Green chili is most popular but I loved the half green/half red. Pages. One of their specialty meals is a "Slopper".It is basically to beef patties in a sauce and covered in green salsa. ', '2@', ',<', 'aA', null], '(': ['8*', null, null, '0)', 'rR', 'cC'], ')': ['9(', null, null, '[{', 'lL', 'rR'], '*': ['7&', null, null, '9(', 'cC', 'gG'], '+': ['/? GitHub is home to over 36 million developers working together to host and review code, manage projects, and build software together. The happy hour at Gray's Coors Tavern offers deals you won't want to miss. or. Notifications. Chile. ': [',<', 'lL', ';:', '/? Delivery & Pickup Options - 126 reviews of Gray's Coors Tavern "Gray's is a little hole-in-the-wall bar/restaurant that has a little bit of space, but a lot of character. Gray's Coors Tavern in Pueblo. Substitute Onion Rings for $1.25 more, Gagliano Sausage, Crites Pueblo Chilis, Banquet Bakery Hoagies, mustard, lettuce, Provolone, American, and Swiss cheese, Gagliano sausage served on a Banquet Bakery hoagie bun with mayo, BBQ sauce, fried peppers & onions and American cheese, A North Side tradition with the same Italian sausage, mayo, BBQ sauce, lettuce, tomato, & pickle, Ranch, Blue Cheese, Thousand Island, Balsamic, ^All dinners are smothered in Green Chili and include spicy home-made refried beans & rice, Buffalo or regular. You Won't Be Disappointed!! Walked in slow motion. '/Users/dan/zxcvbn/src/frequency_lists.coffee', '/Users/dan/zxcvbn/src/time_estimates.coffee'. No need to be fancy, just an overview. See 47 photos and 16 tips from 483 visitors to Gray's Coors Tavern. ': ['0', '2', '3', null, null, null, null, null], '/': ['=', null, null, null, '*', '-', '9', '8'], '0': [null, '1', '2', '3', '. ', null, null, '3#', ',<', ''], 'A': [null, '', ',<', 'oO', ';:', null], 'B': ['xX', 'dD', 'hH', 'mM', null, null], 'C': ['gG', '8*', '9(', 'rR', 'tT', 'hH'], 'D': ['iI', 'fF', 'gG', 'hH', 'bB', 'xX'], 'E': ['oO', '.>', 'pP', 'uU', 'jJ', 'qQ'], 'F': ['yY', '6^', '7&', 'gG', 'dD', 'iI'], 'G': ['fF', '7&', '8*', 'cC', 'hH', 'dD'], 'H': ['dD', 'gG', 'cC', 'tT', 'mM', 'bB'], 'I': ['uU', 'yY', 'fF', 'dD', 'xX', 'kK'], 'J': ['qQ', 'eE', 'uU', 'kK', null, null], 'K': ['jJ', 'uU', 'iI', 'xX', null, null], 'L': ['rR', '0)', '[{', '/? '], '#': ['2@', null, null, '4$', 'eE', 'wW'], '$': ['3#', null, null, '5%', 'rR', 'eE'], '%': ['4$', null, null, '6^', 'tT', 'rR'], '&': ['6^', null, null, '8*', 'uU', 'yY'], '': [';:', '[{', ']}', null, null, '/? ', '=+', null, null, 'zZ'], '`': [null, null, null, '1! ', null, null]}n dvorak: {'! So when you're on the market for some great American cuisine, check out Gray's Coors Tavern. If you are a resident of another country or region, please select the appropriate version of Tripadvisor for your country or region in the drop-down menu. ': ['.>', ';:', '', null, null, null], '@': ['1! ', null, null, '3#', ',<', ''], '3': ['2@', null, null, '4$', '.>', ',<'], '4': ['3#', null, null, '5%', 'pP', '.>'], '5': ['4$', null, null, '6^', 'yY', 'pP'], '6': ['5%', null, null, '7&', 'fF', 'yY'], '7': ['6^', null, null, '8*', 'gG', 'fF'], '8': ['7&', null, null, '9(', 'cC', 'gG'], '9': ['8*', null, null, '0)', 'rR', 'cC'], ':': [null, 'aA', 'oO', 'qQ', null, null], ';': [null, 'aA', 'oO', 'qQ', null, null], '<': ['', '2@', '3#', '.>', 'oO', 'aA'], '=': ['/? This is a great spot for the whole family. Uncommon words are better. ', '=+', null, null, 'zZ'], '. China CDMA Coverage Wifi Live Location Summary Wifi Hotel Broadband Toll Free Dialup Venerabile Arciconfraternita 2 Empoli Hsb via Camillo Cavour, 43 Are you sure you want to delete this answer? Come to Gray's Coors Tavern to grab an American classic with a side of fries. Log In. Are you sure you want to delete this question? Settings. 