def __init__(self):
"""Initialize the target
The build_flags dictionnary is used to set attributes of
runtime_build.gpr"""
TargetConfiguration.__init__(self)
ArchSupport.__init__(self)
self.config_files = {}
self.runtimes = {}
self.rts_options = RTSProfiles(self)
self.build_flags = {
'source_dirs':
None,
'common_flags': [
'-fcallgraph-info=su,da', '-ffunction-sections',
'-fdata-sections'
],
'common_gnarl_flags': [],
'asm_flags': [],
'c_flags': ['-DIN_RTS', '-Dinhibit_libc']
}
readme = self.readme_file
if readme:
self.config_files.update({'README': readfile(readme)})
for profile in self.system_ads:
# Set the scenario variable values for the base profile
rts = FilesHolder()
self.runtimes[profile] = rts
if 'ravenscar' not in profile:
rts.rts_vars = self.rts_options.zfp_scenarios(math_lib=False)
elif 'full' in profile:
rts.rts_vars = self.rts_options.full_scenarios(math_lib=True)
else:
rts.rts_vars = self.rts_options.sfp_scenarios(math_lib=False)
# By default, system.ads files are searched for in
# bb-runtimes/src/system.
# This works fine in general, however, for custom runtimes, we may
# need to change the location of this file for various reasons
# so if we detect a slash in the base name, this means that we
# lookup the file as any other regular source file.
system_ads = self.system_ads[profile]
if '/' in system_ads:
rts.add_source_alias('gnat', 'system.ads', system_ads)
else:
rts.add_source_alias('gnat', 'system.ads',
'src/system/%s' % system_ads)
rts.build_flags = copy.deepcopy(self.build_flags)
rts.config_files = {}
# Update the runtimes objects according to target specifications
self.amend_rts(profile, rts)
# Check that dependencies are met
self.rts_options.check_deps(rts.rts_vars)
assert len(self.runtimes) > 0, "No runtime defined"
def amend_rts(self, rts_profile, conf):
super(PPC6XXTarget, self).amend_rts(rts_profile, conf)
if rts_profile == 'ravenscar-full':
conf.config_files.update(
{'link-zcx.spec': readfile('powerpc/prep/link-zcx.spec')})
conf.rts_xml = conf.rts_xml.replace(
'"-nostartfiles"',
('"-u", "_Unwind_Find_FDE", "-Wl,--eh-frame-hdr",\n'
' "--specs=${RUNTIME_DIR(ada)}/link-zcx.spec"'))
def dump_runtime_xml(self, rts_name, rts):
cnt = readfile('pikeos/runtime.xml')
if self.pikeos_version == 'pikeos3':
cnt = cnt.replace('@version@', 'pikeos-3.4')
else:
cnt = cnt.replace('@version@', 'pikeos-4.1')
cnt = cnt.replace('@target@', self.pikeos_target)
return cnt
def amend_rts(self, rts_profile, conf):
super(PPCBookETarget, self).amend_rts(rts_profile, conf)
# kill shrink-wrap-separate when building the runtime as this prevents
# the frame to be properly built and thus prevents gdb from unwinding
# the runtime (see R220-013).
conf.build_flags['common_flags'] += ['-fno-shrink-wrap-separate']
if rts_profile == 'ravenscar-full':
conf.config_files.update(
{'link-zcx.spec': readfile('powerpc/prep/link-zcx.spec')})
def __init__(self, mem_routines, small_mem):
"""Initialize the target
:param mem_routines: True for adding memory functions (memcpy..)
:param small_mem: True when targetting a board with minimal memory
The build_flags dictionnary is used to set attributes of
runtime_build.gpr"""
TargetConfiguration.__init__(self)
BSP.__init__(self)
self._mem_routines = mem_routines
self._small_mem = small_mem
self.config_files = {}
self.runtimes = {}
self.rts_options = RTSOptions(self)
self.build_flags = {
'source_dirs':
None,
'common_flags': [
'-fcallgraph-info=su,da', '-ffunction-sections',
'-fdata-sections'
],
'asm_flags': [],
'c_flags': ['-DIN_RTS', '-Dinhibit_libc']
}
readme = self.readme_file
if readme:
self.config_files.update({'README': readfile(readme)})
for profile in self.system_ads:
rts = FilesHolder()
self.runtimes[profile] = rts
if 'ravenscar' not in profile:
rts.rts_vars = \
self.rts_options.zfp_scenarios(
self._mem_routines, math_lib=False)
elif 'full' in profile:
rts.rts_vars = \
self.rts_options.full_scenarios(
mem_routines, math_lib=True, small_mem=small_mem)
else:
rts.rts_vars = \
self.rts_options.sfp_scenarios(
self._mem_routines,
math_lib=False,
small_mem=self._small_mem)
rts.add_sources(
'arch',
{'system.ads': 'src/system/%s' % self.system_ads[profile]})
rts.build_flags = copy.deepcopy(self.build_flags)
rts.config_files = {}
assert len(self.runtimes) > 0, "No runtime defined"
def amend_rts(self, rts_profile, conf):
super(LeonTarget, self).amend_rts(rts_profile, conf)
conf.rts_xml = \
conf.rts_xml.replace(
' "-nolibc",', '')
if rts_profile == 'ravenscar-full':
