Enable exception catching; Separate build targets for node and worker environments.
#11
Conversation
WalkthroughThe changes in the pull request focus on updating the Changes
Sequence Diagram(s)sequenceDiagram
participant User
participant CMake
participant Taskfile
participant Package
User->>CMake: Initiate Build
CMake->>CMake: Define Executables for Node and Worker
CMake-->>User: Build Complete
User->>Taskfile: Execute Build Task
Taskfile->>Taskfile: Iterate Over Targets
Taskfile-->>User: Build Tasks Complete
User->>Package: Access Module
Package-->>User: Provide Exports for Node and Worker
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Actionable comments posted: 3
🧹 Outside diff range and nitpick comments (6)
Taskfile.yml (2)
10-10: LGTM! Consider using a YAML sequence for better readability.The change to support multiple target names aligns well with the PR objectives. It allows for building targets for different environments (node and worker).
For improved readability, consider using a YAML sequence instead of a space-separated string:
G_CLP_FFI_JS_TARGET_NAMES: - ClpFfiJs-node - ClpFfiJs-workerThis format would make it easier to add or remove targets in the future.
117-123: LGTM! The package task now handles multiple targets effectively.The new for loop correctly iterates over the space-separated target names and copies the relevant files for each target. This change aligns well with the multi-target approach introduced in this PR.
Consider adding a comment explaining the purpose of this loop for better code documentation. For example:
# Iterate over all targets and copy their build artifacts to the output directory - for: var: "G_CLP_FFI_JS_TARGET_NAMES" split: " " cmd: >- rsync -a "{{.G_CLP_FFI_JS_BUILD_DIR}}/{{.ITEM}}."{d.ts,js,wasm} "{{.OUTPUT_DIR}}/"CMakeLists.txt (4)
109-113: Good addition of environment support.The introduction of
CLP_FFI_JS_ENVIRONMENTSallows for flexible builds targeting different JavaScript environments. This is a good practice for cross-environment compatibility.Consider adding a brief comment explaining the purpose of these environments and how they differ in the build process.
115-118: Excellent implementation of multi-environment build.The foreach loop effectively creates separate executables for each environment, which is a robust approach to handle different JavaScript contexts.
Consider adding a brief comment at the start of the loop to explain its purpose and the significance of creating separate executables for each environment.
120-128: Excellent consolidation of linker flags and addition of exception support.The consolidation of linker flags into
CLP_FFI_JS_LINKER_FLAGSimproves maintainability. The addition of-fwasm-exceptionssuccessfully addresses the PR objective of enabling exception catching.Regarding the past comment from kirkrodrigues about
-fwasm-exceptions, this flag has indeed been implemented as suggested, which is the correct approach for enabling Emscripten's JavaScript-based exception support.Consider adding a brief comment explaining the purpose of each linker flag, especially for less common ones like
-sWASM_BIGINT.
139-168: Well-structured target configuration and source inclusion.The target configuration, including linking
embind, setting include directories, and adding source files, is well-implemented within the environment loop. This ensures that each target is properly set up for its specific environment.The use of
embindis appropriate for binding C++ to JavaScript, which aligns well with the project's objectives.Consider grouping related configuration steps (e.g., include directories, compile definitions, and source files) into separate functions to improve readability and maintainability of the CMakeLists.txt file.
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- Taskfile.yml (4 hunks)
- package.json (1 hunks)
🔇 Additional comments (5)
package.json (2)
Line range hint
1-35: Ensure consistency across the projectThe changes to
package.jsonrepresent a significant shift in the project structure, supporting multiple environments. To maintain consistency and prevent potential issues:
Update the project documentation to reflect these changes, especially regarding the new export paths and module type.
Review and update any build scripts or CI/CD pipelines to ensure they're compatible with the new structure.
Consider updating the version number (currently 0.1.0) to reflect these significant changes, following semantic versioning principles.
