A long awaited solution for a widely encountered problem!
The will count the number of ifs in your rust project!
(it can also collect some other numerical metrics, but we know what you are here for)
To run against a github repo:
$ ifcount collect-github-repo DCNick3/shinThis command will run all the metric collectors and print the results to stdout in json format.
The fetched sources will be cached in ~/.cache/ifcount (see docs for directories crate for locations on other OSes) so that the next time you run the command it will be much faster.
If you want to run against a local repo, you can do so. NOTE: this will not collect some metrics that are specific to github repos (like number of stars, number of forks, etc.)
The command is:
$ ifcount collect-local-repo path_to_your_repo{
"meta": {
"url": "git@github.com:DCNick3/ifcount.git",
"commit": "796ae0c921825b812fd0f25bdda2dd42005806c5"
},
"metrics": {
"metric1": [1,2,3,4,5],
"metric2": [1,2,3],
// ...
}
}per_file.all_fn_count.avg: Average number of functions per file.per_file.all_fn_count.mode: Mode (most common) number of functions per file.per_file.all_fn_count.sum: Total number of functions across all files.per_file.enum_count.avg: Average number of enums per file.per_file.enum_count.mode: Mode (most common) number of enums per file.per_file.enum_count.sum: Total number of enums across all files.per_file.impl_block_count.avg: Average number of impl blocks per file.per_file.impl_block_count.mode: Mode (most common) number of impl blocks per file.per_file.impl_block_count.sum: Total number of impl blocks across all files.per_file.pub_fn_count.avg: Average number of public functions per file.per_file.pub_fn_count.mode: Mode (most common) number of public functions per file.per_file.pub_fn_count.sum: Total number of public functions across all files.per_file.struct_count.avg: Average number of structs per file.per_file.struct_count.mode: Mode (most common) number of structs per file.per_file.struct_count.sum: Total number of structs across all files.macro.count_per_file.avg: Average number of macros per file.macro.count_per_file.mode: Mode of the number of macros per file.macro.count_per_file.sum: Total number of macros per file.
complexity.closure.avg: Average complexity [2] of closures in the code.complexity.closure.mode: Mode (most common) complexity [2] of closures in the code.complexity.closure.sum: Total complexity [2] of closures in the code.complexity.impl_item_fn.avg: Average complexity [2] of functions within impl blocks.complexity.impl_item_fn.mode: Mode (most common) complexity [2] of functions within impl blocks.complexity.impl_item_fn.sum: Total complexity [2] of functions within impl blocks.complexity.item_fn.avg: Average complexity [2] of standalone functions in the code.complexity.item_fn.mode: Mode (most common) complexity [2] of standalone functions in the code.complexity.item_fn.sum: Total complexity [2] of standalone functions in the code.fn_arg_count.avg: Average number of arguments in functions.fn_arg_count.mode: Mode (most common) number of arguments in functions.fn_arg_count.sum: Total number of arguments in functions.fn_depth.avg: Average depth (nesting) of functions in the code.fn_depth.mode: Mode (most common) depth (nesting) of functions in the code.fn_depth.sum: Total depth (nesting) of functions in the code.lcom4_per_impl_block.avg: Average LCOM4 metric [3] per impl block.lcom4_per_impl_block.mode: Mode (most common) LCOM4 metric [3] per impl block.lcom4_per_impl_block.sum: Total LCOM4 metric [3] across all impl blocks.statement_size.avg: Average size (number of expressions) of statements in the code.statement_size.mode: Mode (most common) size (number of expressions) of statements in the code.statement_size.sum: Total size (number of expressions) of statements in the code.macro.argument_size.avg: Average size of macro arguments.macro.argument_size.mode: Mode of macro argument size.macro.argument_size.sum: Total size of macro arguments.rca.function.cognitive.average: Average cognitive complexity of functions [1]rca.function.cognitive.max: Maximum cognitive complexity of functions [1]rca.function.cognitive.min: Minimum cognitive complexity of functions [1]rca.function.cognitive.sum: Sum of cognitive complexity of functions [1]rca.function.cyclomatic.average: Average cyclomatic complexity of functions [1]rca.function.cyclomatic.max: Maximum cyclomatic complexity of functions [1]rca.function.cyclomatic.min: Minimum cyclomatic complexity of functions [1]rca.function.cyclomatic.sum: Sum of cyclomatic complexity of functions [1]rca.function.loc.blank: Number of blank lines in functions [1]rca.function.loc.blank_average: Average number of blank lines in functions [1]rca.function.loc.blank_max: Maximum number of blank lines in functions [1]rca.function.loc.blank_min: Minimum number of blank lines in functions [1]rca.function.loc.cloc: Number of comment lines in functions [1]rca.function.loc.cloc_average: Average number of comment lines in functions [1]rca.function.loc.cloc_max: Maximum number of comment lines in functions [1]rca.function.loc.cloc_min: Minimum number of comment lines in functions [1]rca.function.loc.lloc: Number of logical lines of code in functions [1]rca.function.loc.lloc_average: Average number of logical lines of code in functions [1]rca.function.loc.lloc_max: Maximum number of logical lines of code in functions [1]rca.function.loc.lloc_min: Minimum number of logical lines of code in functions [1]rca.function.loc.ploc: Number of physical lines of code in functions [1]rca.function.loc.ploc_average: Average number of physical lines of code in functions [1]rca.function.loc.ploc_max: Maximum number of physical lines of code in functions [1]rca.function.loc.ploc_min: Minimum number of physical lines of code in functions [1]rca.function.loc.sloc: Number of source lines of code in functions [1]rca.function.loc.sloc_average: Average number of source lines of code in functions [1]rca.function.loc.sloc_max: Maximum number of source lines of code in functions [1]rca.function.loc.sloc_min: Minimum number of source lines of code in functions [1]rca.function.nargs.average: Average number of arguments in functions [1]rca.function.nargs.average_closures: Average number of arguments in closures [1]rca.function.nargs.average_functions: Average number of arguments in functions [1]rca.function.nargs.closures_max: Maximum number of arguments in closures [1]rca.function.nargs.closures_min: Minimum number of arguments in closures [1]rca.function.nargs.functions_max: Maximum number of arguments in functions [1]rca.function.nargs.functions_min: Minimum number of arguments in functions [1]rca.function.nargs.total: Total number of arguments in functions [1]rca.function.nargs.total_closures: Total number of arguments in closures [1]rca.function.nargs.total_functions: Total number of arguments in functions [1]rca.function.nexits.average: Average number of exits in functions [1]rca.function.nexits.max: Maximum number of exits in functions [1]rca.function.nexits.min: Minimum number of exits in functions [1]rca.function.nexits.sum: Sum of number of exits in functions [1]rca.function.nom.average: Average number of methods in functions [1]rca.function.nom.closures: Number of methods in closures [1]rca.function.nom.closures_average: Average number of methods in closures [1]rca.function.nom.closures_max: Maximum number of methods in closures [1]rca.function.nom.closures_min: Minimum number of methods in closures [1]rca.function.nom.functions: Number of methods in functions [1]rca.function.nom.functions_average: Average number of methods in functions [1]rca.function.nom.functions_max: Maximum number of methods in functions [1]rca.function.nom.functions_min: Minimum number of methods in functions [1]rca.function.nom.total: Total number of methods in functions [1]rca.function.halstead.N1: Number of distinct operators and operands in functions [1]rca.function.halstead.N2: Total number of operators and operands in functions [1]rca.function.halstead.bugs: Estimated number of bugs in functions [1]rca.function.halstead.difficulty: Program difficulty in functions [1]rca.function.halstead.effort: Effort required to maintain functions [1]rca.function.halstead.estimated_program_length: Estimated program length of functions [1]rca.function.halstead.length: Actual length of functions [1]rca.function.halstead.level: Program level of functions [1]rca.function.halstead.n1: Number of distinct operators and operands in functions [1]rca.function.halstead.n2: Total number of operators and operands in functions [1]rca.function.halstead.purity_ratio: Purity ratio of functions [1]rca.function.halstead.time: Time required to maintain functions [1]rca.function.halstead.vocabulary: Operator and operand vocabulary in functions [1]rca.function.halstead.volume: Volume of functions [1]rca.function.mi.mi_original: Maintainability index of functions (original formula) [1]rca.function.mi.mi_sei: Maintainability index of functions (SEI method) [1]rca.function.mi.mi_visual_studio: Maintainability index of functions (Visual Studio method) [1]