# Use leon-zcx.specs to link with -lc.
conf.config_files.update(
{'link-zcx.spec': readfile('sparc/leon/leon-zcx.specs')})
conf.rts_xml = conf.rts_xml.replace(
'"-nostartfiles",',
'"--specs=${RUNTIME_DIR(ada)}/link-zcx.spec",')
def __init__(self):
"""Initialize the target
The build_flags dictionnary is used to set attributes of
runtime_build.gpr"""
TargetConfiguration.__init__(self)
ArchSupport.__init__(self)
self.config_files = {}
self.runtimes = {}
self.rts_options = RTSProfiles(self)
self.build_flags = {
'source_dirs':
None,
'common_flags': [
'-fcallgraph-info=su,da', '-ffunction-sections',
'-fdata-sections'
],
'asm_flags': [],
'c_flags': ['-DIN_RTS', '-Dinhibit_libc']
}
readme = self.readme_file
if readme:
self.config_files.update({'README': readfile(readme)})
for profile in self.system_ads:
# Set the scenario variable values for the base profile
rts = FilesHolder()
self.runtimes[profile] = rts
if 'ravenscar' not in profile:
rts.rts_vars = self.rts_options.zfp_scenarios(math_lib=False)
elif 'full' in profile:
rts.rts_vars = self.rts_options.full_scenarios(math_lib=True)
else:
rts.rts_vars = self.rts_options.sfp_scenarios(math_lib=False)
rts.add_sources(
'arch',
{'system.ads': 'src/system/%s' % self.system_ads[profile]})
rts.build_flags = copy.deepcopy(self.build_flags)
rts.config_files = {}
# Update the runtimes objects according to target specifications
self.amend_rts(profile, rts)
# Check that dependencies are met
self.rts_options.check_deps(rts.rts_vars)
assert len(self.runtimes) > 0, "No runtime defined"
def install(self, destination, rts_descriptor=None):
# Build target directories
destination = os.path.abspath(destination)
if not os.path.exists(destination):
os.mkdir(destination)
# Retrieve runtime sources
runtime_sources = self._find_rts_sources(destination, rts_descriptor)
projects = []
for rts_base_name, rts_obj in self.tgt.runtimes.items():
if self.tgt.is_native or self.tgt.is_pikeos:
rtsname = 'rts-%s' % rts_base_name
else:
rtsname = '%s-%s' % (rts_base_name, self.tgt.name)
rts_path = os.path.join(destination, rtsname)
if os.path.exists(rts_path):
if not self.overwrite:
print("ERROR: a runtime already exists in")
print(" %s" % rts_path)
print("remove the runtime, use a different installation"
" path or use --force to overwrite")
sys.exit(1)
else:
# remove everything there
print("WARNING: replacing a previously existing runtime")
print(" %s" % rts_path)
shutil.rmtree(rts_path)
scenario_vars = rts_obj.rts_vars
if 'ravenscar' in rts_base_name:
libs = ('gnat', 'gnarl')
else:
libs = ('gnat', )
# Amend the scenario variables with the default values
for lib in libs:
for scenario, vals in runtime_sources.scenarios(lib).items():
if scenario not in scenario_vars:
scenario_vars[scenario] = vals[0]
# Placeholder for user-defined sources
user_libs = ['%s_user' % d for d in libs]
for lib in user_libs:
dest = os.path.join(rts_path, lib)
os.makedirs(dest)