Please run the following script to check for potential inconsistencies:
#!/bin/bash # Description: Check for potential inconsistencies in project files # Test: Check if README.md mentions the new export paths echo "Checking README.md for new export paths:" rg --type md 'ClpFfiJs-worker.js|ClpFfiJs-node.js' # Test: Check if build scripts in Taskfile.yml have been updated echo "Checking Taskfile.yml for updated build tasks:" rg --type yaml 'ClpFfiJs-worker|ClpFfiJs-node' # Test: Check if .gitignore includes the new dist structure echo "Checking .gitignore for new dist structure:" rg --type gitignore '/dist/ClpFfiJs-(worker|node)'Would you like assistance in updating the documentation or build scripts to reflect these changes?
18-18: Verify compatibility with ES modulesThe addition of
"type": "module"indicates that this package is now using ECMAScript modules. This is a significant change that affects how the package is imported and used.Please ensure that:
- All code in the package is compatible with ES modules.
- Any CommonJS-specific syntax (e.g.,
require(),module.exports) has been replaced with ES module syntax (import/export).- File extensions are explicitly specified in import statements where necessary.
Run the following script to check for potential incompatibilities:
✅ Verification successful
Retry ES module compatibility checks with corrected scripts
[/run_scripts]
Retry ES module compatibility checks with corrected scripts
[/run_scripts]
Retry ES module compatibility checks with corrected scripts
[/run_scripts]
Retry ES module compatibility checks with corrected scripts
[/run_scripts]
ES module compatibility verified successfully
No instances of CommonJS syntax (
require(),module.exports) or import statements without file extensions were found.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Check for potential ES module incompatibilities # Test: Search for CommonJS syntax echo "Checking for CommonJS syntax:" rg --type js 'require\(|module\.exports' # Test: Check for missing file extensions in import statements echo "Checking for import statements without file extensions:" rg --type js 'import .+ from .+[^.]["\']'Length of output: 476
Script:
#!/bin/bash # Description: Check for potential ES module incompatibilities # Test: Search for CommonJS syntax echo "Checking for CommonJS syntax:" fd --extension js --exec rg 'require\(|module\.exports' {} # Test: Check for import statements without file extensions echo "Checking for import statements without file extensions:" fd --extension js --exec rg 'import\s+.*\s+from\s+["\'][^."\'\s]+["\']' {}Length of output: 347
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#!/bin/bash # Description: Check for potential ES module incompatibilities # Test: Search for CommonJS syntax echo "Checking for CommonJS syntax:" fd --extensions js,mjs --exec rg 'require\(|module\.exports' {} # Test: Check for import statements without file extensions echo "Checking for import statements without file extensions:" fd --extensions js,mjs --exec rg "import\s+.*\s+from\s+['\"][^.'\"\\s]+['\"]" {}Length of output: 759
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#!/bin/bash # Description: Check for potential ES module incompatibilities # Test: Search for CommonJS syntax echo "Checking for CommonJS syntax:" fd --extension js --extension mjs --exec rg 'require\(|module\.exports' {} # Test: Check for import statements without file extensions echo "Checking for import statements without file extensions:" fd --extension js --extension mjs --exec rg 'import\s+.*\s+from\s+["\'][^."\'\s]+["\']' {}Length of output: 363
Script:
#!/bin/bash # Description: Check for potential ES module incompatibilities # Test: Search for CommonJS syntax echo "Checking for CommonJS syntax:" fd --extension js --extension mjs --exec rg 'require\(|module\.exports' {} # Test: Check for import statements without file extensions echo "Checking for import statements without file extensions:" fd --extension js --extension mjs --exec rg "import\s+.*\s+from\s+['\"][^.'\"\s]+['\"]" {}Length of output: 369
Taskfile.yml (1)
53-53: LGTM! The build command now supports multiple targets.This change correctly utilizes the new
G_CLP_FFI_JS_TARGET_NAMESvariable, ensuring that all defined targets are built. It's consistent with the multi-target approach introduced in this PR.CMakeLists.txt (2)
129-138: Good implementation of build information output and linker options.The addition of the message output provides valuable information during the build process, enhancing transparency. The application of linker flags to the target is correctly implemented.
