def upload(self):
#read#
file = open(self.tfile_path, 'r')
lines = file.readlines()
file.close()
#load#
self.tpath = lines[0].replace('tpath: ', '')[0:-1]
self.machine[0] = lines[1].replace('machine0: ', '')[0:-1]
self.machine[1] = lines[2].replace('machine1: ', '')[0:-1]
self.path[0] = lines[3].replace('path0: ', '')[0:-1]
self.path[1] = lines[4].replace('path1: ', '')[0:-1]
exclusions = lines[5].replace('exclusions: ', '')[0:-1]
if exclusions != '':
exclusions = exclusions.split('|')
else:
exclusions = []
self.exclusions[0] = []
self.exclusions[1] = []
for exclusion in exclusions:
self.exclusions[0].append(self.path[0] + exclusion)
self.exclusions[1].append(self.path[1] + exclusion)
self.mpath[0] = mapping.MappedPath(
mpath_str=lines[6].replace('mpath0: ', '')[0:-1])
self.mpath[1] = mapping.MappedPath(
mpath_str=lines[7].replace('mpath1: ', '')[0:-1])
self.changes[0] = changes.upload_changes(lines[8].replace(
'changes0: ', '')[0:-1])
self.changes[1] = changes.upload_changes(lines[9].replace(
'changes1: ', '')[0:-1])
def __init__(self, name, path, new=False):
if path != '' and name != '':
path = path
self.tfile_path = path + '\\' + name
self.tpath = 0
self.machine = [0, 0]
self.path = [0, 0]
self.exclusions = [0, 0]
self.mpath = [0, 0]
self.changes = [0, 0]
if new:
self.tpath = path
self.machine[0] = ''
self.machine[1] = ''
self.path[0] = ''
self.path[1] = ''
self.exclusions[0] = []
self.exclusions[1] = []
self.mpath[0] = mapping.MappedPath(mpath_str='a*a*0*0*False<>')
self.mpath[1] = mapping.MappedPath(mpath_str='a*a*0*0*False<>')
self.changes[0] = changes.empty_changes
self.changes[1] = changes.empty_changes
def make_ctime_unique(mpath, mpath_check):
while True:
if mpath.search_dup(mpath_check) != None: # while duplicate exists
#### get duplicate ####
mpath_dup_pos = mpath.search_dup(mpath_check)
mpath_dup = mpath.get_mpath_at(mpath_dup_pos)
#### mod duplicate ####
resources.mod_ctime(
mpath_dup.path) # iterate duplicate ctime by a nanosecond
mpath.update_mpath_at(mapping.MappedPath(mpath_dup.path),
mpath_dup_pos) # update mpath duplicate
make_ctime_unique(mpath,
mpath_dup) # check duplicate for duplicates
else:
break
print('transfile testing\n')
#switches#
transfile_switch = True
cleanup_switch = False
#tests#
if transfile_switch:
disp_test_title('make new')
tfile = TransFile('transfer.tf', '', new=True)
tfile.tpath = 'D:\\Transfer'
tfile.path[0] = 'testdir\\original'
tfile.path[1] = 'testdir\\remix'
tfile.exclusions[0].append('testdir\\original\\symb')
tfile.exclusions[1].append('testdir\\remix\\symb')
tfile.mpath[0] = mapping.MappedPath(tfile.path[0],
exclusions=tfile.exclusions[0])
tfile.mpath[1] = mapping.MappedPath(tfile.path[1],
exclusions=tfile.exclusions[1])
print('tpath: {}'.format(tfile.tpath))
print('path0: {}'.format(tfile.path[0]))
print('path1: {}'.format(tfile.path[1]))
print('exclusions: {}'.format(tfile.exclusions))
print('mpath0: {}'.format(tfile.mpath[0].get_mpath_str()))
print('mpath1: {}'.format(tfile.mpath[1].get_mpath_str()))
print('changes0: {}'.format(tfile.changes[0]))
print('changes1: {}'.format(tfile.changes[1]))
disp_test_output(tfile)
disp_test_title('download')
tfile.download()
disp_test_output('check for \"transfer.tf\"')
def transfer(name, path):
tfile = load.TransFile(name, path)
tfile.upload()
local_m = -1
exterior_m = -1
#get host computer#
if os.environ['COMPUTERNAME'] == tfile.machine[0]:
local_m = 0
exterior_m = 1
elif os.environ['COMPUTERNAME'] == tfile.machine[1]:
local_m = 1
exterior_m = 0
#CHECK# - get any changes on the local machine
#var#
old_mpath = tfile.mpath[local_m]
new_mpath = mapping.MappedPath(
tfile.path[local_m], exclusions=tfile.path[local_m]
) # get new new_mpath to compare to the old one
old_changes = tfile.changes(local_m)
new_changes = changes.empty_changes
merged_changes = changes.empty_changes
#check#
binding.make_ctimes_unique(