# GNARL extra directory for ravenscar-full:
# With the ravenscar full, we can't split properly libgnat
# and libgnarl, as we don't have the same soft-link
# mechanism as the native runtime. This means that
# atomic operations from libgnat need to call the
# libgnarl functions, making the two libs inter-dependent.
# To remove linking headache, we thus combine the two in
# a single lib, keeping libgnarl as an empty lib (gnatlink will
# still try to link with it when tasking is used, so we need to
# have one available).
if rts_base_name == 'ravenscar-full':
dest = os.path.join(rts_path, 'gnarl_empty')
os.makedirs(dest)
with open(os.path.join(dest, 'empty.c'), 'w') as fp:
fp.write('\n')
# Now copy the full set of sources to use for the runtime
langs = {}
for lib in libs:
langs[lib] = ['Ada']
dest = os.path.join(rts_path, lib)
# Install sources from the shared rts sources
dirs = self._get_rts_dirs(runtime_sources.sources(lib),
scenario_vars)
install_files(dirs, dest)
# and install sources from the BSP
for pair in self.tgt.get_sources(lib):
pair.install(dest)
if lib in rts_obj.dirs:
for pair in rts_obj.dirs[lib]:
pair.install(dest)
# Check the list of languages used there, to produce the proper
# _build.gpr project.
for fname in os.listdir(dest):
_, ext = os.path.splitext(fname)
if 'C' not in langs[lib] and (ext == '.c' or ext == '.h'):
langs[lib].append('C')
if 'Asm' not in langs[lib] and ext == '.s':
langs[lib].append('Asm')
if 'Asm_Cpp' not in langs[lib] and ext == '.S':
langs[lib].append('Asm_Cpp')
# Copy the ld scripts
if len(self.tgt.ld_scripts) > 0:
dest = os.path.join(rts_path, 'ld')
if not os.path.isdir(dest):
os.makedirs(dest)
for script in self.tgt.ld_scripts:
script.install(dest)
# Add user-defined placeholder for ld scripts
dest = os.path.join(rts_path, 'ld_user')
if not os.path.isdir(dest):
os.makedirs(dest)
# Install target and run-time specific configuration files
for name, content in self.tgt.config_files.items():
with open(os.path.join(rts_path, name), 'w') as fp:
fp.write(content)
for name, content in rts_obj.config_files.items():
with open(os.path.join(rts_path, name), 'w') as fp:
fp.write(content)
with open(os.path.join(rts_path, 'runtime.xml'), 'w') as fp:
fp.write(self.tgt.dump_runtime_xml(rts_base_name, rts_obj))
with open(os.path.join(rts_path, 'ada_source_path'), 'w') as fp:
# Make sure the user-defined sources come first to preempt
# default sources when needed
fp.write('%s\n' % '\n'.join(list(user_libs) + list(libs)))
with open(os.path.join(rts_path, 'ada_object_path'), 'w') as fp:
fp.write('adalib\n')
# And generate the project files used to build the rts
build_flags = {}
for f in ['common_flags', 'asm_flags', 'c_flags']:
build_flags[f] = '",\n "'.join(rts_obj.build_flags[f])
cnt = readfile(getdatafilepath('target_options.gpr'))
# Format
cnt = cnt.format(**build_flags)
# Write
with open(os.path.join(rts_path, 'target_options.gpr'), 'w') as fp:
fp.write(cnt)
runtime_build = os.path.join(rts_path, "runtime_build.gpr")
runtime_build_tmpl = getdatafilepath('runtime_build.gpr.in')
with open(runtime_build_tmpl, 'r') as fp:
template = fp.read()
with open(runtime_build, 'w') as fp:
if self.is_native:
target_directive = ''
else:
target_directive = 'for Target use "%s";' % self.tgt.target
source_dirs = ['gnat_user', 'gnat']
languages = langs['gnat']
if rts_base_name == 'ravenscar-full':
# ravenscar-full: combine libgnat and libgnarl
source_dirs.extend(['gnarl_user', 'gnarl'])
for lang in langs['gnarl']:
if lang not in languages:
languages.append(lang)
fp.write(
template.format(target_directive=target_directive,
source_dirs='", "'.join(source_dirs),
languages='", "'.join(languages)))
if 'gnarl' in libs:
ravenscar_build = os.path.join(rts_path, "ravenscar_build.gpr")
ravenscar_build_tmpl = getdatafilepath(