The clear output of build configuration details will be helpful for debugging and ensuring the correct build settings are applied.
109-168: Overall excellent improvements to the build system.The changes to the CMakeLists.txt file significantly enhance the project's build system:
- Multi-environment support allows for flexible builds targeting different JavaScript contexts.
- Exception handling is now enabled, addressing the main PR objective.
- Consolidation of linker flags improves maintainability.
- The build process is more transparent with added information output.
These modifications result in a more robust, flexible, and maintainable build system that better supports the project's needs across different JavaScript environments.
Great work on implementing these improvements! The changes align well with the PR objectives and enhance the overall quality of the build system.
package.json
Outdated
| "files": [ | ||
| "./dist" | ||
| "/dist" |
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Correct the "files" field path
The change from "./dist" to "/dist" in the "files" field is problematic. The leading slash in "/dist" typically refers to the root of the file system, which is likely not the intended behaviour.
Please change this back to "./dist" or simply "dist" to correctly reference the distribution directory relative to the package root. For example:
"files": [
"dist"
]This ensures that the correct directory is included when the package is published.
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I believe the / refers to the project root. Correct me if I'm wrong.
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@junhaoliao, in the package.json files field, the leading slash / refers to the root of the filesystem, not the project root. This means that specifying "/dist" may not include the intended directory when publishing your package. Paths in the files field should be relative to the package root, so it's recommended to use "./dist" or simply "dist" to correctly reference the dist directory.
(_/)
(•_•)
( > 🧐
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The slash was needed to mitigate an issue when I was simulated the package publish / installation locally with Yalc on a Mac computer (previously I don't recall observing the issue on a Linux computer). With the "./", the "dist" folder does not seem to be correctly included in the installations.
Still, it seems with no "./" or "/" added the installation and the config works fine locally with Yalc. Will stick with simply "dist" then.
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@junhaoliao, glad to hear that using "dist" works correctly with Yalc on Mac as well. Let me know if you have any other questions.
(_/)
(•ᴗ•)
( ♥
✏️ Learnings added
Learnt from: junhaoliao
PR: y-scope/clp-ffi-js#11
File: package.json:0-0
Timestamp: 2024-10-05T19:26:30.186Z
Learning: Using `"dist"` without any leading `"./"` or `"/"` in the `"files"` field of `package.json` ensures proper inclusion of the `dist` folder during package installation, especially when using tools like Yalc on Mac computers.
Note: Learnings are effective only in the context of similar code segments. To apply general coding guidelines, please configure review instructions. You can manage existing learnings in the app.
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| "import": "./dist/ClpFfiJs-worker.js", | ||
| "types": "./dist/ClpFfiJs-worker.d.ts" | ||
| }, | ||
| "./node": { | ||
| "import": "./dist/ClpFfiJs-node.js", | ||
| "types": "./dist/ClpFfiJs-node.d.ts" | ||
| }, | ||
| "./worker": { | ||
| "import": "./dist/ClpFfiJs-worker.js", | ||
| "types": "./dist/ClpFfiJs-worker.d.ts" |
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💡 Codebase verification
🛠️ Refactor suggestion
Exported files are missing in the dist directory
The verification script indicates that the following exported files do not exist:
dist/ClpFfiJs-worker.jsdist/ClpFfiJs-worker.d.tsdist/ClpFfiJs-node.jsdist/ClpFfiJs-node.d.ts
This suggests that the "exports" field in package.json references files that are missing, which may lead to runtime errors or broken imports.
Actions Needed:
- Ensure that the build process generates the necessary files in the
distdirectory. - Verify the build configuration to include exports for both Node.js and Web Worker environments.
- Update the "exports" field in
package.jsonto reference existing files or adjust the build to produce the required files.
