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build.gradle
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build.gradle
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buildscript {
}
plugins {
id 'com.ullink.nuget' version '2.15'
}
apply plugin: 'base'
def os = org.gradle.internal.os.OperatingSystem.current()
def String version = file("VERSION").text.replaceAll("[\n\r]", "")
File appendDebugSuffix(File binaryFile) {
String name = binaryFile.getName()
File parent = binaryFile.getParentFile()
int extensionSeparatorIndex = name.lastIndexOf('.')
if (extensionSeparatorIndex == -1) {
return new File(parent, name + "d")
}
return new File(parent, name.substring(0, extensionSeparatorIndex) + "d" + name.substring(extensionSeparatorIndex))
}
File appendStaticSuffix(File binaryFile) {
def os = org.gradle.internal.os.OperatingSystem.current()
if (!os.windows) {
return binaryFile
}
String name = binaryFile.getName()
File parent = binaryFile.getParentFile()
int extensionSeparatorIndex = name.lastIndexOf('.')
if (extensionSeparatorIndex == -1) {
return new File(parent, name + "MT")
}
return new File(parent, name.substring(0, extensionSeparatorIndex) + "MT" + name.substring(extensionSeparatorIndex))
}
File prefixByPoco(File binaryFile) {
String name = binaryFile.getName()
String prefix = ""
if (name.startsWith('lib')) {
prefix = 'lib'
name = name.substring(3)
}
File parent = binaryFile.getParentFile()
if (name.contains("TestLibrary")) { // TestLibrary[64][d].dll ==> TestLibrary[d].dll
String suffix = ""
String debug= ""
int extensionSeparator = name.lastIndexOf('.')
if (extensionSeparator != -1) {
suffix = name.substring(extensionSeparator);
if (name.charAt(extensionSeparator - 1) == 'd')
debug = 'd'
}
return new File(parent, "TestLibrary" + debug + suffix)
}
return new File(parent, prefix + "Poco" + name);
}
File suffixByArch(File binaryFile, Platform platform) {
if (!platform.operatingSystem.windows) {
return binaryFile
}
String name = binaryFile.getName()
String suffix = ''
if (platform.architecture.name == 'x86') {
suffix = ''
} else
if (platform.architecture.name == 'x86-64') {
suffix = '64'
} else {
throw new GradleException("Unknown architecture: " + platform.architecture.name)
}
int extensionSeparatorIndex = name.lastIndexOf('.')
if (extensionSeparatorIndex == -1) {
return new File(parent, name + suffix)
}
File parent = binaryFile.getParentFile()
return new File(parent, name.substring(0, extensionSeparatorIndex) + suffix + name.substring(extensionSeparatorIndex));
}
File toLocalBin(File binaryFile, Platform platform) {
String name = binaryFile.getName()
String target
if (platform.architecture.name == 'x86') {
target = 'bin'
} else
if (platform.architecture.name == 'x86-64') {
target = 'bin64'
} else {
throw new GradleException("Unknown architecture: " + platform.architecture.name)
}
File parent = new File(target)
return new File(parent, name);
}
File toBin(File sharedFile, Platform platform) {
File parent = sharedFile.parentFile
if (parent.canonicalPath.contains("testsuite"))
return sharedFile;
if (parent.canonicalPath.contains("sample"))
return sharedFile;
if (platform.operatingSystem.linux) {
return toLib(sharedFile, platform)
}
String name = sharedFile.getName()
String target
if (platform.architecture.name == 'x86') {
target = 'bin'
} else
if (platform.architecture.name == 'x86-64') {
target = 'bin64'
} else {
throw new GradleException("Unknown architecture: " + platform.architecture.name)
}
File newParent = new File(rootDir, target)
return new File(newParent, name);
}
File toLib(File linkFile, Platform platform) {
File parent = linkFile.parentFile
if (parent.canonicalPath.contains("testsuite"))
return linkFile;
if (parent.canonicalPath.contains("sample"))
return linkFile;
// On macOS, it creates a dylib file which is the shared and import library
if (platform.operatingSystem.macOsX) {
return toBin(linkFile, platform)
}
String name = linkFile.getName()
String target
if (platform.architecture.name == 'x86') {
target = 'lib'
} else
if (platform.architecture.name == 'x86-64') {
target = 'lib64'
} else {
throw new GradleException("Unknown architecture: " + platform.architecture.name)
}
File newParent = new File(rootDir, target )
return new File(newParent, name);
}
File toStatic(File staticFile, Platform platform) {
String name = staticFile.getName()
String target
if (platform.architecture.name == 'x86') {
target = 'lib'
} else
if (platform.architecture.name == 'x86-64') {
target = 'lib64'
} else {
throw new GradleException("Unknown architecture: " + platform.architecture.name)
}
File parent = new File(rootDir, target)
return new File(parent, name);
}
File toPDB(File binaryFile) {
String name = binaryFile.getName()
File parent = binaryFile.getParentFile()
int extensionSeparatorIndex = name.lastIndexOf('.')