"ravenscar_build.gpr.in")
with open(ravenscar_build_tmpl, 'r') as fp:
template = fp.read()
if rts_base_name != 'ravenscar-full':
source_dirs = ['gnarl_user', 'gnarl']
languages = langs['gnarl']
else:
# see above: libgnarl and libgnat are merged in
# ravenscar-full, and libgnarl remains there as an empty
# lib
source_dirs = ['gnarl_empty']
languages = ['C']
with open(ravenscar_build, 'w') as fp:
fp.write(
template.format(source_dirs='", "'.join(source_dirs),
languages='", "'.join(languages)))
projects.append(ravenscar_build)
else:
projects.append(runtime_build)
# Finally install extra sources and projects if requested by the
# target
extra = self.tgt.other_sources(rts_base_name)
if extra is not None:
for subdir, src_list in extra.items():
dest = os.path.join(rts_path, subdir)
if not os.path.exists(dest):
os.makedirs(dest)
install_files(src_list, dest)
extra_prjs = self.tgt.other_projects(rts_base_name)
if extra_prjs is not None:
projects += [os.path.join(rts_path, prj) for prj in extra_prjs]
return projects
def payload(sp, ep):
filepath = "./keyword5.csv"
keywords_list = S.readfile(filepath)
#keywords_list = [['0','Representative Steve Kestell']]
#dates_list = ['2013-09-04','2013-09-05','2013-09-06','2013-09-07']
#dates_list = ['2013-09-04','2013-09-05']
#dates_list = S.date_list()
filepath1 = "./date_range.csv"
dates_list = S.readfile(filepath1)
tweet_info = csv.writer(
open("./tweet_ids_terri_remaining" + sp + "_" + ep + ".csv", 'ab+'))
spoint = int(sp)
epoint = int(ep)
for k1 in range(spoint, epoint):
print keywords_list[k1][1]
#k2= keywords_list[k1][1].strip("@")
k2 = keywords_list[k1][1]
print k2
for d1 in range(len(dates_list)):
k4 = k2 + "-" + dates_list[d1][0]
#k2 = "\""+k2+"\""
print k4
start_date = dates_list[d1][0]
start_epoch = int(
(datetime.datetime.strptime(start_date, "%Y-%m-%d") -
datetime.datetime(1970, 1, 1)).total_seconds())
end_date = dates_list[d1][1]
end_epoch = start_epoch - 5000
#k2 = "Representative Steve Kestell "
#q = "Eagles since:" + start_date + " until:" + end_date
q = k2 + " since:" + start_date + " until:" + end_date
print q
scroll_cursor = "TWEET-t%s-t%s" % (start_epoch, end_epoch)
scroll_cursor = ""
has_more_items = True
count = 0
tweetHTML = ""
totalTweets = 0
while count < 300:
falseCounter = 0
#url = 'https://twitter.com/i/search/timeline?q=%s&src=typd&include_available_features=1&include_entities=1&last_note_ts=35&scroll_cursor=%s' % (q, scroll_cursor)
url = 'https://twitter.com/i/search/timeline?f=realtime&q=%s&src=typd&include_available_features=1&include_entities=1&last_note_ts=35&scroll_cursor=%s' % (
q, scroll_cursor)
headers = {
"cookie":
'''external_referer="sQr0xRwtlCwrmSiFmo9Ms3PWH0SmSUXaGIME+lo2c9Bx3f5tDT8nfQ==|1"; guest_id=v1%3A139954374768358805; auth_token=22566a46611f84d2d1879036ade92cf1a74524f3; secure_session=true; twll=l%3D1399543820; remember_checked=1; remember_checked_on=1; ad_partner=; lang=en; twid=u%3D2483484974%7C3ZOg8IXYJYQtGds69V4htE8n4hc%3D; ssExp4974=1399543821; pid="v3:1399543833876948256857997"; webn=2483484974; external_referer=sQr0xRwtlCwrmSiFmo9Ms3PWH0SmSUXaGIME%2Blo2c9Bx3f5tDT8nfQ%3D%3D%7C1; __utma=43838368.1948717281.1399543745.1399543745.1399543745.1; __utmb=43838368.15.10.1399543745; __utmc=43838368; __utmz=43838368.1399543745.1.1.utmcsr=(direct)|utmccn=(direct)|utmcmd=(none); _twitter_sess=BAh7DjoMY3NyZl9pZCIlYWNiYWQ0MjY5MzRkN2EzOTgyOTFlNzFhYzE5MmU4%250AM2Y6CXVzZXJsKwcu%252BQaUOhhpbl9lbWFpbF92YWxpZGF0aW9uVDoHaWQiJWFj%250ANDcxOGYzZjYyNzcyZWQxNGViOGEzN2IyZThjYjlkOhFmaXJzdF9pbnZpdGVU%250AOhVpbl9uZXdfdXNlcl9mbG93VCIKZmxhc2hJQzonQWN0aW9uQ29udHJvbGxl%250Acjo6Rmxhc2g6OkZsYXNoSGFzaHsABjoKQHVzZWR7ADoQc3RheV9zZWN1cmVU%250AOg9jcmVhdGVkX2F0bCsIZtRO20UB--1f324b7ee6038b2af80f049ecb00c76ca2b61d6b'''
}
#print response
try:
