baole

Failure shape	What it usually means	First repair to try
Module :a depends on :b, which is not allowed	A Gradle project dependency crossed the module policy	Depend on an API module, move the contract, or remove the edge
Circular dependency detected	Two or more modules now form a dependency cycle	Extract a shared contract or move ownership to one side
Class ... should only depend on classes in ...	A source import, signature, or referenced type crossed a package boundary	Map to a boundary model, invert the dependency, or narrow the rule if the architecture changed
Generated or build files appear in violations	The suite is checking code the team does not author directly	Add explicit generated-code exclusions or scope the rule to production packages
A rule fails for many unrelated files	The rule may be too broad or too early for enforcement	Run it informationally, quarantine legacy zones, then tighten over time

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Job	Threat	Build-level rule	Source-level rule
Logical isolation	Layers or modules depend in forbidden directions	:domain does not depend on :data; feature implementations do not depend on sibling implementations	Domain packages do not import data, UI, framework, or platform packages
API hermeticity	Implementation detail becomes public contract	API modules stay separate from implementation modules	Public signatures do not expose persistence, transport, or framework types
Mechanical hygiene	Structure becomes harder to navigate and build	Module graph has no cycles	Files avoid wildcard imports, class/file mismatch, or uncontrolled generated-code zones

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Tooling option	Strong at	Weak at	Use it when	Combine with Konture when
ArchUnit	Mature JVM bytecode rules and class dependency checks	Gradle project graph, KMP source sets, source-level Kotlin intent	The system is primarily JVM and the rule is visible in compiled classes	You also need module dependency policy, Kotlin visibility, or KMP/platform boundaries
detekt custom rules	Kotlin PSI, style, naming, local declaration rules	Gradle module graph and cross-module dependency policy	The rule is close to lint: naming, annotations, local source conventions	A lint finding needs to line up with module ownership or public API boundaries
Gradle Doctor or module-graph plugins	Build health, project graph visibility, dependency reports	Source imports, signatures, class visibility, API leakage	You need graph insight, build performance reports, or dependency hygiene	A graph edge is only half the story and source-level leakage also matters
Cust

baole

View	What it sees well	What it misses
JVM bytecode	Compiled classes and class dependencies	Kotlin source intent, source sets, Gradle project boundaries, some compiler-plugin effects
Kotlin source scan	Packages, imports, declarations, modifiers, annotations	The real Gradle module graph and project dependency policy
Gradle graph inspection	Modules, source sets, declared project dependencies	Source-level imports, public signatures, visibility, and type leakage
Linters	Local style and single-file quality	Whole-project structure and architectural ownership

baole

package com.anttek.alice.util.markdown;

import org.commonmark.node.Node;
import org.commonmark.node.StrongEmphasis;
import org.commonmark.node.Text;
import org.commonmark.parser.delimiter.DelimiterProcessor;
import org.commonmark.parser.delimiter.DelimiterRun;


public class AliceAsteriskDelimiterProcessor implements DelimiterProcessor {

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package com.anttek.alice.utils

import com.google.gson.GsonBuilder
import com.google.gson.reflect.TypeToken
import org.junit.Test
import java.util.*

class Timezone {

    data class Zone(var value: String, var name: String){

baole

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