enums.attr_count.avg: Average number of attributes per enum.enums.attr_count.mode: Mode (most common) number of attributes per enum.enums.attr_count.sum: Total number of attributes across all enums.enums.variant_attr_count.avg: Average number of attributes per enum variant.enums.variant_attr_count.mode: Mode (most common) number of attributes per enum variant.enums.variant_attr_count.sum: Total number of attributes across all enum variants.enums.variant_count.avg: Average number of variants per enum.enums.variant_count.mode: Mode (most common) number of variants per enum.enums.variant_count.sum: Total number of variants across all enums.structs.attrs_count.avg: Average number of attributes per struct.structs.attrs_count.mode: Mode (most common) number of attributes per struct.structs.attrs_count.sum: Total number of attributes across all structs.structs.field_attr_count.avg: Average number of attributes per struct field.structs.field_attr_count.mode: Mode (most common) number of attributes per struct field.structs.field_attr_count.sum: Total number of attributes across all struct fields.structs.fields_count.avg: Average number of fields per struct.structs.fields_count.mode: Mode (most common) number of fields per struct.structs.fields_count.sum: Total number of fields across all structs.structs.public_fields_count.avg: Average number of public fields per struct.structs.public_fields_count.mode: Mode (most common) number of public fields per struct.structs.public_fields_count.sum: Total number of public fields across all structs.trait_def.all_fn_count.avg: Average number of functions within trait definitions.trait_def.all_fn_count.mode: Mode (most common) number of functions within trait definitions.trait_def.all_fn_count.sum: Total number of functions within trait definitions.trait_def.assoc_type_count.avg: Average number of associated types within trait definitions.trait_def.assoc_type_count.mode: Mode (most common) number of associated types within trait definitions.trait_def.assoc_type_count.sum: Total number of associated types within trait definitions.trait_def.default_fn_count.avg: Average number of default functions within trait definitions.trait_def.default_fn_count.mode: Mode (most common) number of default functions within trait definitions.trait_def.default_fn_count.sum: Total number of default functions within trait definitions.trait_def.generic_param_count.avg: Average number of generic parameters within trait definitions.trait_def.generic_param_count.mode: Mode (most common) number of generic parameters within trait definitions.trait_def.generic_param_count.sum: Total number of generic parameters within trait definitions.trait_def.supertrait_count.avg: Average number of supertraits within trait definitions.trait_def.supertrait_count.mode: Mode (most common) number of supertraits within trait definitions.trait_def.supertrait_count.sum: Total number of supertraits within trait definitions.rca.impl.cyclomatic.average: Average cyclomatic complexity of code in impl block [1]rca.impl.cyclomatic.max: Maximum cyclomatic complexity of code in impl block [1]rca.impl.cyclomatic.min: Minimum cyclomatic complexity of code in impl block [1]rca.impl.cyclomatic.sum: Sum of cyclomatic complexity of impl block [1]rca.impl.halstead.N1: Halstead volume metric for impl block [1]rca.impl.halstead.N2: Halstead vocabulary metric for impl block [1]rca.impl.halstead.bugs: Estimated number of bugs in impl block using Halstead metric [1]rca.impl.halstead.difficulty: Difficulty level of impl block calculated using Halstead metric [1]rca.impl.halstead.effort: Effort required to write impl block using Halstead metric [1]rca.impl.halstead.estimated_program_length: Estimated length of impl block using Halstead metric [1]rca.impl.halstead.length: Length of impl block using Halstead metric [1]rca.impl.halstead.level: Level of impl block calculated using Halstead metric [1]rca.impl.halstead.n1: Number of distinct operators in impl block using Halstead metric [1]rca.impl.halstead.n2: Number of distinct operands in impl block using Halstead metric [1]rca.impl.halstead.purity_ratio: Purity ratio of impl block using Halstead metric [1]rca.impl.halstead.time: Time required to write impl block using Halstead