r = requests.get(url, headers=headers)
response = r.json()
has_more_items = response["has_more_items"]
scroll_cursor = response["scroll_cursor"]
focused_refresh_interval = response[
"focused_refresh_interval"]
# Append New Tweets
tweetHTML += response["items_html"]
# Count the number of Tweets
soup = bs("<ol>" + response["items_html"].encode("utf-8") +
"</ol>")
newTweets = len(
soup.find("ol").find_all("li", recursive=False))
totalTweets += newTweets
#print l.get("data-item-id")
tid = soup.findAll("li")
for l in tid:
info = []
tid = l.get("data-item-id")
#print tid
if tid is None:
pass
else:
info.append(keywords_list[k1][0])
k3 = '@' + keywords_list[k1][1]
#print k3
info.append(k3)
info.append(start_date)
info.append(str(tid))
tweet_info.writerow(info)
#dbHandler.insert_tid(info)
# Sleep if false returned for has_more_items
if not has_more_items:
falseCounter += 1
# End loop if count of tweets is 0
if newTweets == 0:
break
#print "%s. %s, %s, %s tweets\t\t%s total" % (count+1, scroll_cursor, has_more_items, newTweets, totalTweets)
count += 1
except Exception, e:
pass
#raise e
# break
#print "<ol>" + tweetHTML.encode('utf-8') + "</ol>"
print "filename", k4
html_twitter = (open("./Dump/" + k4 + '.html', 'wb+'))
html_twitter.write(tweetHTML.encode('utf8', 'replace'))
print "[%s requests] [%s tweets]" % (count, totalTweets)
def dump_runtime_xml(self, rts_name, rts):
return readfile('pikeos/runtime42.xml')
def dump_runtime_xml(self, rts_name, rts):
return readfile('vx7r2cert/runtime.xml')
def install(self, destination, prefix):
# Build target directories
destination = os.path.abspath(destination)
if not os.path.exists(destination):
os.mkdir(destination)
installed_files = []
gnarl_dirs = []
gnarl_langs = []
gnat_dirs = []
gnat_langs = []
script_files = []
# Install the bsp
base = destination
base_bsp = os.path.join(base, self.tgt.rel_path)
if 'README' in self.tgt.config_files:
cnt = self.tgt.config_files['README']
readme_fname = os.path.join(destination,
'README-%s.txt' % self.tgt.name)
with open(readme_fname, 'w') as fp:
fp.write(cnt)
scripts = []
self.tgt.install_ld_scripts(destination, scripts, installed_files)
for d in scripts:
full = os.path.join(base, d)
rel = os.path.join('..', os.path.relpath(full, base_bsp))
script_files.append(rel)
# Install source files for the BSP/RTSs
bsp_gnat = []
bsp_gnarl = []
self.tgt.install_libgnat(destination, bsp_gnat, installed_files)
has_ravenscar = False
for rts in self.tgt.runtimes:
if 'ravenscar' in rts:
has_ravenscar = True
break
if has_ravenscar:
# install ravenscar support
self.tgt.install_libgnarl(destination, bsp_gnarl, installed_files)
for d in bsp_gnat:
full = os.path.join(base, d)
rel = os.path.join('..', os.path.relpath(full, base_bsp))
# gnat_dirs is used to generate libgnat.gpr, so relative to the
# bsp directory
gnat_dirs.append(rel)
if 'C' not in gnat_langs and self.tgt.has_c(d):
gnat_langs.append('C')
if 'Asm' not in gnat_langs and self.tgt.has_asm(d):
gnat_langs.append('Asm')
if 'Asm_Cpp' not in gnat_langs and self.tgt.has_asm_cpp(d):
gnat_langs.append('Asm_Cpp')
for d in bsp_gnarl:
full = os.path.join(base, d)
rel = os.path.join('..', os.path.relpath(full, base_bsp))
gnarl_dirs.append(rel)
if 'C' not in gnarl_langs and self.tgt.has_c(d):
gnarl_langs.append('C')
if 'Asm' not in gnarl_langs and self.tgt.has_asm(d):
gnarl_langs.append('Asm')
if 'Asm_Cpp' not in gnarl_langs and self.tgt.has_asm_cpp(d):
gnarl_langs.append('Asm_Cpp')
# Now install the rts-specific sources
for rts_name, rts_obj in self.tgt.runtimes.items():
base_rts = os.path.join(base_bsp, rts_name)
rts_gnat = [d for d in gnat_dirs]
rts_gnarl = [d for d in gnarl_dirs]
rts_gnat_langs = [l for l in gnat_langs]
rts_gnarl_langs = [l for l in gnarl_langs]
if prefix is not None:
if prefix.endswith('/'):
install_prefix = prefix
