Figures

1-1Core and orthogonal extensions15
2-1Object files and a library archive47
2-2Compiling and linking50
2-3An XCOFF format executable file and exec()63
2-4Static and shared text code in the executable file65
2-5The -bdynamic and -bstatic linker options66
2-6Function calling relationship78
2-7Function calling relationship after rebinding symbols81
2-8Function calling relationship for an interdependent shared object98
3-1Hardware, kernel, and user process relationships106
3-2Default memory model (segment usage)110
3-3Default memory model (detail)111
3-4Large memory model (segment usage)116
3-5Very large memory model (0 < maxdata < 0xB0000000)118
3-6Very large memory model (0xB0000000 =< maxdata < 0xD0000000)119
3-7Very large memory model (maxdata = 0)120
3-8Data and stack resource limits (default 32-bit process model)126
3-9The 64-bit memory model (1EB)131
3-10The 64-bit memory model (4 GB, the first 16 segments)132
3-11Shared memory segments between two processes143
5-1Process flow of a DLPAR operation211
6-1Structure padding in 32-bit mode237
6-2Structure padding in 64-bit mode238
6-3Structure with user-defined paddings in both 32-bit and 64-bit mode239
7-1Definition of HkWord269
8-1Two user threads in a process277
8-2Five Pthreads created by pthread_create()285
8-3Thread stacks (default 32-bit process model)293
8-4Thread models323
9-1Concept of barrier350
11-1Illustration of objects in fish.o and animals.o399
12-1Relationship among filesets, packages, and bundles406
12-2State diagram between applied and committed state410
12-3Relationship between APARs and update fileset411
12-4Sample .toc file413
12-5Directory structure for packaging419

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