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tarballer
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Move test files to test-tmp directory which is git-ignored

This commit is contained in:
Leopere 2025-03-20 18:50:48 -04:00
parent fa02d33791
commit cff36fb6e6
10 changed files with 85 additions and 83 deletions
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3
.gitignore vendored
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@ -8,4 +8,5 @@
/test/standard-test/ /test/standard-test/
/test/standard-extracted/ /test/standard-extracted/
/test/reference-extracted/ /test/reference-extracted/
/test/*-checksums.txt /test/*-checksums.txt
/test-tmp/

3
README.md
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@ -71,7 +71,6 @@ The usage is the same for all binaries:
- `-output`: The tarball to extract (required) - `-output`: The tarball to extract (required)
- `-extractdir`: Directory to extract to (defaults to current directory) - `-extractdir`: Directory to extract to (defaults to current directory)
- `-verify`: Only verify hash integrity without extraction - `-verify`: Only verify hash integrity without extraction
- `-keepmanifest`: Keep the MD5 manifest file after extraction (defaults to removing it)
### Examples ### Examples
@ -92,7 +91,7 @@ Tarballer includes built-in file integrity protection:
1. When creating a tarball, MD5 hashes are calculated for all files and stored in a hidden manifest file (`.md5-manifest.txt`) at the root of the extraction directory 1. When creating a tarball, MD5 hashes are calculated for all files and stored in a hidden manifest file (`.md5-manifest.txt`) at the root of the extraction directory
2. During extraction, hashes are verified to ensure files haven't been corrupted or tampered with 2. During extraction, hashes are verified to ensure files haven't been corrupted or tampered with
3. The manifest file is automatically removed after extraction unless `-keepmanifest` is specified 3. The manifest file is automatically removed after extraction
4. If any file fails verification, the extraction is aborted with an error 4. If any file fails verification, the extraction is aborted with an error
This provides an extra layer of security and data integrity validation compared to standard tar tools. This provides an extra layer of security and data integrity validation compared to standard tar tools.

BIN
bin/tarballer-darwin
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BIN
bin/tarballer-freebsd
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bin/tarballer-linux
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3
docker-compose.yml
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@ -5,6 +5,7 @@ services:
volumes: volumes:
- ./bin:/output - ./bin:/output
- ./test:/test - ./test:/test
- ./test-tmp:/test-tmp
- .:/workdir - .:/workdir
working_dir: /workdir working_dir: /workdir
command: sh -c "cp /app/tarballer-freebsd /output/ && cp /app/tarballer-darwin /output/ && cp /app/tarballer-linux /output/ && chmod +x /output/tarballer-* && /bin/test.sh all" command: sh -c "cp /app/tarballer-freebsd /output/ && cp /app/tarballer-darwin /output/ && cp /app/tarballer-linux /output/ && chmod +x /output/tarballer-* && mkdir -p /test-tmp && /bin/test.sh all"

7
main.go
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@ -24,7 +24,6 @@ func main() {
extractMode := flag.Bool("extract", false, "Extract mode (instead of create)") extractMode := flag.Bool("extract", false, "Extract mode (instead of create)")
extractDir := flag.String("extractdir", "", "Directory to extract to (default: current directory)") extractDir := flag.String("extractdir", "", "Directory to extract to (default: current directory)")
verifyOnly := flag.Bool("verify", false, "Only verify hash integrity without extraction") verifyOnly := flag.Bool("verify", false, "Only verify hash integrity without extraction")
keepManifest := flag.Bool("keepmanifest", false, "Keep the MD5 manifest file after extraction")
flag.Parse() flag.Parse()
if *extractMode { if *extractMode {
@ -44,7 +43,7 @@ func main() {
extractTo = "." extractTo = "."
