19339509159

Committed 13 Nov 2025 05:03PM UTC coverage: 68.943% (-0.01%) from 68.955%

Build # 19339509159

Build Type

Pull #1592

github

Committed by

web-flow

Commit Message

Merge ff512b5a9 into 8ba76dc5f

Pull Request Pull Request #1592: #1590: Add SystemPath.findBinary(Path toolPath, Predicate<Path> filter)

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cli/src/main/java/com/devonfw/tools/ide/common/SystemPath.java

package com.devonfw.tools.ide.common;

import java.io.File;
import java.io.IOException;
import java.nio.file.Files;
import java.nio.file.LinkOption;
import java.nio.file.Path;
import java.util.ArrayList;
import java.util.Collections;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import java.util.Objects;
import java.util.function.Predicate;
import java.util.regex.Pattern;
import java.util.stream.Stream;

import com.devonfw.tools.ide.context.IdeContext;
import com.devonfw.tools.ide.os.SystemInfoImpl;
import com.devonfw.tools.ide.os.WindowsPathSyntax;
import com.devonfw.tools.ide.variable.IdeVariables;

/**
 * Represents the PATH variable in a structured way. The PATH contains the system path entries together with the entries for the IDEasy tools. The generic
 * system path entries are stored in a {@link List} ({@code paths}) and the tool entries are stored in a {@link Map} ({@code tool2pathMap}) as they can change
 * dynamically at runtime (e.g. if a new tool is installed). As the tools must have priority the actual PATH is build by first the entries for the tools and
 * then the generic entries from the system PATH. Such tool entries are ignored from the actual PATH of the {@link System#getenv(String) environment} at
 * construction time and are recomputed from the "software" folder. This is important as the initial {@link System#getenv(String) environment} PATH entries can
 * come from a different IDEasy project and the use may have changed projects before calling us again. Recomputing the PATH ensures side-effects from other
 * projects. However, it also will ensure all the entries to IDEasy locations are automatically managed and therefore cannot be managed manually be the
 * end-user.
 */
public class SystemPath {

  private static final Pattern REGEX_WINDOWS_PATH = Pattern.compile("([a-zA-Z]:)?(\\\\[a-zA-Z0-9\\s_.-]+)+\\\\?");

  private final String envPath;

  private final char pathSeparator;

  private final Map<String, Path> tool2pathMap;

  private final List<Path> paths;

  private final List<Path> extraPathEntries;

  private final IdeContext context;

  private static final List<String> EXTENSION_PRIORITY = List.of(".exe", ".cmd", ".bat", ".msi", ".ps1", "");

  /**
   * The constructor.
   *
   * @param context {@link IdeContext}.
   */
  public SystemPath(IdeContext context) {

    this(context, System.getenv(IdeVariables.PATH.getName()));
  }

  /**
   * The constructor.
   *
   * @param context {@link IdeContext}.
   * @param envPath the value of the PATH variable.
   */
  public SystemPath(IdeContext context, String envPath) {

    this(context, envPath, context.getIdeRoot(), context.getSoftwarePath());
  }

  /**
   * The constructor.
   *
   * @param context {@link IdeContext} for the output of information.
   * @param envPath the value of the PATH variable.
   * @param ideRoot the {@link IdeContext#getIdeRoot() IDE_ROOT}.
   * @param softwarePath the {@link IdeContext#getSoftwarePath() software path}.
   */
  public SystemPath(IdeContext context, String envPath, Path ideRoot, Path softwarePath) {

    this(context, envPath, ideRoot, softwarePath, File.pathSeparatorChar, Collections.emptyList());
  }

  /**
   * The constructor.
   *
   * @param context {@link IdeContext} for the output of information.
   * @param envPath the value of the PATH variable.
   * @param ideRoot the {@link IdeContext#getIdeRoot() IDE_ROOT}.
   * @param softwarePath the {@link IdeContext#getSoftwarePath() software path}.
   * @param pathSeparator the path separator char (';' for Windows and ':' otherwise).
   * @param extraPathEntries the {@link List} of additional {@link Path}s to prepend.
   */
  public SystemPath(IdeContext context, String envPath, Path ideRoot, Path softwarePath, char pathSeparator, List<Path> extraPathEntries) {

