["\"WkToArrayList constructor and ToList","aA*BEeAAXZCB| 6884954V~~~ 688465954VYWBW-~C-","Convert List, array."," A List can be converted to an array. The opposite conversion is also possible. This is required in many programs\u2014it is important to have it handy.","More complex methods"," can be implemented. A for-loop can copy elements from a List and add them to an array. But this is more work for the programmer.","List, array."," There are 2 parts to this example. First we create a new List and populate it with some strings. The List here can only hold strings. Next, we use ToArray on the List. ","ToArray ","toarray","To make sure it works, we pass the string array to a Test() method. The program prints the array's length.","String Array ","array","Array, List."," We can convert an array of any number of elements to a List that has the same type of elements. There are 3 parts to this example. ","Part 1: ","First, in part 1 the example initializes a new string array containing five strings.","Part 2: ","Here we convert the array to a List with the List constructor. This returns a new List of strings.","Part 3: ","Here the example converts the array to a List with the ToList() instance method.","Notes, extension method."," The ToList method is an extension method from System.Linq. This kind of method is an addition to normal C# method calls. ","ToList ","tolist","Extension ","extension","Internals."," You can use the IL Disassembler tool provided by Microsoft to look inside methods. The ToList method calls the List constructor. ","So: ","That means parts 2 and 3 above are the same except for a check against the null literal.","IL Disassembler Tutorial ","il-disassembler","Implicit conversion error."," You may get the \"Cannot implicitly convert type\" error. This error raised by the compiler tells you that the type needs a regular cast or is not compatible. ","If your code statement tries to assign a List to an array, you will get this error.","Readability."," It is easy to remember that ToList converts a collection to a List, and ToArray does the same for an array. These methods are well-named. ","Performance: ","I have not performed extensive micro-benchmarks on these conversion methods.","The new List constructor would be the fastest for that example. A loop that copies elements would be similar.","A short summary."," Convert your arrays to Lists and vice versa with this code. You can't simply assign one to the other. The List constructor can also be used (and it avoids a null check)."]

