def runTest(self):
"""
Insert a line in a file without sentinels of a file derived of a file with sentinels, and make sure that this line is inserted in the proper place.
"""
# First, produce the sentinel free output.
sentinel.main(self.configfilename, "push")
# Verify this first step.
assert os.path.exists(self.output_filename)
assert file(self.output_filename).readlines() == sentinel.push_filter_lines(self.lines)[0]
# get the sources back.
sentinel.main(self.configfilename, "pull")
# Now check that the source has not been changed.
assert file(self.input_filename).readlines() == self.lines
def runTest(self):
"""
Insert a line in a file without sentinels of a file derived of a file with sentinels, and make sure that this line is inserted in the proper place.
"""
# First, produce the sentinel free output.
sentinel.main(self.configfilename, "push")
# Verify this first step.
assert os.path.exists(self.output_filename)
assert file(
self.output_filename).readlines() == sentinel.push_filter_lines(
self.lines)[0]
# get the sources back.
sentinel.main(self.configfilename, "pull")
# Now check that the source has not been changed.
assert file(self.input_filename).readlines() == self.lines
def runTest(self):
"""
Insert a line in a file without sentinels of a file derived of a file with sentinels, and make sure that this line is inserted in the proper place.
"""
# First, produce the sentinel free output.
sentinel.main(self.configfilename, "push")
# Verify this first step.
assert os.path.exists(self.output_filename)
assert file(self.output_filename).readlines() == self.lines
# then insert one line in the sentinel free output.
lines = self.lines
lines[2:2] = ["This is an inserted line\n"]
outfile = file(self.output_filename, "w")
for line in lines:
outfile.write(line)
outfile.close()
# get the sources back.
sentinel.main(self.configfilename, "pull")
# re-generate the output.
sentinel.main(self.configfilename, "push")
# and check for equality.
assert file(self.output_filename).readlines() == lines
def runTest(self):
"""
Insert a line in a file without sentinels of a file derived of a file with sentinels, and make sure that this line is inserted in the proper place.
"""
# First, produce the sentinel free output.
sentinel.main(self.configfilename, "push")
# Verify this first step.
assert os.path.exists(self.output_filename)
filtered_lines = sentinel.push_filter_lines(self.lines)[0]
assert file(self.output_filename).readlines() == filtered_lines
# then insert one line in the sentinel free output.
filtered_lines[1:3] = [
"These lines should be totally different\n",
"and be replaced across sentinel blocks,\n",
]
outfile = file(self.output_filename, "w")
for line in filtered_lines:
outfile.write(line)
outfile.close()
# get the sources back.
sentinel.main(self.configfilename, "pull")
# re-generate the output.
sentinel.main(self.configfilename, "push")
# and check for equality.
assert file(self.output_filename).readlines() == filtered_lines
def runTest(self):
"""
Insert a line in a file without sentinels of a file derived of a file with sentinels, and make sure that this line is inserted in the proper place.
"""
# First, produce the sentinel free output.
sentinel.main(self.configfilename, "push")
# Verify this first step.
assert os.path.exists(self.output_filename)
assert file(self.output_filename).readlines() == self.lines
# then insert two lines in the sentinel free output.
lines = self.lines
lines[7:9] = [
" single_class represents a (condition, register) => (expression_number, linenumber) mapping.\n", #7
" set_class represents a set of (condition, register) => (expression_number, linenumber) mappings.\n", #8
]
outfile = file(self.output_filename, "w")
for line in lines:
outfile.write(line)
outfile.close()
# get the sources back.
sentinel.main(self.configfilename, "pull")
# re-generate the output.
sentinel.main(self.configfilename, "push")
# and check for equality.
assert file(self.output_filename).readlines() == lines
def runTest(self):
"""
Insert a line in a file without sentinels of a file derived of a file with sentinels, and make sure that this line is inserted in the proper place.
"""
# First, produce the sentinel free output.
sentinel.main(self.configfilename, "push")
# Verify this first step.
assert os.path.exists(self.output_filename)
assert file(self.output_filename).readlines() == self.lines
# then insert one line in the sentinel free output.
lines = self.lines
lines[2:2] = ["This is an inserted line\n"]
outfile = file(self.output_filename, "w")
for line in lines:
outfile.write(line)
outfile.close()
# get the sources back.
sentinel.main(self.configfilename, "pull")
# re-generate the output.
sentinel.main(self.configfilename, "push")
# and check for equality.
assert file(self.output_filename).readlines() == lines
def runTest(self):
"""
Insert a line in a file without sentinels of a file derived of a file with sentinels, and make sure that this line is inserted in the proper place.
"""
# First, produce the sentinel free output.
sentinel.main(self.configfilename, "push")
# Verify this first step.
assert os.path.exists(self.output_filename)
filtered_lines = sentinel.push_filter_lines(self.lines)[0]
assert file(self.output_filename).readlines() == filtered_lines
# then insert one line in the sentinel free output.
filtered_lines [1:3] = [ "These lines should be totally different\n",
"and be replaced across sentinel blocks,\n",
]
outfile = file(self.output_filename, "w")
for line in filtered_lines:
outfile.write(line)
outfile.close()
# get the sources back.
sentinel.main(self.configfilename, "pull")
# re-generate the output.
sentinel.main(self.configfilename, "push")
# and check for equality.
assert file(self.output_filename).readlines() == filtered_lines
def runTest(self):
"""
Insert a line in a file without sentinels of a file derived of a file with sentinels, and make sure that this line is inserted in the proper place.
"""
# First, produce the sentinel free output.
sentinel.main(self.configfilename, "push")
# Verify this first step.
assert os.path.exists(self.output_filename)
assert file(self.output_filename).readlines() == self.lines
# then insert two lines in the sentinel free output.
lines = self.lines
lines[7:9] = [" single_class represents a (condition, register) => (expression_number, linenumber) mapping.\n", #7
" set_class represents a set of (condition, register) => (expression_number, linenumber) mappings.\n", #8
]
outfile = file(self.output_filename, "w")
for line in lines:
outfile.write(line)
outfile.close()
# get the sources back.
sentinel.main(self.configfilename, "pull")
# re-generate the output.
sentinel.main(self.configfilename, "push")
# and check for equality.
assert file(self.output_filename).readlines() == lines
import sys
from sentinel import main
if __name__ == '__main__':
main(sys.argv)