metric [1]rca.impl.halstead.vocabulary: Vocabulary of impl block using Halstead metric [1]rca.impl.halstead.volume: Volume of impl block using Halstead metric [1]rca.impl.loc.blank: Number of blank lines in impl block [1]rca.impl.loc.blank_average: Average number of blank lines in impl block [1]rca.impl.loc.blank_max: Maximum number of blank lines in impl block [1]rca.impl.loc.blank_min: Minimum number of blank lines in impl block [1]rca.impl.loc.cloc: Count of lines of impl block [1]rca.impl.loc.cloc_average: Average count of lines of impl block [1]rca.impl.loc.cloc_max: Maximum count of lines of impl block [1]rca.impl.loc.cloc_min: Minimum count of lines of impl block [1]rca.impl.loc.lloc: Logical lines of code in impl block [1]rca.impl.loc.lloc_average: Average logical lines of code in impl block [1]rca.impl.loc.lloc_max: Maximum logical lines of code in impl block [1]rca.impl.loc.lloc_min: Minimum logical lines of code in impl block [1]rca.impl.loc.ploc: Physical lines of code in impl block [1]rca.impl.loc.ploc_average: Average physical lines of code in impl block [1]rca.impl.loc.ploc_max: Maximum physical lines of code in impl block [1]rca.impl.loc.ploc_min: Minimum physical lines of code in impl block [1]rca.impl.loc.sloc: Source lines of code in impl block [1]rca.impl.loc.sloc_average: Average source lines of code in impl block [1]rca.impl.loc.sloc_max: Maximum source lines of code in impl block [1]rca.impl.loc.sloc_min: Minimum source lines of code in impl block [1]rca.impl.mi.mi_original: Maintainability Index of impl block based on the original formula [1]rca.impl.mi.mi_sei: Maintainability Index of impl block based on the SEI formula [1]rca.impl.mi.mi_visual_studio: Maintainability Index of impl block based on Visual Studio implementation [1]rca.impl.nargs.average: Average number of arguments in impl block [1]rca.impl.nargs.average_closures: Average number of arguments in closures in impl block [1]rca.impl.nargs.average_functions: Average number of arguments in functions in impl block [1]rca.impl.nargs.closures_max: Maximum number of arguments in closures in impl block [1]rca.impl.nargs.closures_min: Minimum number of arguments in closures in impl block [1]rca.impl.nargs.functions_max: Maximum number of arguments in functions in impl block [1]rca.impl.nargs.functions_min: Minimum number of arguments in functions in impl block [1]rca.impl.nargs.total: Total number of arguments in impl block [1]rca.impl.nargs.total_closures: Total number of arguments in closures in impl block [1]rca.impl.nargs.total_functions: Total number of arguments in functions in impl block [1]rca.impl.nom.average: Average number of methods in impl block [1]rca.impl.nom.closures: Number of methods in closures in impl block [1]rca.impl.nom.closures_average: Average number of methods in closures in impl block [1]rca.impl.nom.closures_max: Maximum number of methods in closures in impl block [1]rca.impl.nom.closures_min: Minimum number of methods in closures in impl block [1]rca.impl.nom.functions: Number of methods in functions in impl block [1]rca.impl.nom.functions_average: Average number of methods in functions in impl block [1]rca.impl.nom.functions_max: Maximum number of functions in impl block [1]rca.impl.nom.functions_min: Minimum number of functions in impl block [1]rca.impl.nom.total: Total number of methods in impl block [1]
rca.struct.cognitive.average: The average cognitive complexity of the code within struct definitions [1]rca.struct.cognitive.max: The maximum cognitive complexity of the code within struct definitions [1]rca.struct.cognitive.min: The minimum cognitive complexity of the code within struct definitions [1]rca.struct.cognitive.sum: The sum of cognitive complexity across all functions within struct definitions [1]
rca.struct.cyclomatic.average: The average cyclomatic complexity of the code within struct definitions [1]rca.struct.cyclomatic.max: The maximum cyclomatic complexity of the code within struct definitions [1]rca.struct.cyclomatic.min: The minimum cyclomatic complexity of the code within struct definitions [1]rca.struct.cyclomatic.sum: The sum of cyclomatic complexity across all functions within struct definitions [1]