    this(context, envPath, pathSeparator, extraPathEntries, new HashMap<>(), new ArrayList<>());
    String[] envPaths = envPath.split(Character.toString(pathSeparator));
    for (String segment : envPaths) {
      Path path = Path.of(segment);
      String tool = getTool(path, ideRoot);
      if (tool == null) {
        this.paths.add(path);
      }
    }
    collectToolPath(softwarePath);
  }

  private SystemPath(IdeContext context, String envPath, char pathSeparator, List<Path> extraPathEntries, Map<String, Path> tool2PathMap, List<Path> paths) {

    super();
    this.context = context;
    this.envPath = envPath;
    this.pathSeparator = pathSeparator;
    this.extraPathEntries = extraPathEntries;
    this.tool2pathMap = tool2PathMap;
    this.paths = paths;
  }

  private void collectToolPath(Path softwarePath) {

    if (softwarePath == null) {
      return;
    }
    if (Files.isDirectory(softwarePath)) {
      try (Stream<Path> children = Files.list(softwarePath)) {
        Iterator<Path> iterator = children.iterator();
        while (iterator.hasNext()) {
          Path child = iterator.next();
          String tool = child.getFileName().toString();
          if (!"extra".equals(tool) && Files.isDirectory(child)) {
            Path toolPath = child;
            Path bin = child.resolve("bin");
            if (Files.isDirectory(bin)) {
              toolPath = bin;
            }
            this.tool2pathMap.put(tool, toolPath);
          }
        }
      } catch (IOException e) {
        throw new IllegalStateException("Failed to list children of " + softwarePath, e);
      }
    }
  }

  private static String getTool(Path path, Path ideRoot) {

    if (ideRoot == null) {
      return null;
    }
    if (path.startsWith(ideRoot)) {
      Path relativized = ideRoot.relativize(path);
      int count = relativized.getNameCount();
      if (count >= 3) {
        if (relativized.getName(1).toString().equals("software")) {
          return relativized.getName(2).toString();
        }
      }
    }
    return null;
  }

  private Path findBinaryInOrder(Path path, String tool) {

    List<String> extensionPriority = List.of("");
    if (SystemInfoImpl.INSTANCE.isWindows()) {
      extensionPriority = EXTENSION_PRIORITY;
    }
    for (String extension : extensionPriority) {

      Path fileToExecute = path.resolve(tool + extension);

      if (Files.exists(fileToExecute, LinkOption.NOFOLLOW_LINKS)) {
        return fileToExecute;
      }
    }

    return null;
  }

  /**
   * @param binaryName the name of the tool.
   * @return {@code true} if the given {@code tool} is a binary that can be found on the PATH, {@code false} otherwise.
   */
  public boolean hasBinaryOnPath(String binaryName) {
    Path binary = Path.of(binaryName);
    Path resolvedBinary = findBinary(binary);
    return (resolvedBinary != binary);
  }

  /**
   * @param binaryName the name of the tool.
   * @return the {@link Path} to the binary executable of the tool. E.g. if "mvn" is given then ".../software/mvn/bin/mvn" could be returned. If the executable
   *     was not found on PATH, the same {@link Path} instance is returned that was given as argument.
   */
  public Path findBinaryPathByName(String binaryName) {
    return findBinary(Path.of(binaryName));
  }

  /**
   * @param toolPath the {@link Path} to the tool installation.
   * @return the {@link Path} to the binary executable of the tool. E.g. if "mvn" is given then ".../software/mvn/bin/mvn" could be returned. If the executable
   *     was not found on PATH, the same {@link Path} instance is returned that was given as argument.
   */
  public Path findBinary(Path toolPath) {
    return findBinary(toolPath, p -> true);
  }

  /**
   * Finds a binary for {@code toolPath} but allows excluding candidates via {@code filter}. If the filter rejects a candidate, the search continues. If no
   * acceptable candidate is found, the original {@code toolPath} is returned unchanged.
   *
   * @param toolPath the {@link Path} to the tool installation or a simple name (e.g., "git").
   * @param filter a predicate that must return {@code true} for acceptable candidates; {@code false} rejects and continues searching.
   * @return the first acceptable {@link Path} found; if none, the original {@code toolPath}.
   */
  public Path findBinary(Path toolPath, Predicate<Path> filter) {
    Objects.requireNonNull(toolPath, "toolPath");
    Objects.requireNonNull(filter, "filter");

