On 05/09/2013 05:22 PM, rlelis wrote:
On Thursday, May 9, 2013 7:19:38 PM UTC+1, Dave Angel wrote:

Yes it's a list of string. I don't get the NameError: name 'file_content' is 
not defined in my code.

That's because you have the 3 lines below which we hadn't seen yet.


After i appended the headers i wanted to cut the data list it little bit more 
because there was some data (imagine some other collumns) to the left that 
didn't needed.

file_content = []
for d in data:
     file_content.append(d[1:])

from this point on i've showed the code,
highway_dict = {}
aging_dict = {}
queue_counters={}
queue_row = []
for content in file_content:
         if 'aging' in content:
                 # aging 0 100
                 # code here


OK, so I now have some code I can actually run. Unfortunately, it produces an error:

Traceback (most recent call last):
  File "ricardo.py", line 23, in <module>
    aging_dict['total'], aging_dict[columns] = total, aging_values
NameError: name 'total' is not defined

So I'll make a reasonable guess that you meant total_values there. I still can't understand how you're testing this code, when there are trivial bugs in it.

Next, I get:

Traceback (most recent call last):
  File "ricardo.py", line 32, in <module>
highway_dict['lanes'], highway_dict['state'], highway_dict['limit(mph)'] = lanes, state, limit_values
NameError: name 'lanes' is not defined

and then:

Traceback (most recent call last):
  File "ricardo.py", line 32, in <module>
highway_dict['lanes'], highway_dict['state'], highway_dict['limit(mph)'] = lanes_values, state, limit_values
NameError: name 'state' is not defined

Each of those not-defined errors was pointed out by me earlier in the thread.

I don't see any output logic, so I guess it's up to us to guess what the meanings and scope of the various lists and dicts are. I figure the queue_row is your final collection that you hope to get results from. It's a list containing many references to a single queue_counters object. So naturally, they all look the same.

If you want them to be different, you have to create a new one each time. Move the line:
    queue_counters={}

inside the loop, right after the line:
    for content in file_content:

There are a bunch of other things wrong, like not lining up the columns when you're substringing content, but this may be your major stumbling block. Note: you may have to also move the highway_dict and aging_dict; I haven't figured out what they're for, yet.

Following is the code I've been using to try to figure out what you were intending:


file_content = [
        "aging 0 100",
        "aging 2 115",
        "aging 3 1",
        "highway 4 disable 25",
        "highway 2 disable 245",
        "highway 0 enable 125",
    ]

highway_dict = {}
aging_dict = {}
#queue_counters={}
queue_row = []
for content in file_content:
        queue_counters={}
        if 'aging' in content:
                # aging 0 100
columns = ', '.join(map(str, content[:1])).replace('-','_').lower()
                print "columns:", columns
                total_values =''.join(map(str, content[1:2]))
                aging_values = '\t'.join(map(str, content[2:]))

aging_dict['total'], aging_dict[columns] = total_values, aging_values
                queue_counters[columns] = aging_dict
        if 'highway' in content:
                #highway        |       4       |       disable |       25
columns = ''.join(map(str, content[:1])).replace('-','_').lower()
                lanes_values  =''.join(map(str, content[1:2]))
                state_values = ''.join(map(str, content[2:3])).strip('')
                limit_values = ''.join(map(str, content[3:4])).strip('')

highway_dict['lanes'], highway_dict['state'], highway_dict['limit(mph)'] = lanes_values, state_values, limit_values
                queue_counters[columns] = highway_dict
        queue_row.append(queue_counters)


print
print "h dict:", highway_dict
print
print "aging dict:", aging_dict
print
print "q counters:", queue_counters
for key, item in  queue_counters.iteritems():
    print key, item

print
print "q row:", queue_row
for item in queue_row:
    print item






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DaveA
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