return new File(parent, name.substring(0, extensionSeparatorIndex) + ".pdb")
}
File makePreBuildLibrary(String name, Platform platform) {
File pbl
if (platform.architecture.name == 'x86') {
pbl = new File(WDKHome + "/Lib/" + WDKVers + "/um/x86/" + name + ".lib")
} else
if (platform.architecture.name == 'x86-64') {
pbl = new File(WDKHome + "/Lib/" + WDKVers + "/um/x64/" + name + ".lib")
} else
if (platform.architecture.name == 'arm-v7') {
pbl = new File(WDKHome + "/Lib/" + WDKVers + "/um/arm-v7/" + name + ".lib")
} else
if (platform.architecture.name == 'ia-64') {
pbl = new File(WDKHome + "/Lib/" + WDKVers + "/um/ia-64/" + name + ".lib")
} else {
throw new GradleException("Unknown architecture: " + platform.architecture.name)
}
return pbl
}
class SliceTasksPlugin extends RuleSource {
@Mutate
void createBuildSliceTask(ModelMap<Task> tasks, BinaryContainer binaries, BuildTypeContainer buildTypes) {
tasks.create("slice") {
dependsOn binaries.withType(NativeBinarySpec).findAll {
it.buildable &&
it.buildType == buildTypes.debug &&
it.targetPlatform.architecture.name == 'x86' &&
it instanceof SharedLibraryBinarySpec
}
}
}
}
allprojects {
buildDir = new File('guild') // DO NOT REMOVE OR CHANGE to 'build' since 'build' is a Poco directory
file('bin').mkdirs()
file('bin64').mkdirs()
file('lib').mkdirs()
file('lib64').mkdirs()
/*
clean.doFirst {
file(projectDir, 'bin').delete()
file(projectDir, 'bin64').delete()
file(projectDir, 'lib').delete()
file(projectDir, 'lib64').delete()
}
*/
}
subprojects {
apply plugin: 'c'
apply plugin: 'cpp'
apply plugin: 'cppunit-test-suite'
apply plugin: 'windows-resources'
apply plugin: 'windows-messages'
apply plugin: SliceTasksPlugin
buildDir = new File("guild")
model {
buildTypes {
release
debug
}
/*
toolChains {
visualCpp(VisualCpp) {
// Specify the installDir if Visual Studio cannot be located
// installDir "C:/Program Files (x86)/Microsoft Visual Studio/2017/Community"
// installDir "C:/Program Files (x86)/Microsoft Visual Studio 14.0"
}
gcc(Gcc) {
// Uncomment to use a GCC install that is not in the PATH
// path "/usr/bin/gcc"
}
clang(Clang)
}
*/
platforms {
win32 {
operatingSystem "windows"
architecture 'x86'
}
win64 {
operatingSystem "windows"
architecture 'x64'
}
linux32 {
operatingSystem "linux"
architecture 'x86'
}
linux64 {
operatingSystem "linux"
architecture 'x64'
}
macos {
operatingSystem "macosx"
architecture 'x64'
}
}
flavors {
bundled
// unbundled
}
repositories {
libs(PrebuiltLibraries) {
WS2_32 {
headers.srcDir new File("$WDKHome" + "/Include/" + "$WDKVers" + "/um/x86")
binaries.withType(StaticLibraryBinary) {
if (targetPlatform.operatingSystem.windows) {
staticLibraryFile = makePreBuildLibrary("WS2_32", targetPlatform)
println "staticLibraryFile=" + staticLibraryFile
}
}
}
crypto {
binaries.withType(StaticLibraryBinary) {
def libName = "foobar"
if (buildType == buildTypes.debug) {
if (targetPlatform.name == 'win32') {
headers.srcDir new File("$openSSLWindowsHome/include")
libName = 'libcryptod.lib'
staticLibraryFile new File("$openSSLWindowsHome/win32/lib/debug/$libName")
} else if (targetPlatform.name == 'win64') {
headers.srcDir new File("$openSSLWindowsHome/include")
libName = 'libcryptod.lib'
staticLibraryFile new File("$openSSLWindowsHome/win64/lib/debug/$libName")
} else if (targetPlatform.operatingSystem.macOsX) {
headers.srcDir new File("$openSSLBrewHome/include")
libName = 'libcrypto.a'
staticLibraryFile new File("$openSSLBrewHome/lib/$libName")
} else if (targetPlatform.operatingSystem.linux) {
headers.srcDir new File("$openSSL64LinuxInc/include")
libName = 'libcrypto.a'
staticLibraryFile new File("$openSSL64LinuxLib/$libName")
}
} else
if (buildType == buildTypes.release) {
if (targetPlatform.name == 'win32') {
libName = 'libcrypto.lib'
staticLibraryFile new File("$openSSLWindowsHome/win32/lib/release/$libName")
} else if (targetPlatform.name == 'win64') {
libName = 'libcrypto.lib'
staticLibraryFile new File("$openSSLWindowsHome/win64/lib/release/$libName")
} else if (targetPlatform.operatingSystem.macOsX) {