new_mpath) # make sure any new files have unique ctimes
new_changes = changes.get_changes(
tfile.mpath[local_m], new_mpath) # compare old_mpath to new_mpath
tfile.mpath[local_m] = new_mpath
if not changes.is_empty(old_changes): # if there are old changes
merged_changes = changes.hard_merge_changes(
tfile.changes[local_m],
new_changes) # merge old_changes with new_changes
tfile.changes[local_m] = merged_changes # add merged changes
changes.make_trans_changes(
tfile.changes[local_m], tfile.tpath, tfile.mpath[local_m]
) # make transitional changes so changes can be made
elif not changes.is_empty(
new_changes
): # if there are no old changes but there are new ones
tfile.changes[local_m] = new_changes # add changes
changes.make_trans_changes(
tfile.changes[local_m], tfile.tpath, tfile.mpath[local_m]
) # make transitional changes so changes can be made
#display#
print('CHECK')
print('old new_mpath: ' + new_mpath.get_mpath_str())
print('new new_mpath: ' + old_mpath.get_mpath_str())
print('')
print('old changes(local):')
for change in old_changes:
change.display()
print('')
print('new changes(local):')
for change in new_changes:
change.display()
print('')
if not changes.is_empty(old_changes): # if there are old changes
print('merged changes(local):')
for change in new_changes:
change.display()
print('')
#APPLY# - merge any changes on the local machine with changes on the exterior machine and apply merged exterior changes(staged changes)
#var#
local_changes = tfile.changes(local_m)
exterior_changes = tfile.changes(exterior_m)
merged_local_changes = changes.empty_changes
staged_changes = changes.empty_changes
#apply#
if (not changes.is_empty(local_changes)) and (
not changes.is_empty(exterior_changes)
): # if there are changes on the local and exterior machine
merged_local_changes, staged_changes = changes.soft_merge_changes(
local_changes,
exterior_changes) # merge local and exterior changes
tfile.changes[local_m] = merged_local_changes
changes.make_changes(staged_changes, tfile.tpath,
tfile.mpath[local_m]) # apply staged changes
tfile.changes[
exterior_m] = changes.empty_changes # clear exterior changes (applied)
#display#
print('APPLY')
print('local changes:')
for change in local_changes:
change.display()
print('')
print('exterior changes:')
for change in exterior_changes:
change.display()
print('')
if (not changes.is_empty(local_changes)) and (
not changes.is_empty(exterior_changes)
): # if there are changes on the local and exterior machine
print('merged local changes:')
for change in merged_local_changes:
change.display()
print('')
print('staged changes:')
for change in staged_changes:
change.display()
print('')
print('staged changes applied')
else:
print('no staged changes')
#DOWNLOAD#
tfile.download()
test_dir0 = 'C:\\Users\\JackPaul\\PycharmProjects\\Transpher\\testdir\\original'
test_dir1 = 'C:\\Users\\JackPaul\\PycharmProjects\\Transpher\\testdir\\remix'
#title#
print('changes testing\n')
#switches#
get_changes_switch = False
merge_changes_switch = False
make_changes_switch = False
output_switch = True
#tests#
if get_changes_switch:
#init#
mpath0 = mapping.MappedPath(test_dir0)
binding.make_ctimes_unique(mpath0)
resources.delete_file(test_dir1)
resources.copy_file(test_dir0, test_dir1)
binding.bind_paths(test_dir0, test_dir1)
resources.make_file('C:\\Users\\JackPaul\\PycharmProjects\\Transpher\\testdir\\remix\\symb\\$.txt') # add
resources.rename_file('/testdir/remix/numb/positive/a.txt',
'C:\\Users\\JackPaul\\PycharmProjects\\Transpher\\testdir\\remix\\numb\\positive\\a.txt') # move
resources.write_file('C:\\Users\\JackPaul\\PycharmProjects\\Transpher\\testdir\\remix\\symb\\!.txt', 'no') # update
resources.delete_file('C:\\Users\\JackPaul\\PycharmProjects\\Transpher\\testdir\\remix\\alpha\\d.txt') # del
mpath1 = mapping.MappedPath(test_dir1)
#tests#
disp_test_title('get changes')
changes = get_changes(mpath0, mpath1)
print('output: ')