    Path parent = toolPath.getParent();
    String fileName = toolPath.getFileName().toString();

    if (parent == null) {
      for (Path path : this.tool2pathMap.values()) {
        Path binaryPath = findBinaryInOrder(path, fileName);
        if (binaryPath != null && filter.test(binaryPath)) {
          return binaryPath;
        }
      }
      for (Path path : this.paths) {
        Path binaryPath = findBinaryInOrder(path, fileName);
        if (binaryPath != null && filter.test(binaryPath)) {
          return binaryPath;
        }
      }
    } else {
      Path binaryPath = findBinaryInOrder(parent, fileName);
      if (binaryPath != null && filter.test(binaryPath)) {
        return binaryPath;
      }
    }

    return toolPath;
  }

  /**
   * @param tool the name of the tool.
   * @return the {@link Path} to the directory of the tool where the binaries can be found or {@code null} if the tool is not installed.
   */
  public Path getPath(String tool) {

    return this.tool2pathMap.get(tool);
  }

  /**
   * @param tool the name of the tool.
   * @param path the new {@link #getPath(String) tool bin path}.
   */
  public void setPath(String tool, Path path) {

    this.tool2pathMap.put(tool, path);
  }

  @Override
  public String toString() {

    return toString(null);
  }

  /**
   * @param pathSyntax the {@link WindowsPathSyntax} to convert to.
   * @return this {@link SystemPath} as {@link String} for the PATH environment variable.
   */
  public String toString(WindowsPathSyntax pathSyntax) {

    char separator;
    if (pathSyntax == WindowsPathSyntax.MSYS) {
      separator = ':';
    } else {
      separator = this.pathSeparator;
    }
    StringBuilder sb = new StringBuilder(this.envPath.length() + 128);
    for (Path path : this.extraPathEntries) {
      appendPath(path, sb, separator, pathSyntax);
    }
    for (Path path : this.tool2pathMap.values()) {
      appendPath(path, sb, separator, pathSyntax);
    }
    for (Path path : this.paths) {
      appendPath(path, sb, separator, pathSyntax);
    }
    return sb.toString();
  }

  /**
   * Derive a new {@link SystemPath} from this instance with the given parameters.
   *
   * @param overriddenPath the entire PATH to override and replace the current one from this {@link SystemPath} or {@code null} to keep the current PATH.
   * @param extraPathEntries the {@link List} of additional PATH entries to add to the beginning of the PATH. May be empty to add nothing.
   * @return the new {@link SystemPath} derived from this instance with the given parameters applied.
   */
  public SystemPath withPath(String overriddenPath, List<Path> extraPathEntries) {

    if (overriddenPath == null) {
      return new SystemPath(this.context, this.envPath, this.pathSeparator, extraPathEntries, this.tool2pathMap, this.paths);
    } else {
      return new SystemPath(this.context, overriddenPath, null, null, this.pathSeparator, extraPathEntries);
    }
  }

  private static void appendPath(Path path, StringBuilder sb, char separator, WindowsPathSyntax pathSyntax) {

    if (sb.length() > 0) {
      sb.append(separator);
    }
    String pathString;
    if (pathSyntax == null) {
      pathString = path.toString();
    } else {
      pathString = pathSyntax.format(path);
    }
    sb.append(pathString);
  }

  /**
   * Method to validate if a given path string is a Windows path or not
   *
   * @param pathString The string to check if it is a Windows path string.
   * @return {@code true} if it is a valid windows path string, else {@code false}.
   */
  public static boolean isValidWindowsPath(String pathString) {