else:
install_prefix = prefix + '/'
elif self.tgt.target is not None:
if self.tgt.is_pikeos:
install_prefix = 'lib/gcc/%s/%s/' % (
self.tgt.target, FilesHolder.gcc_version())
else:
install_prefix = self.tgt.target + '/lib/gnat/'
else:
install_prefix = 'lib/gnat/'
if self.tgt.is_pikeos or self.tgt.target is None:
install_prefix += 'rts-%s' % rts_name
else:
install_prefix += '%s-%s' % (rts_name, self.tgt.name)
if not os.path.exists(base_rts):
os.makedirs(base_rts)
for d in ['obj', 'adalib']:
path = os.path.join(base_rts, d)
if not os.path.exists(path):
os.mkdir(path)
for dirname, l in rts_obj.dirs.items():
if l is None or len(l) == 0:
continue
if 'gnarl' in dirname:
if dirname not in gnarl_dirs:
rts_gnarl.append(dirname)
if 'C' not in rts_gnarl_langs and \
dirname in rts_obj.c_srcs:
rts_gnarl_langs.append('C')
if 'Asm' not in rts_gnarl_langs and \
dirname in rts_obj.asm_srcs:
rts_gnarl_langs.append('Asm')
if 'Asm_Cpp' not in rts_gnarl_langs and \
dirname in rts_obj.asm_cpp_srcs:
rts_gnarl_langs.append('Asm_Cpp')
else:
if dirname not in gnat_dirs:
rts_gnat.append(dirname)
if 'C' not in rts_gnat_langs and \
dirname in rts_obj.c_srcs:
rts_gnat_langs.append('C')
if 'Asm' not in rts_gnat_langs and \
dirname in rts_obj.asm_srcs:
rts_gnat_langs.append('Asm')
if 'Asm_Cpp' not in rts_gnat_langs and \
dirname in rts_obj.asm_cpp_srcs:
rts_gnat_langs.append('Asm_Cpp')
full = os.path.join(base_rts, dirname)
if not os.path.exists(full):
os.makedirs(full)
for srcname, pair in l.items():
self.tgt._copy_pair(srcname, pair, full)
# user-defined sources
rts_gnat.append('user_srcs')
path = os.path.join(base_rts, 'user_srcs')
if not os.path.exists(path):
os.mkdir(path)
# Generate ada_source_path, used for the rts bootstrap
with open(os.path.join(base_rts, 'ada_source_path'), 'w') as fp:
for d in sorted(rts_gnat + rts_gnarl):
fp.write(d + '\n')
# Generate ada_object_path
with open(os.path.join(base_rts, 'ada_object_path'), 'w') as fp:
fp.write('adalib\n')
# Write config files
for name, content in self.tgt.config_files.iteritems():
with open(os.path.join(base_rts, name), 'w') as fp:
fp.write(content)
with open(os.path.join(base_rts, 'runtime.xml'), 'w') as fp:
fp.write(self.tgt.dump_runtime_xml(rts_name, rts_obj))
# and now install the rts project with the proper scenario values
self.dump_rts_project_file(rts_name, rts_obj.rts_vars, destination,
install_prefix)
inst_files = ['runtime.xml']
support_dir = os.path.relpath(os.path.join(destination, 'support'),
base_rts)
inst_files.append(os.path.join(support_dir, 'ada_source_path'))
inst_files.append(os.path.join(support_dir, 'ada_object_path'))
for name, content in rts_obj.config_files.iteritems():
inst_files.append(name)
with open(os.path.join(base_rts, name), 'w') as fp:
fp.write(content)
if len(script_files) > 0:
link_sources = '"%s"' % '",\n "'.join(script_files)
else:
link_sources = ''
build_flags = {
'link_sources': link_sources,
'rts_files': '",\n "'.join(inst_files)
}
cnt = readfile(datapath('install.gpr'))
# Format
cnt = cnt.format(**build_flags)
# Write
with open(os.path.join(base_rts, 'install.gpr'), 'w') as fp:
fp.write(cnt)
# and the potentially runtime specific target_options.gpr project
build_flags = {}
for f in ['common_flags', 'asm_flags', 'c_flags']:
build_flags[f] = '",\n "'.join(rts_obj.build_flags[f])
cnt = readfile(datapath('target_options.gpr'))
# Format
cnt = cnt.format(**build_flags)
# Write
with open(os.path.join(base_rts, 'target_options.gpr'), 'w') as fp:
fp.write(cnt)
# Set source_dirs and languages
prj_values = {}
prj_values['gnat_source_dirs'] = '"%s"' % ('",\n "'.join(
sorted(rts_gnat)), )
if len(rts_gnarl) == 0:
prj_values['gnarl_source_dirs'] = ''
else:
prj_values['gnarl_source_dirs'] = '"%s"' % ('",\n "'.join(
sorted(rts_gnarl)), )