'n if feedback?n feedback.suggestions.unshift extra_feedbackn feedback.warning = ' unless feedback.warning?n elsen feedback =n warning: 'n suggestions: [extra_feedback]n feedbacknn get_match_feedback: (match, is_sole_match) ->n switch match.patternn when 'dictionary'n @get_dictionary_match_feedback match, is_sole_matchnn when 'spatial'n layout = match.graph.toUpperCase()n warning = if match.turns 1n 'Straight rows of keys are easy to guess'n elsen 'Short keyboard patterns are easy to guess'n warning: warningn suggestions: [n 'Use a longer keyboard pattern with more turns'n ]nn when 'repeat'n warning = if match.base_token.length 1n 'Repeats like 'aaa' are easy to guess'n elsen 'Repeats like 'abcabcabc' are only slightly harder to guess than 'abc'n warning: warningn suggestions: [n 'Avoid repeated words and characters'n ]nn when 'sequence'n warning: 'Sequences like abc or 6543 are easy to guess'n suggestions: [n 'Avoid sequences'n ]nn when 'regex'n if match.regex_name 'recent_year'n warning: 'Recent years are easy to guess'n suggestions: [n 'Avoid recent years'n 'Avoid years that are associated with you'n ]nn when 'date'n warning: 'Dates are often easy to guess'n suggestions: [n 'Avoid dates and years that are associated with you'n ]nn get_dictionary_match_feedback: (match, is_sole_match) ->n warning = if match.dictionary_name 'passwords'n if is_sole_match and not match.l33t and not match.reversedn if match.rank <= 10n 'This is a top-10 common password'n else if match.rank <= 100n 'This is a top-100 common password'n elsen 'This is a very common password'n else if match.guesses_log10 <= 4n 'This is similar to a commonly used password'n else if match.dictionary_name 'english'n if is_sole_matchn 'A word by itself is easy to guess'n else if match.dictionary_name in ['surnames', 'male_names', 'female_names']n if is_sole_matchn 'Names and surnames by themselves are easy to guess'n elsen 'Common names and surnames are easy to guess'n elsen 'nn suggestions = []n word = match.tokenn if word.match(scoring.START_UPPER)n suggestions.push 'Capitalization doesn't help very much'n else if word.match(scoring.ALL_UPPER) and word.toLowerCase() != wordn suggestions.push 'All-uppercase is almost as easy to guess as all-lowercase'nn if match.reversed and match.token.length >= 4n suggestions.push 'Reversed words aren't much harder to guess'n if match.l33tn suggestions.push 'Predictable substitutions like '@' instead of 'a' don't help very much'nn result =n warning: warningn suggestions: suggestionsn resultnnmodule.exports = feedbackn'. One of the best places to enjoy this local specialty is the Grays Coors Tavern. Very typical bar atmosphere. Does this restaurant offer table service? ', null, null], '? Food was very good and service excellent. ', '|']n l: ['1', '|', '7']n o: ['0']n s: ['$', '5']n t: ['+', '7']n x: ['%']n z: ['2']nnREGEXEN =n recent_year: /19dd|200d|201d/gnnDATE_MAX_YEAR = 2050nDATE_MIN_YEAR = 1000nDATE_SPLITS =n 4:[ # for length-4 strings, eg 1191 or 9111, two ways to split:n [1, 2] # 1 1 91 (2nd split starts at index 1, 3rd at index 2)n [2, 3] # 91 1 1n ]n 5:[n [1, 3] # 1 11 91n [2, 3] # 11 1 91n ]n 6:[n [1, 2] # 1 1 1991n [2, 4] # 11 11 91n [4, 5] # 1991 1 1n ]n 7:[n [1, 3] # 1 11 1991n [2, 3] # 11 1 1991n [4, 5] # 1991 1 11n [4, 6] # 1991 11 1n ]n 8:[n [2, 4] # 11 11 1991n [4, 6] # 1991 11 11n ]nnmatching =n empty: (obj) -> (k for k of obj).length 0n extend: (lst, lst2) -> lst.push.apply lst, lst2n translate: (string, chr_map) -> (chr_map[chr] or chr for chr in string.split(')).join(')n mod: (n, m) -> ((n % m) + m) % m # mod impl that works for negative numbersn sorted: (matches) ->n # sort on i primary, j secondaryn matches.sort (m1, m2) ->n (m1.i - m2.i) or (m1.j - m2.j)nn # ------------------------------------------------------------------------------n # omnimatch -- combine everything ----------------------------------------------n # ------------------------------------------------------------------------------nn omnimatch: (password) ->n matches = []n matchers = [n @dictionary_matchn @reverse_dictionary_matchn @l33t_matchn @spatial_matchn @repeat_matchn @sequence_matchn @regex_matchn @date_matchn ]n for matcher in matchersn @extend matches, matcher.call(this, password)n @sorted matchesnn #-------------------------------------------------------------------------------n # dictionary match (common passwords, english, last names, etc) ----------------n #-------------------------------------------------------------------------------nn dictionary_match: (password, _ranked_dictionaries = RANKED_DICTIONARIES) ->n # _ranked_dictionaries variable is for unit testing purposesn matches = []n len = password.lengthn password_lower = password.toLowerCase()n for dictionary_name, ranked_dict of _ranked_dictionariesn for i in [0len]n for j in [ilen]n