headers.srcDir new File("$openSSLBrewHome/include")
libName = 'libcrypto.a'
staticLibraryFile new File("$openSSLBrewHome/lib/$libName")
} else if (targetPlatform.operatingSystem.linux) {
headers.srcDir new File("$openSSL64LinuxInc/include")
libName = 'libcrypto.a'
staticLibraryFile new File("$openSSL64LinuxLib/$libName")
}
} else {
throw new GradleException("Unknown buildType" + buildType)
}
}
binaries.withType(SharedLibraryBinary) {
def dllName
def linkName
if (buildType == buildTypes.debug) {
if (targetPlatform.name == 'win32') {
dllName = 'libcryptod.dll'
linkName = 'libcryptod.lib'
sharedLibraryFile new File("$openSSLWindowsHome/win32/bin/debug/$dllName")
sharedLibraryLinkFile new File("$openSSLWindowsHome/win32/bin/debug/$linkName")
} else if (targetPlatform.name == 'win64') {
dllName = 'libcryptod.dll'
linkName = 'libcryptod.lib'
sharedLibraryFile new File("$openSSLWindowsHome/win64/bin/debug/$dllName")
sharedLibraryLinkFile new File("$openSSLWindowsHome/win64/bin/debug/$linkName")
} else if (targetPlatform.operatingSystem.macOsX) {
headers.srcDir new File("$openSSLBrewHome/include")
dllName = 'libcrypto.dylib'
linkName = 'libcrypto.dylib'
sharedLibraryFile new File("$openSSLBrewHome/lib/$dllName")
sharedLibraryLinkFile new File("$openSSLBrewHome/lib/$linkName")
} else if (targetPlatform.operatingSystem.linux) {
headers.srcDir new File("$openSSL64LinuxInc/include")
dllName = 'libcrypto.so'
linkName = 'libcrypto.so'
sharedLibraryFile new File("$openSSL64LinuxLib/$dllName")
sharedLibraryLinkFile new File("$openSSL64LinuxLib/$linkName")
}
} else
if (buildType == buildTypes.release) {
if (targetPlatform.name == 'win32') {
dllName = 'libcrypto.dll'
linkName = 'libcrypto.lib'
sharedLibraryFile new File("$openSSLWindowsHome/win32/bin/release/$dllName")
sharedLibraryLinkFile new File("$openSSLWindowsHome/win32/bin/release/$linkName")
} else if (targetPlatform.name == 'win64') {
dllName = 'libcrypto.dll'
linkName = 'libcrypto.lib'
sharedLibraryFile new File("$openSSLWindowsHome/win64/bin/release/$dllName")
sharedLibraryLinkFile new File("$openSSLWindowsHome/win64/bin/release/$linkName")
} else if (targetPlatform.operatingSystem.macOsX) {
headers.srcDir new File("$openSSLBrewHome/include")
dllName = 'libcrypto.dylib'
linkName = 'libcrypto.dylib'
sharedLibraryFile new File("$openSSLBrewHome/lib/$dllName")
sharedLibraryLinkFile new File("$openSSLBrewHome/lib/$linkName")
} else if (targetPlatform.operatingSystem.linux) {
headers.srcDir new File("$openSSL64LinuxInc/include")
dllName = 'libcrypto.so'
linkName = 'libcrypto.so'
sharedLibraryFile new File("$openSSL64LinuxLib/$dllName")
sharedLibraryLinkFile new File("$openSSL64LinuxLib/$linkName")
}
} else {
throw new GradleException("Unknown buildType" + buildType)
}
}
}
ssl {
binaries.withType(StaticLibraryBinary) {
def libName
if (buildType == buildTypes.debug) {
if (targetPlatform.name == 'win32') {
headers.srcDir new File("$openSSLWindowsHome/include")
libName = 'libssld.lib'
staticLibraryFile new File("$openSSLWindowsHome/win32/lib/debug/$libName")
} else if (targetPlatform.name == 'win64') {
headers.srcDir new File("$openSSLWindowsHome/include")
libName = 'libssl.lib'
staticLibraryFile new File("$openSSLWindowsHome/win64/lib/debug/$libName")
} else if (targetPlatform.operatingSystem.macOsX) {
headers.srcDir new File("$openSSLBrewHome/include")
libName = 'libssl.a'
staticLibraryFile new File("$openSSLBrewHome/lib/$libName")
} else if (targetPlatform.operatingSystem.linux) {
headers.srcDir new File("$openSSL64LinuxInc/include")
libName = 'libssl.a'
staticLibraryFile new File("$openSSL64LinuxLib", "$libName")
}
} else
if (buildType == buildTypes.release) {
if (targetPlatform.name == 'win32') {
libName = 'libssl.lib'
staticLibraryFile new File("$openSSLWindowsHome/win32/lib/release/$libName")
} else if (targetPlatform.name == 'win64') {
libName = 'libssl.lib'
staticLibraryFile new File("$openSSLWindowsHome/win64/lib/release/$libName")
} else if (targetPlatform.operatingSystem.macOsX) {