} }
err := extractTarball(*outputFile, extractTo, *verifyOnly, *keepManifest) err := extractTarball(*outputFile, extractTo, *verifyOnly)
if err != nil { if err != nil {
fmt.Printf("Error extracting tarball: %v\n", err) fmt.Printf("Error extracting tarball: %v\n", err)
os.Exit(1) os.Exit(1)
@ -210,7 +209,7 @@ func createTarball(sourceDir, outputFile, prefix string) error {
return nil return nil
} }
func extractTarball(tarballPath, extractDir string, verifyOnly, keepManifest bool) error { func extractTarball(tarballPath, extractDir string, verifyOnly bool) error {
// Open the tarball // Open the tarball
file, err := os.Open(tarballPath) file, err := os.Open(tarballPath)
if err != nil { if err != nil {
@ -493,7 +492,7 @@ func extractTarball(tarballPath, extractDir string, verifyOnly, keepManifest boo
dest := filepath.Join(extractDir, f.Name()) dest := filepath.Join(extractDir, f.Name())
// Skip the manifest file if needed // Skip the manifest file if needed
if !keepManifest && (f.Name() == manifestFilename) { if f.Name() == manifestFilename {
continue continue
} }

1
test-env/extracted-with-manifest/test/testfile.txt Normal file
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@ -0,0 +1 @@
test file

1
test-env/extracted/test/testfile.txt Normal file
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@ -0,0 +1 @@
test file

150
test/test.sh
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@ -9,10 +9,10 @@ KEEP_TEMP_FILES=${2:-0}
cleanup_files() { cleanup_files() {
if [ "$KEEP_TEMP_FILES" -eq 0 ]; then if [ "$KEEP_TEMP_FILES" -eq 0 ]; then
echo "=== CLEANING UP TEMPORARY FILES ===" echo "=== CLEANING UP TEMPORARY FILES ==="
rm -rf /test/complex /test/complex-extracted rm -rf /test-tmp/complex /test-tmp/complex-extracted
rm -f /test/complex-original-md5.txt /test/complex-extracted-md5.txt rm -f /test-tmp/complex-original-md5.txt /test-tmp/complex-extracted-md5.txt
rm -rf /test/standard-test /test/standard-extracted /test/reference-extracted rm -rf /test-tmp/standard-test /test-tmp/standard-extracted /test-tmp/reference-extracted
rm -f /test/original-checksums.txt /test/standard-checksums.txt /test/reference-checksums.txt rm -f /test-tmp/original-checksums.txt /test-tmp/standard-checksums.txt /test-tmp/reference-checksums.txt
rm -f /workdir/complex.tar.gz /workdir/standard.tar.gz /workdir/reference.tar.gz rm -f /workdir/complex.tar.gz /workdir/standard.tar.gz /workdir/reference.tar.gz
echo "Temporary files cleaned up" echo "Temporary files cleaned up"
else else
@ -24,75 +24,75 @@ run_basic_test() {
echo "=== RUNNING BASIC TEST ===" echo "=== RUNNING BASIC TEST ==="
# Clean up existing test directories # Clean up existing test directories
rm -rf /test/complex /test/complex-extracted rm -rf /test-tmp/complex /test-tmp/complex-extracted
rm -f /test/complex-original-md5.txt /test/complex-extracted-md5.txt rm -f /test-tmp/complex-original-md5.txt /test-tmp/complex-extracted-md5.txt
# Create complex directory structure # Create complex directory structure
mkdir -p /test/complex/dir1/subdir1/subsubdir1 mkdir -p /test-tmp/complex/dir1/subdir1/subsubdir1