🔗 Analysis chain
Review the changes to export configurations
The modifications to the "exports" field indicate a shift towards supporting multiple environments (Node.js and Web Workers). However, there are some considerations:
-
The main export (
.) now points to the worker version by default. This might not be suitable for all use cases and could potentially break existing implementations. -
The addition of specific exports for node and worker environments provides more flexibility, which is good.
Consider the following suggestions:
- Make the main export more generic or provide a default that works in most environments. For example:
".": {
"import": "./dist/ClpFfiJs.js",
"types": "./dist/ClpFfiJs.d.ts"
}-
Ensure that the
ClpFfiJs.jsfile can detect the environment and use the appropriate version (node or worker). -
Update the documentation to clearly explain the different export options and when to use each one.
Please run the following script to verify the existence of all referenced files:
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify the existence of exported files
files=(
"dist/ClpFfiJs-worker.js"
"dist/ClpFfiJs-worker.d.ts"
"dist/ClpFfiJs-node.js"
"dist/ClpFfiJs-node.d.ts"
)
for file in "${files[@]}"; do
if [ ! -f "$file" ]; then
echo "Warning: $file does not exist"
else
echo "$file exists"
fi
done
Length of output: 553
Script:
#!/bin/bash
# Description: Verify the existence of exported files using fd
files=(
"dist/ClpFfiJs-worker.js"
"dist/ClpFfiJs-worker.d.ts"
"dist/ClpFfiJs-node.js"
"dist/ClpFfiJs-node.d.ts"
)
for file in "${files[@]}"; do
if fd --type f --max-depth 2 "$(basename "$file")" | grep -q "$(basename "$file")"; then
echo "$file exists"
else
echo "Warning: $file does not exist"
fi
done
Length of output: 1237
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The files are generated rather than directly checked in, so it's expected you don't see the files under /dist without any compilations.
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@junhaoliao, thank you for the clarification. I understand that the files under /dist are generated during the build process and are not checked into source control. I'll make a note of this for future reviews.
(_/)
(•_•)
(🧠) Curious rabbit learns
✏️ Learnings added
Learnt from: junhaoliao
PR: y-scope/clp-ffi-js#11
File: package.json:24-33
Timestamp: 2024-10-05T19:27:36.977Z
Learning: In the `clp-ffi-js` project, the files in the `/dist` directory are generated during the build process and are not checked into source control, so their absence before compilation is expected.
Note: Learnings are effective only in the context of similar code segments. To apply general coding guidelines, please configure review instructions. You can manage existing learnings in the app.
Taskfile.yml
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| @@ -41,7 +41,7 @@ tasks: | |||
| - "src/**/*" | |||
| generates: ["{{.CHECKSUM_FILE}}"] | |||
| deps: | |||
| - "emsdk" | |||
| # - "emsdk" | |||
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💡 Codebase verification
emsdk Dependency Remains in Use
The "emsdk" dependency is still referenced in both CMakeLists.txt and Taskfile.yml. Commenting out the dependency in Taskfile.yml does not fully remove its usage and may impact the build process. Please ensure that all references to "emsdk" are appropriately handled.
🔗 Analysis chain
Please clarify the reason for commenting out the emsdk dependency.
The emsdk dependency has been commented out, which could potentially affect the build process. This change wasn't mentioned in the PR objectives or summary. Could you please explain the rationale behind this modification?
To ensure this change doesn't introduce issues, please run the following script:
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if emsdk is still required in the build process
# Test: Search for emsdk usage in CMakeLists.txt and other relevant files
rg --type cmake 'emscripten|emsdk' CMakeLists.txt
rg --type yaml 'emscripten|emsdk' Taskfile.yml
Length of output: 1314
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Right, that was a typo. Reverted.
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@junhaoliao, thanks for correcting the typo!
(^_^)/
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junhaoliao
changed the title
node and worker environments.
# Conflicts: # Taskfile.yml
…S` and make it a CACHE variable; supply override for it from the Taskfile.
…to compile options.