headers.srcDir new File("$openSSLBrewHome/include")
libName = 'libssl.a'
staticLibraryFile new File("$openSSLBrewHome/lib/$libName")
} else if (targetPlatform.operatingSystem.linux) {
headers.srcDir new File("$openSSL64LinuxInc/include")
libName = 'libssl.a'
staticLibraryFile new File("$openSSL64LinuxLib/$libName")
}
} else {
throw new GradleException("Unknown buildType" + buildType)
}
}
binaries.withType(SharedLibraryBinary) {
def dllName
def linkName
if (buildType == buildTypes.debug) {
if (targetPlatform.name == 'win32') {
dllName = 'libssld.dll'
linkName = 'libssld.lib'
sharedLibraryFile new File("$openSSLWindowsHome/win32/bin/debug/$dllName")
sharedLibraryLinkFile new File("$openSSLWindowsHome/win32/bin/debug/$linkName")
} else if (targetPlatform.name == 'win64') {
dllName = 'libssld.dll'
linkName = 'libssld.lib'
sharedLibraryFile new File("$openSSLWindowsHome/win64/bin/debug/$dllName")
sharedLibraryLinkFile new File("$openSSLWindowsHome/win64/bin/debug/$linkName")
} else if (targetPlatform.operatingSystem.macOsX) {
headers.srcDir new File("$openSSLBrewHome/include")
dllName = 'libssl.dylib'
linkName = 'libssl.dylib'
sharedLibraryFile new File("$openSSLBrewHome/lib/$dllName")
sharedLibraryLinkFile new File("$openSSLBrewHome/lib/$linkName")
} else if (targetPlatform.operatingSystem.linux) {
headers.srcDir new File("$openSSL64LinuxInc/include")
dllName = "libssl.so"
linkName = "libssl.so"
sharedLibraryFile new File("$openSSL64LinuxLib", dllName)
sharedLibraryLinkFile new File("$openSSL64LinuxLib", linkName)
}
} else if (buildType == buildTypes.release) {
if (targetPlatform.name == 'win32') {
dllName = 'libssl.dll'
linkName = 'libssl.lib'
sharedLibraryFile new File("$openSSLWindowsHome/win32/bin/release/$dllName")
sharedLibraryLinkFile new File("$openSSLWindowsHome/win32/bin/release/$linkName")
} else if (targetPlatform.name == 'win64') {
dllName = 'libssl.dll'
linkName = 'libssl.lib'
sharedLibraryFile new File("$openSSLWindowsHome/win64/bin/release/$dllName")
sharedLibraryLinkFile new File("$openSSLWindowsHome/win64/bin/release/$linkName")
} else if (targetPlatform.operatingSystem.macOsX) {
headers.srcDir new File("$openSSLBrewHome/include")
dllName = 'libssl.dylib'
linkName = 'libssl.dylib'
sharedLibraryFile new File("$openSSLBrewHome/lib/$dllName")
sharedLibraryLinkFile new File("$openSSLBrewHome/lib/$linkName")
} else if (targetPlatform.operatingSystem.linux) {
headers.srcDir new File("$openSSL64LinuxInc/include")
dllName = 'libssl.so'
linkName = 'libssl.so'
sharedLibraryFile new File("$openSSL64LinuxLib/$dllName")
sharedLibraryLinkFile = new File("$openSSL64LinuxLib/$linkName")
}
} else {
throw new GradleException("Unknown buildType" + buildType)
}
}
}
}
}
components {
withType(NativeComponentSpec) {
//targetPlatform "linux32"
targetPlatform "linux64"
targetPlatform "macos"
binaries.withType(NativeTestSuiteBinarySpec) {
if (buildType == buildTypes.debug) {
if (it instanceof NativeExecutableBinarySpec) {
executable.file = toLocalBin(appendDebugSuffix(executable.file), targetPlatform)
}
} else
if (buildType == buildTypes.release) {
if (it instanceof NativeExecutableBinarySpec) {
executable.file = toLocalBin(executable.file, targetPlatform)
}
}
}
binaries.withType(NativeBinarySpec) {
if (toolChain in Clang) {
cppCompiler.args "-std=c++11"
}
if (buildType == buildTypes.debug) {
if (it instanceof SharedLibraryBinarySpec) {
sharedLibraryFile = toBin(prefixByPoco(appendDebugSuffix(suffixByArch(sharedLibraryFile, targetPlatform))), targetPlatform)
sharedLibraryLinkFile = toLib(prefixByPoco(appendDebugSuffix(sharedLibraryLinkFile)), targetPlatform)
if (targetPlatform.operatingSystem.windows) {
// WINDOWS ONLY
linker.args "/implib:${sharedLibraryLinkFile}" // For MSVC only
// use the following for MinGW
// linker.args "-Wl,--out-implib,${sharedLibraryLinkFile}"
// This next part is simply to ensure the directory is created as the compiler (tested on MSVC only) won't create it
def binary = it // Simply to expose the binary in the `doFirst`