    return REGEX_WINDOWS_PATH.matcher(pathString).matches();
  }
}

1	package com.devonfw.tools.ide.common;
2
3	import java.io.File;
4	import java.io.IOException;
5	import java.nio.file.Files;
6	import java.nio.file.LinkOption;
7	import java.nio.file.Path;
8	import java.util.ArrayList;
9	import java.util.Collections;
10	import java.util.HashMap;
11	import java.util.Iterator;
12	import java.util.List;
13	import java.util.Map;
14	import java.util.Objects;
15	import java.util.function.Predicate;
16	import java.util.regex.Pattern;
17	import java.util.stream.Stream;
18
19	import com.devonfw.tools.ide.context.IdeContext;
20	import com.devonfw.tools.ide.os.SystemInfoImpl;
21	import com.devonfw.tools.ide.os.WindowsPathSyntax;
22	import com.devonfw.tools.ide.variable.IdeVariables;
23
24	/**
25	* Represents the PATH variable in a structured way. The PATH contains the system path entries together with the entries for the IDEasy tools. The generic
26	* system path entries are stored in a {@link List} ({@code paths}) and the tool entries are stored in a {@link Map} ({@code tool2pathMap}) as they can change
27	* dynamically at runtime (e.g. if a new tool is installed). As the tools must have priority the actual PATH is build by first the entries for the tools and
28	* then the generic entries from the system PATH. Such tool entries are ignored from the actual PATH of the {@link System#getenv(String) environment} at
29	* construction time and are recomputed from the "software" folder. This is important as the initial {@link System#getenv(String) environment} PATH entries can
30	* come from a different IDEasy project and the use may have changed projects before calling us again. Recomputing the PATH ensures side-effects from other
31	* projects. However, it also will ensure all the entries to IDEasy locations are automatically managed and therefore cannot be managed manually be the
32	* end-user.
33	*/
34	public class SystemPath {
35
36	private static final Pattern REGEX_WINDOWS_PATH = Pattern.compile("([a-zA-Z]:)?(\\\\[a-zA-Z0-9\\s_.-]+)+\\\\?");	3✔
37
38	private final String envPath;
39
40	private final char pathSeparator;
41
42	private final Map<String, Path> tool2pathMap;
43
44	private final List<Path> paths;
45
46	private final List<Path> extraPathEntries;
47
48	private final IdeContext context;
49
50	private static final List<String> EXTENSION_PRIORITY = List.of(".exe", ".cmd", ".bat", ".msi", ".ps1", "");	9✔
51
52	/**
53	* The constructor.
54	*
55	* @param context {@link IdeContext}.
56	*/
57	public SystemPath(IdeContext context) {
58
59	this(context, System.getenv(IdeVariables.PATH.getName()));	×
60	}	×
61
62	/**
63	* The constructor.
64	*
65	* @param context {@link IdeContext}.
66	* @param envPath the value of the PATH variable.
67	*/
68	public SystemPath(IdeContext context, String envPath) {
69
70	this(context, envPath, context.getIdeRoot(), context.getSoftwarePath());	8✔
71	}	1✔
72
73	/**
74	* The constructor.
75	*
76	* @param context {@link IdeContext} for the output of information.
77	* @param envPath the value of the PATH variable.
78	* @param ideRoot the {@link IdeContext#getIdeRoot() IDE_ROOT}.
79	* @param softwarePath the {@link IdeContext#getSoftwarePath() software path}.
80	*/
81	public SystemPath(IdeContext context, String envPath, Path ideRoot, Path softwarePath) {
82
83	this(context, envPath, ideRoot, softwarePath, File.pathSeparatorChar, Collections.emptyList());	8✔
84	}	1✔
85
86	/**
87	* The constructor.
88	*
89	* @param context {@link IdeContext} for the output of information.
90	* @param envPath the value of the PATH variable.
91	* @param ideRoot the {@link IdeContext#getIdeRoot() IDE_ROOT}.
92	* @param softwarePath the {@link IdeContext#getSoftwarePath() software path}.
93	* @param pathSeparator the path separator char (';' for Windows and ':' otherwise).
94	* @param extraPathEntries the {@link List} of additional {@link Path}s to prepend.
95	*/
96	public SystemPath(IdeContext context, String envPath, Path ideRoot, Path softwarePath, char pathSeparator, List<Path> extraPathEntries) {
97
98	this(context, envPath, pathSeparator, extraPathEntries, new HashMap<>(), new ArrayList<>());	12✔
99	String[] envPaths = envPath.split(Character.toString(pathSeparator));	5✔