mkdir -p /test/complex/dir1/subdir2 mkdir -p /test-tmp/complex/dir1/subdir2
mkdir -p /test/complex/dir2/subdir1 mkdir -p /test-tmp/complex/dir2/subdir1
# Create files at different levels # Create files at different levels
echo 'root level file' > /test/complex/rootfile.txt echo 'root level file' > /test-tmp/complex/rootfile.txt
echo 'level 1 file in dir1' > /test/complex/dir1/file1.txt echo 'level 1 file in dir1' > /test-tmp/complex/dir1/file1.txt
echo 'level 1 file in dir2' > /test/complex/dir2/file2.txt echo 'level 1 file in dir2' > /test-tmp/complex/dir2/file2.txt
echo 'level 2 file in subdir1' > /test/complex/dir1/subdir1/file3.txt echo 'level 2 file in subdir1' > /test-tmp/complex/dir1/subdir1/file3.txt
echo 'level 2 file in subdir2' > /test/complex/dir1/subdir2/file4.txt echo 'level 2 file in subdir2' > /test-tmp/complex/dir1/subdir2/file4.txt
echo 'level 3 file in subsubdir1' > /test/complex/dir1/subdir1/subsubdir1/file5.txt echo 'level 3 file in subsubdir1' > /test-tmp/complex/dir1/subdir1/subsubdir1/file5.txt
# Create a symbolic link with a relative path instead of absolute # Create a symbolic link with a relative path instead of absolute
cd /test/complex/dir2 && ln -s ../rootfile.txt symlink.txt && cd /workdir cd /test-tmp/complex/dir2 && ln -s ../rootfile.txt symlink.txt && cd /workdir
# Calculate MD5 hashes of original files for verification # Calculate MD5 hashes of original files for verification
find /test/complex -type f | sort | xargs md5sum > /test/complex-original-md5.txt find /test-tmp/complex -type f | sort | xargs md5sum > /test-tmp/complex-original-md5.txt
# Print the original structure for reference # Print the original structure for reference
echo '=== ORIGINAL DIRECTORY STRUCTURE ===' echo '=== ORIGINAL DIRECTORY STRUCTURE ==='
find /test/complex -type f -o -type l | sort find /test-tmp/complex -type f -o -type l | sort
# Create the tarball # Create the tarball
/bin/tarballer -source /test/complex -output /workdir/complex.tar.gz -prefix complex-app /bin/tarballer -source /test-tmp/complex -output /workdir/complex.tar.gz -prefix complex-app
# Extract the tarball # Extract the tarball
mkdir -p /test/complex-extracted mkdir -p /test-tmp/complex-extracted
tar -xzf /workdir/complex.tar.gz -C /test/complex-extracted tar -xzf /workdir/complex.tar.gz -C /test-tmp/complex-extracted
# Verify the extracted structure # Verify the extracted structure
echo '=== EXTRACTED DIRECTORY STRUCTURE ===' echo '=== EXTRACTED DIRECTORY STRUCTURE ==='
find /test/complex-extracted -type f -o -type l | sort find /test-tmp/complex-extracted -type f -o -type l | sort
# Calculate MD5 hashes of extracted files # Calculate MD5 hashes of extracted files
find /test/complex-extracted -type f | sort | xargs md5sum > /test/complex-extracted-md5.txt find /test-tmp/complex-extracted -type f | sort | xargs md5sum > /test-tmp/complex-extracted-md5.txt
# Compare file content # Compare file content
echo '=== VERIFYING FILE CONTENTS ===' echo '=== VERIFYING FILE CONTENTS ==='
cat /test/complex/rootfile.txt cat /test-tmp/complex/rootfile.txt
echo ' <-- Original: rootfile.txt' echo ' <-- Original: rootfile.txt'