tasks.withType(LinkSharedLibrary) {
doFirst {
binary.sharedLibraryLinkFile.parentFile.mkdirs()
}
}
}
} else
if (it instanceof StaticLibraryBinarySpec) {
staticLibraryFile = toStatic(prefixByPoco(appendDebugSuffix(appendStaticSuffix(staticLibraryFile))), targetPlatform)
def binary = it
tasks.withType(CreateStaticLibrary) {
doFirst {
binary.staticLibraryFile.parentFile.mkdirs()
}
}
} else
if (it instanceof NativeExecutableBinarySpec) {
executable.file = toBin(appendDebugSuffix(executable.file), targetPlatform)
}
} else
if (buildType == buildTypes.release) {
if (it instanceof SharedLibraryBinarySpec) {
sharedLibraryFile = toBin(prefixByPoco(suffixByArch(sharedLibraryFile, targetPlatform)), targetPlatform)
sharedLibraryLinkFile = toLib(prefixByPoco(sharedLibraryLinkFile), targetPlatform)
if (targetPlatform.operatingSystem.windows) {
// WINDOWS ONLY
linker.args "/implib:${sharedLibraryLinkFile}" // For MSVC only
// use the following for MinGW
// linker.args "-Wl,--out-implib,${sharedLibraryLinkFile}"
// This next part is simply to ensure the directory is created as the compiler (tested on MSVC only) won't create it
def binary = it // Simply to expose the binary in the `doFirst`
tasks.withType(LinkSharedLibrary) {
doFirst {
binary.sharedLibraryLinkFile.parentFile.mkdirs()
}
}
}
} else
if (it instanceof StaticLibraryBinarySpec) {
staticLibraryFile = toStatic(prefixByPoco(appendStaticSuffix(staticLibraryFile)), targetPlatform)
def binary = it
tasks.withType(CreateStaticLibrary) {
doFirst {
binary.staticLibraryFile.parentFile.mkdirs()
}
}
} else
if (it instanceof NativeExecutableBinarySpec) {
executable.file = toBin(executable.file, targetPlatform)
}
} else {
throw new GradleException("Unknown buildType" + buildType)
}
}
}
}
binaries {
all {
if (flavor != flavors.bundled) {
cCompiler.define 'POCO_UNBUNDLED'
cppCompiler.define 'POCO_UNBUNDLED'
}
if (buildType == buildTypes.debug) {
cCompiler.define '_DEBUG'
cppCompiler.define '_DEBUG'
} else
if (buildType == buildTypes.release) {
cCompiler.define 'NDEBUG'
cppCompiler.define 'NDEBUG'
}
if (toolChain in VisualCpp) {
if (targetPlatform == platforms.win64) {
linker.args '/MACHINE:X64'
} else {
linker.args '/MACHINE:X86'
}
if (buildType == buildTypes.debug) {
cCompiler.args '/Zi'
cppCompiler.args '/Zi'
linker.args '/DEBUG'
}
cCompiler.args '/RTC1'
cCompiler.args '/FS'
cCompiler.args '/Zc:wchar_t'
cCompiler.args '/Zc:inline'
cCompiler.args '/Zc:forScope'
cCompiler.args '/GR'
cCompiler.args '/GF'
cCompiler.args '/EHsc'
cCompiler.args '/bigobj'
cCompiler.define 'WIN32'
cCompiler.define '_WIN32'
cCompiler.define '_WINDOWS'
cCompiler.define '_MBCS'
cppCompiler.args '/RTC1'
cppCompiler.args '/FS'
cppCompiler.args '/Zc:wchar_t'
cppCompiler.args '/Zc:inline'
cppCompiler.args '/Zc:forScope'
cppCompiler.args '/GR'
cppCompiler.args '/GF'
cppCompiler.args '/EHsc'
cppCompiler.args '/bigobj'
cppCompiler.define 'WIN32'
cppCompiler.define '_WIN32'
cppCompiler.define '_WINDOWS'
cppCompiler.define '_MBCS'
linker.args 'kernel32.lib'
linker.args 'user32.lib'
linker.args 'gdi32.lib'
linker.args 'winspool.lib'
linker.args 'comdlg32.lib'
linker.args 'advapi32.lib'
linker.args 'shell32.lib'
linker.args 'ole32.lib'
linker.args 'oleaut32.lib'
linker.args 'uuid.lib'
linker.args '/NXCOMPAT'
linker.args '/OPT:REF'
linker.args '/INCREMENTAL:NO'
// linker.args '/MANIFEST'
// linker.args '/MANIFESTUAC:"level='asInvoker' uiAccess='false'"'
linker.args '/OPT:ICF'
linker.args '/NOLOGO'
linker.args '/SUBSYSTEM:CONSOLE'
} else
if (toolChain in Gcc) {
cCompiler.define "_XOPEN_SOURCE=600"
cCompiler.define "_REENTRANT"
cCompiler.define "_THREAD_SAFE"
cCompiler.define "_FILE_OFFSET_BITS=64"
cCompiler.define "_LARGEFILE64_SOURCE"
cCompiler.define "POCO_HAVE_FD_EPOLL"
cCompiler.define "POCO_HAVE_ADDRINFO"
cCompiler.define "POCO_HAVE_LIBRESOLV"
cCompiler.args "-std=c99"
cppCompiler.define "_XOPEN_SOURCE=600"
cppCompiler.define "_REENTRANT"
cppCompiler.define "_THREAD_SAFE"
cppCompiler.define "_FILE_OFFSET_BITS=64"
cppCompiler.define "_LARGEFILE64_SOURCE"
