def do_rulecheck(module, rules, metrics) -> Tuple[int, int]:
ec = 0
wc = 0
first = True
for rule in rules:
rule = rule(module, args)
if verbosity.value > Verbosity.HIGH.value:
printer.white("Checking rule " + rule.name)
rule.check()
# count errors
if rule.hasErrors():
ec += rule.errorCount
if rule.hasWarnings:
wc += rule.warningCount()
if args.nowarnings and not rule.hasErrors():
continue
if rule.hasOutput():
if first:
printer.green(
"Checking footprint '{fp}':".format(fp=module.name))
first = False
printer.yellow("Violating " + rule.name + " - " + rule.url,
indentation=2)
rule.processOutput(printer, verbosity, args.silent)
elif rule.hasErrors():
if args.log:
lib_name = os.path.basename(os.path.dirname(
module.filename)).replace(".pretty", "")
logError(args.log, rule.name, lib_name, module.name)
if args.fix:
if args.fixmore and rule.needsFixMore:
rule.fixmore()
rule.fix()
rule.processOutput(printer, args.verbose, args.silent)
rule.recheck()
# No messages?
if first:
if not args.silent:
printer.green(
"Checking footprint '{fp}' - No errors".format(fp=module.name))
if ((args.fix or args.fixmore) and ec > 0) or args.rotate != 0:
module.save()
return (ec, wc)
def do_rulecheck(module, rules, metrics):
ec = 0
wc = 0
no_warnings = True
output = []
first = True
for rule in rules:
rule = rule(module,args)
if verbosity > 2:
printer.white("Checking rule " + rule.name)
rule.check()
# count errors
if rule.hasErrors():
ec += rule.errorCount
if rule.hasWarnings:
wc += rule.warningCount()
if args.nowarnings and not rule.hasErrors():
continue
if rule.hasOutput():
if first:
printer.green("Checking footprint '{fp}':".format(fp=module.name))
first = False
printer.yellow("Violating " + rule.name, indentation=2)
rule.processOutput(printer, args.verbose, args.silent)
elif rule.hasErrors():
if args.log:
logError(args.log, rule.name, lib_name, module.name)
if args.fix:
if args.fixmore and rule.needsFixMore:
rule.fixmore()
rule.fix()
rule.processOutput(printer, args.verbose, args.silent)
rule.recheck()
# No messages?
if first:
if not args.silent:
printer.green("Checking footprint '{fp}' - No errors".format(fp=module.name))
if ((args.fix or args.fixmore) and ec > 0) or args.rotate!=0:
module.save()
return (ec, wc)
def do_rulecheck(self, symbol) -> Tuple[int, int]:
symbol_error_count = 0
symbol_warning_count = 0
first = True
for rule in self.rules:
rule.footprints_dir = self.footprints
rule = rule(symbol)
if self.verbosity.value > Verbosity.HIGH.value:
self.printer.white("Checking rule " + rule.name)
rule.check()
if self.no_warnings and not rule.hasErrors():
continue
if rule.hasOutput():
if first:
self.printer.green("Checking symbol '{lib}:{sym}':".format(
lib=symbol.libname, sym=symbol.name))
first = False
self.printer.yellow("Violating " + rule.name + " - " +
rule.url,
indentation=2)
rule.processOutput(self.printer, self.verbosity, self.silent)
if rule.hasErrors():
if self.log:
logError(self.log, rule.name, symbol.libname, symbol.name)
# increment the number of violations
symbol_error_count += rule.errorCount
symbol_warning_count += rule.warningCount()