cat /test/complex-extracted/complex-app/rootfile.txt cat /test-tmp/complex-extracted/complex-app/rootfile.txt
echo ' <-- Extracted: rootfile.txt' echo ' <-- Extracted: rootfile.txt'
cat /test/complex/dir1/subdir1/subsubdir1/file5.txt cat /test-tmp/complex/dir1/subdir1/subsubdir1/file5.txt
echo ' <-- Original: deep nested file5.txt' echo ' <-- Original: deep nested file5.txt'
cat /test/complex-extracted/complex-app/dir1/subdir1/subsubdir1/file5.txt cat /test-tmp/complex-extracted/complex-app/dir1/subdir1/subsubdir1/file5.txt
echo ' <-- Extracted: deep nested file5.txt' echo ' <-- Extracted: deep nested file5.txt'
# Test symlink # Test symlink
echo '=== TESTING SYMLINK ===' echo '=== TESTING SYMLINK ==='
ls -la /test/complex/dir2/symlink.txt ls -la /test-tmp/complex/dir2/symlink.txt
ls -la /test/complex-extracted/complex-app/dir2/symlink.txt ls -la /test-tmp/complex-extracted/complex-app/dir2/symlink.txt
# Verify MD5 hashes # Verify MD5 hashes
echo '=== MD5 HASH VERIFICATION ===' echo '=== MD5 HASH VERIFICATION ==='
echo 'Original file hashes:' echo 'Original file hashes:'
cat /test/complex-original-md5.txt cat /test-tmp/complex-original-md5.txt
echo 'Extracted file hashes:' echo 'Extracted file hashes:'
cat /test/complex-extracted-md5.txt cat /test-tmp/complex-extracted-md5.txt
# Verify hash comparison # Verify hash comparison
echo '=== COMPARING FILE HASHES ===' echo '=== COMPARING FILE HASHES ==='
# Extract just file paths from original hashes # Extract just file paths from original hashes
ORIG_FILES=$(cat /test/complex-original-md5.txt | awk '{print $2}' | sort) ORIG_FILES=$(cat /test-tmp/complex-original-md5.txt | awk '{print $2}' | sort)
# For each original file, check if its corresponding extracted file has the same hash # For each original file, check if its corresponding extracted file has the same hash
ALL_MATCH=1 ALL_MATCH=1
@ -101,10 +101,10 @@ run_basic_test() {
FILENAME=$(basename "$SOURCE_FILE") FILENAME=$(basename "$SOURCE_FILE")
# Find the corresponding hash from original file # Find the corresponding hash from original file
ORIG_HASH=$(grep "$SOURCE_FILE" /test/complex-original-md5.txt | awk '{print $1}') ORIG_HASH=$(grep "$SOURCE_FILE" /test-tmp/complex-original-md5.txt | awk '{print $1}')
# Find the corresponding file in the extracted directory and get its hash # Find the corresponding file in the extracted directory and get its hash
EXTRACTED_FILE=$(find /test/complex-extracted -name "$FILENAME" | head -1) EXTRACTED_FILE=$(find /test-tmp/complex-extracted -name "$FILENAME" | head -1)
if [ -z "$EXTRACTED_FILE" ]; then if [ -z "$EXTRACTED_FILE" ]; then
echo "ERROR: File $FILENAME not found in extracted directory" echo "ERROR: File $FILENAME not found in extracted directory"
@ -112,7 +112,7 @@ run_basic_test() {
continue continue
fi fi
EXTRACTED_HASH=$(grep "$EXTRACTED_FILE" /test/complex-extracted-md5.txt | awk '{print $1}') EXTRACTED_HASH=$(grep "$EXTRACTED_FILE" /test-tmp/complex-extracted-md5.txt | awk '{print $1}')
if [ "$ORIG_HASH" != "$EXTRACTED_HASH" ]; then if [ "$ORIG_HASH" != "$EXTRACTED_HASH" ]; then