cppCompiler.define "POCO_HAVE_FD_EPOLL"
cppCompiler.define "POCO_HAVE_ADDRINFO"
cppCompiler.define "POCO_HAVE_LIBRESOLV"
cppCompiler.args "-std=c++11"
linker.args ("-lrt", "-ldl", "-lpthread")
} else
if (toolChain in Clang) { // supposed to be for Darwin OSX
cCompiler.define "POCO_HAVE_IPv6"
cCompiler.define "POCO_NO_STAT64"
cCompiler.args "-std=c99"
cCompiler.args "-fasm-blocks"
cCompiler.args "-stdlib=libc++"
cppCompiler.define "POCO_HAVE_IPv6"
cppCompiler.define "POCO_NO_STAT64"
cppCompiler.args "-std=c++11"
cppCompiler.args "-fasm-blocks"
cppCompiler.args "-stdlib=libc++"
if (buildType == buildTypes.debug) {
cCompiler.args ('-O0', '-g', '-gdwarf-2')
cppCompiler.args ('-O0', '-g', '-gdwarf-2')
} else
if (buildType == buildTypes.release) {
cCompiler.args '-Os'
cppCompiler.args '-O2'
}
linker.args ("-stdlib=libc++", "-ldl")
}
}
withType(SharedLibraryBinarySpec) {
if (toolChain in VisualCpp) {
cCompiler.define '_USRDLL'
cCompiler.define '_WINDLL'
cppCompiler.define '_USRDLL'
cppCompiler.define '_WINDLL'
if (buildType == buildTypes.debug) {
cCompiler.args "/MDd"
cppCompiler.args "/MDd"
} else
if (buildType == buildTypes.release) {
cCompiler.args "/MD"
cppCompiler.args "/MD"
}
} else {
cppCompiler.args "-fPIC"
cCompiler.args "-fPIC"
if (targetPlatform == platforms.linux32) {
linker.args "-Wl,-rpath,$rootDir/lib" //FIXME
} else
if (targetPlatform == platforms.linux64) {
linker.args "-Wl,-rpath,$rootDir/lib64" //FIXME
} else
if (targetPlatform == platforms.macos) {
linker.args "-Wl,-rpath,$rootDir/lib64" //FIXME
}
}
}
withType(StaticLibraryBinarySpec) {
if (toolChain in VisualCpp) {
cCompiler.define '_LIB'
cCompiler.define 'POCO_STATIC'
cppCompiler.define '_LIB'
cppCompiler.define 'POCO_STATIC'
if (buildType == buildTypes.debug) {
cCompiler.args "/MTd"
cCompiler.args "/Fd" + toStatic(toPDB(staticLibraryFile), targetPlatform)
cppCompiler.args "/MTd"
cppCompiler.args "/Fd" + toStatic(toPDB(staticLibraryFile), targetPlatform)
} else
if (buildType == buildTypes.release) {
cCompiler.args "/MT"
cppCompiler.args "/MT"
} else {
throw new GradleException("Unknown buildType" + buildType)
}
} else {
linker.args "-Wl,-rpath,$rootDir/lib64" //FIXME
}
}
withType(NativeExecutableBinarySpec) {
if (toolChain in VisualCpp) {
if (buildType == buildTypes.debug) {
cCompiler.args "/MDd"
cppCompiler.args "/MDd"
} else
if (buildType == buildTypes.release) {
cCompiler.args "/MD"
cppCompiler.args "/MD"
} else {
throw new GradleException("Unknown buildType" + buildType)
}
} else {
if (targetPlatform == platforms.linux32) {
linker.args "-Wl,-rpath,$rootDir/lib" //FIXME
} else
if (targetPlatform == platforms.linux64) {
linker.args "-Wl,-rpath,$rootDir/lib64" //FIXME
} else
if (targetPlatform == platforms.macos) {
linker.args "-Wl,-rpath,$rootDir/lib64" //FIXME
}
}
}
}
}
tasks.withType(RunTestExecutable) {
String CPPUNIT_IGNORE = "";
if (name.contains('Win32') || name.contains('Win64')) {
CPPUNIT_IGNORE = 'class CppUnit::TestCaller<class NTPClientTest>.testTimeSync';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class RawSocketTest>.testEchoIPv4';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class RawSocketTest>.testSendToReceiveFromIPv4';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ICMPClientTest>.testPing';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ICMPClientTest>.testBigPing';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class HTTPSClientSessionTest>.testProxy';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class HTTPSStreamFactoryTest>.testProxy';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class TCPServerTest>.testReuseSocket';
//FIXME Those tests below should work
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunch';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunchRedirectIn';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunchRedirectOut';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunchEnv';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunchArgs';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testIsRunning';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testIsRunningAllowsForTermination';