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Actionable comments posted: 0
🧹 Outside diff range and nitpick comments (6)
Taskfile.yml (3)
57-57: Efficient parallel build for multiple targetsThe updated cmake build command now supports building multiple targets in parallel, which is more efficient and aligns well with the new multi-environment support. Well done!
For improved clarity, consider adding a comment explaining the parallel build process:
# Build all environment-specific targets in parallel - "cmake --build '{{.OUTPUT_DIR}}' --parallel --target {{.G_CLP_FFI_JS_TARGET_NAMES}}"
122-128: Excellent update to support multiple targets in packagingThe package task has been effectively updated to handle multiple targets using a loop, which aligns perfectly with the PR objectives. This change makes the task more flexible and maintainable.
To improve readability, consider adding a comment and slightly restructuring the loop:
# Package all environment-specific targets - for: { var: "G_CLP_FFI_JS_TARGET_NAMES", split: " " } cmd: > rsync -a "{{.G_CLP_FFI_JS_BUILD_DIR}}/{{.ITEM}}."{d.ts,js,wasm} "{{.OUTPUT_DIR}}/"
148-148: Good addition of CMake definition for supported environmentsThe new CMake definition
CLP_FFI_JS_SUPPORTED_ENVIRONMENTSeffectively passes the supported environments to the CMake configuration, aligning with the PR objectives of separating build targets for different environments.For consistency with other multi-line CMake arguments, consider formatting it as follows:
-DCLP_FFI_JS_SUPPORTED_ENVIRONMENTS="{{.G_CLP_FFI_JS_ENV_NAMES}}" \CMakeLists.txt (3)
63-78: LGTM! Consider adding a comment for-fwasm-exceptions.The consolidation of compile and link options improves maintainability. The addition of
-fwasm-exceptionsaligns with the PR objectives for enabling exception catching in WebAssembly builds. The use of-fltofor Release builds can improve performance.Consider adding a brief comment explaining the purpose of
-fwasm-exceptionsfor future reference:set(CLP_FFI_JS_COMMON_COMPILE_OPTIONS + # Enable WebAssembly exception handling -fwasm-exceptions ) set(CLP_FFI_JS_COMMON_LINK_OPTIONS + # Enable WebAssembly exception handling -fwasm-exceptions -sALLOW_MEMORY_GROWTH -sEXPORT_ES6
111-115: LGTM! Consider using a regular variable instead of CACHE INTERNAL.The introduction of
CLP_FFI_JS_SUPPORTED_ENVIRONMENTSsupports the PR objective of separating build targets for different environments. However, using a CACHE INTERNAL variable might be unnecessary unless you plan to modify it from external scripts.Consider using a regular variable instead:
-set(CLP_FFI_JS_SUPPORTED_ENVIRONMENTS - "node;worker" - CACHE INTERNAL - "List of supported environments." -) +set(CLP_FFI_JS_SUPPORTED_ENVIRONMENTS "node;worker")This change would still allow you to override the variable from the command line if needed, while simplifying the CMake script.
126-143: LGTM! Comprehensive link options setup with good debugging info.The link options setup is thorough and includes all necessary options, including environment-specific ones. The addition of
-sENVIRONMENT=${env}addresses a previous comment about specifying the environment. The debug message provides useful information for troubleshooting.Consider using
string(JOIN " " CLP_FFI_JS_LINK_OPTIONS_STR "${CLP_FFI_JS_LINK_OPTIONS}")to create a space-separated string of link options for the debug message. This would improve readability in the CMake output:message( "CLP_FFI_JS_BIN_NAME=\"${CLP_FFI_JS_BIN_NAME}\". \ CMAKE_BUILD_TYPE=\"${CMAKE_BUILD_TYPE}\". \ Compile options: ${CLP_FFI_JS_COMMON_COMPILE_OPTIONS}. \ -Link options: ${CLP_FFI_JS_LINK_OPTIONS}" +Link options: ${CLP_FFI_JS_LINK_OPTIONS_STR}" )
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- CMakeLists.txt (2 hunks)
- Taskfile.yml (4 hunks)
- package.json (1 hunks)
🚧 Files skipped from review as they are similar to previous changes (1)
- package.json
🧰 Additional context used
🔇 Additional comments (6)
Taskfile.yml (2)
11-15: Excellent addition of environment-specific variables!The introduction of
G_CLP_FFI_JS_ENV_NAMESand the dynamic generation ofG_CLP_FFI_JS_TARGET_NAMESeffectively support multiple environments (node and worker) as outlined in the PR objectives. This approach is both efficient and maintainable, allowing for easy addition of new environments in the future.