# No messages?
if first:
if not self.silent:
self.printer.green("Checking symbol '{lib}:{sym}':".format(
lib=symbol.libname, sym=symbol.name))
# done checking the symbol
# count errors and update metrics
self.metrics.append("{l}.{p}.warnings {n}".format(
l=symbol.libname, p=symbol.name, n=symbol_warning_count))
self.metrics.append("{l}.{p}.errors {n}".format(l=symbol.libname,
p=symbol.name,
n=symbol_error_count))
return (symbol_error_count, symbol_warning_count)
def do_rulecheck(symbol, rules, metrics):
symbol_error_count = 0
symbol_warning_count = 0
first = True
for rule in rules:
rule.footprints_dir = args.footprints if args.footprints else None
rule = rule(symbol)
if verbosity > 2:
printer.white("Checking rule " + rule.name)
rule.check()
if args.nowarnings and not rule.hasErrors():
continue
if rule.hasOutput():
if first:
printer.green(
"Checking symbol '{sym}':".format(sym=symbol.name))
first = False
printer.yellow("Violating " + rule.name, indentation=2)
rule.processOutput(printer, args.verbose, args.silent)
if rule.hasErrors():
if args.log:
logError(args.log, rule.name, lib_name, symbol.name)
# increment the number of violations
symbol_error_count += rule.errorCount
symbol_warning_count += rule.warningCount()
# No messages?
if first:
if not args.silent:
printer.green(
"Checking symbol '{sym}' - No errors".format(sym=symbol.name))
# done checking the symbol
# count errors and update metrics
metrics.append('{l}.{p}.warnings {n}'.format(l=symbol.libname,
p=symbol.name,
n=symbol_warning_count))
metrics.append('{l}.{p}.errors {n}'.format(l=symbol.libname,
p=symbol.name,
n=symbol_error_count))
return (symbol_error_count, symbol_warning_count)
if rule.hasOutput():
if first:
printer.green(
"Checking symbol '{sym}':".format(sym=component.name))
first = False
printer.yellow("Violating " + rule.name, indentation=2)
rule.processOutput(printer, verbosity, args.silent)
# Specifically check for errors
if rule.hasErrors():
n_violations += rule.errorCount
if args.log:
logError(args.log, rule.name, lib_name, component.name)
if args.fix:
rule.fix()
rule.processOutput(printer, verbosity, args.silent)
rule.recheck()
# No messages?
if first:
if not args.silent:
printer.green("Checking symbol '{sym}' - No errors".format(
sym=component.name))
# check the number of violations
if n_violations > 0:
exit_code += 1
first = False
printer.yellow("Violating " + rule.name, indentation=2)
rule.processOutput(printer, args.verbose, args.silent)
if args.fixmore and rule.needsFixMore:
if rule.hasErrors():
n_violations += rule.errorCount
rule.fixmore()
rule.fix()
rule.processOutput(printer, args.verbose, args.silent)
elif rule.hasErrors():
n_violations += rule.errorCount
if args.log:
logError(args.log, rule.name, lib_name, module.name)
if args.fix:
rule.fix()
rule.processOutput(printer, args.verbose, args.silent)
rule.recheck()
# No messages?
if first:
if not args.silent:
printer.green(
"Checking footprint '{fp}' - No errors".format(fp=module.name))
# increment the number of violations
if n_violations > 0:
exit_code += 1
continue
if rule.hasOutput():
if first:
printer.green("Checking symbol '{sym}':".format(sym=component.name))
first = False
printer.yellow("Violating " + rule.name, indentation=2)
rule.processOutput(printer, verbosity, args.silent)
# Specifically check for errors
if rule.hasErrors():
n_violations += rule.errorCount
if args.log:
logError(args.log, rule.name, lib_name, component.name)
if args.fix:
rule.fix()
rule.processOutput(printer, verbosity, args.silent)
rule.recheck()
# No messages?
if first:
if not args.silent:
printer.green("Checking symbol '{sym}' - No errors".format(sym=component.name))
# check the number of violations
if n_violations > 0:
exit_code += 1
n_allviolations=n_allviolations+n_violations
if args.fixmore and rule.needsFixMore:
if rule.hasErrors():
n_violations += rule.errorCount
if rule.hasWarnings:
n_violations += rule.warningCount()
rule.fixmore()
rule.fix()
rule.processOutput(printer, args.verbose, args.silent)
elif rule.hasErrors():
n_violations += rule.errorCount
if args.fixmore and rule.hasWarnings:
n_violations += rule.warningCount()
if args.log:
logError(args.log, rule.name, lib_name, module.name)
if args.fix:
rule.fix()
rule.processOutput(printer, args.verbose, args.silent)
rule.recheck()
# No messages?
if first:
if not args.silent:
printer.green("Checking footprint '{fp}' - No errors".format(fp=module.name))
# increment the number of violations
if n_violations > 0:
exit_code += 1
