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Array Exercise-First go. #37

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Blaine206
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Nice work Blaine, you hit the learning goals here. Well done.

Comment on lines 9 to 11
# Time complexity: ?
# Space complexity: ?
def length(array)
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Comment on lines 20 to 23
# Prints each integer values in the array
# Time complexity: ?
# Space complexity: ?
def print_array(array)
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Comment on lines 32 to 36
# For an unsorted array, searches for 'value_to_find'.
# Returns true if found, false otherwise.
# Time complexity: ?
# Space complexity: ?
def search(array, length, value_to_find)
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Comment on lines 48 to 52
# Finds and returns the largest integer value the array
# Assumes that the array is not sorted.
# Time complexity: ?
# Space complexity: ?
def find_largest(array, length)
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Comment on lines +60 to +62
if array[i] > largest_value
largest_value = array[i]
end
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Suggested change
if array[i] > largest_value
largest_value = array[i]
end
if array[i] > largest_value
largest_value = array[i]
end

i += 1
end
return largest_value
# raise NotImplementedError
end

# Finds and returns the smallest integer value in the array
# Assumes that the array is not sorted.
# Time complexity: ?
# Space complexity: ?
def find_smallest(array, length)
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i += 1
end
return smallest_value
# raise NotImplementedError
end

# Reverses the values in the integer array in place
# Time complexity: ?
# Space complexity: ?
def reverse(array, length)
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Comment on lines +129 to +133
if array[low] == value_to_find
return true
end
return false
# raise NotImplementedError
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Some boolean Zen.

Suggested change
if array[low] == value_to_find
return true
end
return false
# raise NotImplementedError
return array[low] == value_to_find

rev -= 1
end
return array
# raise NotImplementedError
end

# For an array sorted in ascending order, searches for 'value_to_find'.
# Returns true if found, false otherwise.
# Time complexity: ?
# Space complexity: ?
def binary_search(array, length, value_to_find)
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2 participants