prj_values['gnat_langs'] = '", "'.join(["Ada"] + rts_gnat_langs)
prj_values['gnarl_langs'] = '", "'.join(["Ada"] + rts_gnarl_langs)
all_langs = []
for l in rts_gnat_langs + rts_gnarl_langs:
if l not in all_langs:
all_langs.append(l)
prj_values['all_langs'] = '", "'.join(all_langs)
if 'ravenscar' not in rts_name:
projects = ('libgnat', )
elif 'full' in rts_name:
projects = ('libgnat_full', 'libgnarl_full')
else:
projects = ('libgnat', 'libgnarl')
for fname in projects:
cnt = readfile(datapath('%s.gpr' % fname))
# Format
cnt = cnt.format(**prj_values)
# Write
if '_full' in fname:
dest = fname.replace('_full', '')
empty_c = os.path.join(base_rts, 'empty.c')
with open(empty_c, 'w') as fp:
fp.write('')
else:
dest = fname
with open(os.path.join(base_rts, '%s.gpr' % dest), 'w') as fp:
fp.write(cnt)
def amend_rts(self, rts_profile, conf):
conf.rts_xml = readfile('riscv/spike/runtime.xml')
def dump_runtime_xml(self, rts_name, rts):
return readfile('visium/mcm/runtime.xml')
def payload(sp,ep):
filepath = "./keyword5.csv"
keywords_list = S.readfile(filepath)
#keywords_list = [['0','Representative Steve Kestell']]
#dates_list = ['2013-09-04','2013-09-05','2013-09-06','2013-09-07']
#dates_list = ['2013-09-04','2013-09-05']
#dates_list = S.date_list()
filepath1 = "./date_range.csv"
dates_list = S.readfile(filepath1)
tweet_info = csv.writer(open("./tweet_ids_terri_remaining"+sp+"_"+ep+".csv",'ab+'))
spoint = int(sp)
epoint = int(ep)
for k1 in range(spoint,epoint):
print keywords_list[k1][1]
#k2= keywords_list[k1][1].strip("@")
k2 = keywords_list[k1][1]
print k2
for d1 in range(len(dates_list)):
k4 = k2+"-"+dates_list[d1][0]
#k2 = "\""+k2+"\""
print k4
start_date = dates_list[d1][0]
start_epoch = int((datetime.datetime.strptime(start_date, "%Y-%m-%d") - datetime.datetime(1970,1,1)).total_seconds())
end_date = dates_list[d1][1]
end_epoch = start_epoch - 5000
#k2 = "Representative Steve Kestell "
#q = "Eagles since:" + start_date + " until:" + end_date
q = k2 +" since:" + start_date + " until:" + end_date
print q
scroll_cursor = "TWEET-t%s-t%s" % (start_epoch, end_epoch)
scroll_cursor = ""
has_more_items = True
count = 0
tweetHTML = ""
totalTweets = 0
while count < 300:
falseCounter = 0
#url = 'https://twitter.com/i/search/timeline?q=%s&src=typd&include_available_features=1&include_entities=1&last_note_ts=35&scroll_cursor=%s' % (q, scroll_cursor)
url = 'https://twitter.com/i/search/timeline?f=realtime&q=%s&src=typd&include_available_features=1&include_entities=1&last_note_ts=35&scroll_cursor=%s' % (q, scroll_cursor)
headers = {
"cookie": '''external_referer="sQr0xRwtlCwrmSiFmo9Ms3PWH0SmSUXaGIME+lo2c9Bx3f5tDT8nfQ==|1"; guest_id=v1%3A139954374768358805; auth_token=22566a46611f84d2d1879036ade92cf1a74524f3; secure_session=true; twll=l%3D1399543820; remember_checked=1; remember_checked_on=1; ad_partner=; lang=en; twid=u%3D2483484974%7C3ZOg8IXYJYQtGds69V4htE8n4hc%3D; ssExp4974=1399543821; pid="v3:1399543833876948256857997"; webn=2483484974; external_referer=sQr0xRwtlCwrmSiFmo9Ms3PWH0SmSUXaGIME%2Blo2c9Bx3f5tDT8nfQ%3D%3D%7C1; __utma=43838368.1948717281.1399543745.1399543745.1399543745.1; __utmb=43838368.15.10.1399543745; __utmc=43838368; __utmz=43838368.1399543745.1.1.utmcsr=(direct)|utmccn=(direct)|utmcmd=(none); _twitter_sess=BAh7DjoMY3NyZl9pZCIlYWNiYWQ0MjY5MzRkN2EzOTgyOTFlNzFhYzE5MmU4%250AM2Y6CXVzZXJsKwcu%252BQaUOhhpbl9lbWFpbF92YWxpZGF0aW9uVDoHaWQiJWFj%250ANDcxOGYzZjYyNzcyZWQxNGViOGEzN2IyZThjYjlkOhFmaXJzdF9pbnZpdGVU%250AOhVpbl9uZXdfdXNlcl9mbG93VCIKZmxhc2hJQzonQWN0aW9uQ29udHJvbGxl%250Acjo6Rmxhc2g6OkZsYXNoSGFzaHsABjoKQHVzZWR7ADoQc3RheV9zZWN1cmVU%250AOg9jcmVhdGVkX2F0bCsIZtRO20UB--1f324b7ee6038b2af80f049ecb00c76ca2b61d6b'''
}
#print response
try:
r = requests.get(url, headers=headers)
response = r.json()
has_more_items = response["has_more_items"]