if password_lower[i..j] of ranked_dictn word = password_lower[i..j]n rank = ranked_dict[word]n matches.pushn pattern: 'dictionary'n i: in j: jn token: password[i..j]n matched_word: wordn rank: rankn dictionary_name: dictionary_namen reversed: falsen l33t: falsen @sorted matchesnn reverse_dictionary_match: (password, _ranked_dictionaries = RANKED_DICTIONARIES) ->n reversed_password = password.split(').reverse().join(')n matches = @dictionary_match reversed_password, _ranked_dictionariesn for match in matchesn match.token = match.token.split(').reverse().join(') # reverse backn match.reversed = truen # map coordinates back to original stringn [match.i, match.j] = [n password.length - 1 - match.jn password.length - 1 - match.in ]n @sorted matchesnn set_user_input_dictionary: (ordered_list) ->n RANKED_DICTIONARIES['user_inputs'] = build_ranked_dict ordered_list.slice()nn #-------------------------------------------------------------------------------n # dictionary match with common l33t substitutions ------------------------------n #-------------------------------------------------------------------------------nn # makes a pruned copy of l33t_table that only includes password's possible substitutionsn relevant_l33t_subtable: (password, table) ->n password_chars = {}n for chr in password.split(')n password_chars[chr] = truen subtable = {}n for letter, subs of tablen relevant_subs = (sub for sub in subs when sub of password_chars)n if relevant_subs.length > 0n subtable[letter] = relevant_subsn subtablenn # returns the list of possible 1337 replacement dictionaries for a given passwordn enumerate_l33t_subs: (table) ->n keys = (k for k of table)n subs = [[]]nn dedup = (subs) ->n deduped = []n members = {}n for sub in subsn assoc = ([k,v] for k,v in sub)n assoc.sort()n label = (k+','+v for k,v in assoc).join('-')n unless label of membersn members[label] = truen deduped.push subn dedupednn helper = (keys) ->n return if not keys.lengthn first_key = keys[0]n rest_keys = keys[1..]n next_subs = []n for l33t_chr in table[first_key]n for sub in subsn dup_l33t_index = -1n for i in [0sub.length]n if sub[i][0] l33t_chrn dup_l33t_index = in breakn if dup_l33t_index -1n sub_extension = sub.concat [[l33t_chr, first_key]]n next_subs.push sub_extensionn elsen sub_alternative = sub.slice(0)n sub_alternative.splice(dup_l33t_index, 1)n sub_alternative.push [l33t_chr, first_key]n next_subs.push subn next_subs.push sub_alternativen subs = dedup next_subsn helper(rest_keys)nn helper(keys)n sub_dicts = [] # convert from assoc lists to dictsn for sub in subsn sub_dict = {}n for [l33t_chr, chr] in subn sub_dict[l33t_chr] = chrn sub_dicts.push sub_dictn sub_dictsnn l33t_match: (password, _ranked_dictionaries = RANKED_DICTIONARIES, _l33t_table = L33T_TABLE) ->n matches = []n for sub in @enumerate_l33t_subs @relevant_l33t_subtable(password, _l33t_table)n break if @empty sub # corner case: password has no relevant subs.n subbed_password = @translate password, subn for match in @dictionary_match(subbed_password, _ranked_dictionaries)n token = password[match.i..match.j]n if token.toLowerCase() match.matched_wordn continue # only return the matches that contain an actual substitutionn match_sub = {} # subset of mappings in sub that are in use for this matchn for subbed_chr, chr of sub when token.indexOf(subbed_chr) != -1n match_sub[subbed_chr] = chrn match.l33t = truen match.token = tokenn match.sub = match_subn match.sub_display = ('#{k} -> #{v}' for k,v of match_sub).join(', ')n matches.push matchn @sorted matches.filter (match) ->n # filter single-character l33t matches to reduce noise.n # otherwise '1' matches 'i', '4' matches 'a', both very common English wordsn # with low dictionary rank.n match.token.length > 1nn # ------------------------------------------------------------------------------n # spatial match (qwerty/dvorak/keypad) -----------------------------------------n # ------------------------------------------------------------------------------nn spatial_match: (password, _graphs = GRAPHS) ->n matches = []n for graph_name, graph of _graphsn @extend matches, @spatial_match_helper(password, graph, graph_name)n @sorted matchesnn SHIFTED_RX: /[~!@#$%^&*()_+QWERTYUIOP{}|ASDFGHJKL:'ZXCVBNM<>?
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