} else
if (name.contains('Linux32') || name.contains('Linux64')) {
CPPUNIT_IGNORE+=' N7CppUnit10TestCallerI8PathTestEE.testExpand';
CPPUNIT_IGNORE+=', N7CppUnit10TestCallerI13RawSocketTestEE.testEchoIPv4';
CPPUNIT_IGNORE+=', N7CppUnit10TestCallerI13RawSocketTestEE.testSendToReceiveFromIPv4';
CPPUNIT_IGNORE+=', N7CppUnit10TestCallerI14ICMPClientTestEE.testPing';
CPPUNIT_IGNORE+=', N7CppUnit10TestCallerI14ICMPClientTestEE.testBigPing';
CPPUNIT_IGNORE+=', N7CppUnit10TestCallerI22HTTPSClientSessionTestEE.testProxy';
CPPUNIT_IGNORE+=', N7CppUnit10TestCallerI22HTTPSStreamFactoryTestEE.testProxy';
CPPUNIT_IGNORE+=', N7CppUnit10TestCallerI19MulticastSocketTestEE.testMulticast';
CPPUNIT_IGNORE+=', N7CppUnit10TestCallerI13NTPClientTestEE.testTimeSync';
CPPUNIT_IGNORE+=', N7CppUnit10TestCallerI9TimerTestEE.testTimer';
}
CPPUNIT_IGNORE+=' ';
environment "CPPUNIT_IGNORE", "\"$CPPUNIT_IGNORE\""
environment "POCO_BASE", "$rootDir"
args test
}
}
tasks.withType(CppCompile) {
maxParallelForks = 2
}
task PocoDocIni() {
def file = new File("$rootDir/PocoDoc/PocoDoc.ini")
file.createNewFile()
file.text = """
Includes=-I$rootDir/CppParser/include,-I$rootDir/CppUnit/include,-I$rootDir/Encodings/include,-I$rootDir/Crypto/include,-I$rootDir/Data/include,-I$rootDir/Data/include,-I$rootDir/Data/MySQL/include,-I$rootDir/Data/ODBC/include,-I$rootDir/Data/PostgreSQL/include,-I$rootDir/Data/SQLite/include, -I$rootDir/Data/SQLite/src,-I$rootDir/Foundation/include,-I$rootDir/JSON/include,-I$rootDir/MongoDB/include,-I$rootDir/Net/include,-I$rootDir/NetSSL_OpenSSL/include,-I$rootDir/NetSSL_Win/include,-I$rootDir/Redis/include,-I$rootDir/Util/include,-I$rootDir/XML/include,-I$rootDir/Zip/include,-I$rootDir/SevenZip/include,-I$rootDir/PDF/include
PocoBuild=$rootDir
PocoBase=$rootDir
PocoDoc.output=releases/poco-${version}-all-doc
PocoDoc.version=${version}-all
"""
if (os.windows) {
def String javaVCH = VCHome.replace('\\','/')
def String javaCLP = CLPath.replace('\\','/')
def String javaWDK = WDKHome + "/Include/" + WDKVers
javaWDK = javaWDK.replace('\\','/')
file.text += """
VCH=${javaVCH}
WDK=${javaWDK}
CLP=${javaCLP}
"""
} else
if (os.linux) {
file.text += """
CXX=g++
CXXFLAGS=-std=c++11
"""
} else
if (os.macOsX) {
}
}
task pocoDoc(type: Exec) {
dependsOn ':PocoDoc::assemble'
dependsOn PocoDocIni
if (os.windows) {
environment "Path", "$rootDir\\bin;$Path"
println environment.Path
executable "PocoDoc/bin/PocoDoc.exe"
args "/config=$rootDir/PocoDoc/cfg/mkdoc-gradle.xml"
args "/config=$rootDir/PocoDoc/PocoDoc.ini"
}
if (os.linux) {
environment "LD_LIBRARY_PATH", "$rootDir/lib64:$LD_LIBRARY_PATH"
executable "PocoDoc/bin64/PocoDoc"
args "--config=$rootDir/PocoDoc/cfg/mkdoc-gradle.xml"
args "--config=$rootDir/PocoDoc/PocoDoc.ini"
}
if (os.macOsX) {
//FIXME environment "LD_LIBRARY_PATH", "$rootDir/bin:$LD_LIBRARY_PATH"
executable "PocoDoc/bin64/PocoDoc"
args "--config=$rootDir/PocoDoc/cfg/mkdoc-gradle.xml"
args "--config=$rootDir/PocoDoc/PocoDoc.ini"
}
// inputs.files(tasks.getByPath(':production').outputs.files)
inputs.files(executable)
inputs.files(fileTree("doc").filter { it.isFile() })
inputs.files(new File("$rootDir/PocoDoc/cfg/mkdoc-gradle.xml"))
outputs.files(new File("releases/poco-${version}-all-doc/index.html"))
}
task zipDoc(type: Zip) {
from "releases/poco-${version}-all-doc/"
include '*'
include '*/*'
archiveName "poco-${version}-all-doc.zip"
destinationDir(file('releases'))
inputs.files(new File("releases/$version-all-doc/index.html"))
outputs.files(new File("releases/poco-${version}-all-doc.zip"))
dependsOn pocoDoc
}
task packaging() {
}
//
// gradle\bin\gradle Zip:testsuite:check -Ptest=-all
//
def cover(os, Directory, Module) {
return tasks.create("cover-${Module}", Exec) {
String PATH = System.getenv("PATH")
PATH = "$rootDir\\bin;$PATH"
PATH = "$rootDir\\openssl\\build\\win32\\bin\\release;$PATH"
PATH = "$rootDir\\openssl\\build\\win32\\bin\\debug;$PATH"