rca.struct.halstead.N1: Halstead's N1 metric for struct definitions [1]rca.struct.halstead.N2: Halstead's N2 metric for struct definitions [1]rca.struct.halstead.bugs: The estimated number of bugs in struct definitions using Halstead's metrics [1]rca.struct.halstead.difficulty: The difficulty level of struct definitions calculated using Halstead's metrics [1]rca.struct.halstead.effort: The effort required to write struct definitions using Halstead's metrics [1]rca.struct.halstead.estimated_program_length: The estimated length of struct definitions using Halstead's metrics [1]rca.struct.halstead.length: The length of struct definitions using Halstead's metrics [1]rca.struct.halstead.level: The level of struct definitions calculated using Halstead's metrics [1]rca.struct.halstead.n1: The number of distinct operators in struct definitions using Halstead's metrics [1]rca.struct.halstead.n2: The number of distinct operands in struct definitions using Halstead's metrics [1]rca.struct.halstead.purity_ratio: The purity ratio of struct definitions using Halstead's metrics [1]rca.struct.halstead.time: The time required to write struct definitions using Halstead's metrics [1]rca.struct.halstead.vocabulary: The vocabulary of struct definitions using Halstead's metrics [1]rca.struct.halstead.volume: The volume of struct definitions using Halstead's metrics [1]
rca.struct.loc.blank: The number of blank lines in struct definitions [1]rca.struct.loc.blank_average: The average number of blank lines in struct definitions [1]rca.struct.loc.blank_max: The maximum number of blank lines in struct definitions [1]rca.struct.loc.blank_min: The minimum number of blank lines in struct definitions [1]rca.struct.loc.cloc: The count of lines of code in struct definitions [1]rca.struct.loc.cloc_average: The average count of lines of code in struct definitions [1]rca.struct.loc.cloc_max: The maximum count of lines of code in struct definitions [1]rca.struct.loc.cloc_min: The minimum count of lines of code in struct definitions [1]rca.struct.loc.lloc: The logical lines of code in struct definitions [1]rca.struct.loc.lloc_average: The average logical lines of code in struct definitions [1]rca.struct.loc.lloc_max: The maximum logical lines of code in struct definitions [1]rca.struct.loc.lloc_min: The minimum logical lines of code in struct definitions [1]rca.struct.loc.ploc: The physical lines of code in struct definitions [1]rca.struct.loc.ploc_average: The average physical lines of code in struct definitions [1]rca.struct.loc.ploc_max: The maximum physical lines of code in struct definitions [1]rca.struct.loc.ploc_min: The minimum physical lines of code in struct definitions [1]rca.struct.loc.sloc: The source lines of code in struct definitions [1]rca.struct.loc.sloc_average: The average source lines of code in struct definitions [1]rca.struct.loc.sloc_max: The maximum source lines of code in struct definitions [1]rca.struct.loc.sloc_min: The minimum source lines of code in struct definitions [1]
rca.struct.mi.mi_original: Maintainability Index of struct definitions based on the original formula [1]rca.struct.mi.mi_sei: Maintainability Index of struct definitions based on the SEI formula [1]rca.struct.mi.mi_visual_studio: Maintainability Index of struct definitions based on Visual Studio implementation [1]
rca.struct.nargs.average: Average number of arguments in functions within struct definitions [1]rca.struct.nargs.average_closures: Average number of arguments in closures within struct definitions [1]rca.struct.nargs.average_functions: Average number of arguments in functions within struct definitions [1]rca.struct.nargs.closures_max: Maximum number of arguments in closures within struct definitions [1]rca.struct.nargs.closures_min: Minimum number of arguments in closures within struct definitions [1]rca.struct.nargs.functions_max: Maximum number of arguments in functions within struct definitions [1]rca.struct.nargs.functions_min: Minimum number of arguments in functions within struct definitions [1]rca.struct.nargs.total: Total number of arguments in functions within struct definitions [1]rca.struct.nargs.total_closures: Total number of arguments in closures within struct definitions [1]rca.struct.nargs.total_functions: Total number of arguments in functions within struct definitions [1]
rca.struct.nexits.average: Average number of exit points in functions within struct definitions [1]rca.struct.nexits.max: Maximum number of exit points in functions within struct definitions [1]rca.struct.nexits.min: Minimum number of exit points in functions within struct definitions [1]rca.struct.nexits.sum: Total number of exit points in functions within struct definitions.