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z5v4qKQt19qFy?1yoQhDvZjZJXytUDVFlXBT5fW57c+Fv8AK532cUPMb9LpdW3WFcN3Jhba7uosYLZAvPt6wjVsb7SxxSJqiKOXYBwmwwz5dgibeAvdNlRVA1EDmEUbEUbdZT5OVwd0w/haOknCarq8PmHVa6ICgmbaJWe15i/DyXNhUGypp6iTsnHIQvuCY590m8W4IXiF/GyBd/Ef3namH2ExVdK0jx2hqwt+rydtub8RW10Jxp6unfCKkuuga6mL2o+Yeo/kshjAWVT7Mtn48+CGo5qikqIqumJxliJiH+PirhcIPDrj5EKDcOXYAT2BxfNMlh.HimFjAvxSYdXQ4pRRV0HfbKQOYm3aF0QbbFXuh6Dcfyp11sZk8Qwg6Unkpsyg+bj6+SIwateRuhVD73+EvFvZV66o8TwvUl0yk3bXuIW7r+0yYrFTqHIdJG4vYy9w+MenQbNt26/wdaQxWX0frQrZor8hnjdr/P3mWtIVZ4HtbkK49j6wMxUJCjCFQkCKVoPkxwMhUZCiyBR2KYNBHxQW1Ip3BNcE8NIDjkKRS2pLUtxhSRrk+1IluN0xq0OASXU8sfsn/7Ms+rfADtnlj9oWL/V1BxQvC3sYX8PbTxKdmsfpL9cuXKrminLGf1Cp/olFU/ZyHH/ALixfsWzVBplT6/AZ9m9.SN/tb+5S4DWVD5194Pxi6uHyj+2/8AHeeQ1DPk+1WeFxPSUrFk10/WeeXdZDlSmfLZ+ivjwyWGjabNjAR7PMRZuKM4g+Ghv3lCtkUJXZPkXvcVCeQMnQVLSxvs7L5eqGqDfaqvNdwnHchmPih2ktnAyfdjF3+L8MlII3dp0VJhsI2S7S2Pfdzz5ZeDKBc3yD80r0ITsWr9h.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@UgkHmIRHG3azRUUnJnVKVUefHYrGicjyUmJjdRtTXaN1ZUddHM3YycJR8QJbktw+Obcc/FuS8+wkXvXomEUVbilKGphK6HINYTWi48nzfjkouLx2VyKPIxCtjbpCKIvplP/wBwfzZeiLJUuj+oliOepG4SErQbz4bVrVCiFbsVccqkDcVcTJJknLk+LGZJLU/JdkludIrUjipckmSW50itTXBTZJMkuqJUgsSOCntSWpdUTTIHBNsRDiutS6omgRaXskPnmiFDC21/RTKNuZjgKFT/2Q==%iVBORw0KG;)NSUhEUg?AL4?ABBCAM?ABYbu5j)MFBMVEX:/+1wv+jqv9siv/p6:W3f8zZv9gb:19v9NK/8zAP999:S:8z:8zzP+z6P/0gInF?ABg0lEQVR4XtXXy1ICURAD0H7c96D+/9/KQqkhlEKD0iTrWZzKYtJXbou2s+jvn1Q55f2mfAMOb6Ec5D6+c/ObcvOdm98qN9+5+a1w842b3wo33/6Dv2H22g3zCL+PKF/uSKDsGL8pN9+5+U25+c7Nb5Wb74R8h+ki41eYLja+Qf1k/AL1k/HF4XIg4ytMFxl/X7/z8aF+Ov6A6bqR:FTnswXa2B96LmyPZtfoH4yvsDlwMaHy4GLj/Xz8RXqJ+PD5UDGh+ni448O08XEh+lSrtUVnC6qm+ey/krGx+li4+N0sfHh7Cfj43Sx8bF+Mj5OFxkf67c8frF+jJUovzRIBr/4+kovMb5YPr/OdcrUGL9k8FG/Tw3xxbP55/o1R4hfk/m6IBbii+fyJ/JnjK+5/HWRGuJLfzG+xvh6lX89f8m3GH90ar7Ya/FrkF8y+XNhRpAvlsi3+H8fUxP5A+svYb54Hl8Uy4/zNZEvCvo4XzyRLzrhXg7zNZMvw/o6ptsQpvDnE+wJyVGQ5SG7)AElFTkSuQmCC%iVBORw0KG;)NSUhEUg?AIw?ACKCAM?ABPR1IR)MFBMVEXg4OD:/+qufHN0+y8xu729/mMoeyWqO3c3+/x8fGfsO/r6+vl5eXn6vqEmurt8PsdAqXn?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?Cz8GAMQELYzDcwlwYgwEWJqUtGD4mgMBzMLMtrA2Y2RY+GzDTLVzbMGhM4IFnMPMtXBsw0MJcGA8DxgQeeB4GjAk88AxmvoX3Bsx0C2sHTGBMoIFnMNMtXDtgwJgAhDGYuRauHTBgTACBZzBzLVw7YMCkC4QxmLkW3gMwvzYmaBtmqoX3DhgwJkBhPMyESfcMw2wOpkyAmWrhOExxMHmqgb2FJ/eprVv6gBkiTRxmczBlZgL7eo6HecxtE39rN4cEgxk78vNHm1cMpv7Oe3sPweRAz?LG8zUcaUGYDY8rfAhzurA9uXjLR8P+ODPZ39uYVEwUhIL84ly/s4VH1T4nl57I61M2+2cv8V4NmDmb762YXjgcQsLCLzhFhYQeMMtLCDwhltYQOCxasHwwOMWFhB4wy0sIPBgVfCD6cxf/HngcQsLCDxadcbnB/z7GR54vE8yVJjCLCxDAy+xqJGRgZdTRhaWkYFn7EELy8DAy/07OE2YRAKv2N4W/tCUHz5I7yrEwkIDz38PTFJYaOD5L6UzsLBQYfw35AVYWHDg+a/rwcwiJPB8l2ifhAeedQn3SXjgWZdwn4QHnnUp1qeHh+GBJ8mqhKNGeOBZl67TTSk8W8q4Mzx2CC0LPYZWxp1CK1ELy6BzX8ZiogYsLCDw8M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