scroll_cursor = response["scroll_cursor"]
focused_refresh_interval = response["focused_refresh_interval"]
# Append New Tweets
tweetHTML += response["items_html"]
# Count the number of Tweets
soup = bs("<ol>" + response["items_html"].encode("utf-8") + "</ol>")
newTweets = len(soup.find("ol").find_all("li", recursive=False))
totalTweets += newTweets
#print l.get("data-item-id")
tid = soup.findAll("li")
for l in tid:
info = []
tid= l.get("data-item-id")
#print tid
if tid is None:
pass
else:
info.append(keywords_list[k1][0])
k3 = '@'+keywords_list[k1][1]
#print k3
info.append(k3)
info.append(start_date)
info.append(str(tid))
tweet_info.writerow(info)
#dbHandler.insert_tid(info)
# Sleep if false returned for has_more_items
if not has_more_items:
falseCounter += 1
# End loop if count of tweets is 0
if newTweets == 0:
break
#print "%s. %s, %s, %s tweets\t\t%s total" % (count+1, scroll_cursor, has_more_items, newTweets, totalTweets)
count += 1
except Exception, e:
pass
#raise e
# break
#print "<ol>" + tweetHTML.encode('utf-8') + "</ol>"
print "filename",k4
html_twitter =(open("./Dump/" +k4+'.html','wb+'))
html_twitter.write(tweetHTML.encode('utf8','replace'))
print "[%s requests] [%s tweets]" % (count, totalTweets)
def amend_rts(self, rts_profile, conf):
super(DFBBTarget, self).amend_rts(rts_profile, conf)
if rts_profile == 'ravenscar-full':
conf.config_files.update(
{'link-zcx.spec': readfile('riscv/link-zcx.spec')})
def dump_runtime_xml(self, rts_name, rts):
return readfile('riscv/spike/runtime.xml')
except Exception,e:
print traceback.format_exc()
return 1
# following = twitter.get_friends_ids(screen_name = screenName,count = 5000)
# jsonFollowing = json.dumps(following)
# print jsonFollowing
# return 1
#
if __name__ == '__main__':
try:
#file_path = "D:\'twitter'\'twitter_tokens.csv"
file_path = 'D:/twitter/_tokens.csv'
#print file_path
file_path1 = 'D:/twitter/official_handles/_ids_official_handles_final_0_32.csv'
twee_id_list = s.readfile(file_path1)
end = 14600
start = 0
t_token=s.readfile(file_path)
dbList = []
while(True):
i =1
s1 = strftime("%H:%M:%S",gmtime())
for i in range(1,len(t_token)):
tid_list =[]
#print time.time()
#for i in range(1,2):
CONSUMER_TOKEN = t_token[i][2]
CONSUMER_SECRET = t_token[i][3]
Access_token = t_token[i][4]
Access_token_secret = t_token[i][5]
print traceback.format_exc()
return 1
# following = twitter.get_friends_ids(screen_name = screenName,count = 5000)
# jsonFollowing = json.dumps(following)
# print jsonFollowing
# return 1
#
if __name__ == '__main__':
try:
#file_path = "D:\'twitter'\'twitter_tokens.csv"
file_path = 'D:/twitter/_tokens.csv'
#print file_path
file_path1 = 'D:/twitter/official_handles/_ids_official_handles_final_0_32.csv'
twee_id_list = s.readfile(file_path1)
end = 14600
start = 0
t_token = s.readfile(file_path)
dbList = []
while (True):
i = 1
s1 = strftime("%H:%M:%S", gmtime())
for i in range(1, len(t_token)):
tid_list = []
#print time.time()
#for i in range(1,2):
CONSUMER_TOKEN = t_token[i][2]
CONSUMER_SECRET = t_token[i][3]
Access_token = t_token[i][4]
Access_token_secret = t_token[i][5]
def amend_rts(self, rts_profile, conf):
conf.rts_vars['Has_libc'] = 'yes'
conf.rts_xml = readfile('visium/mcm/runtime.xml')
conf.build_flags['common_flags'] += ['-muser-mode']
def amend_rts(self, rts_profile, conf):
super(LeonTarget, self).amend_rts(rts_profile, conf)
if rts_profile == 'ravenscar-full':
# Use leon-zcx.specs to link with -lc.
conf.config_files.update(
{'link-zcx.spec': readfile('sparc/leon/leon-zcx.specs')})
def amend_rts(self, rts_profile, conf):
super(PikeOS, self).amend_rts(rts_profile, conf)
conf.rts_xml = readfile('pikeos/runtime.xml')
if rts_profile == 'ravenscar-full':
# Register ZCX frames (for pikeos-cert-app.c)
conf.build_flags['c_flags'] += ['-DUSE_ZCX']