rca.struct.nom.average: Average number of methods within struct definitions [1]rca.struct.nom.closures: Number of methods in closures within struct definitions [1]rca.struct.nom.closures_average: Average number of methods in closures within struct definitions [1]rca.struct.nom.closures_max: Maximum number of methods in closures within struct definitions [1]rca.struct.nom.closures_min: Minimum number of methods in closures within struct definitions [1]rca.struct.nom.functions: Number of methods in functions within struct definitions [1]rca.struct.nom.functions_average: Average number of methods in functions within struct definitions [1]rca.struct.nom.functions_max: Maximum number of methods in functions within struct definitions [1]rca.struct.nom.functions_min: Minimum number of methods in functions within struct definitions [1]rca.struct.nom.total: Total number of methods within struct definitions.
rca.trait.cognitive.average: The average cognitive complexity of the code within trait a definition [1]rca.trait.cognitive.max: The maximum cognitive complexity of the code within trait a definition [1]rca.trait.cognitive.min: The minimum cognitive complexity of the code within trait a definition [1]rca.trait.cognitive.sum: The sum of cognitive complexity across all functions within a trait definition [1]
rca.trait.cyclomatic.average: The average cyclomatic complexity of the code within trait a definition [1]rca.trait.cyclomatic.max: The maximum cyclomatic complexity of the code within a trait definition [1]rca.trait.cyclomatic.min: The minimum cyclomatic complexity of the code within a trait definition [1]rca.trait.cyclomatic.sum: The sum of cyclomatic complexity across all functions within a trait definition [1]
rca.trait.halstead.N1: Halstead's N1 metric for trait definitions [1]rca.trait.halstead.N2: Halstead's N2 metric for trait definitions [1]rca.trait.halstead.bugs: The estimated number of bugs in trait definitions using Halstead's metrics [1]rca.trait.halstead.difficulty: The difficulty level of trait definitions calculated using Halstead's metrics [1]rca.trait.halstead.effort: The effort required to write trait definitions using Halstead's metrics [1]rca.trait.halstead.estimated_program_length: The estimated length of trait definitions using Halstead's metrics [1]rca.trait.halstead.length: The length of trait definitions using Halstead's metrics [1]rca.trait.halstead.level: The level of trait definitions calculated using Halstead's metrics [1]rca.trait.halstead.n1: The number of distinct operators in trait definitions using Halstead's metrics [1]rca.trait.halstead.n2: The number of distinct operands in trait definitions using Halstead's metrics [1]rca.trait.halstead.purity_ratio: The purity ratio of trait definitions using Halstead's metrics [1]rca.trait.halstead.time: The time required to write trait definitions using Halstead's metrics [1]rca.trait.halstead.vocabulary: The vocabulary of trait definitions using Halstead's metrics [1]rca.trait.halstead.volume: The volume of trait definitions using Halstead's metrics [1]
rca.trait.loc.blank: The number of blank lines in trait definitions [1]rca.trait.loc.blank_average: The average number of blank lines in trait definitions [1]rca.trait.loc.blank_max: The maximum number of blank lines in trait definitions [1]rca.trait.loc.blank_min: The minimum number of blank lines in trait definitions [1]rca.trait.loc.cloc: The count of lines of code in trait definitions [1]rca.trait.loc.cloc_average: The average count of lines of code in trait definitions [1]rca.trait.loc.cloc_max: The maximum count of lines of code in trait definitions [1]rca.trait.loc.cloc_min: The minimum count of lines of code in trait definitions [1]rca.trait.loc.lloc: The logical lines of code in trait definitions [1]rca.trait.loc.lloc_average: The average logical lines of code in trait definitions [1]rca.trait.loc.lloc_max: The maximum logical lines of code in trait definitions [1]rca.trait.loc.lloc_min: The minimum logical lines of code in trait definitions [1]rca.trait.loc.ploc: The physical lines of code in trait definitions [1]rca.trait.loc.ploc_average: The average physical lines of code in trait definitions [1]rca.trait.loc.ploc_max: The maximum physical lines of code in trait definitions [1]rca.trait.loc.ploc_min: The minimum physical lines of code in trait definitions [1]rca.trait.loc.sloc: The source lines of code in trait definitions [1]rca.trait.loc.sloc_average: The average source lines of code in trait definitions [1]rca.trait.loc.sloc_max: The maximum source lines of code in trait definitions [1]rca.trait.loc.sloc_min: The minimum source lines of code in trait definitions [1]