echo "ERROR: Hash mismatch for $FILENAME: original=$ORIG_HASH extracted=$EXTRACTED_HASH" echo "ERROR: Hash mismatch for $FILENAME: original=$ORIG_HASH extracted=$EXTRACTED_HASH"
@ -135,66 +135,66 @@ run_tar_comparison_test() {
echo "=== RUNNING TAR COMPARISON TEST ===" echo "=== RUNNING TAR COMPARISON TEST ==="
# Clean up test directories # Clean up test directories
rm -rf /test/standard-test /test/standard-extracted /test/reference-extracted rm -rf /test-tmp/standard-test /test-tmp/standard-extracted /test-tmp/reference-extracted
rm -f /test/original-checksums.txt /test/standard-checksums.txt /test/reference-checksums.txt rm -f /test-tmp/original-checksums.txt /test-tmp/standard-checksums.txt /test-tmp/reference-checksums.txt
# Create a diverse test directory structure # Create a diverse test directory structure
mkdir -p /test/standard-test/config/settings mkdir -p /test-tmp/standard-test/config/settings
mkdir -p /test/standard-test/data/user/documents mkdir -p /test-tmp/standard-test/data/user/documents
mkdir -p /test/standard-test/data/user/pictures mkdir -p /test-tmp/standard-test/data/user/pictures
mkdir -p /test/standard-test/logs mkdir -p /test-tmp/standard-test/logs
# Create various file types # Create various file types
echo '{"app": "tarballer", "version": "1.0"}' > /test/standard-test/config/settings/app.json echo '{"app": "tarballer", "version": "1.0"}' > /test-tmp/standard-test/config/settings/app.json
echo 'debug=true' > /test/standard-test/config/settings/debug.conf echo 'debug=true' > /test-tmp/standard-test/config/settings/debug.conf
dd if=/dev/urandom bs=1K count=10 of=/test/standard-test/data/user/documents/binary.dat 2>/dev/null dd if=/dev/urandom bs=1K count=10 of=/test-tmp/standard-test/data/user/documents/binary.dat 2>/dev/null
echo 'Test log entry 1' > /test/standard-test/logs/app.log echo 'Test log entry 1' > /test-tmp/standard-test/logs/app.log
echo 'Test log entry 2' >> /test/standard-test/logs/app.log echo 'Test log entry 2' >> /test-tmp/standard-test/logs/app.log
# Create symlinks # Create symlinks
ln -s ../config/settings/app.json /test/standard-test/data/config-link.json ln -s ../config/settings/app.json /test-tmp/standard-test/data/config-link.json
ln -s ../../logs/app.log /test/standard-test/data/user/log-link.txt ln -s ../../logs/app.log /test-tmp/standard-test/data/user/log-link.txt
# Store MD5 hashes of original files for comparison # Store MD5 hashes of original files for comparison
find /test/standard-test -type f | sort | xargs md5sum > /test/original-checksums.txt find /test-tmp/standard-test -type f | sort | xargs md5sum > /test-tmp/original-checksums.txt
# Create tarball using our utility # Create tarball using our utility
/bin/tarballer -source /test/standard-test -output /workdir/standard.tar.gz -prefix app /bin/tarballer -source /test-tmp/standard-test -output /workdir/standard.tar.gz -prefix app
# Create a reference tarball using standard tar for comparison # Create a reference tarball using standard tar for comparison
tar -czf /workdir/reference.tar.gz -C /test/standard-test --transform 's,^./,app/,' . tar -czf /workdir/reference.tar.gz -C /test-tmp/standard-test --transform 's,^./,app/,' .