PATH = "$mysql32Home".replace('/','\\') + "\\lib;$PATH"
PATH = "$postgres32Home".replace('/','\\') + "\\lib;$PATH"
environment "Path", "$PATH"
// println environment.Path
environment "POCO_BASE", "$rootDir"
// println "POCO_BASE=" + environment.POCO_BASE
String CPPUNIT_IGNORE;
CPPUNIT_IGNORE = 'class CppUnit::TestCaller<class NTPClientTest>.testTimeSync';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class RawSocketTest>.testEchoIPv4';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class RawSocketTest>.testSendToReceiveFromIPv4';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ICMPClientTest>.testPing';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ICMPClientTest>.testBigPing';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class HTTPSClientSessionTest>.testProxy';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class HTTPSStreamFactoryTest>.testProxy';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class TCPServerTest>.testReuseSocket';
//FIXME Those test below should work
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunch';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunchRedirectIn';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunchRedirectOut';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunchEnv';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testLaunchArgs';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testIsRunning';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ProcessTest>.testIsRunningAllowsForTermination';
//FIXME won't work until SharedLibraries be properly generated
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class SharedLibraryTest>.testSharedLibrary1';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class SharedLibraryTest>.testSharedLibrary2';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class SharedLibraryTest>.testSharedLibrary3';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ClassLoaderTest>.testClassLoader2';
CPPUNIT_IGNORE+=', class CppUnit::TestCaller<class ClassLoaderTest>.testClassLoader3';
environment "CPPUNIT_IGNORE", "\"$CPPUNIT_IGNORE\""
// println "CPPUNIT_IGNORE=" + environment.CPPUNIT_IGNORE
def Set<Task> tests = project.getTasksByName("testsuite:${Module}", true)
setDependsOn(tests)
workingDir "coverage/${Directory}"
file(workingDir).mkdirs()
executable "${OpenCppCoverageHome}/OpenCppCoverage.exe"
args "-q"
args "$rootDir/${Directory}/testsuite/gradle/exe/${Module}TestSuite/win32/debug/${Module}TestSuite.exe"
args "--modules", "Poco*d.dll"
args "--export_type", "cobertura"
args "--continue_after_cpp_exception"
args "--"
args "-all"
outputs.files(new File(workingDir,"${Module}TestSuite.xml"))
onlyIf(new Spec<Exec>() {
boolean isSatisfiedBy(Exec task) {
return os.windows;
}
});
}
}
def report(os, Directory, Module) {
return tasks.create("report-${Module}", Exec) {
dependsOn cover(os, Directory, Module)
executable "${ReportGeneratorHome}/ReportGenerator.exe"
args "-verbosity:Verbose"
args "-reports:coverage/${Module}/${Module}TestSuiteCoverage.xml"
args "-targetdir:coverage/${Module}"
// args "-sourcedirs:XML/src;XML/include;CppUnit/src;CppUnit/include;Foundation/src;Foundation/include"
File targetnew = new File("coverage/${Module}")
inputs.files(new File(targetDir,"${Module}TestSuite.xml"))
onlyIf(new Spec<Exec>() {
boolean isSatisfiedBy(Exec task) {
return os.windows;
}
});
}
}
task coverage() {
if (os.windows) {
def Set<Task> tasksSet = project.getTasksByName('testsuite', true)
println "task coverage: covered modules"
println "--------------------------------------"
tasksSet.each { task -> println task.project.parent.path.replace(':','/').substring(1) }
println "--------------------------------------"
tasksSet.each { task -> dependsOn report(os, task.project.parent.path.replace(':','/').substring(1), task.project.parent.name) }
}
}
/*
task all() {
FileCollection incs = task.includes;
incs.each { dir -> fileTree(dir).files.each { file -> inputs.files(file) }};
inputs.files.each { file -> println file.path }
}
*/