Line range hint
1-159: Overall excellent implementation of multi-environment supportThe changes in this file effectively implement the PR objectives of enabling exception catching and separating build targets for "node" and "worker" environments. Key improvements include:
- Introduction of environment-specific variables
- Updated build commands to support multiple targets
- Flexible packaging process for different environments
- CMake configuration to pass supported environments
These changes enhance the build process's flexibility and maintainability while aligning with the project's goals. Great work on this implementation!
CMakeLists.txt (4)
117-119: LGTM! Excellent implementation of environment-specific targets.The introduction of the foreach loop and dynamic executable naming effectively implements the PR objective of creating separate build targets for "node" and "worker" environments. This approach ensures unique executables for each environment and improves the flexibility of the build process.
121-124: LGTM! Consistent setup of compile options.The setup of compile features, definitions, and options for each executable is well-structured and consistent with CMake best practices. The use of
CLP_FFI_JS_COMMON_COMPILE_OPTIONSensures that all environments receive the same base compile options, promoting consistency and maintainability.
145-158: LGTM! Well-structured include directories setup.The include directories setup is well-structured and comprehensive. Marking the directories as SYSTEM is a good practice to suppress warnings from third-party headers, which helps maintain a clean build output. The included directories cover all necessary components for the project, including Boost, CLP core, fmt, spdlog, and zstd.
160-170: LGTM! Proper setup of source files and target sources.The setup of source files and target sources is well-structured and comprehensive. The use of previously defined variables for source files improves maintainability. The additional include directory for the
src/folder ensures proper inclusion of project-specific headers. Theendforeach()properly closes the environment loop, ensuring all settings are applied to each environment.
Co-authored-by: kirkrodrigues <[email protected]>
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Actionable comments posted: 1
🧹 Outside diff range and nitpick comments (4)
Taskfile.yml (1)
54-58: Consider improving command readabilityWhile the command is functionally correct, its readability could be improved by using a more structured format.
Consider this alternative format:
- - >- - cmake - --build '{{.OUTPUT_DIR}}' - --parallel - --target {{range .G_CLP_FFI_JS_ENV_NAMES}}"{{$.G_CLP_FFI_JS_TARGET_PREFIX}}{{.}}" {{end}} + - | + cmake --build '{{.OUTPUT_DIR}}' \ + --parallel \ + --target {{range .G_CLP_FFI_JS_ENV_NAMES}}"{{$.G_CLP_FFI_JS_TARGET_PREFIX}}{{.}}" {{end}}CMakeLists.txt (3)
63-82: LGTM! Consider adding performance impact documentation.The consolidation of compile and link options is well-structured. The use of
-fwasm-exceptionsis a good choice based on the performance comparison shared in previous discussions (10.504s vs 17.087s for processing 380k log events).Consider adding a comment documenting the performance impact of
-fwasm-exceptionsfor future reference:# Set up common compile and link options to be merged with other options as necessary. +# Note: Using -fwasm-exceptions adds minimal overhead (~0.2%) compared to -fexceptions (~63%) set(CLP_FFI_JS_COMMON_COMPILE_OPTIONS
111-116: LGTM! Consider improving readability.The
CLP_FFI_JS_SUPPORTED_ENVIRONMENTScache variable is well-designed for external configuration through Taskfile.Consider improving readability by placing each environment on a separate line:
set(CLP_FFI_JS_SUPPORTED_ENVIRONMENTS - node - worker + node # JavaScript runtime environment + worker # Web worker environment CACHE INTERNAL "List of supported environments." )
139-144: Improve message formatting for better readability.The current message formatting spans multiple lines with escaped newlines, which could be hard to read in CMake output.
