文件列表:

LICENSE (1521, 2020-10-01)
examples (0, 2020-10-01)
examples\dna.json (685, 2020-10-01)
examples\hwmetrics.json (1295, 2020-10-01)
examples\winhash.json (198, 2020-10-01)
ton.py (3453, 2020-10-01)

# TON TON is a mass data generator script written in python ## Usage ```bash netto@bella:~/ton$ python ton.py hwmetrics.json 1881-09-27 14:52:36;hg;ARM;N;AC;38.*** 1373-08-13 23:43:56;hg;AMD;N;AB;30.18 1100-12-19 18:54:41;hg;AMD;Y;AC;68.69 1479-07-24 12:20:20;hg;ARM;Y;AB;93.21 1775-01-07 13:30:12;hg;ARM;Y;CA;63.47 1510-11-05 01:43:15;hg;Intel;N;AB;37.75 1630-03-17 16:38:15;hg;Intel;Y;BA;87.15 1830-12-11 14:47:50;hg;ARM;Y;CB;86.69 1844-11-28 10:46:00;hg;Intel;N;BA;23.21 elapsed time: 0:00:00.000***8 ``` ### Explaining [hwmetrics.json](https://github.com/geraldo-netto/ton/blob/master/examples/hwmetrics.json) [hwmetrics.json](https://github.com/geraldo-netto/ton/blob/master/examples/hwmetrics.json) declares how data must be created and it has the following format: ```json { "encoding": "UTF-8", "rows": 10, "format": "$integer_variable$;$string_variable$;$char_variable$;$boolean_variable$;$decimal_variable$", "types": { "integer_variable": { "type": "integer", "minValue": 1100, "maxValue": 2050, "padWithZero": true }, "string_variable": { "type": "string", "values": ["AMD", "INTEL", "ARM"] }, "char_variable": { "type": "char", "values": ["A", "B", "C"], "maxChar": 2 }, "boolean_variable": { "type": "boolean", "whenTrue": "Y", "whenFalse": "N" }, "decimal_variable": { "type": "decimal", "minValue": 0.0, "maxValue": 100.0, "decimals": 2, "padWithZero": true } } } ``` "rows" is the number of rows TON will create, it must be an integer "format" is the output string that each row will have. All values enclosed by '$' is read as a variable. e.g.: $title$ will create a variable title that must be mapped inside the types block. "types" contains a list of variables previously declared on format The following data types are allowed inside types: #### boolean creates boolean value ```json "variableName": { "type": "boolean", "whenTrue": "Y", "whenFalse": "N" } ``` #### char creates single character value "maxChar": 2 => maximum number of characters to be created ```json "variableName": { "type": "char", "values": ["A", "B", "C"], "maxChar": 2 } ``` #### string creates string values ```json "variableName": { "type": "string", "values": ["AMD", "INTEL", "ARM"] } ``` #### integer creates integer values "minValue": 1100 => defines the minimum value to be created "maxValue": 2050 => defines the maximum value to be created "padWithZero": true => completes the created integer with zeros ```json "variableName": { "type": "integer", "minValue": 1100, "maxValue": 2050, "padWithZero": true } ``` #### decimal creates decimal values "minValue": 0.0 => defines the minimum value to be created "maxValue": 100.0 => defines the maximum value to be created "decimals": 2 => defines the maximum value to be created "padWithZero": true => completes the created float with zeros ```json "variableName": { "type": "decimal", "minValue": 0.0, "maxValue": 100.0, "decimals": 2, "padWithZero": true } ``` #### lmhash creates windows 2000/xp hashes based on their literal values Also, lmhash has a special parameter called id that is used to extract field name. e.g.: Variable $word$ applied with lmhash will create an md4 hash; Variable $word[id]$ applied with lmhash will display the current value So: "$word[id]$ => $word$" will generate this kind of output: "love => 85deeec2d12f917783b689ae94990716" Please, check full [winhash.json example](https://github.com/geraldo-netto/ton/blob/master/examples/winhash.json) ```json "variableName": { "type": "lmhash", "values": ["AMD", "Intel", "ARM"] } ``` Please, check the following example for other use cases: * [dna.json example - creating DNA sequences in the same format as 23andMe, tellmeGen, ...](https://github.com/geraldo-netto/ton/blob/master/examples/dna.json) * [winhash.json example - creating rainbow table of Windows 2000/XP](https://github.com/geraldo-netto/ton/blob/master/examples/winhash.json) ## TODO * refactoring * tests * add sequential number generation * allow to change statistical data distribution (currently, it's all based on a normal curve) ## License [BSD-3](https://github.com/geraldo-netto/ton/blob/master/https://opensource.org/licenses/BSD-3-Clause)

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