@@ -435,8 +435,10 @@ it.
 
 **Configurations.** The selected members are grouped by their effective
 root-position values: the toolchain request, `[package] standard`,
-`dialect_cxxflags`, `cxx_runtime`, `dependency_linkage`, the target and the
-profile, each after workspace inheritance and the command line. Each group is
+`dialect_cxxflags`, `cxx_runtime`, `linkage`, `dependency_linkage`, the target,
+the profile and the indices, each after workspace inheritance and the command
+line. A relative path a member writes (an `[indices].path`) is anchored at the
+member before the values are compared. Each group is
 one plan with one virtual root, whose root-position values are the group's.
 Two groups that resolve to one directory (two spellings of one toolchain) are
 built one after the other in it.
@@ -538,3 +540,36 @@ Readings with the implementation (Linux, llvm 22.1.8):
 mcpp's own repository, a rooted workspace, builds itself with the new engine
 (full build, gcc 16.1.0, 115 s), and its module tests run through member plans
 (`mcpp test -p graph`, `-p versioning`).
+
+### 17.1 What a member states about itself (2026.9.29.2)
+
+The inventory of §15 classified the sites that treat `packages[0]` as the
+root. It did not cover the sites that read the root's manifest (`state.m`,
+`plan.manifest`) for a value the package owns; under a virtual root those read
+an empty value. The mcpp-index sweep of 2026.9.29.1 found two of them, and an
+inventory of every such read (about 170 sites) found the rest. Each is now
+read from the member, or made a value of the plan:
+
+| Statement | 2026.9.29.1 | Now | Criterion |
+|---|---|---|---|
+| a member's relative `[indices].path` | resolved against the workspace root | anchored at the member when the member is loaded; two spellings of one tree are one configuration | e2e 120, unit `IndexPathsAreAnchoredWhereTheyWereWritten` |
+| `import std` in a member's test entries | not seen (the root's targets only) | the entries of the root and of every selected member | e2e 836 M1 |
+| a member's `[resources]`, `windows_code_page` | the virtual root's (empty) | per member: its directory and include directories, `res/<member>/`, its images only | e2e 837 |
+| `[build] linkage` | not copied to the virtual root | a root-position value | unit `RootPositionValuesSeparateMembers` |
+| unknown `mcpp:` capability, cfg() and schema warnings | not reported for a member | refused and reported for each selected member | e2e 836 M2, M3 |
+| the shared libraries of a member's closure | only those the member's units link were placed | every graph-built shared library of the closure, with its aliases, as §15 states | e2e 835 L3 |
+
+Each criterion fails on 2026.9.29.1 and passes on 2026.9.29.2. The resource
+case also showed a defect of every build: a quoted `#include` in a script was
+tracked beside the script although the resource compiler finds it through the
+include directories, so a script that relied on them could not be built. The
+scan now resolves as the compiler does (unit
+`InputsAreResolvedThroughTheIncludeDirectories`).
+
+The last row is not a read of the root's manifest: a root's program sits in
+`bin/` beside every graph-built library, so no build before the workspace plan
+needed the transitive set named. The index member `wayland` (libffi under
+libwayland-client) showed it.
+
+The rule the inventory missed is general: a virtual root answers for the plan,
+and a read of the root's manifest is correct only for a value of the plan.
@@ -4,6 +4,43 @@
 > Each `## [<version>]` section is that release's notes. Entries are written in English
 > from 2026.9.28.3 on; earlier entries remain as written.
 
+## [2026.9.29.2] - 2026-09-29
+
+This release corrects what a workspace plan reads from its members. The plan's
+root is a virtual root that holds the values shared by the whole graph; five
+statements that a member makes about itself were read from that root in
+2026.9.29.1 and were therefore empty, and a member's product directory lacked
+the shared libraries that its libraries need. The mcpp-index sweep of
+2026.9.29.1 found the first two.
+
+### Fixed
+
+- **A member's own relative `[indices].path` is anchored at the member.** It
+  was resolved against the workspace root, so a member that declares its own
+  index (47 members of mcpp-index do) found no package. Two members that name
+  one tree with different relative paths are now one configuration (e2e 120).
+- **A member whose tests import `std` is tested with the std module built.**
+  The decision read the entry files of the root's targets only, and the virtual
+  root has none; a member whose only sources are its tests failed to compile
+  them (e2e 836).
+- **A member's `[resources]` and `windows_code_page` reach its own images.**
+  Each selected member's resources are compiled against the member's directory
+  and include directories, under `res/<member>/`, and embedded into the
+  member's programs and shared libraries only (e2e 837). A quoted `#include`
+  or resource file in a script is now found through the include directories as
+  the resource compiler finds it, in every build.
+- **A member's product directory holds every graph-built shared library of its
+  closure.** Only the libraries a member's own units link were placed, so a
+  library that another library needs (libffi under libwayland-client) was
+  missing and the program did not start (e2e 835 L3).
+- **`[build] linkage` is a value of the plan.** It chooses the C runtime that
+  every object is compiled against, so members that differ in it are separate
+  configurations, and the plan takes it from its members.
+- **A member's manifest is checked as a root's.** An unknown capability under
+  the reserved `mcpp:` prefix is refused, and a cfg() predicate mcpp cannot
+  evaluate and the other schema warnings are reported, for each selected
+  member (e2e 836).
+
 ## [2026.9.29.1] - 2026-09-29
 
 This release builds a workspace as one graph per configuration. The selected
 
@@ -421,9 +421,11 @@ member that several members use is compiled once.
 