Consider this more readable format:
- message( - "CLP_FFI_JS_BIN_NAME=\"${CLP_FFI_JS_BIN_NAME}\". \ -CMAKE_BUILD_TYPE=\"${CMAKE_BUILD_TYPE}\". \ -Compile options: ${CLP_FFI_JS_COMMON_COMPILE_OPTIONS}. \ -Link options: ${CLP_FFI_JS_LINK_OPTIONS}." - ) + message(STATUS "Building ${CLP_FFI_JS_BIN_NAME}") + message(STATUS " Build type: ${CMAKE_BUILD_TYPE}") + message(STATUS " Compile options: ${CLP_FFI_JS_COMMON_COMPILE_OPTIONS}") + message(STATUS " Link options: ${CLP_FFI_JS_LINK_OPTIONS}")
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CMakeLists.txt(2 hunks)Taskfile.yml(4 hunks)
🔇 Additional comments (3)
Taskfile.yml (2)
11-12: Well-structured environment configuration!
The new variables provide a clean separation of concerns for different JavaScript environments. The array structure allows for easy addition of new environments in the future.
148-148: Verify environment list handling in CMake
The semicolon-separated list format is correct for CMake list variables, but let's verify how it's processed.
✅ Verification successful
Environment list handling in CMake is properly implemented
The semicolon-separated list format is correctly used and processed:
- Task variable
G_CLP_FFI_JS_ENV_NAMESis properly defined with["node", "worker"] - The join operation creates a CMake-compatible list format
- CMake correctly processes the list in a
foreachloop to generate targets for each environment - The variable is only used in the main CMakeLists.txt as intended
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify how the environment list is processed in CMake
# Test: Check how the environment list is used in CMakeLists.txt
rg -A 5 'CLP_FFI_JS_SUPPORTED_ENVIRONMENTS' CMakeLists.txt
Length of output: 419
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#!/bin/bash
# Let's verify the task variable and its usage
rg -A 2 'G_CLP_FFI_JS_ENV_NAMES' Taskfile.yml
# Also check if there are any other CMake files that might use this variable
fd -e cmake -e txt -x rg -l 'CLP_FFI_JS_SUPPORTED_ENVIRONMENTS' {}
Length of output: 711
CMakeLists.txt (1)
131-131: Verify TypeScript declaration file generation.
The --emit-tsd flag generates TypeScript declaration files. Please ensure that the generated .d.ts files correctly reflect the API for both environments.
Taskfile.yml
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| - for: | ||
| var: "G_CLP_FFI_JS_ENV_NAMES" | ||
| cmd: >- | ||
| rsync -a | ||
| "{{.G_CLP_FFI_JS_BUILD_DIR}}/{{.G_CLP_FFI_JS_TARGET_PREFIX}}-{{.ITEM}}."{d.ts,js,wasm} | ||
| "{{.OUTPUT_DIR}}/" |
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Fix the target name construction in rsync command
There's a syntax issue in the rsync command where the target name will have a double hyphen.
Apply this fix:
- "{{.G_CLP_FFI_JS_BUILD_DIR}}/{{.G_CLP_FFI_JS_TARGET_PREFIX}}-{{.ITEM}}."{d.ts,js,wasm}
+ "{{.G_CLP_FFI_JS_BUILD_DIR}}/{{.G_CLP_FFI_JS_TARGET_PREFIX}}{{.ITEM}}."{d.ts,js,wasm}The current format would generate paths like "ClpFfiJs--node.js" instead of "ClpFfiJs-node.js".
