'-e',out_fname,
] + cmd_extra
get_stdout(cmd)
if 1:
# export all layers for handout
out_fname = out_base_fname + '.png'
skip_final_png = False
if os.path.exists(out_fname):
modtime = os.stat(out_fname)[stat.ST_MTIME]
if modtime > orig_modtime:
skip_final_png = True
if not skip_final_png:
cmd = [INKSCAPE,
'-C', # export canvas (page)
'-d', dpi,
source_fname,
'-e',out_fname,
]
get_stdout(cmd)
image_fnames.append( out_fname )
html = ('<div class="animation container inklayers" '
'style="width: %spx; height: %spx;">\n'%(width,height))
for i,image_fname in enumerate( image_fnames ):
classes = []
if i != 0:
classes.append('incremental')
# This is slightly different than docutils documentation
# suggests: make each layer in incremental, hidden and
# slide-display classes, but have an extra render of all
# layers than is only displayed in the handout.
if i != len(image_fnames)-1:
classes.append('hidden')
classes.append('slide-display')
else:
classes = ['handout']
if len(classes):
class_str = ' class="%s"'%( ' '.join(classes), )
else:
class_str = ''
atts = []
for name in ['width','height']:
if name in node.options:
atts.append( '%s="%s"'%(name,node.options[name]))
if len(atts):
atts_str = ' ' + ' '.join(atts)
else:
atts_str = ''
html += ' <img%s%s src="%s" alt="%s">\n'%(class_str,atts_str,
image_fname,
image_fname)
html += '</div>'
self.body.append(html)