echo '=== TARBALLER OUTPUT ===' echo '=== TARBALLER OUTPUT ==='
mkdir -p /test/standard-extracted mkdir -p /test-tmp/standard-extracted
tar -xzf /workdir/standard.tar.gz -C /test/standard-extracted tar -xzf /workdir/standard.tar.gz -C /test-tmp/standard-extracted
find /test/standard-extracted -type f -o -type l | sort find /test-tmp/standard-extracted -type f -o -type l | sort
# Extract reference tarball # Extract reference tarball
echo '=== REFERENCE TAR OUTPUT ===' echo '=== REFERENCE TAR OUTPUT ==='
mkdir -p /test/reference-extracted mkdir -p /test-tmp/reference-extracted
tar -xzf /workdir/reference.tar.gz -C /test/reference-extracted tar -xzf /workdir/reference.tar.gz -C /test-tmp/reference-extracted
find /test/reference-extracted -type f -o -type l | sort find /test-tmp/reference-extracted -type f -o -type l | sort
# Verify checksums match for all extracted files # Verify checksums match for all extracted files
echo '=== CHECKSUMS OF EXTRACTED FILES ===' echo '=== CHECKSUMS OF EXTRACTED FILES ==='
find /test/standard-extracted -type f | sort | xargs md5sum > /test/standard-checksums.txt find /test-tmp/standard-extracted -type f | sort | xargs md5sum > /test-tmp/standard-checksums.txt
find /test/reference-extracted -type f | sort | xargs md5sum > /test/reference-checksums.txt find /test-tmp/reference-extracted -type f | sort | xargs md5sum > /test-tmp/reference-checksums.txt
echo 'ORIGINAL FILE CHECKSUMS:' echo 'ORIGINAL FILE CHECKSUMS:'
cat /test/original-checksums.txt cat /test-tmp/original-checksums.txt
echo 'TARBALLER EXTRACTED CHECKSUMS:' echo 'TARBALLER EXTRACTED CHECKSUMS:'
cat /test/standard-checksums.txt cat /test-tmp/standard-checksums.txt
echo 'REFERENCE TAR EXTRACTED CHECKSUMS:' echo 'REFERENCE TAR EXTRACTED CHECKSUMS:'
cat /test/reference-checksums.txt cat /test-tmp/reference-checksums.txt
# Compare MD5 checksums systematically # Compare MD5 checksums systematically
echo '=== SYSTEMATIC MD5 COMPARISON ===' echo '=== SYSTEMATIC MD5 COMPARISON ==='
# Compare original files to tarballer extraction # Compare original files to tarballer extraction
MATCH_COUNT=0 MATCH_COUNT=0
EXPECTED_COUNT=$(cat /test/original-checksums.txt | wc -l) EXPECTED_COUNT=$(cat /test-tmp/original-checksums.txt | wc -l)
# For each original file, find its corresponding extracted file and compare hashes # For each original file, find its corresponding extracted file and compare hashes
while read -r line; do while read -r line; do
@ -203,11 +203,11 @@ run_tar_comparison_test() {
FILENAME=$(basename "$ORIG_FILE") FILENAME=$(basename "$ORIG_FILE")
# Find the corresponding file in the extracted directory # Find the corresponding file in the extracted directory
EXTRACTED_FILE=$(find /test/standard-extracted -name "$FILENAME" | grep -v ".md5-manifest.txt" | head -1) EXTRACTED_FILE=$(find /test-tmp/standard-extracted -name "$FILENAME" | grep -v ".md5-manifest.txt" | head -1)
if [ -n "$EXTRACTED_FILE" ]; then if [ -n "$EXTRACTED_FILE" ]; then
# Get the hash of the extracted file # Get the hash of the extracted file
EXTRACTED_HASH=$(grep "$EXTRACTED_FILE" /test/standard-checksums.txt | awk '{print $1}') EXTRACTED_HASH=$(grep "$EXTRACTED_FILE" /test-tmp/standard-checksums.txt | awk '{print $1}')
if [ "$ORIG_HASH" = "$EXTRACTED_HASH" ]; then if [ "$ORIG_HASH" = "$EXTRACTED_HASH" ]; then
MATCH_COUNT=$((MATCH_COUNT + 1)) MATCH_COUNT=$((MATCH_COUNT + 1))
@ -215,7 +215,7 @@ run_tar_comparison_test() {
echo "Hash mismatch for $FILENAME: original=$ORIG_HASH extracted=$EXTRACTED_HASH" echo "Hash mismatch for $FILENAME: original=$ORIG_HASH extracted=$EXTRACTED_HASH"
fi fi
fi fi
done < /test/original-checksums.txt done < /test-tmp/original-checksums.txt
if [ "$MATCH_COUNT" -eq "$EXPECTED_COUNT" ]; then if [ "$MATCH_COUNT" -eq "$EXPECTED_COUNT" ]; then
echo 'SUCCESS: Tarballer extraction hashes match original files!' echo 'SUCCESS: Tarballer extraction hashes match original files!'