rca.trait.mi.mi_original: Maintainability Index of trait definitions based on the original formula [1]rca.trait.mi.mi_sei: Maintainability Index of trait definitions based on the SEI formula [1]rca.trait.mi.mi_visual_studio: Maintainability Index of trait definitions based on Visual Studio implementation [1]
rca.trait.nargs.average: Average number of arguments in functions within trait definitions [1]rca.trait.nargs.average_closures: Average number of arguments in closures within trait definitions [1]rca.trait.nargs.average_functions: Average number of arguments in functions within trait definitions [1]rca.trait.nargs.closures_max: Maximum number of arguments in closures within trait definitions [1]rca.trait.nargs.closures_min: Minimum number of arguments in closures within trait definitions [1]rca.trait.nargs.functions_max: Maximum number of arguments in functions within trait definitions [1]rca.trait.nargs.functions_min: Minimum number of arguments in functions within trait definitions [1]rca.trait.nargs.total: Total number of arguments in functions within trait definitions [1]rca.trait.nargs.total_closures: Total number of arguments in closures within trait definitions [1]rca.trait.nargs.total_functions: Total number of arguments in functions within trait definitions [1]
rca.trait.nexits.average: Average number of exit points in functions within trait definitions [1]rca.trait.nexits.max: Maximum number of exit points in functions within trait definitions [1]rca.trait.nexits.min: Minimum number of exit points in functions within trait definitions [1]rca.trait.nexits.sum: Total number of exit points in functions within trait definitions [1]
rca.trait.nom.average: Average number of methods within trait definitions [1]rca.trait.nom.closures: Number of methods in closures within trait definitions [1]rca.trait.nom.closures_average: Average number of methods in closures per trait definition [1]
within trait definitions.
rca.trait.nom.closures_max: Maximum number of methods in closures within trait definitions [1]rca.trait.nom.closures_min: Minimum number of methods in closures within trait definitions [1]rca.trait.nom.functions: Number of methods in functions within trait definitions [1]rca.trait.nom.functions_average: Average number of methods in functions within trait definitions [1]rca.trait.nom.functions_max: Maximum number of functions in trait definitions [1]rca.trait.nom.functions_min: Minimum number of functions in trait definitions [1]rca.trait.nom.total: Total number of methods within trait definitions [1]
statement_size: The size of statements in the code [1]structs.attrs_count: Total number of attributes across all structs [1]structs.field_attr_count: Total number of attributes across all struct fields [1]structs.fields_count: Total number of fields across all structs [1]structs.public_fields_count: Total number of public fields across all structs [1]trait_def.all_fn_count: Total number of functions within trait definitions [1]trait_def.assoc_type_count: Total number of associated types within trait definitions [1]trait_def.default_fn_count: Total number of default functions within trait definitions [1]trait_def.generic_param_count: Total number of generic parameters within trait definitions [1]trait_def.supertrait_count: Total number of supertraits within trait definitions [1]
repo.commit_count: Total number of commits in the repository.repo.forks: Total number of forks for the repository.repo.open_issues: Total number of open issues for the repository.repo.size: Size of the repository in kilobytes.repo.stars: Total number of stars for the repository.repo.watchers: Total number of watchers for the repository.if_count: Total number of if statements in the code.
[1] These metrics are collected using the rust-code-analysis
[2] Campbell, G. Ann, Cognitive complexity: an overview and evaluation, 2018
[3] Allen, E.B. and Khoshgoftaar, T.M., Measuring coupling and cohesion: an information-theory approach, 1999