100	for (String segment : envPaths) {	16✔
101	Path path = Path.of(segment);	5✔
102	String tool = getTool(path, ideRoot);	4✔
103	if (tool == null) {	2!
104	this.paths.add(path);	5✔
105	}
106	}
107	collectToolPath(softwarePath);	3✔
108	}	1✔
109
110	private SystemPath(IdeContext context, String envPath, char pathSeparator, List<Path> extraPathEntries, Map<String, Path> tool2PathMap, List<Path> paths) {
111
112	super();	2✔
113	this.context = context;	3✔
114	this.envPath = envPath;	3✔
115	this.pathSeparator = pathSeparator;	3✔
116	this.extraPathEntries = extraPathEntries;	3✔
117	this.tool2pathMap = tool2PathMap;	3✔
118	this.paths = paths;	3✔
119	}	1✔
120
121	private void collectToolPath(Path softwarePath) {
122
123	if (softwarePath == null) {	2✔
124	return;	1✔
125	}
126	if (Files.isDirectory(softwarePath)) {	5✔
127	try (Stream<Path> children = Files.list(softwarePath)) {	3✔
128	Iterator<Path> iterator = children.iterator();	3✔
129	while (iterator.hasNext()) {	3✔
130	Path child = iterator.next();	4✔
131	String tool = child.getFileName().toString();	4✔
132	if (!"extra".equals(tool) && Files.isDirectory(child)) {	9!
133	Path toolPath = child;	2✔
134	Path bin = child.resolve("bin");	4✔
135	if (Files.isDirectory(bin)) {	5✔
136	toolPath = bin;	2✔
137	}
138	this.tool2pathMap.put(tool, toolPath);	6✔
139	}
140	}	1✔
141	} catch (IOException e) {	×
142	throw new IllegalStateException("Failed to list children of " + softwarePath, e);	×
143	}	1✔
144	}
145	}	1✔
146
147	private static String getTool(Path path, Path ideRoot) {
148
149	if (ideRoot == null) {	2✔
150	return null;	2✔
151	}
152	if (path.startsWith(ideRoot)) {	4✔
153	Path relativized = ideRoot.relativize(path);	4✔
154	int count = relativized.getNameCount();	3✔
155	if (count >= 3) {	3!
156	if (relativized.getName(1).toString().equals("software")) {	×
157	return relativized.getName(2).toString();	×
158	}
159	}
160	}
161	return null;	2✔
162	}
163
164	private Path findBinaryInOrder(Path path, String tool) {
165
166	List<String> extensionPriority = List.of("");	3✔
167	if (SystemInfoImpl.INSTANCE.isWindows()) {	3!
168	extensionPriority = EXTENSION_PRIORITY;	×
169	}
170	for (String extension : extensionPriority) {	10✔
171
172	Path fileToExecute = path.resolve(tool + extension);	6✔
173
174	if (Files.exists(fileToExecute, LinkOption.NOFOLLOW_LINKS)) {	9✔
175	return fileToExecute;	2✔
176	}
177	}	1✔
178
179	return null;	2✔
180	}
181
182	/**
183	* @param binaryName the name of the tool.
184	* @return {@code true} if the given {@code tool} is a binary that can be found on the PATH, {@code false} otherwise.
185	*/
186	public boolean hasBinaryOnPath(String binaryName) {
187	Path binary = Path.of(binaryName);	×
188	Path resolvedBinary = findBinary(binary);	×
189	return (resolvedBinary != binary);	×
190	}
191
192	/**
193	* @param binaryName the name of the tool.
194	* @return the {@link Path} to the binary executable of the tool. E.g. if "mvn" is given then ".../software/mvn/bin/mvn" could be returned. If the executable
195	* was not found on PATH, the same {@link Path} instance is returned that was given as argument.
196	*/
197	public Path findBinaryPathByName(String binaryName) {
198	return findBinary(Path.of(binaryName));	×
199	}
200
201	/**
202	* @param toolPath the {@link Path} to the tool installation.
203	* @return the {@link Path} to the binary executable of the tool. E.g. if "mvn" is given then ".../software/mvn/bin/mvn" could be returned. If the executable
204	* was not found on PATH, the same {@link Path} instance is returned that was given as argument.
205	*/
206	public Path findBinary(Path toolPath) {
207	return findBinary(toolPath, p -> true);	7✔
208	}
209
210	/**
211	* Finds a binary for {@code toolPath} but allows excluding candidates via {@code filter}. If the filter rejects a candidate, the search continues. If no
212	* acceptable candidate is found, the original {@code toolPath} is returned unchanged.
213	*
214	* @param toolPath the {@link Path} to the tool installation or a simple name (e.g., "git").
215	* @param filter a predicate that must return {@code true} for acceptable candidates; {@code false} rejects and continues searching.