@ -233,11 +233,11 @@ run_tar_comparison_test() {
FILENAME=$(basename "$ORIG_FILE") FILENAME=$(basename "$ORIG_FILE")
# Find the corresponding file in the extracted directory # Find the corresponding file in the extracted directory
EXTRACTED_FILE=$(find /test/reference-extracted -name "$FILENAME" | head -1) EXTRACTED_FILE=$(find /test-tmp/reference-extracted -name "$FILENAME" | head -1)
if [ -n "$EXTRACTED_FILE" ]; then if [ -n "$EXTRACTED_FILE" ]; then
# Get the hash of the extracted file # Get the hash of the extracted file
EXTRACTED_HASH=$(grep "$EXTRACTED_FILE" /test/reference-checksums.txt | awk '{print $1}') EXTRACTED_HASH=$(grep "$EXTRACTED_FILE" /test-tmp/reference-checksums.txt | awk '{print $1}')
if [ "$ORIG_HASH" = "$EXTRACTED_HASH" ]; then if [ "$ORIG_HASH" = "$EXTRACTED_HASH" ]; then
MATCH_COUNT=$((MATCH_COUNT + 1)) MATCH_COUNT=$((MATCH_COUNT + 1))
@ -245,7 +245,7 @@ run_tar_comparison_test() {
echo "Hash mismatch for $FILENAME: original=$ORIG_HASH reference=$EXTRACTED_HASH" echo "Hash mismatch for $FILENAME: original=$ORIG_HASH reference=$EXTRACTED_HASH"
fi fi
fi fi
done < /test/original-checksums.txt done < /test-tmp/original-checksums.txt
if [ "$MATCH_COUNT" -eq "$EXPECTED_COUNT" ]; then if [ "$MATCH_COUNT" -eq "$EXPECTED_COUNT" ]; then
echo 'SUCCESS: Reference tar extraction hashes match original files!' echo 'SUCCESS: Reference tar extraction hashes match original files!'
@ -256,21 +256,21 @@ run_tar_comparison_test() {
echo '=== VERIFYING SYMLINKS ===' echo '=== VERIFYING SYMLINKS ==='
echo 'ORIGINAL SYMLINKS:' echo 'ORIGINAL SYMLINKS:'
find /test/standard-test -type l -exec ls -la {} \; find /test-tmp/standard-test -type l -exec ls -la {} \;
echo 'EXTRACTED SYMLINKS:' echo 'EXTRACTED SYMLINKS:'
find /test/standard-extracted -type l -exec ls -la {} \; find /test-tmp/standard-extracted -type l -exec ls -la {} \;
# Compare file counts to ensure all files were extracted # Compare file counts to ensure all files were extracted
echo '=== FILE COUNT COMPARISON ===' echo '=== FILE COUNT COMPARISON ==='
echo -n 'Original files: ' && find /test/standard-test -type f | wc -l echo -n 'Original files: ' && find /test-tmp/standard-test -type f | wc -l
echo -n 'Extracted files: ' && find /test/standard-extracted -type f | wc -l echo -n 'Extracted files: ' && find /test-tmp/standard-extracted -type f | wc -l
# Test symlink functionality # Test symlink functionality
echo '=== TESTING SYMLINK CONTENT ===' echo '=== TESTING SYMLINK CONTENT ==='
echo 'Original linked content:' echo 'Original linked content:'
cat /test/standard-test/data/config-link.json cat /test-tmp/standard-test/data/config-link.json
echo 'Extracted linked content:' echo 'Extracted linked content:'
cat /test/standard-extracted/app/data/config-link.json cat /test-tmp/standard-extracted/app/data/config-link.json
echo 'Tar comparison test completed successfully!' echo 'Tar comparison test completed successfully!'
return 0 return 0