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Format lists and dicts of a single item onto one line
example: "dict": { "value": 10 } becomes "dict": { "value": 10 }
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a470f02373
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3 changed files with 17 additions and 2 deletions
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@ -9,7 +9,7 @@ format:
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format-definition-paired-coordinate-array: true
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format-definition-paired-coordinate-array: true
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format-definition-sort-keys: true
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format-definition-sort-keys: true
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format-definition-indent: 4
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format-definition-indent: 4
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format-definition-single-value-single-line: true
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format-definition-single-value-single-line: true # Format dicts and lists with a single item on one line "dict": { "value": 10 }
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format-profile-space-around-delimiters: true
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format-profile-space-around-delimiters: true
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format-profile-sort-keys: true
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format-profile-sort-keys: true
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diagnostic-mesh-file-size: 1200000
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diagnostic-mesh-file-size: 1200000
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@ -0,0 +1,11 @@
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# Printer Linter
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Printer linter is a python package that does linting on Cura definitions files.
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Running this on your definition files will get them ready for a pull request.
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## Running Locally
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From the Cura root folder.
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```python3 printer-linter/src/terminal.py "flashforge_dreamer_nx.def.json" "flashforge_base.def.json" --fix --format```
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## Developing
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@ -49,7 +49,11 @@ def formatFile(file: Path, settings) -> None:
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content = newline.sub(r"\1\2:\1{", content)
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content = newline.sub(r"\1\2:\1{", content)
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if settings["format"].get("format-definition-single-value-single-line", True):
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if settings["format"].get("format-definition-single-value-single-line", True):
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pass # TODO: format entries in the override section which only define a single value to be on one line
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single_value_dict = re.compile(r"(:)(\s*\n?.*\{\s+)(\".*)(\d*\s*\})(\s*)(,?)")
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content = single_value_dict.sub(r"\1 { \3 }\6", content)
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single_value_list = re.compile(r"(:)(\s*\n?.*\[\s+)(\".*)(\d*\s*\])(\s*)(,?)")
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content = single_value_list.sub(r"\1 [ \3 ]\6", content)
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if settings["format"].get("format-definition-paired-coordinate-array", True):
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if settings["format"].get("format-definition-paired-coordinate-array", True):
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paired_coordinates = re.compile(r"(\[)\s+(-?\d*),\s*(-?\d*)\s*(\])")
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paired_coordinates = re.compile(r"(\[)\s+(-?\d*),\s*(-?\d*)\s*(\])")
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