 - **Configurations.** Members are built in one graph when they share their
   toolchain request, target, C++ standard, `dialect_cxxflags`, C++ runtime,
-  profile and the other `[build]` values that apply to a whole graph. Members
-  that differ in one of them are built in separate graphs, at the same time,
-  sharing the command's jobs.
+  `linkage`, profile, indices and the other `[build]` values that apply to a
+  whole graph. Members that differ in one of them are built in separate
+  graphs, at the same time, sharing the command's jobs. A relative path a
+  member writes, such as its own `[indices]` path, is read from the member's
+  directory.
 - **Selection.** `--workspace`, and a virtual root without `-p`, select every
   member. `-p X`, and a command run in X's directory, plan X and what X
   reaches. The two share the build directory, so `mcpp build --workspace`
@@ -436,6 +438,9 @@ member that several members use is compiled once.
   declares it, and is refused when no selected member declares it.
 - **Hooks.** The `[hooks]` of every selected member run around the build, in
   member order.
+- **Resources.** A member's `[resources]` and `windows_code_page` are
+  compiled against the member's directory and include directories and embedded
+  into that member's programs and shared libraries only (2026.9.29.2+).
 - **No-op builds.** A command repeated with nothing changed is answered by one
   check per configuration, without planning.
 - **Module names.** Members built in one graph share one module namespace:
 
@@ -392,9 +392,10 @@ mcpp test --workspace --workspace-timeout 1800   # whole fan-out (default 0 = no
 对工作空间的命令把成员放在一起规划：被选中的成员及其全部依赖构成一张构建图，只有一个
 `build.ninja`，被多个成员使用的成员只编译一次。
 
-- **配置。** 工具链请求、目标、C++ 标准、`dialect_cxxflags`、C++ 运行时、配置档，以及其他
-  作用于整张图的 `[build]` 值都相同的成员在同一张图中构建。其中任一项不同的成员在各自的图中
-  构建，这些图同时进行，共享命令的并行任务数。
+- **配置。** 工具链请求、目标、C++ 标准、`dialect_cxxflags`、C++ 运行时、`linkage`、配置档、
+  索引，以及其他作用于整张图的 `[build]` 值都相同的成员在同一张图中构建。其中任一项不同的成员
+  在各自的图中构建，这些图同时进行，共享命令的并行任务数。成员写下的相对路径（例如它自己的
+  `[indices]` 路径）按该成员的目录解析。
 - **选择。** `--workspace`，以及虚拟工作空间根下不带 `-p` 的命令，选中全体成员；`-p X` 与在
   X 的目录中执行的命令规划 X 及其所依赖的一切。两者共用构建目录，因此先执行
   `mcpp build --workspace` 再执行 `mcpp build -p X` 不编译任何内容；只有当某个包在两条命令中
@@ -404,6 +405,8 @@ mcpp test --workspace --workspace-timeout 1800   # whole fan-out (default 0 = no
 - **Feature。** `--features f` 在每个声明了 `f` 的被选成员中启用它；没有被选成员声明它时，
   命令被拒绝。
 - **Hooks。** 每个被选成员的 `[hooks]` 按成员顺序在构建前后运行。
+- **资源。** 成员的 `[resources]` 与 `windows_code_page` 按该成员的目录与 include 目录编译，
+  只嵌入该成员自己的程序与共享库（2026.9.29.2+）。
 - **无事可做的构建。** 在没有任何改动时重复执行的命令，每个配置只做一次检查，不重新规划。
 - **模块名。** 在同一张图中构建的成员共享一个模块命名空间：两个成员各自提供同名模块时，不能在
   同一条 `--workspace` 命令中构建；分别用 `-p` 构建。
 
@@ -1,6 +1,6 @@
 [package]
 name        = "mcpp"
-version = "2026.9.29.1"
+version = "2026.9.29.2"
 description = "Modern C++ build & package management tool"
 license     = "Apache-2.0"
 authors     = ["mcpp-community"]
 
@@ -31,6 +31,6 @@ import std;
 
 export namespace mcpp {
 
-inline constexpr std::string_view MCPP_VERSION = "2026.9.29.1";
+inline constexpr std::string_view MCPP_VERSION = "2026.9.29.2";
 