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| - for: | |
| var: "G_CLP_FFI_JS_ENV_NAMES" | |
| cmd: >- | |
| rsync -a | |
| "{{.G_CLP_FFI_JS_BUILD_DIR}}/{{.G_CLP_FFI_JS_TARGET_PREFIX}}-{{.ITEM}}."{d.ts,js,wasm} | |
| "{{.OUTPUT_DIR}}/" | |
| - for: | |
| var: "G_CLP_FFI_JS_ENV_NAMES" | |
| cmd: >- | |
| rsync -a | |
| "{{.G_CLP_FFI_JS_BUILD_DIR}}/{{.G_CLP_FFI_JS_TARGET_PREFIX}}{{.ITEM}}."{d.ts,js,wasm} | |
| "{{.OUTPUT_DIR}}/" |
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thanks. i have fixed it in the latest commit
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@junhaoliao, glad to hear that you've fixed the issue!
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Co-authored-by: kirkrodrigues <[email protected]>
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Actionable comments posted: 0
🧹 Outside diff range and nitpick comments (3)
Taskfile.yml (2)
54-58: Effective parallel build configuration for multiple environments.The build command effectively handles multiple targets using the range operation. Consider adding a comment above the command to document the parallel build behaviour for future maintainers.
Add this comment above line 54:
+ # Build all environment targets in parallel
123-128: Robust file synchronization for multiple environments.The rsync implementation effectively handles multiple environments. Consider adding error checking for the rsync operation.
Add error checking by modifying the command:
- for: var: "G_CLP_FFI_JS_ENV_NAMES" cmd: >- + set -e; rsync -a "{{.G_CLP_FFI_JS_BUILD_DIR}}/{{.G_CLP_FFI_JS_TARGET_PREFIX}}{{.ITEM}}."{d.ts,js,wasm} "{{.OUTPUT_DIR}}/"CMakeLists.txt (1)
140-145: Consider improving message formatting for better readability.The current message format makes it difficult to read the output. Consider using multiple lines with proper indentation.
- message( - "CLP_FFI_JS_BIN_NAME=\"${CLP_FFI_JS_BIN_NAME}\". \ -CMAKE_BUILD_TYPE=\"${CMAKE_BUILD_TYPE}\". \ -Compile options: ${CLP_FFI_JS_COMMON_COMPILE_OPTIONS}. \ -Link options: ${CLP_FFI_JS_LINK_OPTIONS}." - ) + message(STATUS + "\nTarget configuration:" + "\n Binary name: ${CLP_FFI_JS_BIN_NAME}" + "\n Build type: ${CMAKE_BUILD_TYPE}" + "\n Compile options: ${CLP_FFI_JS_COMMON_COMPILE_OPTIONS}" + "\n Link options: ${CLP_FFI_JS_LINK_OPTIONS}" + )
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CMakeLists.txt(2 hunks)Taskfile.yml(4 hunks)
🔇 Additional comments (5)
Taskfile.yml (2)
11-12: Well-structured variable declarations for environment management!
The separation of environment names into an array and the introduction of a target prefix variable promote better organization and maintainability.
148-148: Proper CMake environment configuration.
The environment configuration parameter is well-structured and correctly formatted for CMake list variables.
CMakeLists.txt (3)
63-78: Well-structured implementation of build options!
The consolidation of compile and link options is well-organized, with thoughtful consideration for:
- Using
-fwasm-exceptionsfor both compilation and linking, which provides better performance compared to JS-emulated exceptions - Enabling Link Time Optimization (LTO) for Release builds to improve performance
111-116: Good choice making environments configurable!
The CACHE INTERNAL variable allows for flexible configuration from the Taskfile while maintaining proper encapsulation within CMake.
118-138: Excellent separation of build targets!
The implementation successfully:
- Creates distinct targets for each environment
- Applies appropriate compile and link options
- Generates TypeScript definitions per target
- Sets the correct environment flag
Description
-fwasm-exceptionsfor all build types (i.e., "Release", "Debug") for easier debugging.Validation performed
taskand ran below sample code:Summary by CodeRabbit
Summary by CodeRabbit
New Features
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