def replace(pattern, replacement) :
print("Matches:")
matches = refactoring.find_matches(files, pattern)
print("\n")
print("Replacing:")
refactoring.replace_matches(matches, pattern, replacement)
def replace(pattern, replacement):
print("Matches:")
matches = refactoring.find_matches(files, pattern)
print("\n")
print("Replacing:")
refactoring.replace_matches(matches, pattern, replacement)
def update(paths, year):
copyright_replacements = {
f"(\\s*[*#]\\s+Copyright \\(c\\) 20\\d\\d-)(?!{year})20\\d\\d( Inviwo Foundation\\s*)":
f"\\g<1>{year}\\g<2>",
f"(\\s*[*#]\\s+Copyright \\(c\\) )((?!{year})20\\d\\d)( Inviwo Foundation\\s*)":
f"\\g<1>\\g<2>-{year}\\g<3>"
}
files = refactoring.find_files(paths, ['*'], excludes=excludespatterns)
print("Looking in {} files".format(len(files)))
summary = ""
for pattern, replacement in copyright_replacements.items():
print("Matches: {}".format(pattern))
matches = refactoring.find_matches(files, pattern)
print("\nReplacing:")
refactoring.replace_matches(matches, pattern, replacement)
summary += "Replaced {} matches of {}\n".format(len(matches), pattern)
print("\n")
print(summary)
n2 = refactoring.find_files(paths, ['*.cpp'],
excludes=[
"*/ext/*", "*moc_*", "*cmake*",
"*/proteindocking/*", "*/proteindocking2/*",
"*/genetree/*"
])
err2 = refactoring.check_file_type(n2, "UTF-8")
if len(err2) > 0: sys.exit("Encoding errors")
pattern = r"(\s*)InviwoProcessorInfo\(\);"
replacement = r"\1virtual const ProcessorInfo getProcessorInfo() const override;\n\1static const ProcessorInfo processorInfo_;"
print("Matches:")
matches = refactoring.find_matches(n, pattern)
print("\n")
print("Replacing:")
refactoring.replace_matches(matches, pattern, replacement)
# Step 2:
# replace:
# ProcessorDisplayName(VolumeRaycaster, "Volume Raycaster");
# ProcessorTags(VolumeRaycaster, Tags::GL);
# ProcessorCategory(VolumeRaycaster, "Volume Rendering");
# ProcessorCodeState(VolumeRaycaster, CODE_STATE_STABLE);
# with:
# const ProcessorInfo VolumeRaycaster::processorInfo_{
# "org.inviwo.VolumeRaycaster", // Class identifer
# "Volume Raycaster", // Display name
"*.ico", "*.icns", "*.qch", "*.qhc", "*.exr", "*.pwm", "*.pvm", "*.pdf",
"*.otf", "*.exe", "*.fbx", "*.svg", "*.itf", "*.qrc", "*.md", "*/.git*",
"*/.clang-format", "*/LICENSE", ".git", "Jenkinsfile", ".gitattributes",
"*/AUTHORS", ""
"*/tools/meta/templates/*", "*.natvis", "*/depends.cmake",
"*moduledefine.h", "*moduledefine.hpp", "*/config.json", "*.js",
"*/CMakeLists.txt"
]
copyright_replacements = {
r"(\s*[*#]\s+Copyright \(c\) 201\d-)20(?:1\d|2[0])( Inviwo Foundation\s*)":
r"\g<1>2021\g<2>",
r"(\s*[*#]\s+Copyright \(c\) )(20(?:1\d|2[0]))( Inviwo Foundation\s*)":
r"\g<1>\g<2>-2021\g<3>"
}
files = refactoring.find_files(paths, ['*'], excludes=excludespatterns)
print("Looking in {} files".format(len(files)))
summary = ""
for pattern, replacement in copyright_replacements.items():
print("Matches: {}".format(pattern))
matches = refactoring.find_matches(files, pattern)
print("\nReplacing:")
refactoring.replace_matches(matches, pattern, replacement)
summary += "Replaced {} matches of {}\n".format(len(matches), pattern)