216	* @return the first acceptable {@link Path} found; if none, the original {@code toolPath}.
217	*/
218	public Path findBinary(Path toolPath, Predicate<Path> filter) {
219	Objects.requireNonNull(toolPath, "toolPath");	4✔
220	Objects.requireNonNull(filter, "filter");	4✔
221
222	Path parent = toolPath.getParent();	3✔
223	String fileName = toolPath.getFileName().toString();	4✔
224
225	if (parent == null) {	2✔
226	for (Path path : this.tool2pathMap.values()) {	12✔
227	Path binaryPath = findBinaryInOrder(path, fileName);	5✔
228	if (binaryPath != null && filter.test(binaryPath)) {	6!
229	return binaryPath;	2✔
230	}
231	}	1✔
232	for (Path path : this.paths) {	11!
233	Path binaryPath = findBinaryInOrder(path, fileName);	5✔
234	if (binaryPath != null && filter.test(binaryPath)) {	6!
235	return binaryPath;	2✔
236	}
237	}	1✔
238	} else {
239	Path binaryPath = findBinaryInOrder(parent, fileName);	5✔
240	if (binaryPath != null && filter.test(binaryPath)) {	6!
241	return binaryPath;	2✔
242	}
243	}
244
245	return toolPath;	2✔
246	}
247
248	/**
249	* @param tool the name of the tool.
250	* @return the {@link Path} to the directory of the tool where the binaries can be found or {@code null} if the tool is not installed.
251	*/
252	public Path getPath(String tool) {
253
254	return this.tool2pathMap.get(tool);	6✔
255	}
256
257	/**
258	* @param tool the name of the tool.
259	* @param path the new {@link #getPath(String) tool bin path}.
260	*/
261	public void setPath(String tool, Path path) {
262
263	this.tool2pathMap.put(tool, path);	6✔
264	}	1✔
265
266	@Override
267	public String toString() {
268
269	return toString(null);	4✔
270	}
271
272	/**
273	* @param pathSyntax the {@link WindowsPathSyntax} to convert to.
274	* @return this {@link SystemPath} as {@link String} for the PATH environment variable.
275	*/
276	public String toString(WindowsPathSyntax pathSyntax) {
277
278	char separator;
279	if (pathSyntax == WindowsPathSyntax.MSYS) {	3!
280	separator = ':';	×
281	} else {
282	separator = this.pathSeparator;	3✔
283	}
284	StringBuilder sb = new StringBuilder(this.envPath.length() + 128);	9✔
285	for (Path path : this.extraPathEntries) {	11✔
286	appendPath(path, sb, separator, pathSyntax);	5✔
287	}	1✔
288	for (Path path : this.tool2pathMap.values()) {	12✔
289	appendPath(path, sb, separator, pathSyntax);	5✔
290	}	1✔
291	for (Path path : this.paths) {	11✔
292	appendPath(path, sb, separator, pathSyntax);	5✔
293	}	1✔
294	return sb.toString();	3✔
295	}
296
297	/**
298	* Derive a new {@link SystemPath} from this instance with the given parameters.
299	*
300	* @param overriddenPath the entire PATH to override and replace the current one from this {@link SystemPath} or {@code null} to keep the current PATH.
301	* @param extraPathEntries the {@link List} of additional PATH entries to add to the beginning of the PATH. May be empty to add nothing.
302	* @return the new {@link SystemPath} derived from this instance with the given parameters applied.
303	*/
304	public SystemPath withPath(String overriddenPath, List<Path> extraPathEntries) {
305
306	if (overriddenPath == null) {	2!
307	return new SystemPath(this.context, this.envPath, this.pathSeparator, extraPathEntries, this.tool2pathMap, this.paths);	15✔
308	} else {
309	return new SystemPath(this.context, overriddenPath, null, null, this.pathSeparator, extraPathEntries);	×
310	}
311	}
312
313	private static void appendPath(Path path, StringBuilder sb, char separator, WindowsPathSyntax pathSyntax) {
314
315	if (sb.length() > 0) {	3✔
316	sb.append(separator);	4✔
317	}
318	String pathString;
319	if (pathSyntax == null) {	2✔
320	pathString = path.toString();	4✔
321	} else {
322	pathString = pathSyntax.format(path);	4✔
323	}
324	sb.append(pathString);	4✔
325	}	1✔
326
327	/**
328	* Method to validate if a given path string is a Windows path or not
329	*
330	* @param pathString The string to check if it is a Windows path string.
331	* @return {@code true} if it is a valid windows path string, else {@code false}.
332	*/
333	public static boolean isValidWindowsPath(String pathString) {
334
335	return REGEX_WINDOWS_PATH.matcher(pathString).matches();	5✔
336	}
337	}

devonfw / IDEasy / 19339509159

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