 } // namespace mcpp
@@ -2751,6 +2751,11 @@ std::string emit_ninja_string(const BuildPlan& plan, std::string* placements) {
             escape_ninja_path(ru.output),
             escape_ninja_path(ru.source),
             implicit.empty() ? std::string{} : " |" + implicit));
+        if (!ru.flags.empty() && ru.flags != plan.rcFlags) {
+            std::string rcf;
+            for (auto const& f : ru.flags) { rcf += ' '; rcf += shell_quote_arg(f); }
+            append(std::format("  rcflags ={}\n", rcf));
+        }
     }
     if (!plan.resourceUnits.empty()) append("\n");
 
 
@@ -176,6 +176,13 @@ struct ResourceUnit {
     // (verified against llvm-rc 22.1.8: /I, /D, no dependency output), so these
     // come from a text scan plus `[resources].extra-inputs`.
     std::vector<std::filesystem::path> implicitInputs;
+    // The directories the script's `#include`s are searched in: its package's
+    // directory and include_dirs. A workspace plan compiles the resources of
+    // several members, each against its own package.
+    std::vector<std::filesystem::path> includeDirs;
+    // The resource compiler's flags for this script. `BuildPlan::rcFlags` are
+    // the first unit's; a unit whose flags differ states its own.
+    std::vector<std::string>           flags;
 };
 
 struct RuntimeCapabilityProvider {
@@ -3011,6 +3018,30 @@ make_plan(const mcpp::manifest::Manifest&         manifest,
             }
             units.push_back(std::move(lu));
         }
+        // Every graph-built shared library of the closure is placed beside
+        // the member's images, not only those its units link: a library that
+        // another shared library needs (libffi under libwayland-client) is
+        // found there, as it is in `bin/` beside a root's program.
+        const bool loadsLibraries = std::ranges::any_of(units, [](const LinkUnit& u) {
+            return u.kind != LinkUnit::StaticLibrary;
+        });
+        for (auto i : closureIdx) {
+            if (!loadsLibraries) break;
+            auto it = sharedTargetsByPackage.find(i);
+            if (it == sharedTargetsByPackage.end()) continue;
+            for (auto t : it->second) {
+                auto const& dep = sharedDepTargets[t];
+                std::vector<std::filesystem::path> files{dep.output};
+                for (auto const& alias : runtime_aliases_for_target(dep.target, naming))
+                    files.push_back(alias);
+                for (auto const& f : files) {
+                    if (f.parent_path() == productDir) continue;
+                    const bool seen = std::ranges::any_of(group.placements,
+                        [&](auto const& pl) { return pl.source == f; });
+                    if (!seen) group.placements.push_back({f, place(f)});
+                }
+            }
+        }
         // A program the closure ships through `artifacts` (mcpp#711) is linked
         // once, at `bin/`, and placed beside the member's programs, where a
         // program that launches it looks for it.
 
@@ -794,7 +794,8 @@ bool is_std_module(std::string_view name) {
 
 bool graph_or_targets_import_std(const mcpp::modgraph::Graph& graph,
                                  const mcpp::manifest::Manifest& manifest,
-                                 const std::filesystem::path& projectRoot) {
+                                 const std::filesystem::path& projectRoot,
+                                 const std::vector<mcpp::modgraph::PackageRoot>& packages) {
     for (auto& u : graph.units) {
         for (auto& req : u.requires_) {
             if (is_std_module(req.logicalName))
@@ -804,16 +805,26 @@ bool graph_or_targets_import_std(const mcpp::modgraph::Graph& graph,
 
     // Some target entry files can be added to the plan after the package scan.
     // Check them here so std BMI setup matches what make_plan will compile: they
-    // are read by the same scan_entry_file make_plan reads them with.
-    const auto extTable = mcpp::extension_table_for(manifest.buildConfig.moduleExtensions,
-                                                    manifest.buildConfig.deviceExtensions);
-    for (auto& t : manifest.targets) {
-        if (t.main.empty()) continue;
-        const auto entry = mcpp::modgraph::scan_entry_file(projectRoot / t.main,
-                                                           manifest.package.name, extTable);
-        for (auto const& req : entry.requires_)
-            if (is_std_module(req.logicalName)) return true;
-    }
+    // are read by the same scan_entry_file make_plan reads them with. The
+    // packages whose targets make_plan compiles are the root and, in a
+    // workspace plan, every selected member (a member whose only sources are
+    // its tests is the case the root alone misses).
+    auto targets_import_std = [](const mcpp::manifest::Manifest& m,
+                                 const std::filesystem::path& root) {
+        const auto extTable = mcpp::extension_table_for(m.buildConfig.moduleExtensions,
+                                                        m.buildConfig.deviceExtensions);
+        for (auto& t : m.targets) {
+            if (t.main.empty()) continue;
+            const auto entry = mcpp::modgraph::scan_entry_file(root / t.main,
+                                                               m.package.name, extTable);
+            for (auto const& req : entry.requires_)
+                if (is_std_module(req.logicalName)) return true;
+        }
+        return false;
+    };
+    if (targets_import_std(manifest, projectRoot)) return true;
+    for (auto const& pkg : packages)
+        if (pkg.selectedMember && targets_import_std(pkg.manifest, pkg.root)) return true;
     return false;
 }