print("\n")
print(summary)
def replace(pattern, replacement):
matches = refactoring.find_matches(files, pattern)
print(matches.size())
colorama.init()
paths = [
"C:/Users/petst55/Work/Inviwo/Inviwo-dev",
"C:/Users/petst55/Work/Inviwo/Inviwo-research"
]
excludespatterns = [
"*/ext/*", "*moc_*", "*cmake*", "*/proteindocking/*",
"*/proteindocking2/*", "*/genetree/*", "*/vrnbase/*"
]
files = refactoring.find_files(paths, ['*.h', '*.cpp'],
excludes=excludespatterns)
matches = refactoring.find_matches(files, r":\s*public\s+Processor")
processorswithinit = set(refactoring.find_matches(matches, r"initialize\(\)"))
processorswithdeinit = set(
refactoring.find_matches(matches, r"deinitialize\(\)"))
lastpart = lambda x: (x.split(r"/Inviwo/")[-1]).split("\\modules\\")[-1]
print("")
print("")
print("## Prcessor with initialize/deinitialize")
l1 = list(processorswithinit.intersection(processorswithdeinit))
l1.sort()
n = refactoring.find_files(paths, ['*.h'], excludes=["*/ext/*", "*moc_*", "*cmake*", "*/proteindocking/*", "*/proteindocking2/*", "*/genetree/*"])
err = refactoring.check_file_type(n, "UTF-8")
if len(err)>0: sys.exit("Encoding errors")
n2 = refactoring.find_files(paths, ['*.cpp'], excludes=["*/ext/*", "*moc_*", "*cmake*", "*/proteindocking/*", "*/proteindocking2/*", "*/genetree/*"])
err2 = refactoring.check_file_type(n2, "UTF-8")
if len(err2)>0: sys.exit("Encoding errors")
pattern = r"(\s*)InviwoProcessorInfo\(\);"
replacement = r"\1virtual const ProcessorInfo getProcessorInfo() const override;\n\1static const ProcessorInfo processorInfo_;"
print("Matches:")
matches = refactoring.find_matches(n, pattern)
print("\n")
print("Replacing:")
refactoring.replace_matches(matches, pattern, replacement)
# Step 2:
# replace:
# ProcessorDisplayName(VolumeRaycaster, "Volume Raycaster");
# ProcessorTags(VolumeRaycaster, Tags::GL);
# ProcessorCategory(VolumeRaycaster, "Volume Rendering");
# ProcessorCodeState(VolumeRaycaster, CODE_STATE_STABLE);
# with:
# const ProcessorInfo VolumeRaycaster::processorInfo_{
# "org.inviwo.VolumeRaycaster", // Class identifer
import sys
import os
import re
import colorama
colorama.init()
import refactoring # Note: refactoring.py need to be in the current working directory
paths = ["C:/Users/petst55/Work/Inviwo/Inviwo-dev", "C:/Users/petst55/Work/Inviwo/Inviwo-research"]
excludespatterns = ["*/ext/*", "*moc_*", "*cmake*", "*/proteindocking/*", "*/proteindocking2/*", "*/genetree/*", "*/vrnbase/*"];
files = refactoring.find_files(paths, ['*.h', '*.cpp'], excludes=excludespatterns)
matches = refactoring.find_matches(files, r":\s*public\s+Processor")
processorswithinit = set(refactoring.find_matches(matches, r"initialize\(\)"))
processorswithdeinit = set(refactoring.find_matches(matches, r"deinitialize\(\)"))
lastpart = lambda x: (x.split(r"/Inviwo/")[-1]).split("\\modules\\")[-1]
print("")
print("")
print("## Prcessor with initialize/deinitialize")
l1 = list(processorswithinit.intersection(processorswithdeinit))
l1.sort()
l2 = list(processorswithinit.difference(processorswithdeinit))
l2.sort()
